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Literature Review Webinar with Amina Yonis and Litmaps thumbnail

Literature Review Webinar with Amina Yonis and Litmaps

Litmaps·
5 min read

Based on Litmaps's video on YouTube. If you like this content, support the original creators by watching, liking and subscribing to their content.

TL;DR

Treat a literature review as a five-stage workflow: plan scope and keywords first, then find papers, read and organize, synthesize gaps, and finally write.

Briefing

Amina Yonis frames a literature review as a five-stage workflow—planning, finding papers, reading/organizing, synthesizing, and writing—and argues that Litmaps can compress the most time-consuming parts by turning keyword searches into a structured “map” of related literature. The practical payoff is speed plus coverage: instead of manually bouncing through reference lists, researchers can start from a “seed” paper and quickly surface relevant work, then tag and organize it into the sections of their eventual review.

The session begins with the core stages and why skipping steps causes rework. In the planning stage, researchers should define the scope: topic, research question, boundaries, and keywords. Yonis emphasizes that search quality depends on keyword specificity, and she recommends using Litmaps to extract recurring terms from initial results (e.g., “ethics,” “genetic engineering,” and narrower concepts like “transgenics” or “animals”) and then narrowing by filters such as year. She also highlights a common warning sign: if only a few papers appear for a narrowly defined query, that can indicate a potential gap worth investigating.

In the finding stage, Litmaps is positioned as an academic “search plus network builder.” Users enter keywords, select a relevant article, and generate a Litmap that visualizes relationships among papers. The map uses axes to help prioritize what to read first—most notably publication recency and citation/reference counts. Yonis also points to additional view modes (like “momentum,” where older papers still matter because they continue to be cited) and “connectivity” options to surface influential or review-like works.

The reading and organizing stage focuses on turning a pile of papers into a review-ready structure. Yonis describes tagging papers into collections that mirror the literature review’s logic—general background, introduction, critical discussion, and later sections. She also demonstrates annotating and labeling papers directly on the map (including color/shape conventions) and using “collections” to keep reading aligned with writing. A key workflow feature is syncing with Zotero, reducing the friction between discovering papers and building a citation library.

For synthesis, Yonis stresses that abstracts and citation counts aren’t enough; researchers should identify trends over time, map connections between studies, and look for “orphan papers” that suggest missing context or underexplored gaps. She then moves to writing: outline sections first, insert content as you read, and keep citations tight. To speed drafting and improve structure, she recommends complementary AI tools for paper Q&A and writing feedback—specifically Unriddle and HATAs for synthesis questions, and Paperpal for review of flow, structure, and gap clarity.

The session closes by addressing common pitfalls: missing key papers, getting overwhelmed without organization, and relying on outdated sources. Litmaps is presented as a remedy through map-based coverage, tagging-based organization, and alerts/filters to keep the literature current. Yonis also answers live questions about using the workflow under deadlines (e.g., a one-month plan: week one for finding/organizing, weeks two–three for drafting, final week for editing and gap-filling).

Cornell Notes

The webinar lays out a five-stage literature review process—planning, finding papers, reading/organizing, synthesizing, and writing—and shows how Litmaps can speed up the early stages. The key move is starting with a “seed” paper and generating a network map of related work, then using map axes (like recency and reference/citation counts) to prioritize what to read first. As papers are selected, they’re tagged and labeled into collections that mirror the eventual structure of the literature review, reducing the usual jump from “finding” to “writing.” Yonis also emphasizes synthesis tasks beyond abstracts: spotting trends over time, connections between studies, and “orphan papers” that signal gaps. The workflow matters because it improves both coverage and organization, helping researchers avoid missing key literature or relying on outdated sources.

What are the five stages of a literature review, and what goes wrong when a stage is skipped?

The workflow is: (1) planning (define scope, research question, boundaries, and keywords), (2) finding papers (locate relevant literature), (3) reading and organizing (select relevant papers and structure them into sections), (4) synthesizing (identify trends, connections, and research gaps), and (5) writing (assemble the review with citations). Skipping early planning forces researchers to backtrack and fill gaps later—often after they’ve already collected papers that don’t fit the final scope.

