EDP 5603 UTSA Understanding Theories as Mentioned in Readings Essay

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Describe your understanding of the theories from reading 1 and reading 2 as you understand them. What elements of any one theory seemed most relatable? 

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Contemporary Educational Psychology 37 (2012) 186–194
Contents lists available at SciVerse ScienceDirect
Contemporary Educational Psychology
journal homepage: www.elsevier.com/locate/cedpsych
‘‘Wearing a mask’’ vs. connecting identity with learning
Beverly S. Faircloth ?
School of Education, University of North Carolina at Greensboro, Greensboro, NC 27407, United States
a r t i c l e
i n f o
Article history:
Available online 18 January 2012
Keywords:
Identity
Identity-in-practice
Adolescent
Third space
Hybrid identity
Motivation
Engagement
a b s t r a c t
Contemporary insights regarding identity emphasize its situated, negotiated nature (i.e., identity is
shaped by – and shapes in response – the contexts in which it is formed; Holland, Lachicotte, Skinner,
& Cain, 1998; Lave & Wenger, 1991) Recent work also suggests that this identity/context intersection
holds powerful implications regarding engagement in learning (Brophy, 2008). This pair of qualitative
studies drew from contemporary models connecting learning with identity (Study 1: cultural modeling,
Lee, 2007 and third-space/hybrid-identities, Gutiérrez, 2008; Study 2: Kids’ business inquiry projects,
Fairbanks, 2000) to explore the nature and impact of such connections among disaffected ninth-grade
English students at a high-needs school. Results demonstrate evidence of: (1) a signi?cant connection
between identity and learning; (2) students’ negotiation of engaged patterns of participation; (3) the
relevance of student voice to this process; and (4) the impact of connections between identity and learning on students’ participation in, and affective response to, learning.
Ó 2012 Elsevier Inc. All rights reserved.
1. Introduction
The work of achieving a well-integrated identity has traditionally
been considered a critical developmental task, one that is particularly salient for adolescents and that often preoccupies their energy
and attention (Erikson, 1968). Recent socio-cultural and situated
explorations of identity (e.g., Holland, Lachicotte, Skinner, & Cain,
1998; Lave & Wenger, 1991; Schachter, 2005; Vygotsky, 1978) have
shed important light on this process by bringing attention to the
intersection between the development of identity and the context
of that development; that is, they have highlighted the interplay
of personal, social, critical, and cultural situational factors in our
understanding of identity. In contrast to conceiving of identity as
an achieved understanding of the contours of self and as primarily
a function of individual mental processes (as some have interpreted
Erikson’s work), these theorists conceive of identity as the pattern of
practices and choices that emerge (and potentially shift) within the
interaction of person and context. Identity can be seen therefore as a
type of ongoing negotiation of participation, shaped by – and
shaping in response – the context(s) in which it occurs.
Recent theory and research have also recognized this intersection between identity and context as a potentially signi?cant aspect of student engagement and motivation. For example, Brophy
(2008) reminded us that Dewey (1910) de?ned genuine interest
in learning as actually an identi?cation of the self with a concept
or object, an identi?cation that leads to self-initiated exploration
(i.e., energized engagement) of that Concept or object. Similarly,
Bergin (1999) suggested that individuals develop schemata associ? Corresponding author. Fax: +1 336 334 4120.
E-mail address: bsfaircl@uncg.edu
0361-476X/$ – see front matter Ó 2012 Elsevier Inc. All rights reserved.
doi:10.1016/j.cedpsych.2011.12.003
ated with their identity and are likely to be more engaged with
topics and experiences that resonate with that schema. Flum and
Kaplan (2006) explained that students who intentionally examine
the relevance and meaning of school content and learning with respect to their sense of who they are (or want to become) develop
an exploratory orientation toward learning that involves actively
seeking/processing information. Considering these insights, a vital
next step in understanding student engagement and motivation is
to discern both the nature and impact of such energizing connections between identity and school-based learning and how these
connections might be reliably established and sustained amidst
the daily demands of classroom life. The two complementary,
exploratory, qualitative studies reported here drew from contemporary models connecting learning with student identity (Study
1: cultural modeling, Lee, 2007 and third space/hybrid identities, Gutiérrez, 2008; Study 2: Kids’ Business inquiry projects, Fairbanks,
2000) to clarify the nature and impact of such connections among
two diverse groups of primarily struggling high school students
within the academic demands of their ninth-grade English class.
2. Emerging views of identity development
Traditional conceptions of identity development – exploring,
identifying, and integrating seemingly disparate aspects of the self
to arrive at a sense of personal continuity across time and context –
have historically been attributed initially to Erikson (1968).
Although a thorough understanding of Erikson’s work reveals his
attention to the cultural, historical, and institutional elements of
identity formation, individual mental processes have often been
given primacy in interpretations of his conception of identity
development (Penuel & Wertsch, 1995; see also Cote & Levine,
B.S. Faircloth / Contemporary Educational Psychology 37 (2012) 186–194
1988; Erikson, 1968; Schachter, 2005). One of the most well established elaborations of Erikson’s work, Marcia’s (1980) identity status model, is based on the degree to which an individual explores,
and commits to, particular identities. McAdams’s life story model
of identity (1996) asserted that individuals living in modern societies provide their lives with coherence and purpose by constructing
evolving narratives of the self (i.e. life stories). Each of these perspectives regard identity development as a process of sorting out
(achieving) a reasonably coherent, workable perspective on the
self; each is also framed, to a great degree, as a primarily individual
psychological process.
In an in?uential contribution to our understanding of development, Bronfenbrenner’s ecological theory (1989; Bronfenbrenner &
Morris, 1998) highlighted the relevance of the multiple, embedded
contexts in which individuals ?nd themselves (e.g., home, family,
peer groups, school, community, culture, history), each of which
may wield a potent in?uence on development. Although identity
has been conceptualized in a variety of ways (Brubaker & Cooper,
2000), growing attention to these ecological complexities may provide the most ‘‘realistic and ecologically valid view’’ (Linnenbrink &
Pintrich, 2000, p. 222). McCaslin (2004; 2009) captured the rich
interplay of personal, social, and cultural in?uences on identity
development in her model of co-regulation of emergent identity
(p. 137). She suggested an ongoing reciprocal press among these
three in?uences that together challenge, shape, and guide (i.e.,
co-regulate) identity.
Many contemporary models have emphasized this situated
nature of identity, raising complex and signi?cant issues. For example, Lave and Wenger’s (1991) framework of identity drew from
practice or activity theory to conceive of identity as an individual’s
pattern of choices or practices situated within particular contexts.
According to these theorists, a range of potential participatory
choices exists at any moment within any community; the term
identities-in-practice refers to the patterns of participation individuals choose to adopt. Use of the term identities-in-practice rather
than identities highlights the important contrast between, on the
one hand, a conception of identity as a set of choices and practices
co-constructed between an individual and a speci?c community,
and, on the other hand, an achieved, relatively uniform sense of self.
In a similar, widely cited, contemporary understanding of
identity, Dorothy Holland and her coauthors also highlighted the
reciprocal interplay between identity and context (Holland et al.,
1998). According to these theorists, the way individuals come
to understand themselves is continually negotiated and coconstructed through what is made possible or necessary amid
the daily practices, encounters, discourses, and struggles available
to them within a particular context (Fairbanks & Ariail, 2006;
Wortham, 2006). Holland and her colleagues have raised an important issue regarding context as the site of identity work when they
refer to contexts as ?gured worlds. This term refers to the fact that
contexts are not neutral places, but are ?gured or socially constructed with distinguishable, institutionally endorsed perspectives regarding expected/accepted types of characters, tasks,
values, and styles of interacting (Holland, Lachicotte, Skinner, &
Cain, 1998). Therefore, at any given moment, individuals have
access to a variety of practices, some of which may be imposed;
identity (i.e., identity-in-practice) can be understood as an ongoing
positioning of self re?ected in how individuals receive, resist, or revise those contextual affordances or constraints (Davies, 2000). It
may be important therefore to consider identities as negotiated,
?uid, and multiple, rather than achieved, unitary, or consistent.
3. Identities-in-practice within learning contexts
The concept of identities-in-practice characterizes learning as
participation in a community of practice, involving not just local
187
events of engagement but also the construction of identities in
relation to the practices within those communities (Wenger,
1999). That is, to learn in any community means to become a particular person (i.e., select a particular pattern of participation) with
respect to the possibilities enabled by that community. For example, by negotiating membership (receiving, resisting, or revising
expectations) within a classroom, students are practicing a particular identity in that context (re?ecting and/or refracting who they
are expected to be, to match who they think they are or want to be
in that particular setting). Moll (1990) reminded us that students’
lives are full of rich, historically accumulated and culturally developed bodies of knowledge, skills and resources – referred to as
funds-of-knowledge – that can be drawn on for such negotiations.
McCarthey and Moje (2002) describe this process as an attempt
by students to create identities or stories that allow them to feel
like they belong in their school setting; they ‘‘just want to be part
of the story’’ (p. 232). The ability to craft such connections (i.e., develop a sense of belonging) wields a powerful, possibly essential
in?uence on engagement (Connell & Wellborn, 1991; Faircloth &
Hamm, 2005; Goodenow, 1993; Juvonen, 2006). Identity may
therefore be manifested and engagement empowered as students
craft an identity-in-practice in the classroom.
Given the nature and the value of such classroom identity work,
it is important to consider relevant dimensions of the ?gured world
of schools. Schools typically legitimize certain school practices
while divesting others of status or approval (Bartlett & Holland,
2002; Hatt, 2007; Rubin, 2007; Wortham, 2006). Critical theorists
have long urged educators to construct learning environments that
are meaningful to students (Fine, 1991; Freire, 1970; Greene,
1995). Failure to do so – which is all too common (Hargreaves,
1996; McDermott & Varenne, 1995) – silences student voices and
alienates students from educational experiences (Moll, 1990). A
gap therefore often exists between students’ preferred choices or
practices and school-based expectations; often it is this gap, rather
than students’ intelligence, skills, or abilities, that must be reconciled in order for them to succeed in school (Klos, 2006).
Thus, from an ecological, socio-cultural, situated, or ?gured
world perspective, a student’s negotiation of their identity-in-practice within the context of school (i.e., their participation, or how
they choose to receive, resist, or revise contextual cues) is powerfully positioned to either constrain or nurture their engagement in
learning. The cost is high when students have infrequent opportunities to harness what is important and powerful to them in order
to negotiate meaningful participation in learning (Fairbanks &
Ariail, 2006).
4. Supporting connections between identity and learning
Among motivation scholars, the late Brophy (2004, 2008) has
played a major role in highlighting the intersection between students’ identities and their learning experience as a particularly
powerful site for student engagement. He pointed out that according to Dewey’s (1910) notion of inquiry, it is when the public
curriculum and the students’ personal curriculum become intertwined that students ?nd engagement worthwhile (see also
Guthrie & Anderson, 1999). Similarly, Waterman (2004) reported
that goal-oriented engagement is especially high when activities
connect with an individual’s identity or core sense of being. That
is, the route to making the curriculum desirable, or most engaging,
for students can be summarized in the formula: ‘‘It is desirable to
act in accordance to one’s personal identity’’ (Nisan, 1992, p. 133).
This objective requires creating classroom cultures in which students discover who they are and negotiate connections between
who they are and what they do in school. Flum and Kaplan
(2006) suggested that teachers can support this process by
dialoguing with students about the meaning of school learning,
188
B.S. Faircloth / Contemporary Educational Psychology 37 (2012) 186–194
scaffolding students’ skill at relating material to self-knowledge,
and encouraging students’ sense of self as related to school content
and experiences.
Tan and Calabrese Barton (2008) illustrated how paying close
attention to students’ identities-in-practice amidst the ?gured
world of school provides insight into activities that sustained
minority girls’ active engagement in science. By carefully observing
the classroom practices of sixth grade science students, the
researchers observed students transform from an identity of ‘‘outsider’’ (low levels of engagement) to that of a ‘‘potential scientist’’
(active engagement) within one school year. Such a positive transformation appeared contingent on successes that students experienced when they authored various individually meaningful
identities as a class participant. For example, one student who
saw herself as a budding pop musician wrote (and taught to the
class) a song about course content. Another, who characterized
herself as a leader, moved from problematic to prominent student
as she shared with the class the knowledge that she gained from
voluntary Saturday ?eld trips and became actively involved in eliciting class participation in the ?eld trips. For these students, learning was about gaining a space in the classroom that matched what
they believed they had to offer. The non-commodi?ed (i.e., not traditionally valued, p. 64) funds-of-knowledge inherent in their
backgrounds were used to author new identities-in-practice that
elevated their engagement in learning.
It is this situated, negotiated understanding of identity that informed the current two studies’ exploration of students’ identity
work in relationship to their engagement. The studies drew from
three models for consciously designing connections between students’ identities and school learning: Study 1: cultural modeling
(Lee, 2007) and third space/hybrid identities (Gutiérrez, 2008)
and Study 2: Kids’ Business inquiry projects (Fairbanks, 2000).
4.1. Cultural modeling
Using a process referred to as cultural modeling, Lee (2007) has
suggested that schools must design learning experiences and environments in ways that bridge the differences between schoolbased expectations and students’ funds-of-knowledge. Cultural
strengths/resources suggested by Lee as examples that can be built
on in classroom learning include the rich metaphorical underpinnings of the culturally-valued speech genre known as signifying
or playing the dozens, or a youth’s ability to classify and identify
songs within musical genres as a way of introducing the practice
of naming and classifying in other knowledge ?elds. In a similar
comparison between the ‘‘smartness’’ that students believe characterizes them – and is required for survival – outside of school
(street-smarts) and that which is required to survive inside school
(book smarts), Hatt (2007) agreed that conscious attempts on the
part of schools to blend the ‘‘authentic’’ and ‘‘academic’’ lives of
students can allow youth to stay connected with their identities
(community, cultural, personal) while simultaneously engaging
at school.
4.2. Third space/hybrid identities
One of the most explicit applications of a connection between
identity and learning can be found in the notions of third space/hybrid identities. Gutiérrez and colleagues (Gutiérrez, 2008; Gutiérrez
& Larson, 2007) de?ned third space as a space that blends the
of?cial, traditional de?nition of experiences and expectations at
school, and the unof?cial space of facets of identity that students
hold dear (e.g., from community, culture, family, interests) but
are typically accorded less attention or respect at school. This approach allows students to develop what she refers to as hybrid
identities, which interweave personal perspectives with the values
and demands of school. In a study of urban, Latino high school students, Moje et al. (2004) found that although students had signi?cant funds-of-knowledge available to them from their lives outside
school, these funds-of-knowledge were rarely accessed in the
school settings. The researchers argued that by attending to that
which is relevant and important to the student, teachers could help
students create a hybrid identity that disrupted the negative patterns of academic motivation generated by the marginalization
students experience in traditional school settings. Indeed, research
demonstrates both increased engagement and achievement when
such third spaces are constructed in classrooms (Faircloth, 2009;
Lee, 2007).
4.3. Kids’ business inquiry projects
The idea that school learning should be connected with students’ identity is also closely aligned with current practices offering students a voice in the texts and topics of their schoolwork
(Atwell, 1998; Ivey, 1999; Rief, 1992; Worthy, 1996). Fairbanks
(2000) harnessed this notion by inviting students to investigate
what she referred to as kids’ business – i.e., topics of their own
choosing that had a speci?c connection to their lived experiences.
Students researched self-selected topics, wrote extended research
papers on their topics, and presented their results in formats of
their own choosing. Such personal signi?cance closed the gap between learning and students’ lives, providing them with real reasons to engage in schoolwork.
Drawn from a larger, multi-year study of high school students’
connection with learning, the two studies presented here harnessed these three strategies for crafting connections between students’ identities and their learning experiences in ninth-grade
English. By exploring these issues, this work stands to contribute
to our understanding of how students negotiate an engaged identity-in-practice in the classroom, providing concrete, sustainable,
and transferable avenues for connecting identity and learning.
Moreover, this work explored these issues among primarily disaffected (remedial, repeating or struggling) students in a high-needs,
low-performing school. Given the critical role of such engagement,
especially among struggling students, and the potentially preoccupying nature of identity, these studies offer important insight into
supporting engagement and therefore academic success among
this group of students.
The speci?c research questions explored in each study were:
1. What connections do adolescents report making between issues
and experiences that they ?nd important or authentic (perspectives that may inform their participatory choices, i.e., their identities-in-practice) and their experience in their ninth-grade
English class, given the opportunity to focus on or build such
connections?
2. What evidence exists that students negotiate engaged identities-in-practice in their ninth-grade English class, given the
opportunity to connect learning to issues relevant to identity
choices?
3. What impact on engagement in learning do high school students report as a result of connections to identity within classroom learning experiences?
5. Study 1
It was the goal of Study 1 to employ the parallel concepts of cultural modeling and third space/hybrid identities to explore these
three research questions within two ninth-grade English classes.
Each class met daily for 90 min for one semester. At least once a
week, students wrote about and discussed as a class their sense
of whether a connection existed between their own lives and per-
B.S. Faircloth / Contemporary Educational Psychology 37 (2012) 186–194
189
spectives (i.e., their funds-of-knowledge or issues relevant to their
participatory choices) and the tasks undertaken and topics studied
in their English class. Four lines of data collection were designed to
further inform our understanding of these issues as they emerged
in the classroom and to capture students’ perspectives (see below
for details): (1) student written work; (2) weekly class session
observations by the researcher; (3) qualitative surveys of student
perspectives; and (4) student interviews used to probe student
perspectives.
As part of these strategies, students speci?cally discussed their
suggestions for creating a stronger relationship between school
learning and identity. During their one-semester course, students
from each class section participated in these activities on at least
a weekly basis. Students also completed weekly journaling activities exploring connections between the literature they were reading and self, as well as other related written assignments (e.g., a
narrative project involving researching and reporting some aspect
of their background).
5.1. Method
5.1.3. Study procedures
5.1.3.1. Survey. At the end of their one-semester course, all participants in attendance (n = 73) completed a qualitative survey
exploring their perspectives regarding the relationship between
their sense of their emerging identities (and identity practices in
the classroom) and their learning opportunities. Surveys were
completed in class, during one class session, and independently,
and were untimed. Survey items included: What activities in your
English class have allowed you to relate what you are studying to
things that matter to you?; What did you like and dislike about these
assignments?; and Describe an English assignment that you would be
willing to devote extra time and energy to and explain why. Openended questions were used in an attempt not to con?ne participant
responses to preconceived themes (see Appendix A for complete
survey).
5.1.1. Participants
Participants in Study 1 included 83 ninth-grade students in two
English classes designed primarily for remedial, restart (repeating),
and struggling students at a public high school located in a large
metropolitan area in the southeastern United States; 38% were
African American, 45% European American, 9% Latino/a, 8% other,
and 53% were female. Participants included all students who returned signed parent/guardian consent forms as well as individual
assent forms, and who were present on the days of study activities
and data collection. Attendance, and therefore participation, varied
widely; of the 83 total participants, 67 were present on the days
during which interviews were conducted and 73 were present to
complete the ?nal survey.
5.1.2. Classroom context
The school in which this study was situated was a large (2000
students each year), diverse, public high school with one of the
highest free/reduced lunch rates – and the highest dropout rate –
in its county. Despite this challenging setting, the teacher in these
classrooms – in her second (Study 1) and third (Study 2) years of
teaching – displayed high energy and ?erce devotion to her students. In the classroom, she was acutely aware of what was going
on (i.e., who was engaged, who was distracted) and consistently
legitimized students’ perspectives, choices, and sense of themselves. She often framed class examples and activities around students’ experiences and interests, as well as asking for and valuing
students’ ideas. Even with reluctant students or during class sessions that students did not appear to ?nd motivating, her comments were patient, encouraging, and supportive. Moments of
frustration were de?nitely demonstrated (especially when job demands challenged her focus on her students) as evidenced by relatively frequent, frustrated outbursts such as, ‘‘If I could just
teach!’’
In an effort to support her students’ connection with learning –
beginning in her ?rst year of teaching – this teacher co-designed
activities (with the researcher and one research assistant) intended
to provide students with opportunities to connect learning with issues relevant to their own identity. It was important to the research team also to design activities that were sustainable, by
virtue of being easily reproducible and congruent with the typical
requirements of high school English. Therefore, strategies were
crafted according to three criteria: (a) connecting learning with
students’ lives and perspectives; (b) blending school culture/
requirements with students’ identity/perspectives (i.e., creating a
third space); and (c) aligning activities with traditional ninth-grade
English requirements (literature, writing, journaling, and discourse) as opposed to merely trading school norms for students’
preferences. When studying The Odyssey, students discussed and
wrote about goals they held that they would be willing to devote
a lifetime to (as Odysseus had) and whether there was a relationship between their class work and these personally held goals.
When reading To Kill a Mockingbird, they addressed both the ways
that Atticus Finch resisted racism within his community and their
own personal experiences, ideas and commitments to that issue.
5.1.3.2. Interviews. Participants who were present on the 2 days
(per class) during which interviews were conducted (n = 67) participated in one individual interview with the lead researcher.
Interviews explored in more depth the general issues addressed
in students’ written surveys, allowing the researcher to further
understand students’ perspectives. For example, students were often asked to explain more explicitly general student claims – e.g.,
‘‘What makes a classroom activity ‘fun’ or ‘interesting’?’’ (a frequent
student claim). Interviews took place at the end of the semester.
They were audio-taped but not transcribed, although notes were
taken.
5.1.3.3. Classroom observations. Each class was observed by the lead
researcher once-per-week for the entire semester (for a total of
fourteen 90-min observations per class) and ?eld notes were compiled. Student responses to study activities, the nature of and
changes in engagement, and classroom discourse that illustrated
students’ perspectives were noted.
5.1.3.4. Student work. Copies of any student work that was a direct
product of study activities (e.g., journals, narratives, and related
written assignments) were collected and analyzed as well.
5.1.4. Analysis
Because this investigation was genuinely exploratory in nature,
data analysis did not begin with a predetermined coding scheme.
Through an iterative and constantly comparative process (Glaser
& Strauss, 1967), and construction of matrices for comparing
themes and student statements across data sources and participants (Miles & Huberman, 1994), central themes emerged. Specifically, student responses (written work, surveys, interviews) were
explored by the lead researcher for patterns regarding students’
perceptions of connections made between course content/activities and facets of their identities, as well as the impact of those
connections on their engagement. Notes from classroom observations supported these analyses with evidence of classroom context,
student discourse and engagement. Matrices were constructed that
offered a pro?le, across participants and data sources, of points of
convergence as well as diverse experiences with respect to emerging themes.
190
B.S. Faircloth / Contemporary Educational Psychology 37 (2012) 186–194
Consiste

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UW Psychology Question

Description

Introduction to research methods, 2nd year psychology course, complete 1 assignment, using SPSS software. Require full marks in the course.

