Chapter 2 Design Qual Flashcards

1
Q

Lincoln and Guba’s Evaluative Criteria

A

Credibility - confidence in the ‘truth’ of the findings
Transferability - showing that the findings have applicability in other contexts
Dependability - showing that the findings are consistent and could be repeated
Confirmability - a degree of neutrality or the extent to which the findings of a study are shaped by the respondents and not researcher bias, motivation, or interest.
Lincoln and Guba describe a series of techniques that can be used to conduct qualitative research that achieves the criteria they outline.

Techniques for establishing credibility

Prolonged Engagement
Persistent Observation
Triangulation
Peer debriefing
Negative case analysis negative or Deviant Case Analysis
Definition

This involves searching for and discussing elements of the data that do not support or appear to contradict patterns or explanations that are emerging from data analysis.

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2
Q

Credibility

A

confidence in the ‘truth’ of the findings
Techniques for establishing credibility

Prolonged Engagement
Persistent Observation
Triangulation
Peer debriefing
Negative case analysisNegative or Deviant Case Analysis
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3
Q

Transferability

A
  • showing that the findings have applicablity in other contexts”
  • Thick description
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4
Q

Dependability

A

Dependability - showing that the findings are consistent and could be repeated”

-Inquiry audit

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5
Q

Confirmability

A
  • a degree of neutraility or the extent to which the findings of a study are shaped by the respondents and not researcher bias, motivation, or interest”

Confirmability audit
Audit trail
Triangulation
Reflexivity

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6
Q

Theory and Concepts

A

Social science and patterns
Theory (making sense)
Concepts (symbolic representation)
Concept parts (symbolic & definitional)

yPoint 1 – Social science and patterns
No laws like natural sciences
Social life has regular patterns
Patterns = tendencies
Expected actions and reactions
Point 2 – Theory
Necessary to understand patterns
Statements that describe a phenomenon
General applicability
Built on concepts
Point 3 – Concepts
Symbolic/abstract representational elements
Communicate ideas, explain broad generalization
Foundation of communication and thought
Found everywhere, used constantly
Point 4 – Concept parts
Symbolic element = word, symbol, term, and so on
Associated definitional element = meaning of “honesty”
Can be learned implicitly or explicitly
Point 5 – Concept occurrence
Rarely occur in isolation
Concept clusters/propositions
Propositions = statements that make up theories
Testable propositions = hypotheses
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7
Q

Ideas and Theory

A
Ideas
Difficulties
Theory-before-research model
Research-before-theory model
Spiral approach
Point 1 – Ideas
Typical starting point for research
Difficulty = finding good idea for research
Many ideas derived from observation
Some derive from learned information
Point 2 – Difficulties
Some ideas difficult to research
Uncooperative gatekeepers
Point 3 – Theory-before-research model
Formal statement of ideas and theory
Basis for empirical research
Conjectures and refutation
Point 4 – Research-before-theory model
Theory is based on data
Research occurs before theory developed
Research occurs in development/testing of theory
Point 5 – Spiral approach
Nonlinear research model
Never leave any stage behind
Continue to revisit previous stages
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8
Q

Theory- Research

Research- Theory

A

Theory- Research
Ideas & theory come before empirical research; lead to refutation through research
Research- Theory
Research leads to theory development
Research initiates, reformulates, deflects and clarifies theory

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9
Q

The Spiraling Research Approach

A

Nonlinear research model
Proceed forward, spiral back
Previous stages revisited throughout research
Ideas → theory → design
Data collection → analysis → dissemination

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10
Q

A Blended Model

The Spiraling Research Approach

A

Begin with a rough idea
Gather theoretical information
Reconsider and redefine
Idea, Theory, Design, Data, Analysis, Dissemination, Collection

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11
Q

Reviewing the Literature

A

2.3.1: Evaluating Web Sites

Point 1 – Internet searches
First and often only method
Google Scholar and Books
Document delivery versus repository
Point 2 – Considerations for web use
Whose Web site is it?
Nature of domain
Current or dated material
Can the information be corroborated?
2.3.2: Content versus Use
Point 1 – Suggestions for organizing work
Break work into different parts
Notes on content
Notes on usage in own work
Point 2 – Writing notes
Record citation info
Identify major claims, subject matter
Record quotes, definitions, findings
Compile in file
Point 3 – Using keywords
Keywords describe content of file
Allow for quick sorting, categorization
Allow assessment of multiple authors
Point 4 – Writing literature review
Dispel myths
Explain competing conceptual frameworks
Clarify focus of own work
Justify assumptions
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12
Q

Literature review formats

A

Dispel myths
Explain competing conceptual frameworks
Clarify the focus on your own work
Justify assumptions

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13
Q

Conceptualize & Operationalize

A

Conceptualize
Providing a working definition of a concept
Operationalize
providing the criteria for measuring a concept

Definition helps to frame the result and know the subject of study.

