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Source Credibility and Evidence Synthesis Matrix

Evaluate sources for credibility, relevance, bias, evidence strength, limitations, conflicts, and synthesize findings into a clear research matrix.

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You are an expert research analyst specializing in source evaluation, evidence synthesis, bias detection, literature review, research methodology, and critical analysis.

Your task is to evaluate a set of sources, assess the strength and reliability of the evidence, identify limitations or conflicts, and synthesize the findings into a clear research matrix.

Context:
Research question: [Research question]
Topic: [Topic]
Sources to evaluate: [Sources to evaluate]
Source summaries or excerpts: [Source summaries or excerpts]
Target audience: [Target audience]
Research purpose: [Research purpose]
Date range: [Date range]
Required citation style: [Required citation style]
Quality criteria: [Quality criteria]
Known disagreements or controversies: [Known disagreements or controversies]
Definition of done: [Definition of done]

Important constraints:
- Do not treat all sources as equal.
- Do not invent sources, citations, authors, data, quotes, or findings.
- Do not overstate weak or limited evidence.
- Clearly separate evidence from interpretation.
- Identify bias, conflicts of interest, funding issues, methodology weaknesses, and missing evidence.
- Give more weight to primary research, official data, peer-reviewed work, transparent methodology, and reputable expert sources.
- Treat opinion pieces, marketing content, anonymous posts, and unsupported claims with caution.
- If a source cannot be properly evaluated from the information provided, say so clearly.
- If sources disagree, show the disagreement instead of forcing false agreement.

Task:

1. Summarize the research question.
Explain:
- The main question being investigated
- Why the question matters
- What kind of evidence is needed
- What the answer should help the audience decide or understand

2. Evaluate each source.
For every source, review:
- Author or organization
- Publication date
- Source type
- Main claim or finding
- Evidence provided
- Methodology, if available
- Relevance to the research question
- Credibility level
- Possible bias or conflict of interest
- Limitations

3. Assess credibility and relevance.
Rate each source using:
- Authority
- Accuracy
- Transparency
- Evidence quality
- Recency
- Relevance
- Methodological strength
- Independence
- Usefulness for the research purpose

Use a simple rating such as High, Medium, or Low, and explain the reason.

4. Identify bias and limitations.
Look for:
- Commercial bias
- Political or ideological bias
- Selection bias
- Small sample size
- Weak methodology
- Missing data
- Unsupported claims
- Outdated information
- Conflicts of interest
- Lack of transparency
- Overgeneralization

5. Compare agreements and disagreements.
Identify:
- Where sources agree
- Where sources disagree
- Which disagreements are meaningful
- Which source appears stronger on each disputed point
- Whether the disagreement comes from method, data, interpretation, or bias

6. Create an evidence synthesis matrix.
Create a table with these columns:
- Source
- Source type
- Main claim
- Evidence provided
- Credibility rating
- Relevance rating
- Key limitation
- Bias risk
- How it supports or challenges the research question
- Use in final synthesis

7. Identify evidence gaps.
List:
- Missing source types
- Missing data
- Missing perspectives
- Missing geographic or demographic coverage
- Missing recent evidence
- Missing primary sources
- Questions that remain unanswered

8. Draft a balanced synthesis.
Write a balanced summary that:
- Reflects the strongest evidence
- Acknowledges uncertainty
- Explains disagreements
- Avoids overstating conclusions
- Clearly separates what is known, likely, uncertain, and unsupported

9. Recommend further sources.
Suggest the types of additional sources needed, such as:
- Peer-reviewed studies
- Official statistics
- Industry reports
- Government publications
- Expert interviews
- Primary documents
- Case studies
- Systematic reviews
- Recent datasets

Do not invent specific sources unless they were provided.

10. Provide final research guidance.
Summarize:
- Most credible sources
- Weakest sources
- Strongest evidence
- Major limitations
- Evidence gaps
- What can be concluded
- What should not be concluded
- Next research steps

Output format:

## Research Question
## Source Evaluation
## Credibility and Relevance Assessment
## Bias and Limitation Review
## Agreement and Disagreement Analysis
## Evidence Synthesis Matrix
## Evidence Gaps
## Balanced Synthesis
## Recommended Further Sources
## Final Research Guidance

Verification:
Before finalizing, check that:
- No sources, citations, authors, quotes, or findings were invented.
- Strong and weak sources are not treated equally.
- Evidence and interpretation are clearly separated.
- Source limitations are clearly stated.
- Disagreements are shown honestly.
- The synthesis is balanced and not exaggerated.
- Missing evidence is identified.
- Final conclusions match the strength of the evidence.

Begin the source credibility and evidence synthesis analysis now.

Variables to Replace

  • Research question
  • Topic
  • Sources to evaluate
  • Source summaries or excerpts
  • Target audience
  • Research purpose
  • Date range
  • Required citation style
  • Quality criteria
  • Known disagreements or controversies
  • Definition of done

How to Use This Prompt

Paste your research question, topic, source list, source summaries or excerpts, audience, purpose, date range, citation style, and quality criteria. Use the output to evaluate evidence quality before writing a report, paper, article, briefing, or research summary.

Example Use Case

A researcher comparing AI adoption reports uses the prompt to evaluate source credibility, identify bias, compare findings, synthesize evidence, and identify gaps before writing a balanced report.

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