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7
I Will Remember You
One topic of central interest to both experimental psychologists and the public is the
accuracy of the human memory. Barlett (1932) is usually credited with conducting the
first investigations of “false memories”, remembrances of events that never occurred. He
studied distortions of memory using a complex prose passage. Participants read a folktale
“The War of the Ghosts” and tried to recall it repeatedly. Results showed that
participants’ memories became more and more distorted over repeated attempts to recall.
These results suggest that everyday memory is not always as reliable and faithful
reproduction of the past, a static snapshot of events as they truly were. Instead, memory is
sometimes fallible, imperfect and reconstructive, and shaped by present circumstances.
While these conclusions about the fallibility of everyday memory seem justified, it is
conceivable that memory distortion occurs only under restricted conditions. It is perhaps
not surprising that participants found it difficult to retell a story, rich and complex in
meaning, in exactly the same way. Should not some variability be expected in storytelling? Indeed, it is quite possible that Barlett’s participants were themselves aware that
the story was changing with repeated tellings. His findings would surely be strengthened
if it were found that participants were totally unaware of the intrusions of irrelevant
material into their story. In addition, it would be of some interest to know whether
memory distortion occurs in other paradigms, for example, serial-list learning.
In serial-list learning, the experimenter reads aloud a list of words and the participants
memorize and then later try to recall each of the presented words. The words are usually
presented one-by-one in short lists comprised of 15 or so items. The recall test involved
the participants listing, in written form, the items they can remember from the studied
list. Often, a recognition test is included. In the recognition test, the experimenter
provides a list of words, which contains items from the studied lists and “lures”, words
never presented. Participants indicate their level of confidence about whether each item
had occurred. The task is often made more difficult by presenting multiple lists.
Remembering words not presented, or recognizing them, would constitute a “false
memory”.
Common sense would suggest that remembering or recognizing words not presented
should occur with low frequency. In addition, if participants did misremember words,
they should not express high confidence that a particular misremembered word was
actually in the list. In a recognition test, for example, they may agree that a non-studied
item was “probably” in the list, when it was not, but they should never state with
complete assurance that they had actually heard it. And, indeed, they should be incapable
of actually recollecting the moment at which the word was read by the experimenter,
since it was never actually presented.
Procedure
Two experimenters will read prepared lists of words aloud. After each list is read,
participants will immediately write down as many words as they can remember on for 1
minute each. When all of the lists are completed, participants will be given a recognition
test, which contains studied and non-studied items. For each item, the students will rate
whether it was a) surely new, b) probably new, c) probably old, or d) surely old. If the
item was rated as surely old, participants should indicate which of the two experimenters
they remembered uttered the word.
References
Barlett, F.C. (1932). Remembering: A study in experimental and social psychology.
Cambridge University Press.
Questions
1. Answer the following questions.
a. Identify the independent variable and the levels of the independent
variable. (0.5 point)
b. Identify the dependent variable. (0.5 point)
c. Outline your theory of memory. (1 point)
d. What is the experimental hypothesis? (1 point)
2. What percentages of the studied and non-studied items were recognized as a)
surely old, b) probably old, c) probably new, and d) surely new? Break the nonstudied items into unrelated lures, weakly related lures, and critical lures. To
answer this question, present the data in a 4 x 4 APA style table with the levels of
independent variable listed in separate rows and the levels of the dependent
variable listed in separate columns. In the table, there should be four levels of
item status (studied, non-studied/unrelated lure, non-studied/weakly related lure,
and non-studied/critical lure) and four possible responses (surely old, probably
old, probably new, and surely new). (2 points)
3. Answer the following questions.
a. With regard to the critical lures, what percentage of the critical lures were
classified as “surely old”? (0.5 point)
b. What percentage of the participants said the critical lures were “surely
old”? (0.5 point)
c. What percentage of the participants that classified a critical lure as ‘surely
old’ indicated they remembered which experimenter had uttered the
critical lure (a word never actually presented)? (0.5 point)
4. Do the results support the experimental hypothesis? Be sure to provide an
explanation by referring to the results. (1.5 points)
5. People often say they vividly remember the details surrounding a particular event,
which attests to the fact that memory cannot be false. What do our data have to
say about this issue? (2 points)
The following four questions are designed to get you to explore the interaction between
item relatedness (i.e., critical/related versus unrelated) and item classification (i.e., old
versus new).
6. Your instructor had provided you with a SPSS data file that has combined
categories; that is, lures classified as “probably new” or “surely new” should be
considered “new” and lures classified as “probably old” or “surely old” should be
considered “old”. Use SPSS (instructions below) to obtain the mean number of
items in each of the four categories (critical lure/new, critical lure/old, unrelated
lure/new, unrelated lure/old).
7. Use the means obtained in the previous question to produce an APA style line
graph with the mean number of items recognized along the y-axis, the type of lure
(critical or unrelated) along the x-axis, and define the lines by the classification
category (new/old). You can do this using SPSS (instructions below). (2 points)
8. Use the line graph to describe whether there is an interaction (between type of
word and classification category). (1 point)
9. Use SPSS to determine whether the interaction between type of word and
classification category is statistically significant. Describe the findings using APA
style. Use the p-value to assess statistical significance. Recall, if p-value = a,
reject H0 (result is statistically significant.) (1.5 points)
Report Preparation
Prepare a neat and tidy lab report. It is recommended that you type your lab report. Your
report should include the following:
• APA style title page
• SPSS output
• Answers to the nine questions.
Lab Total: 14.5 points
SPSS Instructions for Analyzing Main Effects and Interactions
DATA ENTRY – Your lab instructor has converted the Qualtrics data from Excel
into an SPSS file that you may download from Nexus. Instructions 1 to 9
below are associated with copying, pasting, and creating data from the Excel
spreadsheet without the Qualtrics compilation and Macros conversion of the
Excel data. You may download and open the SPSS file provided, skip
instructions 1 to 9 and begin with number 10, “Create an output file”.
1. On the Variable View tab of the Data Editor create three variables: lure,
classcat, and count.
Name
lure
Type
Numeric
Decimals
0
Label
Type of Lure
classcat
Numeric
0
Classification
Category
surely
probably
Numeric
Numeric
0
0
Values
1 = unrelated
2 = critical
1 = old
2 = new
2. Copy and paste the data from Excel into SPSS.
a. Copy the values from the Unstudied-Unrelated Lure SO (surely old)
column in Excel and paste them into the surely variable in SPSS. For the
lure variable enter a value of 1 and for the classcat variable enter a value
of 1.
b. Copy the values from the Unstudied-Unrelated Lure PO (probably old)
column in Excel and paste them into the probably variable in SPSS (next
to the values in the surely column from part a).
c. Copy the values from the Unstudied-Unrelated Lure PN (probably new)
column in Excel and paste them into the probably variable in SPSS (below
the values from part b). For the lure variable enter a value of 1 and for the
classcat variable enter a value of 2.
d. Copy the values from the Unstudied-Unrelated Lure SN (surely new)
column in Excel and paste them into the surely variable in SPSS (next to
the values in the probably column that your pasted in part c).
e. Copy the values from the Unstudied-Critical Lure SO (surely old) column
in Excel and paste them into the surely variable in SPSS (below the values
from part b). For the lure variable enter a value of 2 and for the classcat
variable enter a value of 1.
f. Copy the values from the Unstudied-Critical Lure PO (probably old)
column in Excel and paste them into the probably variable in SPSS (next
to the values in the surely column that you pasted from part e).
g. Copy the values from the Unstudied-Critical Lure PN (probably new)
column in Excel and paste them into the probably variable in SPSS (below
the values from part f). For the lure variable enter a value of 2 and for the
classcat variable enter a value of 2.
h. Copy the values from the Unstudied-Critical Lure SN (surely new) column
in Excel and paste them into the surely variable in SPSS (next to the
values in the probably column that you pasted from part g).
lure = 1 (Unstudied-Unrelated)
classcat = 1 (Old)
lure = 1 (Unstudied-Unrelated)
classcat = 2 (New)
lure = 2 (Unstudied-Critical)
classcat = 1 (Old)
3. Create a new variable, count, representing the total number of words in the surely
and probably columns. Note we’re creating ‘old’ and ‘new’ categories by
combining surely old and probably old into ‘old’ and surely new and probably
new into ‘new’. To create this variable select Compute… from the Transform
menu.
4. The Compute Variable dialog box will appear.
5. In the Target Variable: box type count.
6. In the Numeric Expression box build the equation. Select surely and click the
arrow between the two boxes. Click the ‘+’ button. Select probably and click the
arrow between the two boxes. In the Numeric Expression box you should have
surely + probably.
7. Click OK.
8. On the Variable View tab change the number of decimal places for the count
variable to 0 and enter Number of Words as the label for count.
9. Save the file as Lab7 to your home directory. To save the file, on the File menu,
select Save As, and then follow the path to your home directory by clicking on the
appropriate sequence of folders in the “Save in” box. Now, in the box next to File
name: type Lab7 and then click Save. The file will be saved with the ‘.sav’
extension.
CREATE AN OUTPUT FILE
10. The Output window is where SPSS puts the results of the analyses.
a. To open a new output window select New and then Output from the File
menu. Please note that a new output window may have automatically
opened when you saved the data file so you may be able to skip this step.
b. You need to be able to distinguish your output when it is printed from
your classmates’. We do this by putting our last name and student number
at the top of the output file. In SPSS, select New Title on the Insert menu.
Enter your last name and student number (e.g., Halldorson, 5430718) into
the box. Exit the box by clicking out of it twice.
ANALYSIS
11. To obtain the means for each combination of the levels of the two variables and to
determine the significance of the main effects and interaction, select General
Linear Model and then Univariate from the Analyze menu.
12. The Univariate dialogue box will appear (as shown below). Place the count
variable (Number of Words) into the Dependent Variable: box by selecting the
variable and clicking on the arrow between the two boxes.
13. Place both lure (Type of Lure) and classcat (Classification Category) into the
Fixed Factor(s): box by selecting the two variables and clicking the arrow
between the two boxes.
14. To obtain the means for each combination of factor levels, click the Options…
button. The Univariate: Options box will appear.
15. Under Display, click the box next to Descriptive statistics. A check mark should
appear.
16. Click Continue.
(Your options display may look different.)
17. Click the Model… button. The Univariate: Model dialog box should appear.
Check that the radio button next to Full Factorial is selected.
18. Click Continue.
19. Click OK.
The Output produced should include the Tests of Between-Subjects Effects table (see
below).
Tests of Between-Subjects Effects
Dependent Variable: Number of Words
Source
Corrected Model
Intercept
lure
clas s cat
lure * clas scat
Error
Total
Corrected Total
Type III Sum
of Squares
17.800a
320.000
.000
5.000
12.800
162.200
500.000
180.000
p-values
df
3
1
1
1
1
76
80
79
Mean Square
5.933
320.000
.000
5.000
12.800
2.134
F
2.780
149.938
.000
2.343
5.998
a. R Squared = .099 (Adjusted R Squared = .063)
Main effect of Type of Lure
Main Effect of Classification Category
Interaction between Type of Lure and Classification Category
Sig.
.047
.000
1.000
.130
.017
Line Graph
20. On the Graphs menu select Legacy Dialogs, then Line…
21. The Line Charts dialog box should appear. Click on Multiple and then click
Define.
22. The define Multiple Line: Summaries for Groups of Cases dialog box should
appear.
23. Place lure (Type of Lure) into the Category Axis: box by selecting the variable
and clicking the arrow between the two boxes.
24. Place classcat (Classification Category) into the Define Lines by: box by
selecting the variable and clicking the arrow between the two boxes.
25. Click the radio button next to Other Statistic (e.g., mean).
26. Select the count variable (Number of Words) and place it into the Variable: box
by clicking the arrow between the two buttons.
27. Click OK.
28. Be sure to add a figure title and edit the graph so it follows APA 7 graphing
conventions. It should look similar to the following:
SAVE YOUR OUTPUT FILE
29. The output file needs to be saved as a separate file (different from the data file).
To save the output file, click on the File menu and select Save As. Just like the
data file, follow the path to your home directory in the “Save in” box. To save the
file, in the box next to “File name:” type Lab7 and then click Save. You can use
the same file name as the data file because the two files are saved with different
extensions. The output file will be saved with the ‘.spv’ extension.
EXPORTING YOUR OUTPUT TO A WORD DOCUMENT
30. If you want to export your output to WORD and submitted as a Word file, follow
these instructions: With your output open, click on the File menu and select
Export…. The Export Output dialogue box should appear. You will need to
change three things. 1) Under Objects to Export, select the radio button next to
All Visible (change from the default All). 2) Under Document: Type: select the
down arrow and change the format to Word/RTF file (*.doc), if necessary. 3)
Click the Browse… button. The Save As… dialogue box will appear. Follow the
path to your home directory in the “Look in” box and name the file (the default is
OUTPUT.doc). Click Save and OK. Be sure to check the Word file to make sure
the output was exported properly.
Homework
Work on your presentation and paper for Lab #8: Stairway to Heaven
7
I Will Remember You
One topic of central interest to both experimental psychologists and the public is the
accuracy of the human memory. Barlett (1932) is usually credited with conducting the
first investigations of “false memories”, remembrances of events that never occurred. He
studied distortions of memory using a complex prose passage. Participants read a folktale
“The War of the Ghosts” and tried to recall it repeatedly. Results showed that
participants’ memories became more and more distorted over repeated attempts to recall.
These results suggest that everyday memory is not always as reliable and faithful
reproduction of the past, a static snapshot of events as they truly were. Instead, memory is
sometimes fallible, imperfect and reconstructive, and shaped by present circumstances.
While these conclusions about the fallibility of everyday memory seem justified, it is
conceivable that memory distortion occurs only under restricted conditions. It is perhaps
not surprising that participants found it difficult to retell a story, rich and complex in
meaning, in exactly the same way. Should not some variability be expected in storytelling? Indeed, it is quite possible that Barlett’s participants were themselves aware that
the story was changing with repeated tellings. His findings would surely be strengthened
if it were found that participants were totally unaware of the intrusions of irrelevant
material into their story. In addition, it would be of some interest to know whether
memory distortion occurs in other paradigms, for example, serial-list learning.
In serial-list learning, the experimenter reads aloud a list of words and the participants
memorize and then later try to recall each of the presented words. The words are usually
presented one-by-one in short lists comprised of 15 or so items. The recall test involved
the participants listing, in written form, the items they can remember from the studied
list. Often, a recognition test is included. In the recognition test, the experimenter
provides a list of words, which contains items from the studied lists and “lures”, words
never presented. Participants indicate their level of confidence about whether each item
had occurred. The task is often made more difficult by presenting multiple lists.
Remembering words not presented, or recognizing them, would constitute a “false
memory”.
Common sense would suggest that remembering or recognizing words not presented
should occur with low frequency. In addition, if participants did misremember words,
they should not express high confidence that a particular misremembered word was
actually in the list. In a recognition test, for example, they may agree that a non-studied
item was “probably” in the list, when it was not, but they should never state with
complete assurance that they had actually heard it. And, indeed, they should be incapable
of actually recollecting the moment at which the word was read by the experimenter,
since it was never actually presented.
Procedure
Two experimenters will read prepared lists of words aloud. After each list is read,
participants will immediately write down as many words as they can remember on for 1
minute each. When all of the lists are completed, participants will be given a recognition
test, which contains studied and non-studied items. For each item, the students will rate
whether it was a) surely new, b) probably new, c) probably old, or d) surely old. If the
item was rated as surely old, participants should indicate which of the two experimenters
they remembered uttered the word.
References
Barlett, F.C. (1932). Remembering: A study in experimental and social psychology.
Cambridge University Press.
Questions
1. Answer the following questions.
a. Identify the independent variable and the levels of the independent
variable. (0.5 point)
b. Identify the dependent variable. (0.5 point)
c. Outline your theory of memory. (1 point)
d. What is the experimental hypothesis? (1 point)
2. What percentages of the studied and non-studied items were recognized as a)
surely old, b) probably old, c) probably new, and d) surely new? Break the nonstudied items into unrelated lures, weakly related lures, and critical lures. To
answer this question, present the data in a 4 x 4 APA style table with the levels of
independent variable listed in separate rows and the levels of the dependent
variable listed in separate columns. In the table, there should be four levels of
item status (studied, non-studied/unrelated lure, non-studied/weakly related lure,
and non-studied/critical lure) and four possible responses (surely old, probably
old, probably new, and surely new). (2 points)
3. Answer the following questions.
a. With regard to the critical lures, what percentage of the critical lures were
classified as “surely old”? (0.5 point)
b. What percentage of the participants said the critical lures were “surely
old”? (0.5 point)
c. What percentage of the participants that classified a critical lure as ‘surely
old’ indicated they remembered which experimenter had uttered the
critical lure (a word never actually presented)? (0.5 point)
4. Do the results support the experimental hypothesis? Be sure to provide an
explanation by referring to the results. (1.5 points)
5. People often say they vividly remember the details surrounding a particular event,
which attests to the fact that memory cannot be false. What do our data have to
say about this issue? (2 points)
The following four questions are designed to get you to explore the interaction between
item relatedness (i.e., critical/related versus unrelated) and item classification (i.e., old
versus new).
6. Your instructor had provided you with a SPSS data file that has combined
categories; that is, lures classified as “probably new” or “surely new” should be
considered “new” and lures classified as “probably old” or “surely old” should be
considered “old”. Use SPSS (instructions below) to obtain the mean number of
items in each of the four categories (critical lure/new, critical lure/old, unrelated
lure/new, unrelated lure/old).
7. Use the means obtained in the previous question to produce an APA style line
graph with the mean number of items recognized along the y-axis, the type of lure
(critical or unrelated) along the x-axis, and define the lines by the classification
category (new/old). You can do this using SPSS (instructions below). (2 points)
8. Use the line graph to describe whether there is an interaction (between type of
word and classification category). (1 point)
9. Use SPSS to determine whether the interaction between type of word and
classification category is statistically significant. Describe the findings using APA
style. Use the p-value to assess statistical significance. Recall, if p-value = a,
reject H0 (result is statistically significant.) (1.5 points)
Report Preparation
Prepare a neat and tidy lab report. It is recommended that you type your lab report. Your
report should include the following:
• APA style title page
• SPSS output
• Answers to the nine questions.
Lab Total: 14.5 points
SPSS Instructions for Analyzing Main Effects and Interactions
DATA ENTRY – Your lab instructor has converted the Qualtrics data from Excel
into an SPSS file that you may download from Nexus. Instructions 1 to 9
below are associated with copying, pasting, and creating data from the Excel
spreadsheet without the Qualtrics compilation and Macros conversion of the
Excel data. You may download and open the SPSS file provided, skip
instructions 1 to 9 and begin with number 10, “Create an output file”.
1. On the Variable View tab of the Data Editor create three variables: lure,
classcat, and count.
Name
lure
Type
Numeric
Decimals
0
Label
Type of Lure
classcat
Numeric
0
Classification
Category
surely
probably
Numeric
Numeric
0
0
Values
1 = unrelated
2 = critical
1 = old
2 = new
2. Copy and paste the data from Excel into SPSS.
a. Copy the values from the Unstudied-Unrelated Lure SO (surely old)
column in Excel and paste them into the surely variable in SPSS. For the
lure variable enter a value of 1 and for the classcat variable enter a value
of 1.
b. Copy the values from the Unstudied-Unrelated Lure PO (probably old)
column in Excel and paste them into the probably variable in SPSS (next
to the values in the surely column from part a).
c. Copy the values from the Unstudied-Unrelated Lure PN (probably new)
column in Excel and paste them into the probably variable in SPSS (below
the values from part b). For the lure variable enter a value of 1 and for the
classcat variable enter a value of 2.
d. Copy the values from the Unstudied-Unrelated Lure SN (surely new)
column

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AU Journey of Vocabulary Mastery Tracking Progress & Growth Discussion “

Description

The assignment was as follows:

Conduct a baseline of the 10 vocab flashcards for Unit 1 (pretest of how many you know). 

Graph your baseline results and then test yourself every day on the same 10 flashcards and graph the results. Give yourself 1 minute’s time.

This was to be done each week with a new set of vocabulary each week. I am familiar with some of the vocabulary but not a lot. Therefore, I do not want to look as if I aced it. 

The data should be documented on an excel or google sheet document. I’ve provided some reference materials.The Safemed spreedsheet was my initial attempt at graphing.  https://www.youtube.com/watch?v=MRRYGhPY_GU https://www.youtube.com/watch?v=zs9gEWg4-U0 

