User:GeneExplorer1/Evaluate an Article
![]() | Evaluate an article
Complete your article evaluation below. Here are the key aspects to consider: Lead sectionA good lead section defines the topic and provides a concise overview. A reader who just wants to identify the topic can read the first sentence. A reader who wants a very brief overview of the most important things about it can read the first paragraph. A reader who wants a quick overview can read the whole lead section.
ContentA good Wikipedia article should cover all the important aspects of a topic, without putting too much weight on one part while neglecting another.
Tone and BalanceWikipedia articles should be written from a neutral point of view; if there are substantial differences of interpretation or controversies among published, reliable sources, those views should be described as fairly as possible.
Sources and ReferencesA Wikipedia article should be based on the best sources available for the topic at hand. When possible, this means academic and peer-reviewed publications or scholarly books.
Organization and writing qualityThe writing should be clear and professional, the content should be organized sensibly into sections.
Images and Media
Talk page discussionThe article's talk page — and any discussions among other Wikipedia editors that have been taking place there — can be a useful window into the state of an article, and might help you focus on important aspects that you didn't think of.
Overall impressions
Examples of good feedbackA good article evaluation can take a number of forms. The most essential things are to clearly identify the biggest shortcomings, and provide specific guidance on how the article can be improved. |
Which article are you evaluating?
[edit](Provide a link to the article here.) Genome informatics
Why you have chosen this article to evaluate?
[edit](Briefly explain why you chose it, why it matters, and what your preliminary impression of it was.)
I chose this article related to genome informatics because it represents a field that is related to what our course is about.
This article matters because it can help learn more about how informatics can be used to process information in genomes.
My preliminary impression of the article was that it is an exciting and rapidly changing field that would be very good to have some extra knowledge about.
Evaluate the article
[edit](Compose a detailed evaluation of the article here, considering each of the key aspects listed above. Consider the guiding questions, and check out the examples of what a useful Wikipedia article evaluation looks like.)
Lead Section:
- Strengths: Defines the topic clearly, provides a general overview of the field.
- Improvements:
- Make the introduction more concise.
- Avoid repetition of "Genome informatics."
Content:
- Strengths: Covers key topics like DNA sequence analysis, protein prediction, microbial genomics.
- Improvements:
- Clarify distinction between overlapping topics (e.g., sequence analysis and protein prediction).
- Expand on genomic design and emerging technologies like CRISPR.
Tone and Balance:
- Strengths: Neutral tone, no biases.
- Improvements:
- Add discussion on challenges and ethical considerations (e.g., data privacy, genetic data interpretation).
Sources and References:
- Strengths: Cites relevant sources, but mostly general.
- Improvements:
- Use more recent, peer-reviewed academic sources.
- Ensure diverse and authoritative references from genomics and computational biology.
Organization and Writing Quality:
- Strengths: Clear and mostly well-organized.
- Improvements:
- Avoid repetition (e.g., DNA sequence analysis mentioned multiple times).
- Group related topics more cohesively.
Images and Media:
- Improvements:
- Add diagrams or images (e.g., DNA sequencing, gene expression networks) to clarify complex concepts.
Talk Page Discussion:
- Observation: No major controversies or active discussions.
- Improvements:
- Consider exploring ethical issues and emerging trends more deeply.
Overall Impressions:
- Strengths: Good general overview, covers a wide range of topics.
- Improvements:
- Expand on emerging trends (e.g., genomic medicine, gene editing).
- Include more peer-reviewed sources and visual aids.
- Streamline content and reduce redundancy.