Literature Review Tools — Select & Run

SkillAI & models

Your AI can recommend and run open-source tools for every stage of a literature review, from finding papers to writing summaries. When you ask which tool to use for a task, it picks a suitable option and runs it for you. It covers searching, reading, extracting information, synthesizing findings, screening studies, checking citations, and paper writing.

Available today. Use it from your connected AI after setup.

Ask your AI which tool to use for a review task, such as screening studies or checking citations. It will pick a suitable open-source option and run it for you.

Then ask your AI: use the Literature Review Tools — Select & Run skill

What your AI can do with it

  • Recommend an open-source tool for any literature review task
  • Run the recommended tool for you, not just name it
  • Search for and read papers
  • Extract and synthesize findings across sources
  • Screen studies and check citations
  • Help write up the review as a paper

What this skill tells your AI

The instructions your AI receives, as published by brycewang-stanford/auto-empirical-research-skills in skills/71-brycewang-lit-review-agent-tools/literature-review-tools/SKILL.md and read by ahel’s review.

A curated, use-case-organized catalog of the strongest open-source AI tools for literature review — plus a launcher that actually installs and runs the top ones. Covers: end-to-end research agents, deep-research / auto-survey generators, autonomous "idea→paper" systems, citation-backed RAG over PDFs, PRISMA screening, MCP servers, Zotero/Obsidian integrations, PDF→structured extraction, citation graphs, and paper-writing / peer-review assistants.

Full source of truth (README, always current star counts): https://github.com/brycewang-stanford/lit-review-agent-tools

Two modes

  • Recommend — user asks "what should I use to …". Route with the tables below; cite the catalog for details.
  • Run — user asks to install / run / use a specific tool ("turn this PDF into Markdown with MinerU", "ask PaperQA2 about these papers", "set up the arXiv MCP server"). Drive scripts/litrun.py via Bash — do not hand the user raw pip commands to copy.

Run mode — how to drive scripts/litrun.py

The launcher installs each supported tool into its own venv under ~/.lit-review-tools/ (uses uv if present, else python -m venv) and reads API keys from one shared ~/.lit-review-tools/.env. Machine-readable recipes: recipes/recipes.json.

Typical flow when the user wants to use a tool:

  1. python3 scripts/litrun.py doctor — check toolchain + which API keys are already set.
  2. python3 scripts/litrun.py info <id> — confirm what the tool needs (entry, required env).
  3. If a required key is missing, ask the user for it, then litrun.py env --set KEY=VALUE (never echo the value back in full).
  4. python3 scripts/litrun.py run <id> -- <tool args> — installs on first use, then runs. For PDF tools pass the real file path; e.g. run mineru -- -p paper.pdf -o ./out -b pipeline.
  5. For MCP servers, don't "run" them — litrun.py mcp <id> prints the client config block to register in Claude Code / Cursor.

Commands: list [--category C] [--kind K] · info <id> · doctor · env [--set K=V] · install <id> · run <id> -- <args> · mcp <id> [--storage PATH] [--client claude|cursor] · ui <id>.

Runnable ids by kind:

  • python-cli (auto install+run): mineru, marker, docling (PDF→Markdown) · paper-qa (cited Q&A) · asreview (PRISMA screening UI)
  • python-script (bundled, auto install+run): arxiv-fetch (search arXiv & download PDFs, no key)
  • python-lib (install + run example): gpt-researcher, storm (deep research; need API keys) · scholarly, pyalex (API clients)
  • mcp-server (install + mcp config): arxiv-mcp-server, paper-search-mcp, zotero-mcp

For gpt-researcher and storm, litrun.py ui <id> clones the repo and launches the full web UI (GPT Researcher → FastAPI at :8000; STORM → Streamlit at :8501). These are long-running servers — launch them with a background Bash call and tell the user the URL. gpt-researcher's UI needs OPENAI_API_KEY + TAVILY_API_KEY set first (litrun writes them into the repo's .env); STORM takes its keys in the app sidebar.

Chained pipelines

For multi-tool tasks, prefer a named workflow over hand-wiring steps: litrun.py workflow list then litrun.py workflow run <id> [--input PATH] [--query "..."] [--question "..."] [--max N]. Built-ins:

  • pdf-to-markdown — a PDF/folder → clean Markdown (MinerU)
  • pdf-corpus-qa — a folder of PDFs → citation-backed answer (PaperQA2)
  • pdf-md-then-qa — convert to Markdown and answer a question over the corpus
  • topic-to-pdfs — arXiv query → download top-N PDFs (arxiv-fetch, no key)
  • topic-to-review — arXiv query → download PDFs → citation-backed answer (PaperQA2). The end-to-end "retrieve then review" pipeline; no MCP client needed. Needs OPENAI_API_KEY for the QA step.