Unformatted Attachment Preview

Module 1
1. Explanatory Fiction – A fictitious or hypothetical variable that other takes the form of another name
for the observed phenomenon it claims to explain and contributes nothing to a functional account
or understand of the phenomenon, such as “intelligence” or “cognitive awareness” as explanations
for why an organism pushes the level when the light is on and food is available but does not push
the level when the light is off and no food is available.
2. Parsimony – The practice of ruling out simple, logical explanations, experimentally or conceptually,
before considering more complex or abstract explanations.
3. Antecedent – An environmental condition or stimulus change existing or curing prior to a behavior of
interest.
4. Automaticity of Reinforcement – Refers to the fact that behavior is modified by its consequence
irrespective of the person’s awareness; a person does not have to recognize or verbalize the relation
between her behavior and a reinforcing consequence, or even know that a consequence has
occurred, for reinforcement to “work.” (Contrast with automatic reinforcement).
5. Discriminative Stimulus (SD) – A stimulus in the presence of which responses of some type have been
reinforced and in the absence of which the same type of responses have occurred and not been
reinforced; this history of differential reinforcement is the reason as sd increases the momentary
frequency of the behavior (See differential reinforcement, stimulus control, stimulus discrimination
training, and stimulus delta)
6. Positive Reinforcement – Occurs when a behavior is followed immediately by the presentation of a
stimulus that increases the future frequency of the behavior in similar conditions (Contrast to
negative reinforcement).
7. Punishment – Occurs when a stimulus change immediately follows a response and decreases the
future frequency of that type of behavior in similar conditions. (See negative punishment, positive
punishment)
8. Reinforcement – Occurs when a stimulus change immediately follows a response and increases the
future frequency of that type of behavior in similar conditions. (See negative reinforcement, positive
reinforcement)
9. Response – A single instance or occurrence of a specific class or type of behavior. Technical
definition: an “action of an organism effector. An effector is an organ at the end of an efferent nerve
fiber that is specialized for altering its environment mechanically, chemically, or in terms of other
energy changes”
10. Three -Term Contingency – The basic unit of analysis in the analysis of operant behavior;
encompasses the temporal and possible dependent relations among an antecedent stimulus,
behavior, and consequence.
Module 2
1. ABC Recording – A form of direct, continuous observation in which the observer records a
descriptive, temporal sequenced account of all behavior(s) of interest and the antecedent
conditions and consequence for those behaviors as those events occur in the client’s natural
environment (also called ABC recording).
2. Social Validity – Refers to the extent to which target behaviors are appropriate, intervention
procedures are acceptable, and important and significant changes in target and collateral behaviors
are produced.
3. Target Behavior – The response class selected for intervention; can be defined either functionally or
topographically.
4. Duration – A measure of the total extent of time in which a behavior occurs.
5. Frequency – A ration of count per observation time; often expressed as count per standard unit of
time (e.g., per minute, per hour, per day) and calculated by dividing the number of responses
recorded by the number of standard units of time in which observations were conducted; used
interchangeably with rate.
6. Momentary Time Sampling – A measurement method in which the presence or absence of behaviors
are recorded at precisely specified time intervals. (Contrast with interval recording.)
7. Partial-Interval Recording – A time sampling method for measuring behavior in which the
observation period is divided into a series of brief time intervals (typically from 5 to 10 seconds). The
observer records whether the target behavior occurred at any time during the interval. Partialinterval recording is not concerned with how many times the behavior occurred during the interval
or how long the behavior was present, just that it occurred at some point during the interval; tends
to overestimate the proportion of the observation period that the behavior actually occurred.
8. Response Latency – A measure of temporal locus; the elapsed time from the onset of a stimulus
(e.g., task direction, cue) to the initiation of a response.
9. Time Sampling – A measurement of the presence or absence of behavior within specific time
intervals. It is most useful with continuous and high rate behaviors. (See momentary time sample,
partial-interval recording, and whole-interval recording).
10. Whole Interval Recording – A time sampling method for measuring behavior in which the
observation period is divided into a series of brief time intervals (typically from 5 to 15 seconds). At
the end of each interval, the observer records whether the target behavior occurred throughout the
entire interval; tends to underestimate the proportion of the observation period that many
behaviors actually occurred.
Module 3
1. Reliability – Refers to the consistency of measurement, specifically, the extent to which repeated
measurement of the same event yields the same values.
2. Validity – The extent to which data obtained from measurement are directly relevant to the target
behavior of interest and to the reason(s) for measuring it.
3. Changing Criterion Design – An experimental design in which an initial baseline phase is followed by
a series of treatment phases consisting of successive and gradually changing criteria for
reinforcement or punishment. Experimental control is evidenced by the extent the level of
responding changes to conform to each new criterion.
4. Multiple Baseline Design – An experimental design that begins with the concurrent measurement of
two or more behaviors in a baseline condition, followed by the application of the treatment variable
to one of the behaviors while baseline conditions remain in effect for the other behavior(s). After
maximum charge has been noted in the first behavior, the treatment variable is applied in
sequential fashion to each of the other behaviors in the design. Experimental control is
demonstrated if each behavior shows similar changes when, and only when, the treatment variable
is introduced.
5. A-B-A Design – A three-phase experimental design consisting of an initial baseline phase (a) until
steady state responding (or countertherapeutic trend) is obtained, an intervention phase in which
the treatment condition (B) is implemented until the behavior has changed and steady state
responding is obtained, and a return to baseline conditions (A) by withdrawing the independent
variables to see whether responding “reverses” to levels observed in the initial baseline phase. (See
A-B-A-B design, reversal design, withdrawal design.)
6. Alternating Treatment Design – An experimental design in which two or more conditions (one of
which may be a no-treatment control condition) are presented in rapidly alternating succession
(e.g., on alternating sessions or days) independent of the level of responding ; differences in
responding between or among conditions are attributed to the effects of the conditions (also called
concurrent schedule design, multielement design, multiple schedule design.)
7. Baseline – A condition of an experiment in which the independent variable is not present; data
obtained during baseline are the basis for determining the effects of the independent variable; a
control condition that does not necessarily mean the absence of instruction or treatment, only the
absence of a specific independent variable of experimental interest.
8. Dependent Variable – The variable in an experiment measured to determine if it changes as a result
of manipulations of the independent variable; in applied behavior analysis, it represents some
measure of a socially significant behavior. (See target behavior; compare with independent
variable.)
9. Extraneous Variable – Any aspect of the experimental setting (e.g., lighting, temperature) that must
be held constant to prevent unplanned environmental variation.
10. Independent Variable – The variable that is systematically manipulated by the researcher in an
experiment to see whether changes in the independent variable produce reliable changes in the
dependent variable. In applied behavior analysis, it is usually an environmental event or condition
antecedent or consequent to the dependent variable. Sometimes called the intervention or
treatment variable. (Compare with dependent variable).
Module 4
1. Continuous Reinforcement (CRF) – A schedule of reinforcement that provides reinforcement for each
occurrence of the target behavior.
2. Fixed Interval (FI) – A schedule of reinforcement in which reinforcement is delivered for the first
response emitted following the passage of a fixed duration of time since the last response was
reinforced (e.g., on a FI 3-minute schedule, the first response following the passage of 3 minutes is
reinforced).
3. Fixed Ration (FR) – A schedule of reinforcement requiring a fixed number of responses for
reinforcement (e.g., an FR 4 schedule reinforcement follows every fourth response).
4. Schedule of Reinforcement – A rule specifying the environmental arrangements and response
requirements for reinforcement; a description of a contingency of reinforcement.
5. Variable Interval (VI) – A schedule of reinforcement that provides reinforcement for the first correct
response following the elapse of variable durations of time occurring in a random or unpredictable
order. The mean duration of the intervals is used to describe the schedule (e.g., on a VI 10-minute
schedule, reinforcement is delivered for the first response following an average of 10 minutes since
the last reinforced response, but the time that elapses following the last reinforced response might
range from 30 seconds or less to 25 minutes or more).
6. Variable Ration (VR) – A schedule of reinforcement requiring a varying number of responses for
reinforcement. The number of responses required varies around a random number; the mean
number of responses required for reinforcement is used to describe the schedule (e.g., on a VR 10
schedule an average of 10 responses must be emitted for reinforcement, but the number of
responses required following the last reinforced response might range from 1 to 30 or more).
7. Negative Reinforcement – Occurs when a behavior is followed immediately by the removal of a
stimulus that increases the future frequency of the behavior in similar conditions (contrast to
positive reinforcement.)
8. Automatic Reinforcement – Reinforcement that occurs independent of the social mediation of
others (e.g., scratching an insect bite relieves the itch.)
9. Positive Reinforcement – Occurs when a behavior is followed immediately by the presentation of a
stimulus that increases the future frequency of the behavior in similar conditions (contrast to
negative reinforcement.)
10. Stimulus Preference Assessment – A variety of procedures used to determine the stimuli that a
person prefers, the relative preference values (high versus low) of those stimuli, the conditions
under which those preference values remain in effect, and their presumed value as reinforcers.
Module 5
1. Contingent Observation – A procedure for implementing timeout in which the person is repositioned
within an existing setting such that observation of ongoing activities remains, but access to
reinforcement is lost.
2. Planned Ignoring – A procedure for implementing time-out in which social reinforcers – usually
attention, physical contact, and verbal interaction – are withheld for a brief period contingent on the
occurrence of the target behavior.
3. Response Cost – The contingent loss of reinforcers (e.g., a fine), producing a decrease of the
frequency of behavior; a form of negative punishment.
4. Time-Out From Positive Reinforcement – The contingent withdrawl of the opportunity to earn
positive reinforcement or the loss of access to positive reinforcement or the loss of access to
positive reinforcers for a specified time; a form of negative punishment (also called time-out).
5. Behavioral Contrast – The phenomenon in which a change in one component of a multiple schedule
that increases or decreases the rate of responding on that component is accompanied by change in
the response rate in the opposite direction on the other, unaltered component of the schedule.
6. Negative Punishment – A response behavior is followed immediately by the removal of a stimulus (or
a decrease in the intensity of the stimulus) that decreases the future frequency of similar responses
under similar conditions; sometimes called Type II punishment. (Contrast with positive punishment).
7. Overcorrection – A behavior change tactic based on positive punishment in which, contingent on the
problem behavior, the learner is required to engage in effortful behavior directly or logically related
to fixing the damage caused by the behavior. Forms of overcorrection are restitutional
overcorrection and positive practice overcorrection. (See positive practice overcorrection,
restitutional overcorrection.)
8. Positive Punishment – A behavior is followed immediately by the presentation of a stimulus that
decreases the future frequency of the behavior; sometimes called Type I punishment. (Contrast with
negative punishment)
9. Response Blocking – A procedure in which the therapist physically intervenes as soon as the learner
begins to emit a problem behavior to prevent completion of the targeted behavior.
10. Unconditioned Punisher – A stimulus change that decreases the frequency of any behavior that
immediately precedes it irrespective of the organisms learning history with the stimulus.
Unconditioned punishers are products of the evolutionary development of the species (phylogeny),
meaning that all members of a species are more or less susceptible to punishment by the
presentation of unconditioned punishers (also called primary or unlearned punishers). (Compare
with conditioned punishers)
Module 6
1. Antecedent Stimulus Class – A set of stimuli that share a common relationship. All stimuli in an
antecedent stimulus class evoke the same operant behavior, or elicit the same respondent behavior.
(See arbitrary stimulus class, feature stimulus class.)
2. Discriminative Stimulus (SD) – A stimulus in the presence of which responses of some type have been
reinforced and in the absence of which the same type of responses have occurred and not been
reinforced; this history of differential reinforcement is the reason an Sd increases the momentary
frequency of the behavior. (See differential reinforcement, stimulus control, stimulus discrimination
training, and stimulus delta (S delta).
3. Feature Stimulus Class – Stimuli that share common physical forms or structures (e.g., made from
wood, four legs, round blue) or common relative relationships (e.g., bigger than, hotter than, higher
than, next to). (Compare to arbitrary stimulus class.)
4. Stimulus Control – A situation in which the frequency, latency, duration, or amplitude of a behavior
is altered by the presence of absence of an antecedent stimulus. (See discrimination, discriminative
stimulus)
5. Stimulus Delta (S delta) – A stimulus in the presence of which a given behavior as not produced
reinforcement in the past. (Contrast with discriminative stimulus (SD).)
6. Stimulus Discrimination Training – The conventional procedure requires one behavior and two
antecedent stimulus conditions. Responses are reinforced in the presence of one stimulus condition,
the SD, but not in the presence of the other stimulus, the SD.
7. Abolishing Operation (AO) – A motivating operation that decreases the reinforcing effectiveness of a
stimulus, object, or event. For example, the reinforcing effectiveness of food is abolished as a result
of food ingestion.
8. Establishing Operation (EO) – A motivating operation that establishes (increases) the effectiveness of
some stimulus, object, or event as a reinforce. For example, food deprivation establishes food as an
effective reinforcer.
9. Motivating Operation (MO) – An environmental variable that (a) alters (increases or decreases) the
reinforcing or punishing effectiveness of some stimulus, object, or event; and (b) alters (increases or
decreases)the current frequency of all behavior that has been reinforced or punished by that
stimulus, object or event. (See abative effect, abolishing operation (AO), behavior-altering effect,
evocative effect, establishing operation (EO), value altering effect.)
10. Value-Altering Effect – An alteration in the reinforcing effectiveness of a stimulus, object, or event as
a result of a motivating operation. For example, the reinforcing effectiveness of food is altered as a
result of food deprivation and food ingestion.
Module 7
1. Backward Chaining – A teaching procedure in which a trainer completes all but the last behavior in a
chain, which is preformed by the learner, who then receives reinforcement for completing the chain.
When the learner shows competence in performing the final step in the chain, the trainer performs
all but the last two behaviors in the chain, the learner emits the final two steps to complete the
chain, and reinforcement is delivered. This sequence is continued until the learner completes the
entire chain independently.
2. Behavior Chain – A sequence of responses in which each response produces a stimulus change that
functions as conditioned reinforcement for that response and as a discriminative stimulus for the
next response in the chain; reinforcement for the last response in a chain maintains the reinforcing
effectiveness of the stimulus changes produced by all previous responses in the chain.
3. Forward Chaining – A method for teaching behavior chains that begins with the learner being
prompted and taught to perform the first behavior in the task analysis; the trainer completes the
remaining steps in the chain. When the learner shows competence in preforming the first step in the
chain, he is then taught to perform the first two behaviors in the chain, with the training completing
the chain. This process is continued until the learner completes the entire chain independently.
4. Task Analysis – The process of breaking a complex skill or series of behaviors into smaller, teachable
units; also refers to the results of this process.
5. Total-Task Chaining – A variation of forward chaining in which the learner receives training on each
behavior in the chain during each session.
6. Differential Reinforcement – Reinforcing only those responses within a response class that meet a
specific criterion along some dimension(s) (i.e., frequency , topography, duration, latency, or
magnitude) and placing all other responses in the class on extinction. See differential reinforcement
of alternative behavior, differential reinforcement of incompatible behavior, differential
reinforcement of other behavior, discrimination training, shaping.)
7. Response Differentiation – A behavior change produced by differential reinforcement: reinforced
members of the current response class occur with greater frequency, and unreinforced members
occur less frequently (undergo extinction); the overall result is the emergence of a new response
class.
8. Shaping – Using differential reinforcement to produce a series of gradual changing response classes;
each response class is a successive approximation toward a terminal behavior. Members of an
existing response class are selected for differential reinforcement because they more closely
resemble the terminal behavior. (See differential reinforcement, response class, response
differentiation, and successive approximations)
9. Imitation – A behavior controlled by any physical movement that serves as a novel model excluding
vocal-verbal behavior, has formal similarity with the model, and immediately follows the occurrence
of the model (e.g., within seconds of the model presentation). An imitative behavior is a new
behavior emitted following a novel antecedent event (i.e., the model). (See formal similarity;
contrast with echoic.)
10. Fading – decreasing the level of assistance needed to complete a task or activity
Module 8
1. Antecedent Intervention – A behavior change strategy that manipulates contingency-independent
antecedent stimuli (motivating operations). See noncontingency reinforcement, high-probability
request sequence, and functional communication training. Contrast with antecedent control, a
behavior change intervention that manipulates contingency-dependent consequence events to
affect stimulus control.)
2. Behavioral Momentum – A methaphor to describe a rate or responding and its resistance to change
following an alteration in reinforcement conditions. The momentum methaphor has also been used
to describe the effects produced by the high-probability (high-p) request sequence.
3. Functional Communication Training (FCT) – An antecedent intervention in which as appropriate
communicative behavior is taught as a replacement behavior for problem behavior usually evoked
by an establishing operation (EO); involves differential reinforcement of alternative behavior (DRA)
4. High-Probability (high-p) Request Sequence – An antecedent intervention in which two to five easy
tasks with a known history of learner compliance (the high-p requests) are presented in quick
succession immediately before requesting the target task, the low-q request. Also called
interspersed request, pretask request, or behavioral momentum.
5. Noncontingent Reinforcement (NCR) – A procedure in which stimuli with known reinforcing
properties are presented on fixed-time (FT) or variable-time (VT) schedules completely independent
of behavior often used as an antecedent intervention to reduce problem behavior. (See fixed-time
schedule (FT), variable-time schedule (VT).)
6. Differential Reinforcement of Alternative Behavior (DRA) – A procedure for decreasing problem in
which reinforcement is delivered for a behavior that serves as a desirable alternative to the behavior
targeted for reduction and withheld following instances of the problem behavior (e.g., reinforcing
completion of academic workshop items when the behavior targeted for reduction is talk-outs).
7. Differential Reinforcement of Incompatible Behavior (DRI) – A procedure for decreasing problem
behavior in which reinforcement is delivered for a behavior that is a topographically incompatible
with the behavior targeted for reduction and withheld following instances of the problem behavior
(e.g., sitting the seat is incompatible with walking around the room).
8. Differential Reinforcement of Other Behavior (DRO) – A procedure for decreasing problem behavior
in which reinforcement is contingent on the absence of the problem behavior during or at specific
times (i.e., momentary DRO); sometimes called differential reinforcement of zero rates of
responding or omission training). (See fixed-interval DRO, fixed-momentary DRO, variable-interval
DRO, and variable-momentary DRO.)
9. Extinction – A procedure in which reinforcement of a previously reinforce behavior is discontinued;
as a result, occurrences of that behavior decrease in the future.
10. Extinction Burst – An immediate increase in the frequency of the response after the removal of the
positive, negative, or automatic reinforcement.
Module 9
1. Descriptive Functional Behavior Assessment – Direct observation of problem behavior and the
antecedent and consequent events under naturally occurring conditions.
2. Functional Analysis – An analysis of the purposes (functions) of problem behavior, wherein
antecedents and consequences representing those in the person’s natural routines are arranged
within an experimental design so that their separate effects on problem behavior can be observed
and measured; typically consists of four conditions: three test conditions – contingent attention,
contingent escape, and alone – and a control condition in which problem behaviors is expected to be
low because reinforcement is freely available and no demands are placed on the person.
3. Functional Behavior Assessment (FBA) – A systematic method of assessment for obtaining
information about the purposes (functions) a problem behavior serves for a person; results are used
to guide the design of an investigation for decreasing the problem behavior and increasing
appropriate behavior.
4. Functionally Equivalent – Serving the same function or purpose; different topographies of behavior
are functionally equivalent if they produce the same consequences.
5. Indirect Functional Assessment – Structured interviews, checklists, rating scales, or questionnaires
used to obtain information from people who are familiar with the person exhibiting the problem
behavior (e.g., teachers, parents, caregivers, and/or the individual him-or herself); used to identify
conditions or events in the natural environment that correlate with the problem behavior.
Module 10
1. Contrived Mediating Stimulus – Any stimulus made functional for the target behavior in the
instructional setting that later prompts or aids the learner in performing the target behavior in a
generalization setting.
2. Multiple Exemplar Training – Instruction that provided the learner with practice with a variety of
stimulus conditions, response variations, and response topographies to ensure the acquisition of
desired stimulus controls response forms; used to promote both setting/situation generalization and
response generalization. (See teaching sufficient examples.)
3. Programming Common Stimuli – A tactic for promoting setting/situation generalization by making
the instructional setting similar to the generalization setting; the two-step process involves (1)
identifying salient stimuli that characterize the generalization setting and (2) incorporating those
stimuli into the instructional setting.
4. Response Generalization – The extent to which a learner emits untrained responses that are
functionally equivalent to the trained target behavior. (Compare to response maintenance and
setting/situation generalization.)
5. Response Maintenance – The extent to which a learner continues to perform the target behavior
after a portion or all of the intervention responsible for the behavior’s initial appearance in the
learner’s repertoire has been terminated. Often called maintenance, durability, behavioral
persistence, and (incorrectly) resistance to extinction. (Compare to response generalization and
setting/situation generalization.)
6. Setting/Situation Generalization – The extent to which a learner emits the target behavior in a
setting or stimulus situation that is different from the instructional sett

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Miami Dade College Psychology Systematic vs Non-Systematic Worksheet

Description

Question 1

(Systematic vs. Non-Systematic).

For this Pause-Problem, I want you to think of a study idea that you can approach first from a non-systematic perspective and second from a systematic perspective. My hint is to start with the non-systematic research first!

Question 2

(Your Lab Study). For this Pause-Problem, look at your lab hypothesis for study one. Does it meet / not meet these? If not, tell me how to fix it?

  • A. Is the research question clearly stated?
  • B. Is the research question researchable and testable?
  • C. Are concepts in the question operationally defined?
  • D. Does the question note the unit of analysis?
  • E. Does it specify the expected relationship?
  • F. Does it focus on outcomes (the DV)?
  • G. Does it involve contrasts that are made specific?
  • H. Does it specify conditions regarding the relationship?
  • I. Does it stem from an idea or theory?

Question 3

For this Pause-Problem, I want you to come up with a brief study idea unrelated to the one you are doing in your lab. First, give me a directional hypothesis for this study. Second, give me a non-directional hypothesis

Question 4

(Pop Quiz). For your last Pause-Problem, I want YOU to write a multiple choice pop-quiz question based on the content of this chapter. I might use your question on a future pop quiz or actual course exam (though not this semester), so make it good! Make sure to include your correct answer and up to five possible answers.

Notes: (Because I include this “Pop Quiz” Pause-problem for all chapters, there are a few notes about it applicable to both this pause-problem and all future Pause-Problems)

1). You need to highlight the correct answer in order to get points for this question (underline it, italicize it, make it all CAPS, put a few asterisks by it, etc. The choice is yours, but highlight it someway and make sure it is the ONLY correct answer. If more than one answer options are correct, you cannot get credit for it.

2). Your pop quiz pause-problem must be based on content relevant to the chapter covered that week.

3). Your pop quiz pause-problem must be multiple choice. Essay questions are not acceptable.

