Should you still use rel=next/prev for SEO pagination?

What is rel=next/prev and why clarify this now?

The rel=next attribute and its counterpart rel=prev were introduced to signal to Google that a series of pages forms a coherent paginated set. The idea is to facilitate crawling, prevent cannibalization, and sometimes consolidate ranking signals on the root page.

However, in practice, many SEOs have misused it. Some applied it to link articles in a thematic folder, others to create suggested reading paths. Mueller puts an end to this: it is not the intended use, and Google does not interpret it that way.

What is the difference between pagination and related content?

A paginated series is unique content divided into slices: a list of products (page 1, 2, 3...), a long article broken up, a news archive. The user follows a linear sequence to access the complete content.

Related content is something else: articles linked by theme, “also read,” complementary guides. These are distinct entities—even if they share a common topic. There’s no reason to mark them as a paginated series; Google will not understand the intent.

Why does Google stress this distinction so much?

Because the rel=next/prev attribute influences how Googlebot consolidates signals. On true pagination, it can choose to show page 1 in SERPs while indexing the following pages or merge the signals if they form a whole. It's a crawl budget and ranking optimization.

If you apply it to independent pages, you send a conflicting signal. Google may ignore the attribute or worse, interpret your content as partial duplicates. The result: confusion in indexing, loss of visibility on certain pages. Mueller clearly states: use standard internal linking for everything else.

• rel=next/prev is reserved for strict paginated series (page 1→2→3...)
• Never use it to link thematic articles or related content
• For related content, prefer standard internal linking with optimized anchors
• Google might ignore or misinterpret the attribute if applied outside the context of pagination
• The confusion between pagination and related content can lead to indexing issues

Is this statement consistent with real-world observations?

Yes—and it's even a welcome reminder. Since Google officially abandoned support for rel=next/prev in March 2019, many SEOs thought the attribute was dead. However, Mueller clarifies here that Google still uses it, but within a strictly defined framework.

What we observe: e-commerce sites that correctly apply rel=next/prev to their product listings rarely experience multiple indexing issues. Those who use it to link thematic categories or separate guides end up with orphaned or poorly ranked pages. The statement aligns with practice.

What nuances should be added to this rule?

The main nuance: Google has never said that rel=next/prev is mandatory, even for pagination. It manages paginated series just fine without this attribute, especially if the HTML structure is clear (consistent URL parameters, visible navigation links).

Another point: if your pagination uses JavaScript to load content (infinite scroll, load more), rel=next/prev is useless—Googlebot will probably not see it. In this case, it’s better to have a classic HTML pagination with distinct URLs, or an implementation that aligns with Google’s recommendations on JS.

In what cases could this rule cause issues?

Some sites apply rel=next/prev on chapters of long content (split guides, multi-part tutorials). Technically, this is not strict pagination, but editorial segmentation. [To be verified]: Does Google accept this usage if each part forms a coherent whole, or should each chapter be treated as an independent page?

Another edge case: blog or news archives. A paginated archive is clear. But if you have a chronological “previous/next article” navigation, does that count as pagination? Mueller does not explicitly say. My opinion: no, it's standard internal linking—but the line is blurry.

What should be done concretely on an existing site?

First, audit the current usage of rel=next/prev. Extract all pages with these attributes (crawl with Screaming Frog, export source code), then classify them: true pagination (product listings, archives) vs. related content (thematic series, related guides).

For true paginations, keep the attribute—but check that the chain is correct: page 1 points to page 2, page 2 points to 1 and 3, etc. No loops, no jumps. If your CMS generates errors (page 2 pointing to page 5), fix them.

What mistakes to avoid during the correction?

Do not mechanically replace rel=next/prev with canonical on all paginated pages—this is a common mistake. The canonical must point to the page itself, unless you intentionally decide to canonicalize the entire series to page 1 (which has other implications on indexing).

Another trap: removing rel=next/prev without strengthening the internal linking on related content. If you remove the attribute on a series of related articles, ensure they are well linked by optimized contextual links; otherwise, Google may lose track of the thematic thread.

How to check that my site complies after adjustment?

Run a complete crawl and filter pages with rel=next/prev. Manually check a sample: is it strict pagination? If so, validate the chain (no breaks, no duplicates). If not, remove the attribute and replace it with standard linking.

Monitor Search Console for 2-3 weeks after modification: indexed pages, coverage, crawling errors. If you see paginated pages disappearing from the index while they were well crawled, it may be that Google was consolidating signals via rel=next/prev—readjust the strategy (canonical, noindex on pages >1, or keep the attribute).

• Audit all pages carrying rel=next/prev and distinguish real pagination vs. related content
• Retain the attribute only on true paginated series (listings, archives)
• Check the consistency of the pagination chain (no jumps, no loops)
• Enhance standard internal linking for related content after removing the attribute
• Monitor Search Console post-modification (indexing, errors, coverage)
• Never mechanically canonicalize all paginated pages to page 1 without considering the impact