Pagination is one of those topics that never goes away. It sits in the background of ecommerce stores, blog archives, forums, and category pages until traffic drops, crawling goes sideways, or someone notices page 18 of a product category ranking for a money keyword.
Some pagination guides are frozen in 2013, some panic about deprecated tags, and others confidently recommend things that never worked.
What is Pagination and Why It Exists?
Pagination is the art of breaking a big list of content into smaller, more manageable pages across multiple URLs. Instead of dumping everything onto one gigantic page, a site spreads the content out so users and search engines can move through it step by step.
For example, a blog category might look something like this:
- /blogs/ai/
- /blogs/ai/?page=2
- /blogs/ai/?page=3
- /blogs/ai/?page=4
Instead of loading 1,000 articles on a single page (which would be slow, messy, and a bit chaotic), the site distributes them across several pages. This provides a cleaner experience for users and is easier for systems to process.
From an SEO perspective, pagination shapes how search engines move through your site. It influences crawl paths, spreads internal link equity, and helps determine which pages have a shot at ranking. It also plays a role in how efficiently search engines index your content.
When pagination is done well, it keeps large sections of a site organized and discoverable. When it’s done poorly, things get weird pretty quickly.
You can end up with orphaned content that search engines struggle to reach. Crawl traps where bots keep clicking “next” into infinity. Index bloat from hundreds of thin paginated URLs.
And sometimes ranking signals get diluted across too many similar pages.
In a case study by Glenn Gabe, a 67% of all indexed URLs on a large website were pagination pages, such as category page sequences. The excessive indexation of paginated URLs caused crawl inefficiency and diluted signals for important pages.
The case highlights how pagination can dominate a site’s index if not handled strategically.
Historically, this is where rel="prev/next" entered – a signal designed to help search engines understand that a series of pages were part of the same paginated sequence. It was meant to bring a bit of order to the chaos.
The Original Purpose of rel=”prev” and rel=”next”
Back in 2011, search engines like Google introduced the rel=”prev” and rel=”next” HTML link attributes to help identify sequences of pages.
A typical implementation looked like this:
- Page one contained a reference to the next page:
- <link rel=”next” href=”/category?page=2″ />
- Page two referenced both the previous and the next pages:
- <link rel=”prev” href=”/category?page=1″ />
- <link rel=”next” href=”/category?page=3″ />
- And the last page linked back to the previous page:
- <link rel=”prev” href=”/category?page=2″ />
The goal was to signal that these pages belong to one logical series — a connected set rather than isolated documents.
Search engines were meant to recognize them as part of the same sequence, allowing link signals to consolidate across the pages. This helped Google understand the structure behind the content – that page 2 wasn’t a separate topic, that page 12 shouldn’t rank on its own, and that the first page in the series was usually the main result users should see.
For a while, the system worked reasonably well. Until it didn’t.
When Did Google Stop Using Rel Prev/Next?
In 2019, Google publicly confirmed that it no longer used the rel=”prev” and rel=”next” attributes for indexing or ranking.
What made the announcement unusual was that the change had happened long before anyone noticed. Google engineers explained that the search engine had become capable of understanding paginated sequences automatically.
Internal linking patterns, URL structures, and page content provided enough signals for the algorithms to infer relationships between pages. In other words, the explicit hint had become redundant.
This did not mean pagination stopped mattering. It meant the emphasis shifted away from markup hints and toward structural signals.
Why Rel Prev/Next Isn’t Completely Dead?
Even though Google ignores them, the attributes have not disappeared completely.
Other search engines, including Bing, have historically continued to support the tags as a hint for pagination sequences. Because the implementation is simple and harmless, many platforms leave the markup in place by default.
There is no real downside to keeping the attributes if they already exist. They do not negatively affect Google’s crawling or ranking behavior.
At the same time, they should not be treated as an important SEO feature anymore. The modern approach focuses on architecture instead.
What Matters for Pagination SEO Today
This is where modern technical SEO focuses. The real signals are architectural.
The fundamentals that matter are:
- Crawlable internal links
- Unique URLs
- Proper canonical tags
- Logical page hierarchy
- Crawl efficiency
Let’s go through them.
1. Every Paginated Page Needs a Unique URL
This sounds obvious, but mistakes happen constantly.
Correct:
- /blog/
- /blog/page/2/
- /blog/page/3/
Also acceptable:
- /blog?page=2
- /blog?page=3
Some incorrect examples:
- /blog#page2
- /blog?page=2 (AJAX only)
- /blog?page=2 but JS-generated links
Search engines can only crawl real URLs. Pagination must exist as crawlable pages, otherwise deeper items become invisible, internal link equity breaks, and indexation collapses.
Every page must have its own accessible URL.
2. Pagination Links Must Use Standard Anchor Tags
Google cannot reliably crawl JavaScript-only navigation.
Correct:
- <a href=”/category?page=3″>3</a>
Incorrect:
- onclick=”goToPage(3)”
Pagination should always use HTML anchor links. This ensures crawlers can move through the sequence naturally.
3. Self-Referencing Canonicals Are Critical
One of the most common SEO mistakes happens when all paginated pages canonicalize to page 1.
For example, Page 2 canonical: <link rel=”canonical” href=”/category/” />
This tells Google “Page 2 is duplicate. Ignore it.”, meaning, products on page 2 lose crawl equity and deeper inventory becomes harder to discover
The correct setup is Page 2 canonical: <link rel=”canonical” href=”/category/page/2/” />.