Unformatted Attachment Preview

Chapter E (Course PowerPoint)
Chapter 7 (Salkind)
Research Ideas!
An Overview of This Chapter
1
? Now that we are a week or two into the semester, it’s time to focus
our attention on one of the most important aspects of research:
developing a good research question
There are three sections (A B and C) to discuss this chapter …
An Overview of This Chapter
2
? In this chapter we cover the following …
Section A: Chapter D (CPP)
– Part One: The Research Idea
– Part Two: Developing a Research Question
– Part Three: Surveying the Psychological Literature
An Overview of This Chapter
3
? In this chapter we cover the following …
Section B: Salkind (Chapter 7)
– Part One: So You Want To Be A Scientist
– Part Two: The Null Hypothesis
– Part Three: The Research (Alternative) Hypothesis
– Part Four: What Makes A Good Hypothesis (Redux!)
Section C: An Eye Toward The Future
Section A
Chapter D (CPP)
Part One
The Research Idea
The Research Idea
1
? Research ideas can come from many sources
A gap in the literature
Questions that arise from newspapers, magazines, and TV
Listening to a class lecture
Seeing something odd happen in your environment
? In this section, we will focus on three research idea sources …
1). Nonsystematic sources of ideas
2). Systematic sources of ideas
3). Research ideas that evolve from theories
The Research Idea
2
? 1). Nonsystematic ideas (often informal) come from sources that
present themselves to us in unpredictable manners; often there is
no rigorous attempt to locate such researchable ideas
Such ideas might come from …
– Inspiration: A blind flash of genius! This is how Newton hit
upon the idea of gravity (after an apple hit upon his head!)
– Serendipity: We might be looking at one situation but find
something unexpected!
– Everyday occurrences and observations
The Research Idea
3
? 1). Nonsystematic ideas and casual observations
As an example of “everyday occurrences and observations”,
think about …
– the Zeigarnik Effect
The Research Idea
4
? 1). Nonsystematic ideas and casual observations
Russian psychologist Bluma Zeigarnik once noticed an odd
phenomenon. While at a restaurant in a large party, her waiters
seemed to have a phenomenal memory for drink orders, but
only so long as the order was in the process of being served
– When the bill was presented, Zeigarnik asked the waiter for
a refill, but found he had “forgotten” what she was drinking
– She developed the Zeigarnik Effect hypothesis: People
remember uncompleted or interrupted tasks better than
completed ones.
The Research Idea
5
? 1). Nonsystematic ideas and casual observations
The Zeigernik Effect
– Zeigarnik theorized that an incomplete task or unfinished
business creates a “psychic tension” within us. This tension
acts as a motivator to drive us toward completing the task or
finishing the business.
– In Gestalt terms, we are motivated to seek “closure”
The Research Idea
6
? 1). Nonsystematic ideas and casual observations
As you can see, casual observations (like Zeigerniks’) may …
– develop from observations in restaurants
– develop from observations in class
– develop through reading articles / books
– develop from observations of animals or people
?Think about this last one involving observations and
animal research …
The Research Idea
7
? 1). Nonsystematic ideas and casual observations
Unexpected observations made during a project’s course can
spur research, even in animal research
– Joseph Brady and Monkey Ulcers
?Monkeys were dying in Joseph Brady’s lab. His friend,
RW Porter, asked if he could do some postmortems on
the dead monkeys to try to determine cause of death
Porter discovered monkey ulcers, & serendipitously
linked them to the stress that comes with leadership
• Subordinate monkeys did not have such ulcers!
The Research Idea
8
? 1). Nonsystematic ideas and casual observations
Casual observations may ignite a research idea, leading to
more systematic theorizing
– The Zeigarnik Effect is interesting, but what if …
?It was a waitress waiting on cute/ugly guys?
?A waiter waiting on cute/ugly girls?
?Would these conditions change the memories of the
waiters or waitresses?
The Research Idea
9
? 2). Systematic ideas (formal) come from thoroughly examined,
more carefully thought-out sources
Imagine a study by Milgram that focused on social influences
– He wanted to see how others reacted when people suddenly
started looking up in Manhattan (normative social influence)
– That is, would bystanders also look up?
?If so, does group size matter
The Research Idea
10
? 2). Systematic ideas (formal) come from thoroughly examined,
more carefully thought-out sources
Migram and “looking up”
– Milgram and colleagues had 1, 2, 3, 5, 10, or 15 people look
up in Manhattan. Then he observed how many passersby
also looked up at the top of tall skyscrapers!
When 1 confederate looked up, 10% of those passing by looked up
2 = 20%
3 = 60%
5 = 80%
10 = 82%
15 = 83%
– Size of the influencing group thus matters! 3 to 5 members
increases conformity, beyond 5 has a negligible influence
The Research Idea
11
? 2). Systematic ideas (formal) come from thoroughly examined,
more carefully thought-out sources
You can also find ideas by looking at internet research studies
– If you so desired, you could find tons of internet studies on:
?Attitudes / Emotions & Attitudes About Punishment
?Social Groups and Self-Perception
?Racial Identity Development of Biracial Individuals
?Regrets Regarding Romantic Relationships
Pop Quiz – Quiz Yourself!
1
? Which of the following is derived from systematic experience?
A). A researcher notices that some children will not leave their
mother’s side while other children appear to happily wander off
to explore. The researcher thinks differences are explainable by
looking at secure attachment styles between mother and child
B). After reading an article on subliminal priming, a research
thinks she can get participants to endorse negative stereotypes
about women if participants first receive a negative subliminal
prime about women
Pop Quiz – Quiz Yourself!
2
? Which of the following is derived from systematic experience?
A). A researcher notices that some children will not leave their
mother’s side while other children appear to happily wander off
to explore. The researcher thinks differences are explainable by
looking at secure attachment styles between mother and child
B). After reading an article on subliminal priming, a research
thinks she can get participants to endorse negative stereotypes
about women if participants first receive a negative subliminal
prime about women – Remember, systematic = researched
Pause Problem #1
? Pause-Problem #1 (Systematic vs. Non-Systematic)
For this Pause-Problem, I want you to think of a study idea that
you can approach first from a non-systematic perspective and
second from a systematic perspective.
– My hint is to start with the non-systematic research first!
#1
The Research Idea
12
? 3). Research ideas may also evolve from theories
This begs the questions …
– What are theories?
– How are theories developed?
– How do you go about evaluating theories?
The Research Idea
13
? 3). Research ideas may also evolve from theories
Theories are formal statements about the relations among the
independent variables (IV’s) and dependent variables (DV’s) in
a given area of research
– In this class, we will deal primarily with scientific theories
?Scientific theories describe scientific relationships by
indicating how variables interact within the system to
which the theory applies
?Sometimes scientific relationships cannot be observed
directly, but merely inferred through the theory
The Research Idea
14
? 3). Research ideas may also evolve from theories
A. Scientific theories help the researcher organize and interpret
research results
– Theories can provide a framework for both organizing and
interpreting research results
– Research results can also be interpreted in light of a theory
B. Scientific theories help the researcher generate research by
providing ideas for new research or providing a framework for
asking and answering questions
Think about the following …
Let’s do a quick study!
? Students Last Name A-M, copy down the following three words:
TRIBE
LEMON
CINERAMA
? Students Last Name N-Z, copy down the following three words
WHIRL
ORANGE
CINERAMA
? For each old word, create a new word that uses ALL of the same
letters as the old word. For example, WEST can become STEW
The Correct Answers
For both groups, here are the correct answers…
Last Name A-M
Last Name N-Z
? TRIBE
? WHIRL
BITER
? LEMON
MELON
? CINERAMA
AMERICAN
Can’t be done!
? ORANGE
Can’t be done!
? CINERAMA
AMERICAN
The Research Idea
15
? 3). Research ideas may evolve from theories
You should know about the theory of learned helplessness by
now, since it is pretty famous in psychology
– This theory originated in animal learning research (dogs),
but it was actually a serendipitous experimental finding
The Research Idea
16
? 3). Ideas from theories – learned helplessness
Martin Seligman wanted to see if he could transfer a classically
conditioned response to an operant escape situation
– Recall the idea of classical conditioning from your intro to
psych class:
?Responses are learned by pairing neutral stimuli with a
stimuli that arouses you. Eventually, the neutral stimulus
arouses you all on its own absent the original stimuli
?In other words …
The Research Idea
17
? 3). Ideas from theories – learned helplessness
Martin Seligman wanted to see if he could transfer a classically
conditioned response to an operant escape situation
– Also recall the idea of instrumental / operant conditioning
?Responses are learned to bring about positive outcomes
(rewards) or to avoid negative outcomes (punishment)
The Research Idea
18
? 3). Ideas from theories – learned helplessness
Seligman predicted that a shock to a dog in compartment A
would lead it to run around and jump into compartment B.
A
B
But this did not happen if the
dogs were first prevented
from jumping, but later given
the opportunity to jump!
The Research Idea
19
? In Seligman’s words, the dogs would often
“lay down and quietly whined. After one minute of this we turned
the shock off; the dog had failed to cross the barrier and had not
escaped from the shock. On the next trial, the dog did it again; at
first, it struggled a bit, and then, after a few seconds, it seemed to
give up and to accept the shock passively. On the succeeding
trials, the dog failed to escape”
Seligman, 1975
The Research Idea
20
? 3). Ideas from theories – learned helplessness
Seligman coined the term “learned helplessness”, or an
unwillingness to avoid trauma after experiencing repeated
failures to control unavoidable negative events
– This led to the development of a theory of psychological
depression based on the idea that people may experience
depression if they repeatedly experienced unavoidable and
uncontrollable aversive events
The Research Idea
21
? 3). Ideas from theories – So what now?
Remember that a theory …
– A. summarizes and organizes knowledge
– B. introduces possible explanations
– C. provides a basis for making judgments
The Research Idea
22
? 3). Ideas from theories – So what now?
Seligman accumulated more information about his dogs, finetuning the theory of learned helplessness
– He found that when animals (dogs or humans!) acquire info
about the relationship between a response (trying to avoid a
shock) and the actual outcome (getting shocked) and find
that the outcome and response are independent, then they
may feel that there is no way to avoid the trauma regardless
of their response. In the end, they don’t even try
The Research Idea
23
? 3). Ideas from theories – So what now?
Seligman accumulated more information about his dogs, finetuning the theory of learned helplessness
– The nice thing about using theories as an idea source is that
they provide a framework you can use to make more direct,
specific predictions in research.
?That is, theories guide hypotheses …
The Research Idea
24
? 3). Ideas from theories – So what now?
Hypotheses attempt to organize data and relationships among
specific variables within a portion of large, more comprehensive
theories
– That is, hypotheses are tentative statements (that still need
empirical testing) about the relationships between variables
– Unlike theories, hypotheses are narrow and focused, often
using “If A, Then B” oriented statements. However, they
often logically follow from a theory. For example, …
The Research Idea
25
? 3). Ideas from theories – So what now?
The theory of learned helplessness notes that …
– People become depressed when they come to believe that
they are helpless to control reinforcements in their lives
A learned helplessness hypothesis is much more specific …
– When you give someone anagram puzzles that they cannot
solve (because they are unsolvable!), the participant will not
even try to solve a puzzle that looks similarly impossible but
is actually solvable
?Think about our “rearranging letters” puzzle!
The Research Idea
26
? 3). Ideas from theories – Here’s another example …
Terror Management Theory:
– Theorizes that people are scared when aware of their own
death, so they embrace things that make them feel safe and
secure (e.g. things that support their “cultural worldview”)
A Terror Management Hypothesis:
– When thinking about death (compared to a neutral thought),
participants who hold positive beliefs about America will
support those beliefs to an even great extent. They will also
vilify and hate those who don’t support America
Pop Quiz – Quiz Yourself!
3
? Which of the following best represents a hypothesis involving
emotion?
A). A person can experience physiological arousal first, and
then interpret those feelings as arousal
B). A person can experience arousal and interpret those
feelings as arousal at the same time
C). An event causes arousal first, and then the person has to
label this arousal
D). Exposing people to torture videos (compared to videos
about nature) will increase their feelings of arousal (as
measured by heart rates and breathing rates)
Pop Quiz – Quiz Yourself!
4
? Which of the following best represents a hypothesis involving
emotion? The first three are actual emotion theories!
A). A person experiences physiological arousal first, and then
interpret those feelings as arousal (Schachter-Singer Theory)
B). A person can experience arousal and interpret those
feelings as arousal at the same time (Cannon-Bard Theory)
C). An event causes arousal first, and then the person has to
label this arousal (James Lange Theory)
D). Exposing people to torture videos (compared to videos
about nature) will increase their feelings of arousal (as
measured by heart rates and breathing rates) – Very specific!
Part Two
Developing A Research Question
Developing a Research Question
1
? In this section, we will try to understand the (deceptively) easy way
to ask research questions. We will cover …
1). Research topics vs. research questions
2). Finding the right research question
3). Asking the right research question
Developing a Research Question
2
? 1). Research topics versus empirical research questions
I want to emphasize the difference between a research topic
and a research question
– A research topic is a general phenomenon of interest, such
as false confessions, learning disabilities, memory, etc.
?Research topics can come from personal experience, an
investigator’s theory, or ideas brought up through other’s
research ideas. But it is a topic, and thus very general
– An empirical research question, on the other hand, specifies
what we want to study more specifically, suggesting the key
concepts we need to know (it is, in essence, a hypothesis)
Developing a Research Question
3
? 1). Research topics versus empirical research questions
I want to emphasize the difference between a research topic
and a research question
– In this class, I gave you a topic and a research question for
your study, but pay close attention to how to develop such
questions on your own!
– So let’s try to figure out what a research question entails
Developing a Research Question
4
? 2). Finding the right research question
A research question is an easy concept to understand in that it
is simply a statement about expected outcomes (though that
term “question” is a bit of a misnomer, as a research question
does NOT end in a question mark)
But at the same time, it is very hard, since creating the right
question and forming that question into a researchable focus
requires time and experience
– A research question requires clarity, which relies on having
background knowledge about the topic you want to study
Developing a Research Question
5
? 2). Finding the right research question
Research questions often come from an area interesting to the
researcher.
– For example, my own research interest is in the field of legal
psychology. I may want to know “Whether juror verdicts are
more influenced by pro-prosecution pretrial publicity or prodefense pretrial publicity” (that is, is there any evidence
jurors hear about before the trial that may influence them)
– This research interest, unfortunately, does not quite get us
to a research question
– Let’s look at a more specific pretrial-publicity hypothesis:
Developing a Research Question
6
? 2). Finding the right research question
A more specific pretrial-publicity hypothesis:
– “Jurors who are exposed to pretrial publicity that favors the
prosecution will be more likely to convict the defendant than
jurors who are exposed to pretrial publicity that favors the
defendant.”
?Here, jury verdicts are the outcome I am interested in, or
the dependent variable (the DV)
?Pro-prosecution vs. pro-defense pretrial publicity is the
manipulated variable, the independent variable (the IV)
Developing a Research Question
7
? 2). Finding the right research question
A more specific pretrial-publicity hypothesis:
– Break this down in terms of an “If A, Then B” format
?“IF jurors are exposed to pro-prosecution pretrial publicity,
THEN they will favor of the prosecution”
?“IF jurors are exposed to pro-defense pretrial publicity,
THEN they will favor of the defense”
– Now, put it together: “IF jurors are exposed to pro-prosecution
pretrial publicity, THEN they will favor of the prosecution more
than IF they are exposed to pro-defense pretrial publicity”
Developing a Research Question
8
? 3). Asking the right research question
There are several components to asking the right research
question. Before we discuss them, think about the question
below, and try to figure out if it is a good or bad question
– “If jurors hear Inadmissible Evidence (I-E) that is relevant to
the defendant’s guilt, they will find the defendant more guilty
when the inadmissible evidence is obtained in violation of
the defendant’s civil rights OR ruled admissible than if it is
based on a poor audio-quality wiretap.”
– I will refer to this as the “I-E Hypothesis” in future slides
Developing a Research Question
9
? 3). Asking the right research question – Elements to consider …
A. Is the research question clearly stated?
B. Is the research question researchable and testable?
C. Are concepts in the question operationally defined?
D. Does the question note the unit of analysis?
E. Does it specify the expected relationship?
F. Does it focus on outcomes (the DV)?
G. Does it involve contrasts that are made specific?
H. Does it specify conditions regarding the relationship?
I. Does it stem from an idea or theory?
Developing a Research Question
10
? 3). Asking the right research question
A. Is the research question clearly stated?
– Bad: “I wonder how inadmissible evidence influences jurors”
– Better: “Does the type of inadmissible evidence (bad quality
vs. obtained by violating civil rights) influence juror verdicts”
?Of course, you have to define
what you mean by “influence”
– Recall the I-E hypothesis: It is
stated much more clearly than
both of the hypotheses above
Developing a Research Question
11
? 3). Asking the right research question
B. A good research question is researchable and testable
– That is, it must be an answerable question
?“Is the death penalty fair?” is a bad question
It is not answerable
?“Why do death penalty proponents think the death
penalty is fair?” is much better,
because it can lead to testable
studies. But there is still room for
improvement, right!
Developing a Research Question
12
? 3). Asking the right research question
C. Good research questions point to important concepts that
can be clearly defined (or operationally defined)
– Let’s say you think jurors with low self-esteem will cave into
the majority opinion easier than jurors with high self-esteem
?Now, define self-esteem! Hard, right!
?Concepts must be measurable, or you
must define them so other researchers
know what you are talking about
?Even the I-E hypothesis needs to
define “bad audio quality”
Developing a Research Question
13
? 3). Asking the right research question
D. Good research questions will define the units of analysis (or
cases) to which it applies
– Can be based on individuals (jurors) or groups (a whole jury)
– Three things are useful when determining units of analysis:
?What kind of case: Mothers, defendants, judges, juries?
?Where are the cases: Kendall, Miami, Florida, Southern
District, the entire USA?
?When are these cases: Now, the future, the past?
– The I-E hypothesis could be more specific here as well
Developing a Research Question
14
? 3). Asking the right research question
E. Good research questions specify expected relationships
– Often an expected relationship focuses on how one thing
influences another
?Example: How an officer handles a domestic violence
call may impact whether the offender does it again
Arresting an abuser may lead
to fewer future incidents than
giving him a simple warning
Arrests decrease future behavior
(see the relationship!)
Developing a Research Question
15
? 3). Asking the right research question
F. Good research question focuses on outcomes (DV’s) or, at
minimum, indicates the outcome of interest
– Bad: “What influence does poor self-concept have?”
?“Have” on what? This is a bad question because there is
no limit to the range of potential outcomes, and thus no
end to the research. After all, it could lead to depression
or helping behavior!
Developing a Research Question
16
? 3). Asking the right research question
G. Good research questions involve explicit contrasts
– They might contrast female jurors versus male jurors; proprosecution jurors versus pro-defense; eyewitnesses with
good views versus those with bad views; etc.
– Our I-E Hypothesis does a good job of this
?Those given admissible evidence or evidence ruled
inadmissible due to civil right
violations will convict more than
those given inadmissible evidence
that is poor in audio quality.
Developing a Research Question
17
? 3). Asking the right research question
H. Research questions should specify the conditions under
which the relationships are expected to emerge
– For example, arresting spousal abusers will only decrease
future acts of violence if the abuser is rich, lives in a family
based neighborhood, and is taken into custody in view of
friends or neighbors
+
=
Developing a Research Question
18
? 3). Asking the right research question
I. Finally, good research questions are often those that stem
from some idea or theory you have about important things
– May come from you or others.
– A great way to start is by looking at the work of others
Developing a Research Question
19
? 3). Asking the right research question – To sum up
Good research questions are clearly stated, researchable
questions involving important concepts that are related to a
theory
Good research questions apply a case or unit of analysis,
involves comparison and contrasts, focuses on outcomes, and
may also specify independent variables and conditions that
govern expected relationships between concepts
The I-E hypothesis comes close, but it needs clarification in
some areas. For now, let’s look at some bad questions
Developing a Research Question
20
? 3). Asking the right research question – Why is this question poor?
“Eyewitnesses at crime scenes”
– Poor because: this is a topic, not a research question
“I think jurors are basically honest decision-makers”
– Poor because: this isn’t a question, merely an opinion
“How do ghosts eat?”
– Poor because: it isn’t researchable, it is ambiguous
“What is the impact of city size?”
– Poor because: asks only about an IV and doesn’t limit DVs
Developing a Research Question
22
? 3). Asking the right research question – Why is this question poor?
“Do eyewitnesses incorporate new info into their memories”
– Poor because: it’s a good question, but has been answered
already – expand on it more
“Why do people commit crimes?”
– Poor because: It’s too broad to be answered in a lifetime –
focus more
“How can psychologists influence the jury system”
– Poor because: It’s also too broad, though it might lead to
researchable questions if it can be narrowed down
Developing a Research Question
23
? 3)

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BUS 801 Wk 15 National Open University Social Systems Discussion

Question Description

I’m working on a psychology discussion question and need support to help me learn.

Why is it important to remember the influence of social systems within the context of organization change management?  

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Social and Human Factors:
Reactions to Change
E xc e r p t e d fro m
Managing Change and Transition
Harvard Business School Press
Boston, Massachusetts
ISBN-10: 1-4221-0715-9
ISBN-13: 978-1-4221-0715-7
7157BC
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Copyright 2006 Harvard Business School Publishing Corporation
All rights reserved
Printed in the United States of America
This chapter was originally published as chapter 5 of Managing Change and Transition,
copyright 2003 Harvard Business School Publishing Corporation.
No part of this publication may be reproduced, stored in or introduced into a retrieval system,
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5
Social and Human Factors
Reactions to Change
Key Topics Covered in This Chapter
• The rank and ?le, and how they respond to
change
• Change resisters, and how to deal with them
• Change agents—the people who can make
things happen
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O
r g a n i z at i o n s are inherently social systems. The
people in these systems have identities, relationships,
communities, attitudes, emotions, and differentiated
powers. So when you try to change any part of the system, all of
these factors come into play, adding many layers of complexity to a
change process. Successful management of change requires that you
recognize the primacy of people factors and the social systems in
which they operate.
The rank and ?le, the resisters, and the change agents are the
three sets of players typically encountered in a change initiative.
Each has unique characteristics, and each requires a different style
of management.
The Rank and File
If you’ve spent much time observing life in the forest, you’ve probably noticed how animals establish routines. Deer, for example, create
paths between their daytime sleeping areas and the streams, ?elds,
and meadows where they look for food and water after dark.They
stick to those paths as long as they are safe and offer few impediments
to movement.
People also develop routines.Think about your own routine on a
typical Saturday morning. Sleep until 8. Start a load of laundry. Cook
the nice breakfast you never have time to make during the week. Pay
the week’s bills.Take the dog for a walk to the park. Chances are that
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Social and Human Factors
3
you have routines at work as well. Like the woodland deer, people
follow trails that are familiar, comfortable, safe, and satisfying. And
they aren’t eager to change unless given compelling reasons to do
so. People also have “social routines” at work—associations with
coworkers that satisfy their needs as social animals—and changes
that impinge on those routines are equally unwelcome.
Occasional diversions from routines and existing social patterns
add variety and interest—which please us. But diversions may also
create tension, anxiety, discomfort, and even fear. As the late longshoreman-philosopher Eric Hoffer wrote in The Ordeal of Change:“It
is my impression that no one really likes the new. We are afraid of it.”
He notes that even small changes from the routine can be upsetting.
Back in 1936 I spent a good part of the year picking peas. I started out
early in January in the Imperial Valley [of California] and drifted northward, picking peas as they ripened, until I picked the last peas of the
season in June, around Tracy.Then I shifted all the way to Lake County,
where for the ?rst time I was going to pick string beans.And I still remember how hesitant I was that ?rst morning as I was about to address
myself to the string bean vines.Would I be able to pick string beans?
Even the change from peas to string beans had in it elements of fear.
In the case of drastic change the uneasiness is of course deeper and
more lasting.We can never be really prepared for that which is wholly
new.We have to adjust ourselves and every radical adjustment is a crisis
in self-esteem: we undergo a test, we have to prove ourselves. It needs inordinate self-con?dence to face drastic change without inner trembling.1
Certainly no two people feel the same “trembling” described by
Hoffer. And some individuals are absolutely energized by change.
The Myers-Briggs personality framework addresses this broad spectrum. At one end of the spectrum, for example, it describes a person
who likes a planned and organized approach to life (a “judging” person). He or she likes things settled.At the other end of the spectrum
is the “perceiving” person who prefers open options and a ?exible
and spontaneous approach to life.2 You probably have people representing both types in your organization, and as a manager, you need
to learn to deal with the full range of personalities. In particular:
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4
Managing Change and Transition
• Think about the people who will participate in your change
initiative.Who will react negatively to having their routines
disrupted, and who will positively enjoy the experience?
Make a list.
• Once you’ve identi?ed people likely to be uncomfortable with
change, think about their roles in the change initiative.They
probably aren’t the ones you’ll want in key positions where initiative and enthusiasm are needed.Think, too, about how these
individuals can be helped through the process.
• For individuals with pro-change dispositions, consider ways to
optimize the energy they bring to the program, and how they
can work with others.
And don’t forget about yourself. Like everyone else you have a
unique disposition to change. You either love it, hate it, or (more
likely) you’re somewhere between those extremes.
Discovery Learning, Inc. of Greensboro, North Carolina, has developed a helpful methodology for measuring an individual’s disposition to change, indicating where that person is likely to fall on a
“preferred style” continuum.3 In their model, “Conservers” occupy
one end of the continuum.Conservers are people who prefer current
circumstances over the unknown—people who are more comfortable with gradual change than with anything radical. Occupying the
opposite end of the spectrum are the “Originators,” who prefer more
rapid and radical change.“Originators are representative of the reengineering approach to change,” according to Discovery Learning.“The
goal of an Originator is to challenge existing structure, resulting in
fast, fundamentally different, even systemic changes.” 4 Occupying a
middle position between these two extremes are the “Pragmatists”
who support change when it clearly addresses current challenges.
Pragmatists are less wedded to the existing structure than to structures
that are likely to be successful.(See “Change Style Characteristics”for
more on how Discovery Learning generalizes the characteristics of
people who represent these three change style preferences.)
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Social and Human Factors
5
Change Style Characteristics
When Facing Change, Conservers:
• Generally appear deliberate, disciplined, and organized
• Prefer change that maintains current structure
• May operate from conventional assumptions
• Enjoy predictability
• May appear cautious and in?exible
• May focus on details and the routine
• Honor tradition and established practice
When Facing Change, Pragmatists:
• May appear practical, agreeable, ?exible
• Prefer change that emphasizes workable outcomes
• Are more focused on results than structure
• Operate as mediators and catalysts for understanding
• Are open to both sides of an argument
• May take more of a middle-of-the-road approach
• Appear more team-oriented
When Facing Change, Originators:
• May appear unorganized, undisciplined, unconventional,
and spontaneous
• Prefer change that challenges current structure
Continued
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6
Managing Change and Transition
• Will likely challenge accepted assumptions
• Enjoy risk and uncertainty
• May be impractical and miss important details
• May appear as visionary and systemic in their thinking
• Can treat accepted policies and procedures with little regard
source:–W. Christopher Musselwhite and Robyn Ingram, Change Style Indicator (Greensboro, NC:The
Discovery Learning Press, 1999), 5–7. Used with permission.
Knowing where your coworkers stand—and where you stand—
in a change preference continuum such as this one can help you be
more effective in managing the people side of a change initiative.
The Resisters
“The reformer has enemies in all those who pro?t by the old order,”
Machiavelli warned his readers. And what held true in sixteenthcentury Italy remains true today. Some people clearly enjoy advantages that—rightly or wrongly—they view as threatened by change.
They may perceive change as endangering their livelihoods, their
perks, their workplace social arrangements, or their status in the organization. Others know that their specialized skills will be rendered
less valuable. For example, when a supplier of automotive hydraulic
steering systems switched in the late 1990s to electronic steering
technology, employees with expertise in hoses, valves, and ?uid pressure were suddenly less important.The know-how they had developed over long careers was suddenly less valuable for the company.
Any time people perceive themselves as losers in a change initiative, expect resistance. Resistance may be passive, in the form of noncommitment to the goals and the process for reaching them, or
active, in the form of direct opposition or subversion. How will you
deal with that resistance?
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Social and Human Factors
7
Change masters have dealt with resisters in different ways over
the years. French revolutionaries used the guillotine.The Bolsheviks
had resisters shot or packed off to the gulags. Mao and his communist followers sent them to “reeducation” camps. Employment laws
have removed these proven techniques from the corporate change
master’s tool kit, but there are other things you can do.You can begin
by identifying potential resisters and try to redirect them. Here’s
where you can start:
• Always try to answer the question,“Where and how will
change create pain or loss in the organization?”
• Identify people who have something to lose, and try to anticipate how they will respond.
• Communicate the “why” of change to potential resisters. Explain the urgency of moving away from established routines
or arrangements.
• Emphasize the bene?ts of change to potential resisters.Those
bene?ts might be greater future job security, higher pay, and so
forth.There’s no guarantee that the bene?ts of change will exceed the losses for these individuals. However, explaining the
bene?ts will help shift their focus from negatives to positives.
• Help resisters ?nd new roles—roles that represent genuine contributions and mitigate their losses.
• Remember that many people resist change because it represents
a loss of control over their daily lives.You can return some of that
control by making them active partners in the change program.
If these interventions fail, move resisters out of your unit.You cannot afford to let a few disgruntled individuals subvert the progress
of the entire group. But don’t make them “walk the plank.” Do what
you can to relocate them to positions where their particular skills
can be better used.That’s what the innovator of electronic steering
systems did.That company still had plenty of business supplying hydraulic systems to car and truck manufacturers, so it employed its
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8
Managing Change and Transition
hydraulic specialists in those units even as it hired electronic engineers for its expanding new business.
As you consider resisters, don’t forget that your own approach to
initiating or managing change may be contributing to the problem.
We noted in the previous chapter that “technical” solutions imposed
from the outside often breed resistance because they fail to recognize
the social dimension of work. Paul Lawrence made this point many
years ago in his classic Harvard Business Review article “How to Deal
With Resistance to Change.” 5 In looking at interrelationships among
employees Lawrence found that change originating among employees who work closely together is usually implemented smoothly. But
change imposed by outsiders threatens powerful social bonds, generating resentment and resistance. So be sure to evaluate what part you
may be playing in the resistance problem.
Dealing with Passive Resisters
Earlier, we described passive resistance to change as noncommitment
to goals and the process for reaching them. Passive resisters frustrate
managers. While they don’t sabotage the program, they certainly
don’t help the initiative move forward.
The reason that a person won’t change, explain psychologists
Robert Kegan and Lisa Laskow Lahey, is that he or she has a “competing commitment”—a subconscious, hidden goal that con?icts with
the stated commitment.6 For example, a project leader who is dragging
his feet may have an unrecognized competing commitment to avoid
tougher assignments that may come his way if he’s too successful with
the current project. A supervisor who cannot seem to get on board
with the new team-based approach to problem-solving may be worried
that she will be seen as incompetent if she cannot solve problems herself.
Though competing commitments are likely to be lodged deep
in an employee’s psyche, some serious probing on your part can
sometimes get them to the surface, where you and the employee can
deal with them.The most practical advice here is to engage in oneon-one communication with the passive resister.You need to ?nd
out what’s keeping this person from participating in an active way.
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Social and Human Factors
9
The Change Agents
Think for a moment about the big, big changes in the world over the
centuries. Chances are that you can associate individuals with each of
those changes. Copernicus and Galileo ultimately changed our view
of where we stand relative to our neighbors in the solar system. Martin Luther split Christendom in two and contributed indirectly to the
rise of nation states in Europe. Charles Darwin’s theory on natural selection torpedoed the accepted wisdom on humankind’s history.Karl
Marx,a thinker, and Vladimir Lenin,a doer,created a communist movement that, at its apex, held sway over almost half the world. Henry
Ford and his engineers developed a new approach to manufacturing—the assembly line—that fundamentally altered the auto industry and many other industries. In each of these cases, someone who
thought differently had a major impact on human history.None began
with serious resources or backing, all were outsiders, and all faced
substantial opposition.All were what we call change agents.
Change agents are catalysts who get the ball rolling, even if they
do not necessarily do most of the pushing. Everett Rogers described
them as ?gures with one foot in the old world and one in the new—
creators of a bridge across which others can travel.7 They help others
to see what the problems are, and convince them to grapple with
them. Change agents, in his view, ful?ll critical roles.They:
• articulate the need for change;
• are accepted by others as trustworthy and competent (people
must accept the messenger before they accept the message);
• see and diagnose problems from the perspective of their audience;
• motivate people to change;
• work through others in translating intent into action;
• stabilize the adoption of innovation; and
• foster self-renewing behavior in others so that they can “go out
of business” as change agents.
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Managing Change and Transition
Who in your organization has these characteristics? Are you
one of them? It is important to identify the change agents so that
you can place them in key positions during a change effort. In a
self-regenerating company, you’ll ?nd change agents in many different operating units and at all different levels. (See “Tips for Identifying Change Agents” for more information.)
Can change agents be created? Perhaps. One German electronics
?rm did so in the 1990s when it faced poor ?nancial performance,
sagging morale, and weak competitiveness.The company was overconsulted and under-managed.Many of its best young employees were
unhappy with consecutive years of losses and dimming prospects.The
company’s rigid corporate hierarchy was partly to blame.Management
recognized that it had to distribute authority and decision making
more broadly. To accomplish this it created a change agent program
that sent two dozen hand-picked employees to the United States for
special training, which included abundant exposure to entrepreneurial
American ?rms. Once the training program was completed, the newly
minted change agents were transferred back to their units, where they
worked to break the mold of the old hierarchical system.
General Motors attempted something very similar in its joint
venture with Toyota: the NUMMI small car assembly plant in California. That plant was run according to Toyota’s world-beating
production methods, and GM rotated manufacturing managers
through the plant to learn Toyota’s methods and, hopefully, bring a
working knowledge of those methods back to Detroit.As described
earlier, furniture maker Herman Miller sought the same result when
it moved managers from its SQA unit into its traditional operating
units; it ?gured that these individuals would infect others with their
faster, more accurate approach to manufacturing and ful?llment.
Your search for change agents shouldn’t necessarily be limited
to company personnel. Every so often it’s wise to look outside for
people who have the skills and attitudes required to stir things up
and get the organization moving in a new and more promising direction. This approach is not without risk, since the outsider’s lack
of familiarity with the company’s culture may result in unforeseen
turmoil. For a discussion of this issue, see “The Insider-Outsider as
Change Agent” and its Harvard Business Review excerpt.
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Social and Human Factors
Tips for Identifying Change Agents
• Find out who people listen to. Change agents lead with the
power of their ideas. But be warned:These may not be employees with formal authority to lead.
• Be alert to people who “think otherwise.” Change agents are
not satis?ed with things as they are—a fact that may not endear them to management.
• Take a close look at new employees who have come from
outside the circle of traditional competitors.They may not
be infected with the same mind-set as everyone else.
• Look for people with unusual training or experience. For example, if all your marketing people have business degrees and
heavy quantitative research backgrounds, look for the oddball
liberal arts major who has a degree in social anthropology.
Chances are she sees the world through a different lens.
The Insider-Outsider as Change Agent
Many companies feel that the only way to create change and
make it stick is to bring in outsiders with no ties to the status
quo. Others fear that outsiders who don’t understand the business, its culture, and its values will simply create disruption.
Writing in the Harvard Business Review, Donald Sull recommends that leadership for change be invested in individuals who
represent both sides of the coin: a fresh perspective on the business and a solid appreciation for the company’s culture.
Guiding a company through big changes requires a dif?cult balancing
act.The company’s heritage has to be respected even as it’s being resisted. It’s often assumed that outsider managers are best suited to lead
such an effort since they’re not bound by the company’s historical
Continued
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12
Managing Change and Transition
formula. . . .Typically, outsiders are so quick to throw out all the old
ways of working that they end up doing more harm than good.
The approach I recommend is to look for new leaders from within
the company but from outside the core business. These managers,
whom I call inside-outsiders,can be drawn from the company’s smaller
divisions, from international operations, or from staff functions. . . .
Insider-outsiders have led many of the most dramatic corporate
transformations in recent times. Jack Welch spent most of his career
in GE’s plastics business; Jürgen Schrempp was posted in South
Africa before returning to run [DaimlerChrysler]; and Domenico
De Sole served as the Gucci Group’s legal counsel before leading
that company’s dramatic rejuvenation.
Another alternative is to assemble management teams that leverage the strengths of both insiders and outsiders.When [Lou] Gerstner took over at IBM, he didn’t force out all the old guard. Most
operating positions continued to be staffed by IBM veterans with
decades of experience, but they were supported by outsiders in key
staff slots and marketing roles.The combination of perspectives has
allowed IBM to use old strengths to fuel its passage down an entirely new course.
Finally, inside managers can break free of their old formulas by
imagining themselves as outsiders, as Intel’s executives did in deciding to abandon the memory business. Intel had pioneered the market
for memory chips, and for most of its executives, employees, and customers,Intel meant memory. As new competitors entered the market,
however, Intel saw its share of the memory business dwindle. . . .
Although Intel had built an attractive microprocessor business
during this time, it clung to the memory business until its chairman,
Gordon Moore, and its president, Andy Grove, sat down and deliberately imagined what would happen if they were replaced with
outsiders.They agreed that outsiders would get out of the memory
business—and that’s exactly what Moore and Grove did.While a
company’s competitive formula exerts a tremendous gravitational
pull, thinking like outsiders can help insiders to break free.a
a –Donald N. Sull, “Why Good Companies Go Bad,” Harvard Business Review 77, no. 4 ( July–August
1999): 50.
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Social and Human Factors
13
Summing Up
Change is complicated by the fact that organizations are social systems whose participants have identities, relationships, communities,
routines, emotions, and differentiated powers. Thus managers must
be alert to how a change will con?ict with existing social systems
and individual routines.
This chapter explored the three identity categories that employees typically fall into:
• The rank and ?le is likely to include people who exhibit a spectrum
of reactions to change. This chapter adopted the terms “conservers,”“pragmatists,” and “originators” to describe how different people respond to change. Knowing where your coworkers
stand—and where you stand—in a change preference continuum
such as this one can help you be more effective in managing the
people side of a change initiative.
• Change resisters will either drag their feet or actively attempt to
undermine your efforts. You can identify potential resisters by
determining where and how change will create pain or loss in the
organization. Once you’ve identi?ed them, there are several things
you can do to neutralize their resistance or make them active participants.These include: explaining the urgent need to change, describing how change will produce bene?ts for them, and ?nding
new ways in which they can contribute. People who do not respond to these efforts should be moved out of your unit.
• Change agents see the need for change and articulate it effectively
to others. They are critical catalysts for a change initiative and
should be placed in key positions.This chapter has provided tips
for identifying change agents.
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Notes
Chapter 5
1.–Eric Hoffer,The Ordeal of Change (Cutchogue,NY:Buccaneer Books,
1976), 3.
2.–See the Myers-Briggs Type Indicator®, Consulting Psychologists
Press, Inc.
3.–See W. Christopher Musselwhite and Robyn Ingram, Change Style
Indicator (Greensboro, NC:The Discovery Learning Press, 1999).
4.–Ibid., 4.
5.–Paul R. Lawrence,“How to Deal With Resistance to Change,” Harvard Business Review XLVII ( January–February 1969): 4–12, 166–176.
6.–Robert Kegan and Lisa Laskow Lahey, “The Real Reason People
Won’t Change,” Harvard Business Review 79, no. 10 (November 2001):
84–92.
7.–Everett M. Rogers, Diffusion of Innovation, 3rd ed. (New York: The
Free Press, 1983) 315–316.
14
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Developmental Psychology Infant Categorization Study Presentation

