Common Writing Mistakes and Major Reasons for Manuscript Rejection in Q1/Q2 Journals
Introduction
The majority of manuscripts submitted to high-impact Q1 and Q2 journals are rejected not because the research topic lacks importance, but because the manuscript fails to satisfy the scientific, methodological, structural, or editorial standards expected by international scholarly publishers.
Editors and reviewers evaluate manuscripts according to rigorous criteria that extend far beyond grammar and formatting. They assess scientific originality, methodological rigor, theoretical contribution, analytical depth, ethical compliance, clarity of presentation, and relevance to the journal’s scope.
Understanding the most common weaknesses identified during peer review can substantially improve manuscript quality and increase the probability of acceptance.
- Scientific and Conceptual Weaknesses
- Lack of Novelty and Original Contribution
Why It Matters
One of the primary reasons for immediate rejection is the absence of a clear scientific contribution.
Editors frequently ask:
- What new knowledge does this study provide?
- Why is this research necessary?
- How does it advance the field?
If a manuscript merely repeats previous studies with minimal innovation, reviewers may conclude that it lacks sufficient originality.
Common Problems
- Replicating existing studies without justification
- Addressing questions that have already been answered extensively
- Providing descriptive findings without theoretical advancement
- Failing to explain the research gap
Reviewer Comments Often Include
“The manuscript does not demonstrate sufficient novelty.”
“The contribution to existing literature is unclear.”
“The study offers limited advancement beyond previous work.”
Best Practice
Clearly articulate:
- The knowledge gap
- The research problem
- The novel contribution
- The anticipated impact on the field
- Weak Research Questions and Objectives
A high-quality article is driven by a well-defined scientific problem.
Weak manuscripts often present:
- Broad objectives
- Ambiguous research questions
- Unclear hypotheses
Weak Example
To study environmental issues.
Strong Example
To evaluate the effectiveness of nature-based stormwater management systems in reducing urban flood vulnerability under future climate scenarios.
Best Practice
Research questions should be:
- Specific
- Measurable
- Scientifically relevant
- Aligned with the methodology
- Poor Theoretical Foundation
Many rejected manuscripts lack a clear conceptual or theoretical framework.
Common issues include:
- No theoretical grounding
- Inadequate explanation of key concepts
- Failure to connect findings to theory
Best Practice
Authors should demonstrate:
- Knowledge of relevant theories
- Understanding of conceptual relationships
- Integration between theory and empirical analysis
- Literature Review Problems
- Inadequate Literature Review
A weak literature review immediately signals insufficient scholarly engagement.
Common Problems
- Too few references
- Reliance on outdated sources
- Excessive dependence on local literature
- Lack of critical analysis
- No identification of research gaps
Reviewer Concerns
Reviewers expect authors to demonstrate awareness of:
- Landmark studies
- Recent developments
- Competing perspectives
- Current debates
Best Practice
Include:
- Recent publications (especially within the last 5 years)
- High-quality international sources
- Critical synthesis rather than summary
- Citation Manipulation or Poor Referencing
Common mistakes include:
- Excessive self-citation
- Citation padding
- Missing references
- Inaccurate citations
- Referencing articles that were not actually consulted
These practices raise concerns about scholarly integrity.
Best Practice
Every citation should:
- Support a specific statement
- Be accurate and verifiable
- Be directly relevant to the discussion
III. Methodological Weaknesses
- Inappropriate Research Design
One of the most frequent reasons for rejection is methodological weakness.
Examples
- Small and unjustified sample sizes
- Inappropriate statistical tests
- Weak experimental design
- Poor variable selection
Reviewer Questions
- Is the methodology suitable?
- Can the results be trusted?
- Is the study reproducible?
Best Practice
Methodology should be:
- Transparent
- Rigorous
- Justified
- Reproducible
- Insufficient Methodological Detail
Authors sometimes assume readers understand what was done.
Reviewers do not make such assumptions.
Missing Information Often Includes
- Sampling procedures
- Data sources
- Software used
- Analytical methods
- Validation procedures
Best Practice
Provide enough detail for another researcher to replicate the study independently.
- Lack of Reliability and Validity Assessment
Studies involving surveys, models, experiments, or measurements must demonstrate reliability and validity.
Examples
- Reliability coefficients
- Instrument validation
- Model calibration
- Sensitivity analysis
Failure to provide evidence of methodological robustness can lead to rejection.
- Data Analysis Problems
- Inadequate Data Analysis
Sophisticated research requires appropriate analysis.