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14
Q

Designing Projects

A

2.6.1: Concept Mapping

Point 1 – Concept/mind mapping
Research tool
Assists in research design
Clarifies confusions
Enables better understanding of relationships

Point 2 – Origin
Joseph Novak and colleagues
Cornell University, 1970s

Point 3 – Features
Looks like flowchart
Nodes, lines, and labels
Propositions (elements of meaning)

2.6.2: Creating a Concept Map

Point 1 – Creation steps 1
List concepts on one page
Rearrange from abstract to specific
Organize ideas to related ideas
Draw lines from broad to specific

Point 2 – Creations steps 2
Make sense of clusters, connections
Separately describe examples, illustrations
Reorganize for visually apparent relationships
Refine

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15
Q
  1. 6.3: Using a Concept Map
  2. 6.4: Setting and Population Appropriateness
  3. 6.5: Setting and Population Appropriateness
A

2.6.3: Using a Concept Map

Point 1 – Concept map benefits
Series of relationships
Series of processes
Concrete statements
Testable propositions
Theorizing and predicting
Point 2 – Technical use in research design
Data needing to be measured
Variables and relationships
2.6.4: Setting and Population Appropriateness

Point 1 – Features of study site/setting
Reasonable in size, complexity
Entry or access possible
Appropriate people available
Study’s focuses, people, programs available
Research able to be conducted effectively
Point 2 – Decision to use research site
Access to appropriate population
Not merely accessible population
2.6.5: Setting and Population Appropriateness

Point 1 – Overview
Sampling to make inferences
Sample = representation of larger population
Probability sampling
Simple random sample
Nonprobability samples
Point 2 – Convenience samples
Relies on available subjects
Used frequently
Associated risks
Quick and inexpensive
Point 3 – Purposive samples
Researchers use expertise to select
Lacks wide generalizability
Can be profitably used
Point 4 – Snowball samples
Similar to convenience sampling
Identify some subjects with relevant characteristics
Subjects refer others with similar characteristics 

Point 5 – Quota samples
Begins with matrix creating strata/cells
Attributes associated with each stratum
Nonprobability method used to fill cells

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16
Q

2.6.6: Using a Concept Map

A

Point 1 – Demographics
Useful if factor into result
Some studies cause natural stratification
Not always useful
Point 2 – Determining representativeness
Research question is important determiner
Not demographics

17
Q

2.7: Data Collection and Organization

A
Point 1 – Data considerations
Format (cassettes, notebooks, photos, etc.)
How to prepare data for analysis
Point 2 – Data organization
Differences between quantitative, qualitative data
Organization depends on data format
Pre-analysis work needed
Editing, correcting before analysis
18
Q

2.8: Data Storage, Retrieval, and Analysis

A

Point 1 – Data reduction
Data is reduced and transformed (coded)
Enables more accessibility, understanding
Data reduction directs attention
Creates more manageable data
Point 2 – Data display
Organized and compressed assembly of info
Tables, tally sheets, pictures, summaries, and so forth
Displays help reader’s understanding
Point 3 – Conclusions
Definitive conclusions not made
Researcher remains open-minded, skeptical
Conclusions emerge after data reduction, display
Point 4 – Verification
Expectations supported by data
Twofold consideration
1) Conclusions must be confirmed
2) All procedures used clearly articulated

19
Q

Sampling Strategies

Probability Sampling

A

Mathematically representative of the larger population

Relies on random sampling

20
Q

Nonprobability Sampling

A

Doesn’t require a list of the population elements

Can be used with difficult or sensitive populations

21
Q

Simple Random Sampling
Systematic Random Sampling
Stratified Random Sampling

A

Simple Random Sampling
Every unit has the same chance of inclusion
Systematic Random Sampling
Every nth unit is selected from the list
Stratified Random Sampling
Independent samples from subgroups of the sample

22
Q

Convenience Samples
Purposive Samples
Snowball Samples
Quota Samples

A
Convenience Samples
Relies on available subjects
Purposive Samples
Researcher knowledge or expertise
Snowball Samples
Respondent-driven
Quota Samples
Proportional matrix

Convenience – also called accidental or availability sample
Purposive – judgmental sampling – use of researcher’s knowledge to chose participants
Snowball – ask participants for referrals
Quota – come up with cells based on demo – age, gender, then fill them using non prob sampling