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Paper presentation (Psych UA-34 Summer 2023)
An important aspect of science is being able to communicate research to an audience. Scientific
communication (1) allows other researchers to know what has already been studied (and build o? that
work!) and (2) allows parents and educators to know what research has to say about best practices for
interacting with children.
In this talk, assume you are talking to a general audience who has minimal prior knowledge about
psychological research.
Guidelines:
The presentation should be 4 – 5 minutes long (presentations will be hard capped at 6 minutes).
How should you use that time? Here’s a rough breakdown:
•
•
•
1 – 2 minutes: introduction / methods
What was their research question, what did we already know before doing the study, what are
they trying to learn with this study, how did they study it?
1 – 2 minutes: data / results
What did they find? Spend time explaining the main graph or finding of the paper. Data takes
time for an audience to process!)
1ish minutes: conclusion
What does the data mean? How does it translate to the real world?
Tips:
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Avoid jargon! It’s a short talk and one to a general audience. You don’t have enough time to
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substitute for something, use that instead!
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example from real-life to set up a problem (rather than just talking about it)
Nonhuman primate vocalizations support
categorization in very young human infants
Alissa L. Ferrya,b,1, Susan J. Hesposb, and Sandra R. Waxmanb
a
Cognitive Neuroscience Sector, Scuola Internazionale Superiore di Studi Avanzati, 34136 Trieste, Italy; and bDepartment of Psychology, Northwestern
University, Evanston, IL 60208
Edited* by Elizabeth S. Spelke, Harvard University, Cambridge, MA, and approved July 24, 2013 (received for review December 6, 2012)
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infancy developmental tuning language acquisition
conceptual development language and thought
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H
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uman infants rapidly tune in to the signals of human language. At birth, they prefer listening to the vocalizations of
human and nonhuman primates over arti?cial sounds; within
months, as their listening preferences narrow, they become attuned to human speech, and to their own native language(s) in
particular (1–7).
Interestingly, the developmental path underlying infants’ rapid
tuning to the faces of communicative partners follows a similar
trajectory: Infants’ prowess in human face-processing derives
from a broader template that initially encompasses faces of both
humans and nonhuman primates before tuning speci?cally to
human faces (8–10). Moreover, these tuning effects are also
evident in infants’ cross-modal (auditory-visual) matching. Initially, human infants reveal a broad capacity to match speciesspeci?c vocalizations and faces (e.g., matching human vocalizations to human faces and nonhuman primate vocalizations to
nonhuman primate faces), but within the ?rst year of life, this
broad pattern of cross-modal matching narrows, as infants tune
speci?cally to the correspondences between human vocalizations
and faces (11–14). Perceptual tuning effects like these, ubiquitous throughout the animal kingdom (15, 16), are adaptive: They
ensure that infants direct their attention increasingly toward the
communicative signals of our species and toward the individuals
who will serve as their communicative and pedagogical partners.
www.pnas.org/cgi/doi/10.1073/pnas.1221166110
However, to learn language, infants must do more than tune in
to the sounds of their native language. They must also discover
how these sounds are linked to meaning. Remarkably, infants
make rapid headway toward establishing just such a link. For
infants as young as 3 mo of age, human language evokes more
than simple listening preferences: it also engages infants’ core
cognitive capacities. Listening to human vocalizations engenders
in young infants more in-depth processing of the objects in their
environment and supports their formation of object categories
(17). Categorization, a building block of cognition, is inherent in
a wide range of processes including conceptual organization and
reasoning (18–20). In infants, a precocious link between language and object categorization was documented using a simple
object categorization task. Infants ?rst viewed a series of distinct
images from one object category (e.g., dinosaurs). Each image
was presented in conjunction with either a segment of human
speech or a sequence of sine-wave tones, matched precisely to
the human speech segment in mean frequency, amplitude, duration, and pause lengths. At test, all infants viewed two test
images, presented in silence: a new member of the now-familiar
category (a dinosaur) and a member of a novel category (a ?sh).
Following the logic established for infant looking-time paradigms, if infants formed the object category (dinosaurs), they
were expected to distinguish the test images, expressing this
discrimination behaviorally with a reliable preference for either
the familiar or the novel image (21).
The results were straightforward. Infants hearing the tone
sequences failed to discriminate between the test images at any
age. In sharp contrast, infants hearing human speech successfully
formed the object category, expressing their distinction ?rst as
a familiarity preference (in 3-mo-old infants) and later as a
novelty preference (in 4- to 12-mo-old infants) (17, 22, 23). This
age-related shift is consistent with a systematic progression
documented in infancy research: familiarity preferences tend to
be expressed early (in very young infants and in older infants
before they have gained suf?cient familiarization), and novelty
preferences tend to be expressed later in development, or after
suf?cient familiarization (21, 24, 25). Although the precise
mechanism underlying this progression is not yet fully speci?ed,
advances in brain maturation, processing speed, and encoding
ef?ciency are implicated. These results documented that human
speech is not only a preferred signal, but also confers an adaptive
advantage: By 3 mo, infants are not only tuned to the communicative signals of their partners, but also to a principled and
surprisingly early link between these signals and the fundamental
cognitive process of categorization.
Author contributions: A.L.F., S.J.H., and S.R.W. designed research; A.L.F. and S.J.H. performed research; A.L.F. and S.J.H. analyzed data; and A.L.F., S.J.H., and S.R.W. wrote
the paper.
The authors declare no con?ict of interest.
*This Direct Submission article had a prearranged editor.
1
To whom correspondence should be addressed. E-mail: aferry@sissa.it.
This article contains supporting information online at www.pnas.org/lookup/suppl/doi:10.
1073/pnas.1221166110/-/DCSupplemental.
PNAS | September 17, 2013 | vol. 110 | no. 38 | 15231–15235
PSYCHOLOGICAL AND
COGNITIVE SCIENCES
Language is a signature of our species and our primary conduit for
conveying the contents of our minds. The power of language
derives not only from the exquisite detail of the signal itself but
also from its intricate link to human cognition. To acquire a
language, infants must identify which signals are part of their
language and discover how these signals are linked to meaning. At
birth, infants prefer listening to vocalizations of human and
nonhuman primates; within 3 mo, this initially broad listening
preference is tuned speci?cally to human vocalizations. Moreover,
even at this early developmental point, human vocalizations
evoke more than listening preferences alone: they engender in
infants a heightened focus on the objects in their visual environment and promote the formation of object categories, a fundamental cognitive capacity. Here, we illuminate the developmental
origin of this early link between human vocalizations and cognition.
We document that this link emerges from a broad biological template
that initially encompasses vocalizations of human and nonhuman
primates (but not backward speech) and that within 6 mo this link
to cognition is tuned speci?cally to human vocalizations. At 3 and
4 mo, nonhuman primate vocalizations promote object categorization, mirroring precisely the advantages conferred by human
vocalizations, but by 6 mo, nonhuman primate vocalizations no
longer exert this advantageous effect. This striking developmental
shift illuminates a path of specialization that supports infants as
they forge the foundational links between human language and
the core cognitive processes that will serve as the foundations
of meaning.
This evidence is intriguing, but it leaves open a key developmental question: What is the developmental origin of this link?
Is the link speci?c to human vocalizations from the start, or does
it derive from a broader template, perhaps one that initially also
encompasses the vocalizations of nonhuman primates? Here, we
address this question directly. To do so, we traced the effect of
introducing two new auditory signals—a nonhuman primate
vocalization and backward human speech—on infants’ object
categorization over the ?rst 6 mo of life.
Experiment 1: Nonhuman Primate Vocalization
If the link between human language and cognition emerges from
a broader template, then the vocalizations of nonhuman primates
may initially confer the same adaptive advantage as human
vocalizations.
Thirty-six infants participated, 12 at each of three ages (3, 4,
and 6 mo old). We adapted the categorization task described
earlier (17, 23), this time accompanying each of the familiarization images with a vocalization of a blue-eyed Madagascar
lemur (Eulemur macaco ?avifrons) (Fig. 1). By 3 mo, infants
discriminate vocalizations of humans from those of nonhuman
primates (1, 14). We selected a lemur vocalization because although it differs distinctly from human vocalizations, it nonetheless shares certain acoustic properties with infant-directed
speech. More speci?cally, the lemur vocalization that we selected falls naturally within the mean frequency range of infantdirected human speech and is comparable in duration to the
infant-directed speech segments that were presented to infants in
previous object categorization tasks (17, 22, 23; Audio File S1).
At test, infants viewed two images simultaneously: a new member of the familiar category (e.g., a new dinosaur) and a member
of a novel category (e.g., a ?sh), presented in silence. We recorded
infants’ looking time to each image.
At 3 and 4 mo, infants’ responses to the lemur vocalization
mirrored precisely their responses to human vocalizations (17),
reliably distinguishing the novel from familiar test images.
Infants exhibited familiarity preferences at 3 mo [t(11) = -3.427,
P = 0.006] and novelty preferences at 4 mo [t(11) = 2.693, P =
0.021] (Fig. 2). However, by 6 mo lemur vocalizations no longer
exerted this facilitative effect [mean = 0.52, SD = 0.07, t(11) =
1.039, P = 0.321] (Fig. 2). An ANOVA documented this significant effect of age [F(3,26) = 13.702, P < 0.001].
A series of supplementary analyses compared infants’ responses
to lemur vocalizations (reported here) and human speech [reported previously (17), using the same inclusion criteria]. First,
we compared 3- and 4-mo-olds’ responses to human speech and
lemur vocalizations directly. Infants responded identically to
Fig. 1. Experimental design. During the familiarization phase, each infant
viewed eight different exemplars, presented sequentially, in conjunction
with either the lemur vocalization (experiment 1) or backward speech (experiment 2). During the test phase, each infant viewed images from the
familiar and novel categories, presented simultaneously in silence.
15232 | www.pnas.org/cgi/doi/10.1073/pnas.1221166110
Fig. 2. Infants’ responses to lemur vocalizations (experiment 1) and backward speech (experiment 2). At 3 and 4 mo, infants hearing lemur vocalizations were not only more likely than chance, but also more likely than
those hearing backward speech, to discriminate between the novel and familiar test objects; at 6 mo, neither lemur vocalizations nor backward speech
supported object categorization. For the purpose of comparison, we also
show infants’ responses to human vocalizations (e.g., “Look at the modi!”)
and to pure sine-wave tone sequences [e.g., 400- or 800-Hz tones; matched
to the human vocalization stimuli for mean frequency, duration, and pause
length (17, 23)]. Error bars represent ±1 SEM. Signi?cant differences between preference score and chance performance (0.50) are marked by an
asterisk (P < 0.05).
these two conditions [F(1,42) = 0.004, P > 0.05]. Second, we
examined individual infants’ responses to these vocalizations.
The results were striking: 92% of the 3-mo-olds hearing lemur
vocalizations (and 90% of those hearing human speech) exhibited
familiarity preferences (P = 0.006, binomial comparison); 83% of
the 4-mo-olds hearing lemur vocalizations (and 83% hearing human speech) exhibited novelty preferences (P = 0.039). Third,
strong correlations between infants’ age and preference scores,
documented previously in infants’ responses to human speech
[r(20) = 0.61, P < 0.05], were echoed here in infants’ responses to
lemur vocalizations [r(22) = 0.60, P < 0.05] (Fig. 3A). Finally, to
gain insight into the shift from familiarity to novelty preferences
at 3 and 4 mo, we examined the performance of an additional
group of infants: 4-mo-olds who heard lemur vocalizations but
were excluded from the main analyses because they attended
insuf?ciently to the familiarization images. These infants, like
their 4-mo-old counterparts who heard human speech but who
also accrued minimal exposure to the familiarization images,
exhibited a signi?cant familiarity preference [t(10) = -1.935,
P = 0.041, one-tailed]. The ?nding that 4-mo-olds with minimal
exposure to the familiarization performed identically to their more
attentive 3-mo-old counterparts suggests that the systematic shift
from familiarity to novelty preference in this task may be mediated
by infants’ processing and encoding of the materials, rather than
by their maturational state. Together, these analyses highlight
the compelling parallels between 3- and 4-mo-olds’ responses to
human speech and lemur vocalizations.
These results reveal that the link between human language
and object categorization, evident at 3 mo of age, derives from
a broader template that initially encompasses vocalizations of
human and nonhuman primates and is rapidly tuned speci?cally
to human vocalizations. However, what is the best account of this
phenomenon? Is the facilitative effect conferred by lemur (and
human) vocalizations speci?c to primate vocalizations? Or is it
a consequence of the acoustic complexity of these vocalizations,
especially compared with sine-wave tones? After all, it is well
Ferry et al.
Fig. 3. Correlations between age (in days) and preference score for infants
hearing (A) lemur vocalizations and (B) backward speech. For the purpose of
comparison, we also show the correlations for the human vocalization and
sine-wave tone conditions (17). Signi?cant correlations are marked by an
asterisk (P < 0.05).
documented that infants’ attention and arousal are enhanced in
the context of complex acoustic stimuli (26, 27).
Experiment 2: Backward Human Speech
To adjudicate between these alternatives, we presented another
group of 36 infants (12 per age group) with backward speech in
the context of the same object categorization task described
earlier. In fact, we presented the same segment of human speech
from ref. 17, but played it backward (Audio File S2). This segment
provides an ideal point of comparison, for although backward
speech is identical to forward speech in perceptual complexity, it
violates fundamental acoustic properties of forward speech, is
processed in different brain regions than forward speech from
birth, and is impossible to produce with a mammalian vocal tract
(3, 28). We reasoned as follows: If the cognitive advantage conferred by lemur (and human) vocalizations is a general consequence of young infants’ heightened attention in the context of
complex acoustic stimuli, then 3- and 4-mo-old infants hearing
backward speech should also successfully form object categories.
However, this was not the case (Fig. 2). Instead, infants hearing
backward speech failed to form object categories, performing
at chance levels at each age: 3 mo [t(11) = 0.504, P = 0.624], 4 mo
[t(11) = -0.212, P = 0.836], and 6 mo [t(11) = 0.280, P = 0.280].
An ANOVA comparing infants’ responses at each age to lemur
vocalizations (experiment 1) and backward speech (experiment
2) revealed a signi?cant interaction [F(5,66) = 5.021, P = 0.009]:
although infants’ responses to these two signals differed at 3
and 4 mo, by 6 mo, infants’ responses to these signals were
indistinguishable.
Finally, a supplementary series of analyses revealed that
infants’ responses to backward speech (reported here) mirrored
their responses to sine-wave tone sequences [reported previously
(17), using the same inclusion criteria]. An ANOVA revealed no
main effects or interactions between infants’ responses to these
signals (all P > 0.05). Moreover, as was the case for tone
Ferry et al.
General Discussion
The current work reveals that tuning processes not only guide
human infants to the communicative signals of our species, but
also support the very ?rst links between these signals and the
core cognitive capacities that will ultimately constitute the foundations of meaning. We document that a link between human
language and object categorization, evident at 3 mo of age, derives
from a broader template that initially encompasses vocalizations
of human and nonhuman primates and is rapidly tuned speci?cally
to human vocalizations. This work sheds light on a path of developmental specialization that supports infants’ ?rst steps toward
establishing the links between human language and cognition that
are the hallmark of the human mind and the primary conduit for
the cultural transmission of knowledge.
This work provides unique insight into the processes that undergird infant language development, concept development, and
the links between them. First, we document that in human infants,
the fundamental process of developmental narrowing extends
well beyond purely perceptual discriminations and preferences
(1, 5–7). Perceptual narrowing is well underway within the ?rst
months of life. For example, neonates’ listening preferences,
which include both human and nonhuman primate vocalizations,
give way to a strong preference for human over nonhuman
vocalizations by 3 mo (1, 5). However, despite their clearly-tuned
preference for human vocalizations, nonhuman primate vocalizations conferred precisely the same conceptual advantages at
3 and 4 mo as human vocalizations, an advantage that by 6 mo
was tuned speci?cally to human vocalizations. This constitutes
evidence that the power of developmental tuning reaches beyond perceptual capacities alone to support the establishment
of foundational cross-modal links between human language and
the core cognitive processes that will serve as the foundations
of meaning.
Second, we identify very detailed parallels in young infants’
responses to human and nonhuman vocalizations. Despite their
preference for human vocalizations (1) and the vast differences
in their prior exposure to these stimuli, infants hearing human
and nonhuman vocalizations revealed the same, precisely timed
shift from familiarity preferences (at 3 mo) to novelty preferences (at 4 mo) (Figs. 2 and 3). This parallel, striking in itself,
also sets limits on the role of prior exposure in infants’ processing
speed, encoding ef?ciency and their expression of familiarity or
novelty preferences (21, 24, 25).
Third, these ?ndings offer insight into the mechanisms underlying infants’ initially broad link between language and object
categorization (17). Certainly, experience with human language
is instrumental in infants’ ?rst months of life (1, 5, 7, 29). Infants
may quickly learn that human language heralds interesting visible events or brings with it rewarding affective experiences.
Associations like these would likely engender in infants heightened attention in the context of human vocalizations. However,
we document here that lemur vocalizations—an entirely unfamiliar signal—engender the same facilitative effect as human
vocalizations at 3 and 4 mo. We therefore conclude that the
starting point for human infants’ link between language and core
cognitive processes cannot be derived from learning alone.
These ?ndings also open several avenues for additional research. First, it will be important to discover the boundary conditions on the signals that initially engage infants’ cognitive
processes, including object categorization. Is this link suf?ciently
broad to include naturalistic vocalizations beyond those of our
closest genealogical cousins, or is it restricted to primates, whose
vocalizations may be perceptually just close enough to our own
to serve as early candidates for the platform on which human
PNAS | September 17, 2013 | vol. 110 | no. 38 | 15233
PSYCHOLOGICAL AND
COGNITIVE SCIENCES
sequences, there was no correlation between infants’ age and
preference scores for backward speech [r(22) = -0.18, P > 0.05]
(Fig. 3B).
language is launched? Does the initial link encompass communicative signals from other modalities (e.g., signed languages), or
does it privilege vocalizations from the start (30, 31)? Additional
research will also be required to ascertain whether the tuning
process that we have documented here has begun even earlier, in
infants younger than 3 mo of age. It will also be important to
investigate whether and how infants’ exposure to multiple languages in?uences the course of this developmental progression
(32, 33).
Another key question concerns the boundary conditions on
the kinds of cognitive capacities that are initially engaged by
human and nonhuman vocalizations. The evidence reported here
documents an advantageous effect of human and nonhuman
primate vocalizations on one fundamental cognitive process:
object categorization. Do vocalizations initially support other
cognitive processes (e.g., object individuation), or does the link
to cognition initially privilege object categorization? Finally,
additional work will help to reveal whether and how the striking
developmental effects documented here are gated by experience, maturation, or an interaction between these twin engines
of development.
Methods
Participants. Seventy-two healthy, full-term infants from predominantly
college-educated, white families living in the Greater Chicago Area participated. All procedures were approved by the Northwestern University Institutional Review Board and informed consent was obtained from the
parents of all infants. There were 36 infants per experiment divided into 12
infants per age: 3-mo-olds (2 mo, 11 d to 3 mo, 20 d; mean = 3 mo, 2 d), 4-moolds (3 mo, 25 d to 4 mo, 16 d; mean = 4 mo, 6 d), and 6-mo-olds (5 mo, 18 d
to 6 mo, 24 d; mean = 6 mo, 3 d). Infants who devoted insuf?cient attention
(less than 50% overall) to familiarization images (43, distributed evenly across
conditions and sex) were analyzed separately. Additional infants were excluded for fussiness (10) and parental interference (4). Excluded infants did
not differ in either age or sex from included infants; this exclusion rate is
consistent with prior work (17, 23).
Parents were asked whether their infant was exposed to any language(s)
other than English and the percentage of time another language was spoken
to the infant. Approximately 70% of the infants were raised in a monolingual
environment. The remaining infants, who were exposed to more than one
language (at least 20% of the time), were evenly distributed across ages and
experiments, and performed comparably to those exposed only to English.
Infants with bilingual exposure had a variety of linguistic backgrounds including exposure to Spanish (~50%) and a variety of other languages. This
variation in language exposure prevented us from identifying effects of
monolingual versus bilingual exposure in this experiment.
images varied in color; within each test pair, images were matched in color.
Images (~15 cm2) were projected onto a white screen ~75 cm from the
infant’s eyes.
Auditory. A vocalization of a blue-eyed Madagascar lemur (E. macaco ?avifrons) and a segment of backward speech [a labeling phrase from ref. 17,
played in reverse], each ~2.2 s, were played from a hidden speaker, located
56 cm below the center of the screen. (Audio Files S1 and S2).
Procedure. Infants were seated on a parent’s lap, facing a wooden puppet
stage (located 93 cm above the ?oor; the front opening was 61 cm high ×
106 cm wide). The visual images were projected onto a screen resting on the
stage ?oor. The left and right positions of the projected images were separated by 11 cm. Parents were instructed not to in?uence their infant’s attention. Infant behavior was recorded by a video camera (hidden 12 cm
below the screen). During the task, two trained coders, blind to condition
assignment, recorded infants’ visual attention; reliability between these
coders was 90%.
Familiarization trials. Visual stimuli (either dinosaurs or ?sh) were presented on
alternating sides of the screen (20 s each). Auditory stimuli (either lemur
vocalization or backward speech) were presented as each image appeared
and repeated 8 s later.
Test trials. Each test pair appeared side-by-side, in silence, and remained visible
until the infant accumulated 10 s of looking at the test images. [Note: Three
infants in each experiment, who looked exclusively at one test image for
10 s, were presented with a second test trial with new images. In accordance
with previous implementations of this paradigm (17), the analyses reported
here include these infants’ performance on the second test trial; the same
pattern of results emerges, whether or not these infants are included.]
Across infants, left/right positions of the ?rst familiarization image and the
test images were counterbalanced.
Coding. Infants’ looking time at test served as our dependent measure. For
each infant, we calculated a preference score (looking time at novel image/
looking time at both images). Test trials were coded of?ine using frame-byframe software (34). Reliability between two trained observers, blind to
condition, was 91%.
Infants’ looking time during familiarization (coded online) revealed no
differences across age or experimental condition (P > 0.05). This provides
assurances that any differences between experiments cannot be attributed
to differences in attention to the stimuli during familiarization.
Stimuli. Visual. Line-drawn images of dinosaurs and ?sh formed two eightitem familiarization sets and two test pairs. Within each familiarization set,
ACKNOWLEDGMENTS. We are indebted to the parents and infants for
participating; to E. Brannon and the Duke University Primate Center for providing the lemur vocalization; to members of the S.J.H. laboratory for assistance in data collection; to S. Arunachalam, K. Byers-Heinlein, B. Ferguson,
D. Gentner, M. Havy, J. R. Hochmann, and E. Leddon for discussion; and to
the Prearranged Editor for suggestions. This work was supported by National
Science Foundation (NSF) Grant 0950376 (to S.R.W.), NSF Grant 0114948
(to S.J.H.), and European Research Council 269502, which supported A.L.F.
while this manuscript was under review.
1. Vouloumanos A, Hauser MD, Werker JF, Martin A (2010) The tuning of human neonates’ preference for speech. Child Dev 81(2):517–527.
2. Kuhl PK (2004) Early language acquisition: Cracking the speech code. Nat Rev Neurosci 5(11):831–843.
3. Mehler J, et al. (1988) A precursor of language acquisition in young infants. Cognition
29(2):143–178.
4. Shultz S, Vouloumanos A (2010) Three-month-olds prefer speech to other naturally
occurring signals. Lang Learn Dev 6(4):241–257.
5. Vouloumanos A, Werker JF (2004) Tuned to the signal: The privileged status of speech
for young infants. Dev Sci 7(3):270–276.
6. Werker JF, Tees RC (1984) Cross-language speech perception: Evidence for perceptual
reorganization during the ?rst year of life. Infant Behav Dev 7(1):49–63.
7. Werker JF, Yeung HH, Yoshida KA (2012) How do infants become experts at nativespeech perception? Curr Dir Psychol Sci 21(4):221–226.
8. Di Giorgio