How does Litmaps change the “finding papers” step compared with manual reference-list chasing?

Instead of finding one paper, then repeatedly navigating reference lists, Litmaps lets users choose a seed paper and generate a network of related works. The map visualizes relationships and helps users discover additional relevant papers faster. Users can then click papers to view journal, abstract, and citation details, and save them directly into notes/collections.

What do the Litmaps axes help with when deciding what to read first?

The webinar highlights two main axes: recency on one axis and citation/reference intensity on the other. Papers on the “more recent” side are prioritized when currency matters; papers with higher reference/citation counts often indicate influence or review-like relevance. Yonis also mentions alternative views such as “momentum,” where older papers remain important because they’re still being cited, and other settings like “connectivity” to explore relevance patterns.

How does tagging and labeling on Litmaps support writing later?

Tagging turns a set of papers into a structured library aligned with the literature review’s sections—e.g., introduction papers, critical discussion papers, or other subsections. Labeling (including color/shape conventions) makes the map usable as a visual reference, including for methods sections. When drafting, researchers can jump to tags/collections to pull the right sources for each paragraph rather than manually reorganizing after reading.

What does “synthesis” require beyond reading abstracts and checking citation counts?

Synthesis involves identifying trends over time (often by changing the map view to date), mapping connections (how papers cite each other and relate to research groups), and looking for “orphan papers” that have limited surrounding literature. Orphan papers can indicate underexplored areas or missing context—useful for articulating research gaps in the final review.

Which complementary tools are recommended for synthesis and writing feedback, and how do they fit after Litmaps?

After using Litmaps to build and organize a paper library, Yonis recommends uploading papers to Unriddle or HATAs to ask questions and synthesize content. For writing feedback, Paperpal is suggested to review flow, structure, and the clarity of the research gap. She also mentions Paper Doctor for tailored consultation/feedback on what’s been written.

Review Questions

  1. If a literature review feels like it keeps expanding uncontrollably, which stage likely needs tightening first, and what specific planning elements should be revisited?
  2. How would you use Litmaps’ map axes (recency vs citation/reference intensity vs momentum) to justify which papers to read first for a fast-moving field?
  3. What evidence would you look for on Litmaps to support a claim that a research gap exists (e.g., using orphan papers or low coverage results)?

Key Points

  1. 1

    Treat a literature review as a five-stage workflow: plan scope and keywords first, then find papers, read and organize, synthesize gaps, and finally write.

  2. 2

    Use keyword refinement as an iterative step: extract recurring terms from early results and narrow with filters like year to improve relevance.

  3. 3

    Generate a Litmaps network from a seed paper to reduce manual reference-list hopping and speed up discovery of related work.

  4. 4

    Prioritize reading using map axes such as recency and reference/citation counts, and consider “momentum” to catch older but still-relevant papers.

  5. 5

    Tag and label papers into collections that mirror your eventual section structure so writing becomes a retrieval task rather than a reorganization task.

  6. 6

    Sync Litmaps libraries with Zotero to remove friction between discovery and citation management.

  7. 7

    Keep sources current with alerts/filters and watch for common failure modes: missing key papers, getting overwhelmed, and citing outdated literature without justification.

Highlights

Litmaps turns a seed paper into a visual network of related literature, replacing hours of manual reference-list navigation.
Tagging papers into section-aligned collections is presented as the bridge from “finding” to “writing.”
The webinar’s synthesis checklist goes beyond abstracts: identify trends over time, map connections, and look for orphan papers to justify gaps.
For writing support, Paperpal is recommended for feedback on structure and gap clarity after the paper library is built.
A one-month deadline plan is laid out: week one for finding/organizing (plus synthesis tools), weeks two–three for drafting, and the final week for editing and gap-filling.

Topics

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