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2290 fieldwork writing forms of communication
Erin Fraser
Overview
This video explores various forms of scientific communication, emphasizing their critical role in advancing knowledge. It details traditional methods like research articles (primary and secondary), books, and conference presentations (oral and poster). The video also touches upon informal channels such as blogs, social media, and popular news stories. A key takeaway is that the choice of communication method and content should always be tailored to the specific audience to ensure effective dissemination of scientific findings.
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Chapters
- Science aims to expand understanding, requiring effective sharing of new knowledge.
- Scientists must consider who their audience is (other scientists, public, policymakers) and tailor communication accordingly.
- Effective communication is essential for scientific progress and impact.
- Different audiences require different communication styles and content.
Understanding why and how to communicate scientific findings is crucial for a scientist's work to have a real-world impact beyond the lab or research paper.
The speaker uses their own research on bat migration, communicating findings to kindergarteners, natural history societies, and fellow scientists, highlighting the need for audience-specific approaches.
- Scientific fields and audiences have varying communication expectations and norms.
- General principles apply, but specialization may lead to more specific requirements.
- Resources like course syllabi, journal guidelines, and conference information can clarify expectations.
- When in doubt, seek information on the specific communication requirements for your context.
Being aware of field-specific norms and knowing where to find guidance prevents missteps and ensures your scientific communication meets professional standards.
If unsure about a course assignment's communication format, checking the syllabus is a practical first step.
- Research articles, often peer-reviewed, are a primary way scientific findings are shared and preserved.
- Primary articles report original data and findings from experiments, observations, or models, typically including methods and results sections.
- Secondary articles synthesize, analyze, or comment on existing primary research, often lacking detailed methods and results sections.
- Examples of primary articles include experimental, observational, and modeling studies; examples of secondary articles include reviews and meta-analyses.
Distinguishing between primary and secondary research articles is fundamental for understanding the origin and nature of scientific evidence presented.
A primary article might detail a new experiment on plant growth under different temperatures, while a secondary review article would summarize multiple such experiments to draw broader conclusions about temperature effects on plants.
- Experiments involve manipulating at least one variable (treatment) to observe its effect, often aiming to isolate the variable's impact.
- Observational studies involve systematic data collection without manipulating variables, crucial when experimental manipulation is impossible (e.g., wildlife studies).
- Modeling studies use mathematical equations to represent relationships between variables, allowing for predictions about future conditions.
- Full factorial experimental designs test all combinations of multiple manipulated variables to understand their individual and combined effects.
These distinct research approaches—experiments, observations, and modeling—form the bedrock of scientific inquiry and generate the data reported in primary articles.
A full factorial experiment might test how both temperature and nitrogen levels affect plant growth, requiring separate treatments for high/low temperature and high/low nitrogen, plus combinations, to isolate each factor's influence.
- Scientific reviews summarize existing knowledge on a topic, synthesize findings, and identify areas for future research (knowledge gaps).
- Meta-analyses statistically combine results from multiple studies addressing the same question to identify overall patterns and draw more robust conclusions.
- Reviews are excellent starting points for learning about a new field due to their comprehensive overview.
- Meta-analyses often include methods and results sections, similar to primary articles, but focus on analyzing existing data from multiple sources.
Reviews and meta-analyses provide valuable synthesized perspectives on a field, helping learners grasp the current state of knowledge and identify research frontiers.
A review article might compile all known studies on bat echolocation, summarizing findings and suggesting future research directions, while a meta-analysis could statistically pool data from studies testing a specific drug's efficacy across different populations.
- Books can serve as either popular science resources for a general audience or academic resources for researchers.
- Popular science books (e.g., 'Your Inner Fish') are engaging but not typically cited in academic work.
- Academic books, often edited collections with chapters by experts, can be valuable references for in-depth information.
- Some scientists write comprehensive books on their entire field, while others contribute chapters to edited volumes.
Understanding the distinction between popular and academic books is crucial for using them appropriately in academic study and research.
While 'The Gene' is an excellent book for general readers interested in genetics, it's not suitable as a primary source for a scientific research paper.
- Conferences bring together scientists in a specific field for intensive learning and networking.
- Formal communication occurs through oral presentations (lectures) and poster presentations.
- Informal networking and discussions among attendees are equally important for collaboration and idea exchange.
- Oral presentations are typically short (10-15 minutes) with a brief Q&A period, often requiring strict time adherence.
Conferences offer a dynamic environment for staying current with research, presenting one's own work, and building professional connections.
At a bat research conference, scientists might attend back-to-back 15-minute talks on different bat species, followed by informal discussions over coffee about potential research collaborations.
- Informal channels like blogs and social media (e.g., Twitter) allow scientists to share research updates and commentary quickly.
- These platforms are generally not peer-reviewed.
- Popular news outlets (websites, newspapers, TV) translate scientific findings for the general public, often with commentary from other experts.
- Science journalism plays a vital role in public understanding of science, though articles may not be written by scientists themselves.
Informal and popular science communication broadens the reach of scientific discoveries, fostering public engagement and understanding.
A scientist might post a link to their new publication on Twitter, briefly summarizing the findings, or a news website might feature an article about a recent climate change study, including quotes from the researchers and an independent expert.
Key takeaways
- Effective scientific communication is as vital as conducting research itself for advancing knowledge.
- The primary factor in choosing a communication method is the target audience.
- Research articles are categorized as primary (original data) or secondary (synthesis of existing data).
- Experiments, observations, and modeling are core methods generating primary research.
- Reviews and meta-analyses are key secondary sources for understanding a field's landscape.
- Conferences provide both formal presentation opportunities and crucial informal networking.
- Informal channels like blogs and news media are important for public outreach but lack peer review.
Key terms
Scientific CommunicationPrimary Research ArticleSecondary Research ArticleExperimentObservational StudyModelingScientific ReviewMeta-analysisConference PresentationPeer Review
Test your understanding
- Why is tailoring scientific communication to the audience essential for its impact?
- What is the fundamental difference between a primary and a secondary research article?
- How do experiments, observational studies, and modeling approaches differ in generating scientific knowledge?
- What role do scientific reviews and meta-analyses play in the scientific literature?
- How can attending a scientific conference contribute to a researcher's professional development beyond formal presentations?