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EDU F ERRER ALCOVE R
“Pankaj Ghemawat is one of those rare individuals who combines world-class scholarship
with a deep knowledge of business practice. Redefining Global Strategy tackles the crucial
balance between local and global that will often define success in an increasingly globalized
world economy.”
PANKAJ GHEMAWAT—globalization and
business strategist, professor, and speaker—
works with organizations and policy makers
around the world to help them anticipate and
prepare for economic shifts. He is Global
Professor of Management and Strategy and
Director of the Center for the Globalization of
Education and Management at the Stern School
of Business at New York University and the
Anselmo Rubiralta Professor of Global Strategy
at IESE Business School. He is the author of
numerous influential books, including The New
Global Road Map, World 3.0, and The Laws of
Globalization.
—MICHAEL PORTER, Bishop William Lawrence University Professor, Harvard Business School
“Pankaj Ghemawat’s differentiated industry- and company-specific views on globalization offer
essential insights and thought-provoking impulses for today’s decision makers. For anyone who
aims to realize the full potential of globalization, it clearly confirms: the world isn’t flat!”
—PROF. DR. ULRICH LEHNER, Chairman of the Supervisory Board, Deutsche Telekom
and Thyssenkrupp AG
“International firms have to reflect more deeply on how to coordinate their commitments around
the world. Pankaj Ghemawat’s pioneering book offers an innovative approach for how to deal
with this critical challenge.”
—JOSÉ IGNACIO GOIRIGOLZARRI, President, Bankia
“Pankaj Ghemawat’s Redefining Global Strategy has very appropriately identified the world
we live in as only ‘semiglobalized.’ He builds on this definition to present some very valuable
and innovative frameworks for developing strategies for internationalization and global value
creation. The book offers a comprehensive treatment of one of the most important issues
engaging the business community.”
—RATAN TATA, former Chairman, Tata Group
For more, visit Ghemawat.com
Follow @PankajGhemawat on Twitter
JAC K E T D E S I G N : STE P H A N I FINK S
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ISBN-13: 978-1-63369-606-8
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“This book
deserves to be
a bestseller . . .”
—The Economist
PANKAJ
GHEMAWAT
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REDEFINING
GLOBAL
STRATEGY
—SAMUEL J. PALMISANO, former Chairman of the Board and CEO, IBM Corporation
U S$35.00
H A R VA R D B U S I N E S S R E V I E W P R E S S
“Pankaj Ghemawat has created an important strategic guidebook for leaders of the globally
integrated enterprises of the twenty-first century. His analytical framework is both visionary and
pragmatic—aware of the broad historic trajectories of globalization, but grounded in the real
kinds of decisions business leaders have to make now. His caveats about ‘semiglobalization’
provide a salutary reminder that massive change of this kind doesn’t happen overnight. By
basing his analysis on real-world case studies and a mastery of economic data, Ghemawat helps
CEOs and leaders make smart decisions on one of the most important challenges we all face.”
REDEFINING GLOBAL STRATEGY
and GE Healthcare are adroitly managing crossborder differences. He also shares examples of
other well-known companies that have failed
at this challenge. Crucial for any business
competing across borders, Redefining Global
Strategy will help you make the most of our
semiglobalized world.
MANAGEMENT
GHEMAWAT
(Continued from front flap)
CROSSING BORDERS IN A WORLD
WHERE DIFFERENCES STILL MATTER
NEW TOOLS FOR
SUCCEEDING GLOBALLY
W
hy do so many global strategies
fail—despite companies’ powerful
brands and other border-crossing
advantages? Because a one-size-fits-all strategy
no longer stands a chance.
When firms believe in the illusions of a “flat”
world and the death of distance, they charge
across borders as if the globe were one seamless
marketplace. But cross-border differences are
larger than we assume. Most economic activity—
including trade, real and financial investment,
tourism, and communication—happens locally,
not internationally. In this “semiglobalized”
approach, companies can cross borders more
profitably by basing their strategies on the
geopolitical differences that matter; they must
identify the barriers their strategies have to
overcome, and they must build bridges to cross
those barriers. Based on rigorous research,
Pankaj Ghemawat shows how to create
successful strategies and provides practical
management tools so you can:
• Assess the cultural, administrative, geographic,
and economic differences between regions at
the industry level—and decide which ones
require attention
• Track the implications of the specific bordercrossing actions that will impact your
company’s ability to create value the most
• Generate superior performance through
strategies that are optimized for the three
A’s: adaptation (adjusting to differences),
aggregation (overcoming differences), and
arbitrage (exploiting differences)
Using in-depth examples, Ghemawat reveals
how companies such as Cemex, Toyota, Procter
& Gamble, Tata Consultancy Services, IBM,
(Continued on back flap)
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“Most of us do not need much persuading that the world is still
round, but Pankaj Ghemawat redefines its circularity. He shows
how companies can benefit from what he calls semiglobalization, while not falling into the traps unwittingly set by those
who talk glibly about our ‘globalized world.’”
—Sir Howard Davies, Chairman, Royal Bank of Scotland
“An impeccably researched reassessment of the global business
world—not as an ideal but as it really is.”
—Sir Martin Sorrell, CEO, WPP Group
“Now things are clear. Nations and cultures will continue challenging the babel-like perspectives of those who see an irresistibly globalizing world. Pankaj Ghemawat’s refreshing and
thought-provoking book brings us to the real world.”
—Michel Camdessus, former Managing Director,
International Monetary Fund
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Redefining
Global
Strategy
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Redefining
Global
Strategy
Crossing Borders in a World Where
Differences Still Matter
Pankaj Ghemawat
HARVARD BUSINESS REVIEW PRESS
BOSTON, MASSACHUSETTS
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HBR Press Quantity Sales Discounts
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The web addresses referenced in this book were live and correct at the time of the
book’s publication but may be subject to change.
Library of Congress Cataloging-in-Publication Data
Names: Ghemawat, Pankaj, author.
Title: Redefining global strategy : crossing borders in a world where differences still
matter / by Pankaj Ghemawat.
Description: Boston, Massachusetts : Harvard Business Review Press, [2018] | “With a
new preface”—Title page. | Includes bibliographical references and index.
Identifiers: LCCN 2017051986 | ISBN 9781633696068 (hardcover : alk. paper)
Subjects: LCSH: International business enterprises—Management. | Strategic planning. |
Intercultural communication.
Classification: LCC HD62.4 .G474 2018 | DDC 658.4/012—dc23 LC record available
at https://lccn.loc.gov/2017051986
ISBN: 978-1-63369-606-8
eISBN: 978-1-63369-607-5
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To Anuradha
Who has helped me understand that globalization
does not mean forgetting where I’m from
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Contents
Foreword
Acknowledgments
New Preface
Introduction
Part One
ix
xi
xiii
1
Value in a World of Differences
1
Semiglobalization and Strategy
9
2
Differences Across Countries
33
The CAGE Distance Framework
3
Global Value Creation
65
The ADDING Value Scorecard
Part Two
4
Strategies for Global Value Creation
Adaptation
107
Adjusting to Differences
5
Aggregation
139
Overcoming Differences
6
Arbitrage
169
Exploiting Differences
7
Playing the Differences
197
The AAA Triangle
8
Toward a Better Future
219
Getting Started
Notes
Selected Resources
Index
About the Author
231
247
249
259
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Foreword
I F I R S T M E T Pankaj Ghemawat in September 1978, when I was look-
ing for a very talented undergraduate to help develop a course for the
then-nascent Harvard Negotiation Project. Ghemawat stood out on account of his international orientation as well as his intellectual gifts and
curiosity. Working with him for a year confirmed my initial sense that he
would go on to do great things.
I watched with interest as Ghemawat sped through his undergraduate
and PhD degrees at Harvard in a total of six years. I was pleased when he
decided to go consult after receiving his PhD. And I was delighted when
he was recruited by Michael Porter to join the Harvard Business School faculty at age twenty-three. He went on to become the youngest professor ever
granted tenure at Harvard Business School, on the strength of a body of
distinguished work on sustainability and competitive dynamics, particularly Commitment, which is my favorite book of his. Or was, until this one.
Redefining Global Strategy is based on a decade of immersion in the strategies of global enterprises. This research has already resulted in a stream of
articles in the Harvard Business Review, of which the two most recent are
“Regional Strategies for Global Leadership” (December 2005), which received HBR’s award for the best article published that year, and “Managing
Differences: The Central Challenge in Global Strategy,” which was published as the lead article in March 2007. But it is only in this book that
Ghemawat fully elaborates and explores the implications of his core proposition: that frontiers matter. Our age, he says, is not one of complete—or
even near-complete—globalization. Rather, the state of the world is more
appropriately characterized as “semiglobalization.”
Ghemawat’s notion of semiglobalization contradicts the current fanfare about frontiers subsiding and creating a flat world in which people
find both work and opportunity without being constrained by their location. For Thomas Friedman, the most prominent purveyor of this view,
“flatness” is forced primarily by technology. For Ted Levitt, writing more
than twenty years before Friedman, it was the result of a demand-side
force, the convergence of tastes. And then there are other variants on this
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x
Foreword
broad vision. But they all naturally lead to an emphasis on size, and on
one-size-fits-all strategies.
Ghemawat is not persuaded. I imagine him, like Galileo Galilei before
the Inquisition, unable to keep from saying, “But it does move around the
sun!” In other words, a flat world may be rhetorically appealing to some,
but extensive empirical observation and analysis suggest that cultural, political, and geographic barriers between countries still loom large—and
have a major influence on global strategy.
If Ghemawat stopped there, he would simply have reminded us that
the world is a complex place and that strategic leadership is difficult.
But he is interested in providing actionable knowledge about global strategies that actually work. So Redefining Global Strategy gives the reader
coherent, powerful frameworks for thinking about the ways in which
borders matter and for evaluating cross-border moves. And perhaps even
more importantly, it develops an array of strategies for dealing with such
differences—strategies that go well beyond one-size-fits-all.
This array of strategies is particularly appealing to me because in twenty
years as a strategy consultant, I have seen many companies fail precisely
because they forgot the distinction between size and strategy. However,
strategy, which was invented both as a word and as a discipline in the battles of Marathon and Salamis between the Persians and the Greeks, is the
art and science of overcoming the advantage of size. Strategy is meant to
allow for victory of the small over the large, and the few over the many,
at least sometimes.
Ghemawat’s concept of semiglobalization not only fits with this broad
view of strategy, it also gives us the tools to advance successful globalization. As the founder of the consulting firm Panthea, and as the senior
executive adviser on strategic leadership to Booz Allen Hamilton, I am
proud that my two firms have recognized the value of these ideas. Their
initial reception by Booz Allen clients has been enthusiastic, and we expect that they will help us better understand the world—and change it for
the better.
—Nikos Mourkogiannis
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Acknowledgments
B E H I N D T H I S B O O K is a personal journey from a small city in India,
to Indiana, back to India, then to Cambridge, Massachusetts, and recently
to Barcelona. Professionally, I began to work on the ideas in this book in
the mid-1980s, soon after I had joined the Harvard Business School faculty, when I wrote an early analytical piece on global strategy with Mike
Spence, one of my thesis advisers.
My interest in imbuing my work on strategy with a cross-border perspective was whetted further by a study on India’s competitiveness that
Mike Porter and I undertook in the mid-1990s for the Confederation of
Indian Industry. Shortly after, I was fortunate enough to take over Mike
Yoshino’s Global Strategy and Management course at HBS, which provided an opportunity to synchronize research, course development, and
writings for practitioners on this topic. I have now been focused on issues
related to globalization and global strategy more or less full time for the
better part of a decade. This phase of the journey has yielded about fifty
case studies and papers, this book, and sundry supporting materials such
as a CD on globalization, my Web site (which also lists most of my work
to date), and material for several ongoing projects.
I am particularly grateful to the Harvard Business School, which, under
Deans Kim Clark and Jay Light, has generously supported this program of
study for almost a decade. IESE Business School, under Dean Jordi Canals,
has been a wonderful place to put the finishing touches on this book. I am
also deeply indebted to the Harvard Business Review, where Tom Stewart,
David Champion, and others have helped shape and support my attempts
to communicate with practitioners. And, of course, thanks to Harvard
Business School Press for its work on this book, with particular gratitude
to Melinda Merino and Brian Surette for their counsel. Thanks also to my
agent, Helen Rees, for guiding me, and to my editor, Jeff Cruikshank, for
helping shape a jumble of complex ideas into a book.
My other, mostly content-related, debts are too numerous to acknowledge, including, as they do, learning from scores of colleagues, from the
hundreds of executives I’ve interviewed, and from the thousand-odd
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xii
Acknowledgments
students with whom I’ve worked through the concepts discussed here—as
well as from many excellent writings, not all of which can be cited here.
Still, I must specifically thank people who have generously read and provided comments on recent drafts of part or all of this book: Steve Altman,
Amar Bhide, Dick Caves, Tom Hout, Don Lessard, Anita McGahan, Nikos
Mourkogiannis, Jan Oosterveld, Richard Rawlinson, Denise Rehberg, Jordan Siegel, and Lori Spivey. My long-time assistant at Harvard, Sharilyn
Steketee, did some of the research for the chapters, read through them,
and managed the multiple incarnations of the manuscript. I am also indebted to Ken Mark and Beulah D’Souza for able research assistance. And
last but most important, thank you to my wife, Anuradha Mitra Ghemawat, for the reason explained in the dedication—and for many more.
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New Preface
A D E C A D E H A S P A S S E D since the original release of Redefining Global
Strategy, and I could not be more pleased with how the ideas contained
in this volume have stood the test of time. The material in this book is,
arguably, even more important today than when the first edition came
out. Back in 2007, the common wisdom was that globalization was racing
ahead, flattening borders and erasing the effects of distance. As I write
this new preface, in 2017, many business leaders suspect that globalization has stalled or perhaps even suffered a reversal. This has prompted
rising interest in international strategies designed for a world where borders, geographic distance, and other differences between countries still
constrain international activity—the central theme of this book.
One reason that Redefining Global Strategy has remained so relevant
is that expectations about globalization have long tended to overshoot
reality—in both directions. The flat-world euphoria that prevailed a decade ago was so much removed from reality that I have debunked it as
globaloney.1 And more recently, proclamations that globalization is dead
and multinational firms are in retreat also seem exaggerated.2 When I
wrote this book, I anticipated such oscillations and made sure that my
recommendations could withstand them. In the final chapter, I predicted:
“Looking forward, levels of cross-border integration may increase, stagnate, or even suffer a sharp reversal if the experience between and during
the two world wars is any indication of the possibilities. But given the
parameters of the current situation, it seems unlikely that increases will
anytime soon yield a state in which the differences among countries can
be ignored. Or that decreases could lead to a state in which cross-border
linkages can be forgotten about.”
This book helps firms develop strategies to succeed in a world where
international opportunities and threats are key items on the strategy
agenda, but the markets in which most companies compete are still far
from completely integrated. I refer to this sort of world—which prevailed
in 2007 despite so much hype to the contrary and still prevails today—
as semiglobalized. As this book elaborates, semiglobalization opens up far
more interesting strategic opportunities for firms than would be available
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xiv
New Preface
in a world where globalization is either negligible or complete. And after
devoting substantial effort in the years since this book was first published
to tracking globalization trends in the DHL Global Connectedness Index
and elsewhere, I am even more confident that the world will remain semiglobalized long into the future. In 2016, I even wrote an academic book
about how the effects of borders and distance are so reliable that they
underpin two scientific laws: the law of semiglobalization and the law of
distance.3
Somewhat less gratifying from an academic perspective, but another
reason why this book remains so relevant, is that most business leaders
are still unaware of how globalized the world really is and what that implies for international strategy. In 2017, I conducted a survey of managers
in three advanced economies (Germany, the United Kingdom, and the
United States) and three emerging economies (Brazil, China, and India).
I asked the participants to estimate several of the globalization metrics
covered in chapter 1. The average manager thought the world was five
times more globalized than it really is! And the evidence on how much
harm such globaloney does has also mounted since the initial publication
of this book. My recent surveys show that managers who have perceptions of globalization that are more exaggerated are more likely to make
some common errors in international strategy. And at the societal level,
my surveys show that more globaloney is associated with more anxiety about globalization’s alleged harmful side effects—effects that I put
into perspective in my 2011 book, World 3.0: Global Prosperity and How to
Achieve It.
As changes in the globalization environment prompt firms to reexamine their international strategies, the material in Redefining Global Strategy
provides a powerful complement to the content of my 2018 book, The
New Global Road Map: Enduring Strategies for Turbulent Times (also from
Harvard Business Review Press). The new book builds on this one but does
not repeat the same material. Redefining Global Strategy is, as indicated by
its title, devoted entirely to strategy, and so it explains my international
strategy frameworks at much greater length. The New Global Road Map,
in contrast, examines how globalization is evolving over various time
frames, and it discusses implications that extend beyond strategy. The
new book also examines choices about where to compete, how to organize, and how to engage better with society.
Redefining Global Strategy is organized in two parts. Part one introduces
the concept of semiglobalization and two key frameworks for thinking
about value creation and value capture in a semiglobalized world. More
specifically, chapter 1 debunks globaloney-induced myths and grounds
the book in a more realistic sense of globalization. Chapter 2 articulates
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New Preface
xv
the CAGE (cultural, administrative, geographic, and economic) distance
framework, which has come to be widely used and illustrates its power
in business analysis. Chapter 3 provides a scorecard for thinking through
how international moves create or destroy value. The ADDING Value
scorecard encompasses six elements: adding volume or growth, decreasing costs, differentiating or increasing willingness to pay, improving industry attractiveness or bargaining power, normalizing or optimizing risk,
and generating knowledge and other resources and capabilities.
Part two is organized around three fundamental strategies that firms
can employ in a semiglobalized world: adaptation, aggregation, and arbitrage (AAA strategies). Chapter 4 covers adaptation strategies, suggesting a wide array of levers and sublevers that firms can use to adjust to
differences across countries. Chapter 5 discusses aggregation strategies,
which focus on overcoming some cross-country differences to achieve
more economies of scale or scope. Chapter 6 focuses on arbitrage strategies, which treat differences as a source of, rather than a constraint on,
international value creation. Chapter 7 brings these three strategy archetypes together and examines how firms should think about combinations
and trade-offs across them. Chapter 8 concludes with a short step-by-step
guide to help firms apply the key learning points from this book.
To recap, this book articulates a global strategy approach that is
grounded in a clear recognition of the persistent differences across countries and the challenges these differences pose for multinational firms.
The idea is to help businesses cross borders profitably by seeing the world
as it really is, rather than engaging in wishful thinking. To achieve this
objective, the book embodies what might be called the three Rs. First,
it is readable because of its unified point of view, its conciseness, and
its use of numerous examples. Second, the book is relevant for business
policymakers because I have written it around their needs (although it
may also interest leaders in the public sector and others seeking to understand cross-border business) and have kept the discussion grounded
in reality by focusing on value creation and capture. Also important in
this regard is the ease with which companies from different parts of the
world can customize the frameworks presented—which suggests some obvious follow-up exercises. In particular, the tools available on my website
at Ghemawat.com can help practitioners customize and apply this content. And third, the book is rigorous in the sense of drawing on research in
a variety of fields—including international economics, industrial organization, business strategy, and international business—as well as extensive
interactions with business leaders. So use it to your advantage!
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Introduction
M Y F I R S T I N T E R N A T I O N A L case-writing experience, in the early
1990s, had me visit a Pepsi plant in the strife-torn Indian state of Punjab.
Given the political environment—a low-grade civil war—many workers
were militants who arrived at the plant each day toting their AK-47s.
Pepsi had set up a system whereby these could be checked in and then
retrieved at the end of a shift. Absolutely no AK-47s inside the building, the
HR director explained forcefully—introducing me to the large differences
with which international business must contend.
This sense of differences has been sharpened by the years I have spent
since then working on globalization and global strategy. As a result, instead of focusing on market size and the illusion of a borderless world,
this book reminds managers that if their businesses want to cross borders
successfully, they need to pay serious attention to the sustained differences between countries in developing and evaluating strategies. And it
provides them with the insights and tools necessary to do so.
To illustrate this perspective on globalization—or what I call semiglobalization—I’ll use football as a metaphor.1 U.S. readers may be disappointed that the kind of football that I have in mind is what they refer
to as soccer, but that itself makes a useful point about the differences between countries. Although football is supposed to be a global phenomenon—former UN secretary general Kofi Annan noted enviously that more
countries belong to FIFA, football’s governing body, than to the United
Nations—its hold on sports fans is very uneven, and the United States
constitutes the single largest exception to its general appeal.2
That said, the game has come a long way since English villagers began
kicking around pigs’ bladders in the Middle Ages. Football began to spread
internationally during the heyday of the British Empire, but the sport’s
globalization went into reverse in the interlude between World Wars I and
II, as authorities restricted the international transfer of players.
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2
Introduction
The years after World War II saw escalating international rivalry, particularly around the World Cup. In the late 1950s and early 1960s, Real Madrid
emerged as the first great European club, with player