Each page should canonical to itself, because it offers a different set of elements.
4. Do Not Block Pagination in robots.txt
Another classic SEO disaster is when you block pagination like this: Disallow: /*?page= directly in your robots.txt.
This prevents Google from indexing deeper pages, which leads to a halt in product discovery, a collapse in indexing depth, and the disappearance of long-tail visibility.
Paginated URLs must remain crawlable.
5. Pagination Pages Should Usually Stay Indexable
Some SEOs try noindexing pagination pages. In practice, that often causes crawl paths disappearing, product discovery slowing down, and internal PageRank loss.
Many technical SEOs prefer keeping early pages indexable, especially on ecommerce sites.
In community discussions, some practitioners index the first few pages and block deeper ones depending on catalog size.
But all this depends heavily on site architecture. There’s no universal rule.
6. Optimize Titles for Pagination
Another overlooked detail is when every page has identical titles.
Search engines see duplicates and a better approach would be:
- Women’s Shoes – Page 2
- Women’s Shoes – Page 3
- Etc…
Unique titles help differentiate pages and reduce duplication issues.
7. Consider a “View All” Page (Sometimes)
Some sites provide a view-all page containing the full list.
Google historically preferred these when performance allowed, but today they only make sense if the page loads quickly, the list isn’t enormous, and user experience remains good
Large ecommerce catalogs should avoid this.
Pagination vs. Infinite Scroll
Modern web design often favors infinite scroll interfaces where new content loads automatically as users move down the page. While this experience can feel smooth for visitors, it introduces challenges for search engines.
Crawlers cannot reliably interact with scrolling behavior or client-side scripts that load additional items dynamically. If the underlying paginated URLs do not exist, deeper content may become invisible to search engines.
The safest approach combines both systems.
The site keeps traditional paginated URLs available for crawling while JavaScript enhances the user experience by loading additional items automatically. In this hybrid model, search engines still have access to a complete sequence of crawlable pages.
Advanced Pagination Issues
Here’s where some of the real technical SEO work happens.
Crawl Traps
One common problem involves parameter combinations that create massive numbers of URLs. Sorting options, filters, and page numbers can combine into thousands of variations, many of which show nearly identical content.
This situation creates crawl traps where search engines waste resources exploring endless parameter permutations.
For example:
- ?page=1
- ?page=2
- ?page=3
- ?page=2&sort=price
- ?page=2&sort=date
These explode the crawl space and your solution is parameter handling, canonicalization, and limited filtering combinations.
An SEO audit by Peter Rota found that over half of a client’s 1,430 indexed pages were paginated URLs and parameter-based pages, including “add-to-cart” URLs. Despite canonical tags being implemented, Google still indexed many of these pages.
The case demonstrates how pagination and parameters can create index bloat and crawl budget waste when not properly controlled.
Link Dilution
If each page links only to only previous and next, Google may struggle to reach deeper pages.
A better navigation could be: 1, 2, 3, 4, 5 … next. Give the search engine bots enough links to crawl for deeper resource discovery.
Deep Crawl Depth
Another frequent issue is excessive crawl depth. If products only appear on page twenty or thirty of a category, crawlers may reach them less often.
In these cases, improving internal linking structures or reorganizing category hierarchies can reduce the distance between the homepage and deep inventory.
Try to tackle this issue with subcategories, filtering, and improved internal linking.
Should You Still Implement rel Prev/Next?
Today the answer is pragmatic rather than dogmatic.
If your platform already outputs those tags, there’s really no urgent reason to remove them. They’re harmless, and in some cases they might still provide subtle hints for certain search engines or accessibility tools.
That said, they’re no longer something you should treat as a core piece of SEO architecture. Modern search engines care far more about how your site is structured and how easily they can crawl the links between pages.
In practice, that means the fundamentals matter more – clean internal linking, sensible canonical tags, and paginated URLs that are accessible and crawlable.
Get those right, and your site will perform fine, regardless of whether those attributes are present.
What a Modern Pagination Setup Looks Like
A well-structured pagination system is surprisingly simple. Here’s an example:
Page 1:
- /category/
- canonical – /category/
- links to page 2
Page 2:
- /category?page=2
- canonical – /category?page=2
- links to page 1 and page 3
Page 3:
- /category?page=3
- canonical – /category?page=3
- links to page 2 and page 4
The first page of a category exists at a clean base URL and links naturally to the second page. Each subsequent page has its own unique URL and links both forward and backward in the sequence.
Canonical tags point to the page itself rather than consolidating everything into page one.
From there, the architecture supports the deeper pages through consistent internal links, clear navigation, and reasonable crawl depth.
A Big Lesson From the Rel Prev/Next Saga
The story of pagination tags is a nice little reminder that SEO is always evolving.
Things that once felt mission-critical can quickly fade away as search engines get smarter about understanding how the web is put together.
What doesn’t really change, though, is the value of clean architecture. Search engines tend to reward sites that keep things logical through clear structure, crawlable paths to deeper pages, and no unnecessary maze of complexity.
At the end of the day, pagination was never really just a couple of HTML attributes. It was there to make sure every meaningful piece of content can be discovered, understood, and connected within the larger structure of a site.
Get those fundamentals right, and pagination becomes another natural layer in your thoughtfully built website.