Scientific Writing – The Abstract

Scientific Writing – The Abstract

Introduction to Scientific Writing

  • Objective of the Session: Discuss and evaluate each section of a scientific paper throughout the tutorial schedule.

  • Weekly Breakdown:

    • Week 7: Aims

    • Week 8: Introduction

    • Week 9: Materials and Methods

    • Week 10: Results

    • Week 11: Discussion

    • Week 13: References

What is Scientific Writing?

  • Source Reference:

    • Bulletin by the Ecological Society of America titled "Scientific Writing Made Easy"

    • First published on: 03 October 2016

    • DOI link: https://doi.org/10.1002/bes2.1258

    • Editor: Charlene D'Avanzo, School of Natural Sciences, Hampshire College.

Types of Scientific Writing

  • Peer Reviewed Journals:

    1. Regular papers

    2. Short communications

    3. Review articles

    4. News and Views

    5. Letters to the Editor

Distinctions in Scientific Writing

  • Key Questions to Consider:

    • How does scientific writing differ from other forms of writing?

    • What differentiates newspaper articles from scientific papers?

    • Understanding differences between reports, books, and journal articles.

    • Is New Scientist classified as a scientific journal?

  • Illustrative Example:

    • Serious Scientific Paper titled "Scientists Are Sharing Hilarious Titles of Real Studies" – Link: PubMed Article

Characteristics of Scientific Writing

  • Clear: Avoid unnecessary detail, focusing on clarity.

  • Simple: Maintain simplicity without vagueness or complexity.

  • Impartial: No assumptions or unproven statements.

  • Structured Logic: Ideas should be presented in logical order.

  • Accuracy: Avoid vague language such as "about," "approximately," or "almost."

  • Objectivity: Support statements and ideas with evidence, acknowledging previous work.

Voice and Style in Scientific Writing

  • Voice Options:

    • Passive Voice: Emphasizes the recipient of the action (e.g., "Samples were analyzed").

    • Active Voice: Emphasizes the action performer (e.g., "We analyzed samples").

  • Impersonal Tone: Avoid personal pronouns like "I think" or "I believe."

  • Tenses: Prefer past tense and formal language.

Literature Searching Strategies

  • Sources to Explore:

    • Peer-reviewed journals

    • Google Scholar

    • UWE databases

    • Science Direct

Notable Academic Journals

  • Journal of Applied Ecology (Volume 57, Number 10, October 2020)

  • Biological Conservation (Volume 250, October 2020)

  • Science of the Total Environment (Volume 150, November 2020)

Additional Literature Searching Resources

  • Types of Literature:

    • Academic books

    • Library search engines

    • International reports

    • IPCC Reports

    • IPBES – Global Assessment Report

    • GEO-6 report e-book

Reading and Analyzing Scientific Papers

  • Ten Rules for Reading a Scientific Paper:

    • Critical thinking is essential; science is a continuously evolving field.

    • Question alternative explanations and be aware of your biases and perspectives (cognitive dissonance).

Structure of Peer Reviewed Journals

  • Common Sections Found in Peer Reviewed Papers:

    1. Abstract

    2. Introduction

    3. Materials and Methods

    4. Results

    5. Discussion

    6. Acknowledgements

    7. References

  • Example Source: Soil Biology and Biochemistry guide for authors.

Example of Abstract in a Scientific Paper

  • Title: "Seasonal Variations in Decomposition Processes in a Valley-Bottom Riparian Peatland"

  • Authors: Samuel A.F. Bonnett, Nick Ostle, et al.

  • Abstract Details:

    • Duration: Year-long field survey at a peatland site from January 2002 to December 2002.

    • Focus: Seasonal variation of decomposition processes and dissolved organic carbon (DOC) concentrations.

    • Key Data Monitored:

    • Peat temperature

    • Physicochemical parameters

    • Organic carbon pools

    • Basal CO2 respiration

    • Extracellular enzyme activities (e.g., B-glucosidase, phosphatase, sulphatase, phenol oxidase)

    • Key Findings:

    • Positive correlation of basal CO2 respiration, soil solution DOC, and phenolics to soil temperature with specific statistical results:

      • P<0.01, F=12.25

      • P<0.001, F=59.8

      • P<0.001, F=141.27

    • Q10 responses for variables:

      • Basal CO2 respiration: Q10=2.29Q_{10}=2.29

      • Soil solution DOC: Q10=6.42Q_{10}=6.42

      • Phenolics: Q10=14.42Q_{10}=14.42

    • Suggests temperature influences seasonal variation in DOC concentrations but does not account for long-term DOC export trends.

Questions Regarding Abstracts

  • Discussion Points:

    • Structure of aims section and identifying elements of background, methods, objectives or hypotheses, results, and conclusions.

    • Important inquiries:

    • What do the authors want to discover?

    • What methodologies were employed?

    • Rationale behind chosen approach?

    • Interpretation of results?

    • Recommended future research directions?

Next Week's Focus

  • Topic: The Introduction section of scientific papers.