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SDSU Sample Size Limitations Discussion

Description

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This is the class discussion question.
Discuss and Critique a Quantitative Research Study [WLOs: 3, 4, 5] [CLOs: 2, 4]
Prior to beginning work on this discussion forum, read the instructor guidance, the
quantitative section of Chapter 7 and all of Chapter 8 in the Creswell and Creswell text, the
chapter by Meltzoff and Cooper titled Chapter 6: Research Designs and Threats to Internal
ValidityLinks to an external site., and the article by Henrich et al. titled Most People Are Not
WEIRDLinks to an external site.. Also review Standard 8 of the APA Ethical Principles for
Psychologists and Code of ConductLinks to an external site. from last week.
Your instructor will post an announcement with the reference for the quantitative research
study you will discuss and critique in this discussion. The study will be found in the UAGC
Library. Refer to the Library resource How Do I Find An Article When I Have A
Citation?Links to an external site. if you need help finding the article.
In your initial post, consider the following:
•
•
•
•
•
•
•
•
•
•
•
•
Compare and contrast the characteristics of experimental and nonexperimental
quantitative research.
State the research question the researchers were trying to answer in the study.
Identify the type of quantitative research design that was used in the assigned study.
Evaluate whether the researchers’ conclusion follows logically from the evidence
presented.
Identify threats to internal and external validity that might apply to how this study was
conducted.
Determine whether validity threats were addressed by the researchers. If so, describe
how this was done.
Summarize ethical considerations that were mentioned in the research report.
Assess what ethical considerations apply to the design of the study but that were not
mentioned by the researchers.
Explain how you might do a study on this topic differently and why your approach
would be more appropriate than the one used by the researchers.
Evaluate whether a quantitative approach would be useful for the research topic you
chose in Week 1.
Describe the actions you would take to ensure that a quantitative study on your topic
would be ethical.
Support your evaluation of the study with citations and references of the required
readings and other peer-reviewed sources. Refer to the Scholarly, Peer-Reviewed, and
Other Credible SourcesLinks to an external site. tip sheet to help determine which
sources are appropriate.
This is what I need
Guided Response: Review several of your colleagues’ posts and respond to at
least two of your peers by 11:59 p.m. on Day 7 of the week. You are encouraged
to post your required replies earlier in the week to promote more meaningful
interactive discourse in this discussion.
After reading your colleague’s critique of the published quantitative study,
consider the following in your reply:
•
•
•
•
Explain whether you agree or disagree with your colleague’s assessment of
the assigned study and why.
Identify any potential threats to internal and external validity that your
colleague has not mentioned.
Examine the ethical implications your colleague has described and identify
any other potential ethical issues your colleague has not mentioned.
Propose at least one idea of how a quantitative research design might be
used for your colleague’s research topic.
Student ONE:
Devoira Davis
•
Compare and contrast the characteristics of experimental and nonexperimental
quantitative research.
According to our book by Creswell & Creswell, 2018 “experimental research seeks to
determine if a specific treatment influences the outcome of a study, it is applied behavioral
science or single subject experiments which are done over time.” Whereas nonexperimental
quantitative research is two types of research can be used such as “casual comparative in
which two or more groups are study in terms of a cause that has already happened and
correlation design in which an investigator uses correlational statistics to explain a measure
of degree or association.” (Creswell & Creswell, 2018 pg. 12 para 1) In other words
experimental research is going to take time and compare a small group if any to study, it’s
also going to be focused on what actions affect the study. Nonexperimental research can use
multiple ways of arriving at an answer and it’s going to involve correlation just to explain
how two things are related.
•
State the research question the researchers were trying to answer in the study.
In the study that was provided by Dr. Murphy is that the study was to analyze depression
amongst the aging population in Brazil of individuals withing institutions such as long-term
care facilities. The study wants to know how much of a difference there is in depression
among public and private and community facilities, they also want to know why depression
is increasing so much in the population and especially in the private care facilities as they are
generally thought of as being better. (Bezerra et. alt., 2020)
•
Identify the type of quantitative research design that was used in the assigned study.
The article states that cross-sectional study and since it was among two groups then it would
be classified as casual comparative research. Not only does it have two groups that it focuses
it also has several correlations that connect the groups such as age, location, and health that
may play a role in the research findings. This study also discusses a topic that has previously
been discussed which is why there is so much data that lets you know depression is rising
among this demographic.
•
Evaluate whether the researchers’ conclusion follows logically from the evidence
presented.
The conclusion of the study was that there needed to be more studies because this study did
not have enough participants to give an accurate picture. I would agree with that statement.
For starters they did only have two facilities and the research probably would have gone
further if they had one for each region Brazil versus the northern part. You cannot base a
whole study off of two groups in the same region. Not only that they did not allow a certain
timeframe to showcase if patients were better off or worse after certain periods. For instance,
maybe new patients exhibited high levels of depression but after six months maybe they
began to get used to it and not hate it as much. Or were there other factors such as health
and predisposed factors that made depression more likely for them. The conclusion about
this study is correct about it not being enough to make a real claim. (Bezerra et. alt., 2020)
•
Identify threats to internal and external validity that might apply to how this study was
conducted.
Some real threats that apply to this study especially externally is that there were just not
enough participants to really speak on the demographic’s state. Another threat is that
internally the researchers did not truly take into account the things that could cause
depression or result in depression due to side effects, also according to Meltzoff &Cooper,
2018 there was no real question being asked, no maturation in the participants. Overall, the
study was lacking real foundation even though the idea is one that is great for the human
health field.
•
Determine whether validity threats were addressed by the researchers. If so, describe
how this was done.
These threats are very valid as in the conclusion they were all mentioned as reasons why the
study needed to be re-done. The researchers clearly know that they have not done adequate
work in getting all the areas of validity covered. The conclusion shows that there is more
work that would be needed in order to validate the claims which were that older people in
these facilities are experiencing high levels of depression. Creating a concrete hypothesis
may better serve this research study as it could focus the materials.
•
Summarize ethical considerations that were mentioned in the research report.
Some ethical concerns for this research would be sections two through four as they discuss
everything from competence to privacy and confidentiality. You’re dealing with an older
population so you would want to make sure that they understand and can fully participate in
the study. You would want to make sure that the researchers understand all aspect of human
relations as not to bring their own biases into the study, and lastly you would want to make
sure that privacy and confidentiality were in the proper place due to HIPPA laws.
•
Assess what ethical considerations apply to the design of the study but that were not
mentioned by the researchers.
Privacy and confidentiality would be major components as the articles speaks about different
health factors that may play a role in depression such as diabetes. (Bezerra et. alt., 2020) The
researchers did not mention how or if they planned on making sure that no patient would be
identifiable by his or her medical diagnosis. The researchers also did not mention how they
plan to keep patient information safe while conducting the studies especially since it was
between multiple facilities and there is a chance of mixing patient information.
•
Explain how you might do a study on this topic differently and why your approach
would be more appropriate than the one used by the researchers.
Honestly this study reminds me of what I chose in week one about PTSD not being
considered when diagnosing black and brown school aged children even though a lot of their
background would suggest it. While it is a worthwhile topic getting a concrete hypothesis
out of it is hard, thus making finding the research to back it up just as hard. The best key to
any good research is a solid hypothesis and studies like these and the one I mention are too
general in my opinion.
•
Evaluate whether a quantitative approach would be useful for the research topic you
chose in Week 1.
I do not think that quantitative research would work for my research topic as I feel like it is
too general and needs more work on finding a true hypothesis of what I am trying to prove. I
think that mixed research is going to work the best because there is more than one
demographic I want to explore, and I also do want to understand why these children are not
afforded the same feelings as those who surround them.
•
Describe the actions you would take to ensure that a quantitative study on your topic
would be ethical.
Some efforts I would take would be getting the proper informed consent and then ensuring
that the human relations part was very much intact. It is very hard to speak about sensitive
subjects without fear of judgement and so giving the children a true safe space to speak about
the things that hurt and trigger them would be one of my biggest concerns. Also making sure
that the parents feel comfort and at ease as they would be the ones who would have to assist
in the healing process.
References
Bezerra, C. B., Saintrain, M. V. D., Nobre, M. A., Sandrin, R. L S. P., Galera, S. C., & Bruno,
Z. V. (2020). Major depression and associated factors in institutional older
adults. Psychology, Health & Medicine, 25(8), 909916. https://doi.org/10.1080/13548506.2019.1710543Links to an external site.
Creswell, J. W., & Creswell, J. D. (2018). Research design: Qualitative, quantitative, and
mixed methods approaches (5th ed.). SAGE.
Meltzoff, J., & Cooper, H. (2018). Critical thinking about research: Psychology and related
fields (2nd ed.). American Psychological Association
Student Two:
Danielle Potts
•
Compare and contrast the characteristics of experimental and nonexperimental
quantitative research.
A survey design is one in which there is a quantitative data recording method in which
information is gathered for trends, attitudes, and opinions of a population.
In experimental quantitative research, there are two or more variables in which are
manipulated in a study. The manipulation is controlled, and the other variables are held
constant.
The main differences in the two studies are that in experimental cases there is always a
constant variable. In the nonexperimental study, there is no constant variable.
Nonexperimental studies do not have any random assignments, whereas, in experimental
studies, all the cases are random.
•
State the research question the researchers were trying to answer in the study.
Per the introduction, the researchers were aiming to “l study aimed to analyze the
prevalence of major depression in 237 older adults aged 60 to 104 years living in long-term
care facilities.(Bezerra C.B. (2020).”
•
Identify the type of quantitative research design that was used in the assigned study.
Nonexperimental
•
Evaluate whether the researchers’ conclusion follows logically from the evidence
presented.
•
Identify threats to internal and external validity that might apply to how this study was
conducted.
The threats to this study would include the individual’s history, whether they already had a
diagnosis of depression.
Family involvement was stated to be the leading cause of depression; someone completing
the survey that has family involvement would be a threat to the results of the study.
•
Determine whether validity threats were addressed by the researchers. If so, describe
how this was done.
The threats were not discussed in the research, they did have information regarding
hypertension and diabetes did not correlate to depression. Another threat would be the lack
of individual studies,==d; there were only two facilities in one city that were studied.
•
Summarize ethical considerations that were mentioned in the research report.
The ethical consideration was the declination of participants due to their limited cognitive
and functional capabilities.
•
Assess what ethical considerations apply to the design of the study, but that were not
mentioned by the researchers.
It was not mentioned that the individuals were explained to about the experiment and the
potential psychological effect the study could have.
•
Explain how you might do a study on this topic differently and why your approach
would be more appropriate than the one used by the researchers.
This would be my first survey, so I can’t imagine I would do better than those that have been
doing it for a while. I would hope to solve the ethical concerns and threats that have been
mentioned throughout the discussion.
•
Evaluate whether a quantitative approach would be useful for the research topic you
chose in Week 1.
I believe that quantitative survey would be useful in my study for substance abuse.
•
Describe the actions you would take to ensure that a quantitative study on your topic
would be ethical.
I would be sure to brief all individuals of the survey they would be completing along with its
anonymity. I would also provide resources for those that may have intellectual disabilities
who would struggle with completing the survey on their own.
Reference
Bezerra, C. B., Saintrain, M. V. D. L., Nobre, M. A., Sandrin, R. L. e S. P., Galera, S. C., &
Bruno, Z. V. (2020). Major depression and associated factors in institutionalized older
adults. Psychology, Health & Medicine, 25(8), 909–916.
https://doi.org/10.1080/13548506.2019.1710543
Creswell, J. W., & Creswell, J. D. (2018). Research design: Qualitative, quantitative, and
mixed methods approaches (5th ed.). SAGE.

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University of Harvard Psychology Essay

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Please summarize the following article. Has to be TWO pages.