Common issues include:
- Descriptive statistics only
- Weak analytical depth
- Misinterpretation of results
- Unsupported conclusions
Reviewer Expectations
Analysis should:
- Address research questions directly
- Demonstrate rigor
- Support conclusions with evidence
- Statistical Errors
Common mistakes include:
- Incorrect statistical tests
- Violated assumptions
- Misreported p-values
- Confusion between correlation and causation
Best Practice
Use statistical techniques that are:
- Appropriate
- Transparent
- Justified
Whenever possible, report:
- Effect sizes
- Confidence intervals
- Assumption testing
- Results and Discussion Problems
- Mixing Results and Discussion
Many authors confuse reporting findings with interpreting findings.
Results Section
Should answer:
What was found?
Discussion Section
Should answer:
What do the findings mean?
Failure to separate these functions often weakens the manuscript.
- Overstating Findings
Reviewers quickly identify exaggerated claims.
Weak Statement
This study proves that urban greening eliminates climate change impacts.
Strong Statement
The findings suggest that urban greening may contribute to mitigating certain climate-related environmental challenges.
Scientific writing values precision over exaggeration.
- Failure to Compare Findings with Existing Literature
Discussion sections should position findings within the broader scholarly conversation.
Common mistakes include:
- Ignoring previous studies
- Not explaining agreement or disagreement
- Failing to discuss implications
Best Practice
Compare findings with:
- Similar studies
- Contradictory evidence
- Existing theories
- Structural and Writing Problems
- Poor Academic Writing
Even strong research may be rejected if poorly written.
Common Problems
- Unclear sentences
- Excessive repetition
- Weak organization
- Informal language
Best Practice
Writing should be:
- Precise
- Logical
- Concise
- Professional
- Inconsistent Terminology
Authors sometimes use multiple terms for the same concept.
For example:
- Sustainability
- Sustainable development
- Environmental sustainability
Without clarification, inconsistency creates confusion.
Best Practice
Define key terms and use them consistently throughout the manuscript.
- Poor Manuscript Organization
A well-organized manuscript guides readers logically through the study.
Problems include:
- Abrupt transitions
- Missing subsections
- Disconnected arguments
Best Practice
Ensure that every section contributes to a coherent narrative.
VII. Ethical Problems
- Plagiarism and Text Recycling
Plagiarism remains one of the fastest routes to rejection.
This includes:
- Direct copying
- Improper paraphrasing
- Self-plagiarism
- Duplicate publication
Best Practice
All borrowed ideas, methods, and findings must be appropriately cited.
- Ethical Approval Deficiencies
Research involving humans, animals, or sensitive data often requires ethical approval.
Missing ethical information is a major concern for editors.
Include
- Ethics committee approval
- Consent procedures
- Data protection measures
Where applicable.
VIII. Journal Selection Problems
- Mismatch with Journal Scope
Many submissions are rejected before peer review because they do not align with the journal’s aims and scope.
Best Practice
Before submission:
- Read the journal scope carefully
- Review recently published articles
- Ensure thematic alignment
- Failure to Follow Author Guidelines
Editors often reject manuscripts that ignore basic requirements.
Examples include:
- Incorrect formatting
- Missing sections
- Excessive word count
- Improper reference style
Best Practice
Follow the journal guidelines meticulously.
Editorial Desk-Rejection Indicators
A manuscript is particularly vulnerable to desk rejection if it exhibits any of the following:
✓ No clear research gap
✓ Weak novelty
✓ Poor English or academic writing
✓ Inadequate literature review
✓ Methodological deficiencies
✓ Unsupported conclusions
✓ Scope mismatch
✓ Ethical concerns
✓ Significant plagiarism
✓ Failure to follow submission requirements
Self-Assessment Checklist Before Submission
Ask the following questions:
Scientific Contribution
✓ Does the study address an important problem?
✓ Is the contribution clearly stated?
✓ Is the novelty evident?
Literature Review
✓ Have I reviewed recent international literature?
✓ Have I identified a clear research gap?
Methodology
✓ Can another researcher replicate my study?
✓ Is my methodology justified and transparent?
Results and Discussion
✓ Do my conclusions follow from the evidence?
✓ Have I compared findings with previous studies?
Writing Quality
✓ Is the manuscript logically organized?
✓ Is the language precise and professional?
Ethics
✓ Have all ethical requirements been satisfied?
✓ Have all sources been cited appropriately?
Journal Fit
✓ Does the manuscript align with the journal’s scope and audience?
Characteristics of Manuscripts That Successfully Pass Q1/Q2 Peer Review
Articles that successfully navigate peer review in leading journals generally demonstrate:
- Clear scientific novelty
- Strong theoretical foundation
- Comprehensive literature engagement
- Methodological rigor
- Robust data analysis
- Critical discussion
- Transparent reporting
- Ethical integrity
- Professional academic writing
- Alignment with the journal’s mission and readership
In most cases, acceptance is not determined by the complexity of the study alone, but by the extent to which the manuscript communicates a meaningful scientific contribution through a rigorous, transparent, and well-structured scholarly narrative.