Add --dry-run first to show the exact resolved step commands without executing — good for confirming paths with the user before a heavy run. Workflows fail fast if a required API key is missing.

Guardrails: installs and downloads happen under the user's home and hit the network — for a heavy first install (marker/docling pull in PyTorch) say so before running. Never fabricate API keys. If a run fails, show the real error rather than claiming success. Paths in this file (scripts/…, recipes/…) are relative to this skill's directory.

Recommend mode — how to route

  1. Identify which stage of the lit-review workflow the user is on (search → read → extract → synthesize → screen → cite-check → write/review).
  2. Match it to a category below and recommend the ⭐ editor's pick first, then 1–2 alternatives.
  3. For anything beyond the top pick — full star counts, every project in a category, or a category not summarized here — read reference/catalog.md. Do not guess project names or URLs; pull them from the catalog.
  4. Give a one-line "why this one" tied to the user's constraint (Claude Code vs. standalone, open vs. commercial, privacy/local, medical, etc.). If the pick is a runnable id above, offer to install/run it.

⚡ 30-second picker

Use Claude Code, want end-to-end research→paper ──────────▶ academic-research-skills ⭐
Want AI to research a topic → cited report ───────────────▶ GPT Researcher / STORM
Want fully autonomous "idea → submittable paper" ────────▶ AI-Scientist-v2 / AutoResearchClaw
Citation-backed Q&A over a pile of PDFs ──────────────────▶ PaperQA2
Rigorous PRISMA review (thousands of abstracts) ─────────▶ ASReview / prismAId
Clean Markdown from PDFs to feed an LLM ─────────────────▶ MinerU / Docling / marker
Lit capabilities inside Claude / Cursor (MCP) ───────────▶ paper-search-mcp / zotero-mcp
Chat with your library inside Zotero ────────────────────▶ zotero-gpt / PapersGPT
Pre-submission AI peer review ───────────────────────────▶ open_reviewer / ai-peer-review

Categories (top pick per category)

CategoryEditor's pick ⭐When
All-in-one research agents & skillsacademic-research-skillsClaude Code user wanting research→write→review→revise, with integrity/citation gates
Deep research & auto-surveySTORM / gpt-researcherTopic → cited survey / report / related-work
Autonomous science (idea→paper)AI-Scientist(-v2) / AutoResearchClawFully automated discovery: lit + hypotheses + experiments + writing
Literature Q&A / RAGpaper-qa (PaperQA2)Citation-backed answers over a PDF corpus
Systematic review & screeningASReviewActive-learning screening of thousands of abstracts (PRISMA)
MCP serverszotero-mcp / arxiv-mcp-serverWire papers into Claude / Cursor / Cline
Zotero / Obsidian integrationzotero-gptChat with your library inside your reference manager
PDF → structured extractionMinerU / docling / markerTurn PDFs into clean Markdown/JSON for LLMs
Citation graphs & API clientsscholarly / pyalexCitation-network analysis; scripting academic DBs
Writing & peer-review assistantsopen_reviewer / ai-peer-reviewDraft, polish, and pre-submission review
Awesome listsAwesome-Auto-Research-ToolsBrowse the whole landscape

Decision table (map need → recommendation)

User's needRecommend
Claude Code, end-to-end research→paperacademic-research-skills (most complete, #1 in space)
Generic "research this topic for me" agentGPT Researcher / STORM
Wiki/survey-style long-form with citationsSTORM / Co-STORM
Fully autonomous "idea → submittable paper"AI-Scientist-v2 / AutoResearchClaw
Cited Q&A over many PDFsPaperQA / PaperQA2
Rigorous PRISMA systematic reviewASReview or prismAId
PDF → clean Markdown for an LLMMinerU / Docling / marker
Lit capabilities in an MCP clientpaper-search-mcp / zotero-mcp
Chat with library inside Zoterozotero-gpt / PapersGPT
AI pre-review before submissionopen_reviewer / ai-peer-review
Just want to browse the landscapeThe Awesome lists section

Notes & caveats

  • Open-source is prioritized. Commercial/closed tools (Elicit, Consensus, Scite, SciSpace, Research Rabbit, Connected Papers) are listed for reference only — see the catalog's commercial section.
  • Star counts drift. The catalog's numbers are periodic GitHub-API snapshots — treat as rough popularity signals, not exact. For live numbers, point the user at the repo.
  • Match the constraint, not just the task. Privacy/local → local-deep-research; medical → medsci-skills / paperai; Codex instead of Claude → academic-research-skills-codex.

Full catalog with every project, star count, and one-line description: reference/catalog.md.

Signals

GitHub stars
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Forks
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Last commit
Sep 2026
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Catalog kind
skill
Gateway key
literature-review-tools
Source
github.com/brycewang-stanford/auto-empirical-research-skills