Rel=“next” and rel=”prev” are special link attributes used on paginated pages to indicate logical sequence: that this page is related to the previous and next pages in the chain. These tags help search engines understand that a set of URLs is not just random, but represents an organized series. Although Google officially stopped taking these attributes into account when linking content in 2019, they are still important for site architecture, crawling, indexing, and interaction with other search engines. In addition, they help maintain the structural coherence of a resource, especially when pages are generated automatically, contain a list of items, or are divided into several parts based on their size.
The use of these tags is especially relevant when working with website pagination. When content is broken down into multiple pages — whether it’s online store categories, news feeds, portfolios, reviews, or blog archives — you need to make it clear to the bot that these are parts of a single entity. Without this, the search engine may interpret each page as a separate element and not link it to the main topic, which leads to query cannibalization, duplication, poor crawling, and ranking issues.
If you offer SEO web solutions, especially in the field of e-commerce or media platforms, setting up links between paginated pages remains an important step. This is not only about HTML correctness, but also about the logical transparency of the resource — both for robots and for analytical systems.
Why are rel=”next” and rel=”prev” necessary?
The main purpose of these attributes is to indicate sequence. When a search engine lands on a page, it needs to understand: is this the beginning, middle, or end of a series? What is the next address to visit? Is there a previous one? These questions are especially relevant for sites with a deep structure. Instead of trying to “guess” the direction to go, the robot gets an accurate map built into the code.
Until 2019, Google used rel links to glue a series into a single logical whole. For example, if customer reviews were split across 10 pages, the bot would read them as a single cluster and show the first page in the search results, taking into account the content of the entire chain. After the policy change, these tags began to be interpreted differently — now each page is indexed separately, but correct navigation remains critical. It affects the perception of the site as technically competent, helps speed up crawling, minimizes errors during canonicalization, reduces the load on the crawl budget, and avoids fragmentation. As part of SEO for corporate websites in Kyiv, these tags allow you to maintain consistency in complex architectures with a large number of sections and frequent page generation. The larger the structure, the more important the order.
How this looks in real cases
Let’s imagine a website with a laptop catalog where 20 products are displayed on each page. There are 200 models in total, which means 10 pages. If rel tags are not used, the bot may consider each of these pages to be separate and independent. It will skip the first one, index it, and then may not reach the rest — or it may reach them but treat them as duplicates. The result: part of the assortment is not included in the ranking, problems with duplicate titles arise, and the overall quality of indexing decreases.
Read also: What is a visual snippet.
If each page has rel=“next” and rel=”prev” tags, the robot immediately receives a signal: this is a chain. Page 1 points to 2 as the next page, 2 points to 1 and 3, 3 points to 2 and 4, and so on. This forms a clear navigation path. Even if Google does not glue the content together, it perceives it as a logically structured system.
It is important that rel attributes do not conflict with other signals if they are configured correctly. Each URL must have its own unique canonical, without reference to the first page. A common mistake is to specify canonical only for the first page of pagination, which negates the effect: the other pages are dropped from the index. Therefore, the logic must be strictly symmetrical: canonicalization reflects the uniqueness of each page, and rel reflects its position in the chain.
If infinite loading (“Show more”) is used, rel attributes do not work because there are no separate URLs. In this case, you either have to implement pseudo-pages (e.g., via pushState) or implement SSR (server-side rendering) so that the robot can see the breakdown.
How to avoid common mistakes
In practice, rel attributes are often implemented formally but invalidly. Errors occur in addresses: incorrect URLs are used, protocols and domains are not taken into account, UTM or filtering parameters are added. Sometimes the same rel=”next” is duplicated on all pages, or rel=”prev” points to the page itself. Such minor details turn a good idea into a useless attribute. People also often forget to remove old rel links after changing the structure, moving the site, or updating the pagination logic.
To avoid problems, you need to:
- update rel links when changing routes
- make sure they lead to valid URLs
- do not use parameters that can cause duplicates
- configure rel and canonical consistently
- do not generate rel automatically for pages without a real sequence
If your project has dozens or hundreds of paginated blocks, this is a risk area. Without verification and auditing, even a valid template can fail. Therefore, any changes to the URL structure, CMS, or filtering logic must be accompanied by a verification of the navigation scheme.
Why rel links are important in today’s environment
Despite Google’s move away from actively using these tags as a signal of grouping, pagination SEO is not going away. Search engines still work with large sites, it is still important for them to understand the structure, and crawling algorithms remain limited in time and resources. With the growing amount of duplicate and generated content, clear signals about structure are what separate a strong project from a chaotic one.