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INTERPERSONAL RELATIONS AND GROUP PROCESSES
This document is copyrighted by the American Psychological Association or one of its allied publishers.
This article is intended solely for the personal use of the individual user and is not to be disseminated broadly.
Across the Thin Blue Line: Police Officers and Racial Bias in the Decision
to Shoot
Joshua Correll
Bernadette Park and Charles M. Judd
University of Chicago
University of Colorado at Boulder
Bernd Wittenbrink
Melody S. Sadler
University of Chicago
University of Colorado at Boulder
Tracie Keesee
University of Denver
Police officers were compared with community members in terms of the speed and accuracy with which
they made simulated decisions to shoot (or not shoot) Black and White targets. Both samples exhibited
robust racial bias in response speed. Officers outperformed community members on a number of
measures, including overall speed and accuracy. Moreover, although community respondents set the
decision criterion lower for Black targets than for White targets (indicating bias), police officers did not.
The authors suggest that training may not affect the speed with which stereotype-incongruent targets are
processed but that it does affect the ultimate decision (particularly the placement of the decision
criterion). Findings from a study in which a college sample received training support this conclusion.
Keywords: police, race, bias, weapon, training
& Wittenbrink, 2002; Greenwald, Oakes, & Hoffman, 2003;
Payne, 2001). Although social psychologists have only recently
addressed this question, the impact of suspect ethnicity on police
shootings has long been the focus of researchers in other fields of
study, particularly sociology, political science, and law enforcement. Investigators have consistently found evidence that police
use greater force, including lethal force, with minority suspects
than with White suspects (e.g., Inn, Wheeler, & Sparling, 1977;
Smith, 2004; see Geller, 1982, for a review). Data from the
Department of Justice (2001), itself, indicate that Black suspects
are approximately five times more likely than White suspects, per
capita, to die at the hands of a police officer.
One of the most detrimental consequences of police shootings is
the upheaval they can provoke. Shootings of a minority suspect
may engender a sense of mistrust and victimization among community members and give rise to conflict between the community
and police. Weitzer and Tuch (2004) present evidence that members of ethnic minorities often feel that they are mistreated by the
police, even after statistically controlling for factors like personal
and vicarious experiences with the law, exposure to the media, and
neighborhood disadvantage (see also Sunshine & Tyler, 2003).
The implication is that the police are racist and that officers use
excessive force with minority suspects. In response, Black people
may engage in more belligerent behavior, including “talking back”
to police officers, and—in a vicious cycle—this belligerence may
prompt more severe use of force by police (Reisig, McCluskey,
Inspired in part by high-profile police shootings of unarmed
Black men, a flurry of social psychological research has attempted
to assess the influence of a suspect’s race on the use of force,
specifically in terms of the decision to shoot (Correll, Park, Judd,
Joshua Correll, Department of Psychology, University of Chicago;
Bernadette Park, Charles M. Judd, and Melody S. Sadler, Department of
Psychology, University of Colorado at Boulder; Bernd Wittenbrink, Graduate School of Business, University of Chicago; Tracie Keesee, University
of Denver.
Primary support for this work was provided by a grant from the Russell
Sage Foundation. Support for this work also came from National Institute
of Mental Health Grant F31-MH069017 to Joshua Correll and National
Institute of Mental Health Grant R01-45049 to Bernadette Park and
Charles M. Judd.
In the interest of disclosure, we note that Tracie Keesee also serves as
a commander in the Denver Police Department. We thank Chief Gerald
Whitman, the Denver Police Department, Calibre Press, the Denver Department of Motor Vehicles, and (especially) the many officers of the
Denver Police Department and police departments around the country for
their assistance, patience, and participation. We also thank Alinne Barrera,
Heather Coulter, and David M. Deffenbacher for their invaluable assistance with this research and Myron Rothbart for his many helpful comments.
Correspondence concerning this article should be addressed to Joshua
Correll, Department of Psychology, University of Chicago, Chicago, IL
60637. E-mail: jcorrell@uchicago.edu
Journal of Personality and Social Psychology, 2007, Vol. 92, No. 6, 1006 –1023
Copyright 2007 by the American Psychological Association 0022-3514/07/$12.00
DOI: 10.1037/0022-3514.92.6.1006
1006
This document is copyrighted by the American Psychological Association or one of its allied publishers.
This article is intended solely for the personal use of the individual user and is not to be disseminated broadly.
THIN BLUE LINE
Mastrofski, & Terrill, 2004). It is equally important to note that, as
a consequence of this tension, officers who see their job as protecting the community may feel, and to some extent may actually
be, thwarted in their efforts to perform their duty.
Officer-involved shootings, then, can have severe consequences,
not just for the officers and suspects involved, but for the community at large as well. It is of paramount importance to understand and explain why minority suspects are disproportionately
likely to be shot. The sociological literature offers a number of
explanations. Some research suggests that bias in police shootings
stems, at least in part, from the officers’ role as protectors of the
privileged (predominantly White) classes over the less fortunate
(predominantly minority) members of society (Sorenson, Marquart, & Brock, 1993). Others argue that the racial discrepancy in
officer-involved shootings stems from differential minority involvement in criminal activity (Department of Justice, 2001; Inn et
al., 1977) or from the fact that minorities are disproportionately
likely to live and work in low-income, high-crime communities
(Terrill & Reisig, 2003).
A primary strength of the sociological approach is that it examines police use of force directly and in its true context. These
researchers study real locations and real officers, and their dependent variable is the number of suspects who are actually shot. They
thus maintain the richness and complexity of the real world when
analyzing relationships between officer-involved shootings and
variables like race or community disadvantage. At the same time,
the preexisting correlations among these variables confound efforts to assess their independent effects. For example, the relationship between the proportion of Black citizens in a community and
perceptions of disorder (Sampson & Raudenbush, 2004) is inextricably tied to, and cannot be fully separated from, racial discrepancies in officer-involved shootings (Terrill & Reisig, 2003). For
this reason, a social psychological analysis of the problem with
experimental methods is useful not to replace but rather to supplement research of a more naturalistic sort.
Over the past several years, social psychological researchers
have examined the effect of race on shoot/don’t-shoot decisions
using videogame-like simulations. In one paradigm, participants
view a series of images (background scenes and people) and are
instructed to respond to armed targets with a shoot response, and
to unarmed targets with a don’t-shoot response as quickly and as
accurately as possible (Correll et al., 2002; Correll, Park, Judd, &
Wittenbrink, 2007; Correll, Urland, & Ito, 2006). The results of
some 20 studies with this task, with a variety of parameters and
manipulations, consistently show racial bias in both the speed and
accuracy with which such decisions can be made. Participants are
faster and more accurate when shooting an armed Black man
rather than an armed White man, and faster and more accurate
when responding “don’t shoot” to an unarmed White man rather
than an unarmed Black man. The bulk of this research has been
conducted with college students, but the effect has been replicated
with community samples of both White and Black participants,
and conceptually similar effects have been obtained by a number
of other labs (Amodio et al., 2004; Greenwald et al., 2003; Payne,
2001; Payne, Lambert, & Jacoby, 2002; Plant, Peruche, & Butz,
2005). These findings, along with reports from sociological and
related literatures, clearly indicate that race can play an important
role in decisions about the danger or threat posed by a particular
1007
person. But experimental data rarely speak directly to police behavior.
In our literature review, we discovered only two papers that
examine officers in experimental studies of racial bias. Eberhardt,
Goff, Purdie, and Davies (2004) found that priming the concept of
crime served to orient attention to Black (more than White) faces.
This pattern held for officers and civilians alike. Plant and Peruche
(2005) examined training effects among officers on a task where
images of White and Black men appeared with a gun or nongun
object superimposed on the face. They found that officers showed
racial bias in their errors during the first phase of the study (i.e.,
officers were more likely to mistakenly shoot Black targets who
appeared with nongun objects, and to not shoot White targets who
appeared with a gun in the first 80 trials of the task), but that bias
fell to nonsignificant levels in the second phase (i.e., the last 80
trials of the task). These studies suggest that officers, like undergraduates, show racial biases in the processing of crime-related
stimuli.
But there is reason to believe that police will differ from citizens
in shoot/don’t-shoot decisions. Most notably, officers receive extensive experience with firearms during their academy training
(before they are sworn in) and throughout their careers. For example, the Denver Police Department requires that new recruits
spend 72 hr in practical weapons training, and officers must
recertify on a quarterly basis. At the firing range, officers and
recruits make shoot/don’t-shoot decisions for target silhouettes
that appear suddenly, either armed or unarmed; in Firearms Training System simulators (Firearms Training Systems, Inc., Atlanta,
GA), they respond to an interactive video simulation of a potentially hostile suspect; and in simulated searches, they confront live
actors armed with weapons that fire painful but nonlethal ammunition (e.g., paintballs, Simunition, or Air Soft pellets).
An extensive body of research shows that training improves
performance on tasks in which a peripheral cue interferes with a
participant’s response to a central or task-relevant cue. Through
training, participants learn to ignore the irrelevant information and
respond primarily on the basis of the central feature of the stimulus
(e.g., MacLeod, 1998; MacLeod & Dunbar, 1988; Plant & Peruche, 2005). For example, in a Stroop (1935) task, participants
classify the color in which a word is printed (e.g., red). Color is
thus the central cue. This task becomes more difficult if the word
(a peripheral cue) refers to a different color (e.g., the word “blue”
printed in red). Initially, participants have difficulty with this task,
responding slowly and inaccurately when the central and peripheral cues conflict. But with training, judgment improves. Responses occur more quickly and require less effort and less cognitive control. As a result, experts demonstrate reduced
interference in both latencies and errors. Neuroimaging studies
have even documented the shifting patterns of brain activity that
correspond to the development of automatic task performance
(Bush et al., 1998; Jansma, Ramsey, Slagter, & Kahn, 2001; for a
review, see Kelly & Garavan, 2004). During initial performance on
interference tasks, participants recruit brain regions related to
conflict detection and response control (e.g., the anterior cingulate
and medial prefrontal cortexes). With extensive practice, however,
activation in these regions decreases, presumably because an automatic task requires less executive supervision.
But automatization may not characterize all learning on interference tasks. In some cases, training actually promotes controlled
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This article is intended solely for the personal use of the individual user and is not to be disseminated broadly.
1008
CORRELL ET AL.
processing. For example, when participants are continuously challenged by variable task requirements or increasing demands, practice can lead to more extensive recruitment of prefrontal brain
regions (Olesen, Westerberg, & Klingberg, 2004; Weissman,
Woldorff, Hazlett, & Mangun, 2002). Of particular relevance to
shoot/don’t-shoot decisions, this control involves the medial and
middle frontal gyri—areas related to the detection and resolution
of conflicting information and to the maintenance of goal-relevant
representations. In some cases, then, training leads participants to
work harder, in cognitive terms, as they learn to marshal the
attention and control necessary for optimal performance.
When will training promote automaticity in a judgment task, and
when will it promote control? A probable moderator is task complexity (Birnboim, 2003; Green & Bavelier, 2003). On tasks with
simple stimuli (e.g., the words presented in a Stroop task), practice
allows participants to streamline the judgment process, performing
it easily and automatically. Only when the task is difficult (e.g.,
involving visually complex stimuli or ever-changing task requirements) does practice seem to promote control. As Birnboim (2003)
wrote, “automatic processing relies on a reduction of stimulus
information to its perceptual and motor features” (p. 29). When
complexity renders this kind of reduction impossible, controlled
processing may be required to “extract more meaningful information” (p. 29). Consistent with this argument, Green and Bavelier
(2003) have shown that practice on a visually complex video game
(i.e., Medal of Honor; Electronic Arts, Redwood City, CA) improves performance on attention-demanding tasks, but practice on
a visually simple video game (i.e., Tetris; Electronorgtechnica,
Moscow, Russia) does not.
Task complexity has tremendous relevance for the officer engaged in a potentially hostile encounter. Faced with a range of
irrelevant and confusing factors (e.g., darkness, noise, movement,
bystanders), the officer must determine whether or not a small and
relatively inconspicuous weapon is present. On a reduced scale,
our paradigm attempts to simulate this visual and cognitive challenge. The task employs a variety of complex and realistic backgrounds (e.g., parking lots, train stations). By varying backgrounds
and suspect poses (e.g., standing, crouching), as well as the timing
of stimulus onset, we prevent participants from knowing when or
where an object will appear. When the object does appear, it
accounts for roughly 0.2% of the visual field. To respond correctly,
participants must engage in a careful, controlled search for a small
cue amid a complex stimulus array. In contrast to the visually
simple tasks typically employed in research on training, training on
this relatively complex task may not foster automaticity in the
shoot/don’t-shoot decision. In our task—as in a police encounter—
even highly trained experts may need to fully engage executive
control processes to identify the object and execute the appropriate
response (Weissman et al., 2002).
If experts are better able than novices to engage control processes, it stands to reason that police officers, whose training and
on-the-job experiences routinely force them to identify weapons in
complex environments, should make fewer errors in our shoot/
don’t-shoot task and should show reduced racial bias in those
errors (i.e., their expertise should minimize stereotypic errors).
This training-based reduction in bias, which we might call a
“police as experts” pattern, serves as our primary hypothesis (H1).
But control may not entirely eliminate race-based processing. The
necessity of a slow, effortful, and controlled search for the object
leaves open the possibility that even experts will inadvertently
process racial information. Research suggests that racial cues are
often perceived quickly, whether or not the participant intends to
do so (Cunningham et al., 2004; Ito & Urland, 2003), and accordingly, a slow visual search for the object should glean racial
information. By activating stereotypes, these cues may interfere
with the speed of the decision-making process. By virtue of enhanced control, experts may rarely, if ever, shoot an unarmed
Black individual; but because even experts must search (slowly)
for the object, they are likely to perceive the target’s skin color and
facial features, triggering relevant stereotypes. Again, experts may
effectively override this interference and make an unbiased response (“don’t shoot”), but because the weapon judgment is not
automatic, the controlled decision to stereotype incongruent targets
may still take more time. This leads us to predict a dissociation,
such that a target’s race may affect the speed of the expert’s
decisions, even though it has no impact on their accuracy.
To examine this possibility, the present research extends past
work in two critical ways. First, we examine bias in both response
times and errors. In past research (e.g., Correll et al., 2002; Payne,
2001), results from these two measures mirrored one another and
were characterized as more or less interchangeable. But the measures may capture partially distinct aspects of the decision process.
Latency—the time necessary for a participant to respond correctly
to a given target—should depend on the difficulty of processing
the stimulus. The fact that stereotype-incongruent targets (unarmed
Black targets and armed White targets) generally produce longer
latencies suggests that participants have greater difficulty arriving
at a correct decision for these stimuli. Processing difficulty may
also influence error rates, but errors also reflect the participant’s
ultimate decision about which response to make. Particularly from
an officer’s perspective, the distinction between a slow-butaccurate response (e.g., hesitating and then deciding not to fire)
and an incorrect response (e.g., shooting an unarmed suspect)
assumes great importance.
This research also advances our understanding by comparing
police officers with samples of laypeople drawn from the communities those officers serve. Community samples provide a crucial
baseline against which we can compare the police. As we have
already discussed, one of the most damaging consequences of
officer-involved shootings in which a minority suspect is killed is
the implication that police inappropriately use race when making
the decision to fire. However, given the prevalence of bias in the
decision to shoot (which has been documented in all types of
people, from White college students to Black community members), how can we interpret the magnitude of any bias we might
observe among the police? Inhabitants of the community served by
a given police department provide a critical comparison. As members of a common culture, these individuals experience many of
the same influences, whether very global (e.g., national broadcast
media) or very local (e.g., racial and ethnic composition of the
neighborhood, local levels of poverty and crime) in nature. To
fully characterize the presence of any bias among police, it is
therefore critical to examine bias in the communities they serve.
No such comparison is available in existing research. Although we
have elaborated the hypothesis that police will demonstrate less
bias than the community, particularly with respect to their error
rates (H1), we note that the comparison between police and community presents two other possibilities.
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THIN BLUE LINE
Of course, it is also possible that officers will show more
pronounced bias than community members (H2) or that police and
civilians will show relatively similar patterns of bias (H0). In line
with the former hypothesis, Teahan (1975a, 1975b) presented
evidence that police departments acculturate White officers into
more prejudicial views during their first years on the job. Similarly, the Christopher Commission’s investigation into the Los
Angeles Police Department’s 1991 beating of Rodney King reported that officers who adopted anti-Black attitudes were more
likely to be promoted within the department (Christopher, 1998).
This ostensible culture of bias may find expression in police
officers’ relatively high social dominance orientation (Sidanius &
Pratto, 1999), reflecting support for the group-based (and racebased) hierarchical structure of society (see Sorenson et al., 1993,
for similar conclusions on the basis of police use of force). Given
these findings, we might reasonably expect a “police as profilers”
pattern, with officers relying heavily on racial information when
making their decisions to shoot.
Finally, police officers and community members may show
equivalent levels of racial bias in decisions to shoot. Inasmuch as
police and community members are subject to the same general
cognitive heuristics (Hamilton & Trolier, 1986) and sociocultural
influences (Devine & Elliot, 1995), the two groups may demonstrate similar patterns of behavior in the video game simulation.
This prediction would yield a pattern we might call “police as
citizens.”
Our primary hypothesis derives from the possibility that practice
enables police officers to more effectively exert control over their
behavioral choices (relative to untrained civilians). That is, H1
suggests that officers may more extensively engage in controlled
processing operations during the course of the shoot/don’t-shoot
task. Because of this difference in processing, we predict a divergence between measures of bias that are based on errors and
measures that are based on reaction times. By contrast, H2 and H0
offer no clear reason to predict differences between officers and
civilians in terms of cognitive processing, and (accordingly) they
offer no reason to expect a divergence between error-rate and
reaction-time measures.
Study 1
Method
Overview. Three samples of participants completed a 100-trial
video game simulation in which armed and unarmed White and
Black men appeared in a variety of background images. Participants were instructed that any armed target posed an imminent
threat and should be shot as quickly as possible. Unarmed targets
posed no threat and should be flagged accordingly by pushing the
don’t-shoot button, again as quickly as possible. The speed and
accuracy with which these decisions were made served as our
primary dependent variables, and performance was compared
across three samples: officers from the Denver Police Department,
civilians drawn from the communities those officers served, and a
group of officers from across the country attending a 2-day police
training seminar.
1009
Participants. For the purposes of law enforcement, the city of
Denver is divided into six districts. With the help of the command
staff, officers were recruited for this study from four of these
districts during roll call. Participation was completely voluntary,
and officers were assured that there would be no way to identify
individual performance on the task and that the command staff
would not be informed of who did and did not participate. Officers
were required to complete the simulation during off-duty hours.
Our goal was to recruit primarily patrol officers, and, in this effort,
we were successful: 84% of the sample listed patrol as their job
category. Investigative officers accounted for 9% of the sample,
administrative officers for 2% of the sample, with the remaining
5% of the officers from a mixture of other job categories. A total
of 124 officers participated in the study (9 female, 114 male, 1
missing gender; 85 White, 16 Black, 19 Latina/o, 3 other, 1
missing ethnicity; mean age ? 37.9 years). Each received $50.
To obtain a companion civilian sample, we enlisted the Department of Motor Vehicles (DMV) office in each of the four districts,
recruiting community members to perform the simulation on or
around the same days as the police officers. Several of the DMVs
were in areas with a high concentration of Spanish-speaking citizens. For these areas, a bilingual research assistant recruited and
instructed the participants.1 A total of 135 civilians participated in
the study. Eight participants were dropped from the analyses: 2
because of a computer malfunction and 6 because they had fewer
than five correct trials for at least one of the four cells of the
simulation design. Thus, the reported results for this sample are
based on 127 civilians (51 female, 73 male, 3 missing gender; 39
White, 16 Black, 63 Latina/o, 9 other; mean age ? 35.5 years).
Each received $20.
To collect the national police sample, we attended a training
seminar for officers. This was one of several seminars that officers
voluntarily attend to obtain additional training in some particular
area of law enforcement. The seminars are specifically geared for
patrol officers, rather than administrative personnel. The sample of
officers obtained for this study came from 14 different states, and
only 7% worked in some administrative capacity. The remaining
job categories included patrol officers (58%), investigative officers
(14%), traffic officers (7%), SWAT team members (3%), and a
sprinkling of other categories (11%). Although this clearly is not a
random national sample of officers, it offers a greater diversity of
background than the Denver sample. An announcement regarding
the study was made during the seminar, and officers were invited
to participate on one of two evenings after the conclusion of the
seminar for that day. A total of 113 officers participated in the
study (12 female, 100 male, 1 missing gender; 72 White, 10 Black,
15 Latina/o, 13 other, 3 missing ethnicity; mean age ? 38.4 years).
Each received $50.
Video game simulation. Fifty men (25 Black, 25 White) were
photographed in five poses holding one of a variety of objects,
including four guns (a large black 9 mm, a small black revolver, a
large silver revolver, and a small silver automatic) and four nonguns (a large black wallet, a small black cell phone, a large silver
Coke can, and a small silver cell phone). For each individual, we
1
Many thanks to Alinne Barrera who tirelessly and happily made time
in her busy schedule to accompany us on these sojourns at the Denver
DMVs.
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1010
CORRELL ET AL.
selected two images, one with a gun and one with an innocuous
object, resulting in 100 distinct images (25 of each type: armed
White, armed Black, unarmed White, and unarmed Black), which
served as the principal stimuli, or targets, in the game. Forty of
these images were drawn from previous work (see Correll et al.,
2002, for example stimuli). The others were added in an effort to
diversify the sample of targets. Using Photoshop, we embedded
targets in 20 otherwise unpopulated background scenes, including
images of the countryside, city parks, facades of apartment buildings, and so on. Each target was randomly assigned to a particular
background, with the restriction that each type of target should be
represented with equal frequency in each background.
Design. The video game, developed in PsyScope (Cohen,
MacWhinney, Flatt, & Provost, 1993), followed a 2 ? 2 withinsubjects design, with Target Race (Black vs. White) and Object
Type (gun vs. nongun) as repeated factors (see Correll et al.,
2002). On any given trial of the game, a random number (0 –3) of
preliminary backgrounds appeared in slideshow fashion. These
scenes were drawn from the set of 20 original unpopulated background images. Each remained on the screen for a random period
of time (500 ms– 800 ms). Subsequently, a final background appeared (e.g., an apartment building), again for a random duration.
This background was replaced by an image of a target person
embedded in that background (e.g., an armed White man standing
in front of the building). From the player’s perspective, the target
simply seemed to appear in the scene. The player was instructed to
respond as quickly as possible whenever a target appeared, pressing a button labeled shoot if the target was armed and pressing a
button labeled don’t shoot if the target was unarmed. The game
awarded points on the basis of performance. Correctly pressing
don’t shoot in response to an unarmed target earned 5 points, but
shooting earned a penalty of 20 points; pressing shoot in response
to an armed target earned 10 points, but pressing don’t shoot
earned a penalty of 40 points (the implication being that the hostile
target shot the player). Failure to respond to a target within 850 ms
of target onset resulted in a penalty of 10 points. Feedback, both
visual and auditory, and point totals were presented at the conclusion of every trial. The game consisted of a 16-trial practice block
and a 100-trial test block.
Procedure. Officers in th

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University of Maryland Global Campus Understanding Movie Paper “

Description

Instructions

FINAL RESEARCH PROJECT

We will not have a final exam in this class.  Instead we will have a final project that will assess what you have learned in the class.

There are 3 Stages to the Final Research Project:

Stage 1: Project Proposal – You are to pick a topic for your final project, write a proposal, and submit it to the proper folder.  No two students will be allow to have the same topic; therefore, first come first served.  Part two will not be accepted unless part one is turned in. See “FINAL PROJECT” below to see how to pick a topic. Due Tuesday April 4th

Stage 2: Outline and Annotated Bibliography – You are to turn in an outline and annotated bibliography for your project and submit it to the proper folder. Part two will not be accepted unless part one is turned in. Due Tuesday April 18th

Stage 3: Final Paper – you are to turn in the finished paper. Due Tuesday May 9th

FINAL PROJECT: Your assignment is to write a 5-7 page research paper (proper MLA or APA citation is required) on one of the following: (a) an important film director, (b) a specific film, or (c) the development of a particular element of film making.  The description of each of these options is below.

Description of Project (choose 1)

(a)   You should select a director who was active (directed more than 3 movies) during the time period of 1950 – 2010.  In your term paper, give me the basic details of the director’s life and career. Identify some of the director’s most important films. What honors and awards did the director receive? Provide a sampling of critical opinion about the director’s work (i.e. film reviews or articles). View at least two films by your director and comment on them. Do not summarize any plots. Write about how this director used the following in these films: Editing (montage), Sound and Music, Cinematography, Special Camera Work (steady cam, hand held, optical effects), Special Effects (this can include stunt work).

(b)    Select one film of feature length made during the time period of 1970 – 2010. You are not to use a film already used by you, the instructor or the course content. In your term paper, you should present information about the making of the movie, about its success at the box office, about awards it was nominated for and/or received. Also present a sampling of the critical reaction to the film, from both the time of its release and later. Finally, you should watch the film and react to it. Do not summarize the plot. Assume that I’ve already seen the film. In addition, write about how this director used the following in these films: Editing (montage), Sound and Music, Cinematography, Special Camera Work (steady cam, hand held, optical effects), Special Effects (this can include stunt work).

(c)   This option is more of a research option than the other two. You are to take a topic or item with in an element of film making and write a short research paper on its development. For example, if you want to write about camera development, take a more focused part of that broader topic such as the steady cam and use that as your subject. You do not need to get too technical in your paper. Some broader topics include: Camera Development, Projection and Viewing in Theaters, Film, Special Effects, Director Training, Actor Training, and Editing.

PROJECT STAGES

I. Project Proposal – Due Tuesday April 4th

You must get the instructor’s approval of your final research project beforehand and no two students will be permitted to research and write about the same subject. First come, first served, so it is suggested that you decide what you would like to write about and reserve a topic via email as soon as possible. Once a topic is reserved you will then write an official project proposal (approx. 400 words) and submit it under the Assignments Tab. This proposal should indicate why you chose the topic, what you already know about the topic, and what you hope to learn as you research. (NOTE: If you turn in a term paper without getting the instructor’s approval of the subject, the instructor reserves the right to reject it as unacceptable.)

II. Outline and Annotated bibliography – Due Tuesday April 18th

You must turn in an outline and an annotated bibliography for your final Research project.

Use either an Alphanumeric Outline, a Decimal Outline, or a sentence hierarchical outline. This should reflect the scope, organization, and content of your planned essay.

The list of resources you expect to use includes website, books and films. This should be in the form of an Annotated Bibliography and include at least 5-7 references that are applicable to your chosen topic. At least one of your references should come from a peer reviewed academic journal or website.

Unformatted Attachment Preview

Last Name 1
ETHEL MBANWI
UNIVERSITY OF MARYLAND GLOBAL CAMPUS
ARTH 334 7387 UNDERSTANDING MOVIE
PROFFESSOR IVANA ROSENBLATT
April 4, 2023
Project Proposal
Introduction
The film Aguirre Wrath of God is an epic historical drama written, directed, and
produced by Werner Herzog. The film is mainly known for its international cooperation and was
a co-production between Mexico and West German. The film’s idea is mainly borrowed from a
book about a friend’s historical adventures, which inspired him, leading to the film’s plot. The
film cost approximately USD 370,000. Deapo argues that the movie’s success at the box office is
12 609 US dollars in a theatrical performance. The movie has production countries in Germany,
Mexico, and Peru and runs for 95 minutes. The movie was filmed in the Peruvian rainforest in a
place called Machu Picchu and in the Amazon forest. I chose this movie because the filming was
done physically, took five weeks, and was done chronologically. The crew was forced to climb
mountains and through heavy vines in the forest to various jungle locations and rivers to aid in
the shooting. The movie was later opened to different scholars’ criticism and became one of the
director’s best-known films in 1977 (Deapo, 2019). Different critics have declared the film a
masterpiece, and have appeared on the Time magazine list as one of the All Time 100 Best Films
(Deapo, 2019). The film has won numerous awards, including the NSFCA and the German Film
Award for best cinematography. The movie is regarded as a masterpiece of madness as it tells
Last Name 2
the story of the doomed expedition led by Aguirre into the Peruvian rainforest in search of a gold
city called.
El Dorado.
Objectives
This project aims to analyze the film movie on its production, the awards it was
nominated for, and the critical responses towards the film. The project explores the different
filmmaking models used, including editing, sound and music, cinematography, exceptional
camera work, and the special effects incorporated in the film. From watching this movie, I seek
to learn how the opening shots are utilized and the different camera movements and angles used
in the film.
Goals of the Project
This project seeks to evaluate the structural analysis of the movie in terms of its
production and its authenticity by the director, cast, and crew. This allows for a better
understanding of the movie and the different camera angles used in shooting the film.
Wrath of God.
The project also seeks to distinguish the elements of cinematography, editing, and special
effects in the movie.
The project evaluates critics’ views and perspectives about the movie, including scholars
such as Roger Ebert (1999).
Methodology
Observation
The project proposal will incorporate observation as a way of collecting information.
Last Name 3
This will include watching Aguirre’s Wrath of God, which will help identify the movie’s various
film adaptations. Watching the film will help one understand the techniques used by the director
to make it a great movie and win different awards.
Secondary Sources
I will also use secondary sources to attain further explanations of the movie. The film has
received much criticism over time, making it Herzog’s best-selling movie ever produced. The
peer-reviewed journals will be useful in showing what is needed and the filming techniques
observed in the scholarly journals. The journals give their point of view and focus on the
characters in the movie and how he uses art such as camera angles, landscaping, color shades,
and costumes to create a story that bridges the gap between history and the current world.
Conclusion
The film Wrath of God was introduced in 1972 by Herzog, the director who contributed
to the New German Cinema movement. This project proposal will describe the movie Aguirre
Wrath of God and its filming techniques and share different reactions. Personal reactions to the
movie will be included.
Works Cited
Deapo, M. (2019, June 14). Aguirre, the Wrath of God (1972, Werner Herzog). Essays and
Criticism for the Film Enthusiast | Kinetoscope Film Journal.
https://kinetoscope.org/blog/aguirre
Ebert, R. (1999, April 4). Aguirre, the Wrath of God movie review (1972) | Roger Ebert.
Https://Www.rogerebert.com/. https://www.rogerebert.com/reviews/great-movieaguirrethe-wrath-of-god-1972
1
ETHEL MBANWI
UNIVERSITY OF MARYLAND GLOBAL CAMPUS
ARTH 334 7386 UNDERSTANDING MOVIE
PROFFESSOR IIVANA ROSENBLATT
04/18/2023
2
Annotated Bibliography
Research problem
Information about a film (Wrath of God, 1972)
Ebert, R. (1999, April 4). Aguirre, the Wrath of God movie review (1972) | Roger Ebert.
Https://Www.rogerebert.com/.
https://www.rogerebert.com/reviews/great-movie- aguirre-the-wrath-of-God-1972
This section examines how well-known films such as Caché and Aguirre: The Wrath of
God depict anti-colonial narratives. Important sources of inspiration for this section include
Gayatri Chakravorty Spivak’s theoretical and normative analysis of colonial representations of
“the other,” and her later appeal for Westerners to confront their intellectual privilege. This
perspective significantly impacts how colonized people are typically regarded and how colonial
history is usually presented. Aguirre’s The Wrath of God destabilizes and drives the colonizer
insane because it imitates the subjugated other only partially. Second, the Caché narrative is
evaluated based on the claim that it inverts Foucault’s power over monitoring, compelling
colonization to consider Caché’s preeminence.
Galily, Y. (2022). ‘We can only trust ourselves’: Operation Wrath of God in perspective.
Israel Affairs, 28(4), 589-596.
This article examines how the Munich Massacre at the 1972 Summer Olympics prompted
the government to devise a strategy to prevent future terrorist attacks. Even though Operation
Wrath of God did not capture all of the murderers, it did result in the deaths of Ali Hassan
Salameh, the mastermind of the murders, and several other key PLO terrorists. As a result,
Palestinian terrorism in Europe virtually ceased, and the group began attacking Israelis. Israel
3
must devise a new strategy to combat Palestinian and Islamic terrorism that considers the
opportunities and challenges of the current international order.
Lerner, P. (2023). Beyond Silence: On the Absence of God in the Films of Ingmar Bergman.
In Psychoanalytic Perspectives on the Films of Ingmar Bergman (pp. 169-194).
Routledge.
The previous article, “Beyond Silence: On the Absence of God in Ingmar Bergman’s
Films,” was authored by Pablo Lerner, a Swedish psychologist in Paris. This article examines the
absence of God in three Ingmar Bergman films—The Seventh Seal (1957), Through a Mirror
Darkly (1961), and Winter Light (1963)—and proposes a psychoanalytic explanation. People
assert that Bergman portrays this absence as both a lack of love, which represents the failure to
reincarnate Christ as love in man based on St. John’s equation of love and God, and as God’s
silence, which means God-the-Father’s abandonment and the Word’s inability to express itself
through language. People believe the shortage of reverence in his films indicates a “hidden”
absence of the divine. Polytheism is not a component of this “hidden” technique.
Ncube, G. (2022). This is Improper and Irreligious: Navigation of Queer Sexuality,
Religion, and Practice in Marwan Hamed’s Film Imarat Yacoubian and Abdellah
Taya’s Novel Une Melancholier Arabia—African Journal of Gender and Religion,
28(2).
The author of this article examines how North Africans of Arab and Muslim descent
determine their sexual identities. This article examines the book “Une Mélancolie Arabe” by
Moroccan author Abdellah Taya and the film “Imarat Yácubyan” by Egyptian director Marwan
Hamed to learn more about how Muslims in North Africa deal with their sexuality, religion, and
practice in places where homosexuality is kept quiet and ignored. The film and the book
4
demonstrate that Islam may be a sensual and effeminate faith. People use the term “queer” to
describe Islam, which implies that non-normative sexual orientations are acceptable within the
religion and can coexist. Imarat Yácubyan and Une Mélancolie Arabe present novel perspectives
on what it means to be gay, Arab, and Muslim in North African countries, despite their different
depictions of homosexuality and Islamic practice.
Newall, M. (2022). The Roman Arena Overturned: Revelation 14: 9–11 as God’s Wrath in
History. The Expository Times, 133(11), 457-467.
Revelation 14:9–11 has long been recognized as one of the finest justifications for
conscious suffering. These portions make sense as a metaphor for the Winepress and, more
importantly, the Seven Bowl Judgments when the remainder of chapter 14 and the narrative arc
of chapters 15 and 16 are considered. These items may have been mentioned in the preceding
chapters (2:22, 3:10, 6:16–17, 7:2-4, 9:3–10). I believe examining these works in the context of
their time is more essential than analyzing them in depth. The first summary of the book reveals
that it is a mosaic and picture narrative of end-of-the-world symbols and images that lead to
God’s ultimate victory over evil. Near the end, a vision reveals that Christ, the genuine Witness,
will return as Judge and Lord. On the larger stage of world history, where Christians were
shamed, tortured, and murdered, he and his angels replaced the emperor and his advisors.
5
References
Ebert, R. (1999, April 4). Aguirre, the Wrath of God movie review (1972) | Roger Ebert.
Https://Www.rogerebert.com/. https://www.rogerebert.com/reviews/great-movie-Aguirrethe-wrath-of-God-1972
Galily, Y. (2022). ‘We can only trust ourselves’: Operation Wrath of God in perspective. Israel
Affairs, 28(4), 589-596.
Lerner, P. (2023). Beyond Silence: On the Absence of God in the Films of Ingmar Bergman. In
Psychoanalytic Perspectives on the Films of Ingmar Bergman (pp. 169-194). Routledge
Ncube, G. (2022). This is Improper and Irreligious: Navigation of Queer Sexuality, Religion, and
Practice in Marwan Hamed’s Film Imarat Yacoubian and Abdellah Taya’s Novel Une
Melancholier Arabia—African Journal of Gender and Religion, 28(2).
Newall, M. (2022). The Roman Arena Overturned: Revelation 14: 9–11 as God’s Wrath in
History. The Expository Times, 133(11), 457-467.

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