Quick answer: git fetch downloads new commits and updates your local
"remote-tracking" branches (like origin/main) without touching your working files.
git pull does the same fetch, then immediately merges (or rebases) those changes into your
current branch. In short: git pull = git fetch + git merge.

git fetch: look, don't touch
git fetch origin
This is completely safe to run at any time. It updates Git's local record of what the remote looks like,
letting you inspect incoming changes (git log origin/main, git diff main origin/main)
before deciding what to do with them.
git pull: fetch + merge in one step
git pull origin main
This immediately integrates the remote changes into your current branch. If your local branch has diverged, this creates a merge commit (or triggers conflicts you need to resolve) right away — there's no chance to review first.
A safer alternative: fetch, then decide
git fetch origin
git log HEAD..origin/main # review what's new
git merge origin/main # or: git rebase origin/main
Many experienced Git users prefer this two-step flow, or configure git pull to rebase
instead of merge with git config pull.rebase true, which keeps history linear.
FAQ
Is git pull the same as git fetch + git merge?
Yes, by default. git pull --rebase instead does git fetch + git rebase.
Which one should I use day to day?
Use git fetch when you want to see what changed first; use git pull when you're
confident you just want to sync up immediately.
Can git fetch cause merge conflicts?
No. Fetch never touches your working directory or current branch, so it can never conflict with your local changes.
This article explains and expands on the community answers to the Stack Overflow question “What is the difference between 'git pull' and 'git fetch'?”, used under the CC BY-SA 4.0 license. Screenshot credit: Stack Exchange Inc.
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