Read also: What is schema for FAQ.
In addition, rel links help when working with analytics. Systems such as Ahrefs, Screaming Frog, or custom crawlers use these tags to restore crawl logic. This allows for more accurate analysis of nesting depth, indexing speed, internal link density, and cannibalization issues.
Another nuance is UX. If a robot “understands” the chain, it displays it better in the search results. For example, if structured navigation is specified and breadcrumbs are set up correctly, the snippet can be supplemented with navigation arrows or section breadcrumbs. This increases clickability, improves visual perception, and creates a sense of structure even before visiting the site.
The rel="next" and rel="prev" attributes are used to indicate the relationship between pages that follow each other in pagination. Their main function is to show search engines that several pages are parts of a single series. This facilitates indexing and helps avoid problems with duplicate content, since search engines see content as a single chain. Although Google has announced that it will stop supporting these attributes, they remain useful for other search engines and for improving user navigation. Their correct use contributes to a better understanding of the site's structure and improves the convenience of interacting with content. Ultimately, this has a positive effect on the site's position in search results and the quality of user experience. For these attributes to work correctly, it is important to place the appropriate tags in the section of each pagination page. The first page should contain only a rel="next" link to the second page, the last page should contain only a rel="prev" link to the previous page, and intermediate pages should contain both attributes for forward and backward navigation. It is necessary to use exact URLs that correspond to the structure of the site and avoid placing them in the document body, since search engines only consider . If the site has a "Show all" option, you need to carefully consider how these attributes are combined with this page so as not to cause confusion in indexing. Regularly checking and updating links will ensure correct navigation and will have a positive effect on SEO. Yes, these attributes help search engines understand that multiple pages are parts of a single piece of content, which reduces the risk of duplication and simplifies indexing. They create a logical structure for paginated material, making it easier for search engines to process and rank. Although Google has stopped taking them into account in its algorithms, other major search engines still use these signals. In addition, using rel="next" and rel="prev" improves the user experience by providing easy navigation between sections of the site. All this contributes to improving the overall perception of the site from both the technical and user side, which ultimately has a positive effect on SEO. Often, webmasters mistakenly insert these attributes into the page body instead of , which causes search engines to ignore them. Another common mistake is the incorrect order of links - for example, rel="next" on the last page or rel="prev" on the first, which disrupts the navigation logic. Incorrect URLs that lead to non-existent pages also worsen indexing and create a bad user experience. In addition, inconsistent use with the "Show all" page without the correct canonical tag can cause duplication. Regular auditing and fixing such errors is essential to maintaining the quality of the site and its positions in search. These attributes can be used together with rel="canonical" tags and noindex meta tags to fine-tune indexing. For example, you can canonicalize all pagination pages to the first page so that search engines perceive them as part of a single document. However, this approach can lead to pages being excluded from indexing if it is used thoughtlessly. The noindex meta tag allows you to exclude pagination pages from search while still retaining links for users to navigate to. It is important to combine these tools wisely to maintain an optimal balance between indexing and ease of navigation. This approach requires careful analysis and testing. The presence of a "Show all" page significantly changes the approach to pagination, as it provides the full content on one page. In such cases, using rel="next" and rel="prev" may become redundant, as search engines often prefer such aggregated pages for indexing. However, if the "Show all" page is missing or not optimized, pagination attributes remain relevant and help structure the content. To avoid duplication, it is recommended to set canonical to the "Show all" page or use noindex for individual pages. The choice of the optimal solution depends on the goals of the site and user behavior. If using these attributes seems ineffective or undesirable, there are other ways to improve pagination and SEO. One popular option is to create a "Show All" page that groups all content together without breaking it up into parts, making indexing easier and improving user experience. You can also use a canonical tag on all pagination pages, pointing to the main one to avoid duplication. In some cases, the noindex meta tag is used, excluding pagination pages from search while preserving navigation links. The choice of method depends on the specifics of the site, the amount of content, and the optimization goals. It is important to test and analyze the effectiveness of each option to find the best solution. What are rel="next" and rel="prev" attributes and how do they help in SEO?
How to correctly implement rel="next" and rel="prev" on website pages?
Does using rel="next" and rel="prev" affect site indexing?
What are the main mistakes made when working with rel="next" and rel="prev"?
Should I use rel="next" and rel="prev" if my site has a "Show All" page?
What are the alternatives to using rel="next" and rel="prev" for pagination?
