Should paginated pages be indexed?

It depends on content quality. Page 1 of a category should always be indexed. Deeper pages (2, 3, 4...) are worth indexing if they contain unique, valuable content. Low-content pages are often best set to noindex.

What happened to rel=prev/next for SEO?

Google announced in 2019 that it no longer uses rel=prev/next for indexing decisions. However, these tags can still aid Bing and help other crawlers understand your content structure.

Should paginated pages have canonical tags pointing to page 1?

Only if the paginated pages are truly duplicate of page 1 (e.g., all show the same products). If each paginated page shows unique products, self-referencing canonicals are more appropriate.

How does pagination affect link equity?

Links to deeper paginated pages pass equity to those pages but not to page 1. If you want link equity to consolidate on your main category page, use canonical tags pointing from deep pages to page 1.

What is the best SEO approach for paginated series?

The best approach depends on content value. For thin paginated pages: noindex. For unique content pages: self-referencing canonical and allow indexing. For near-duplicate pages: canonical to page 1.

On Page Seo

Free

Pagination rel=next/prev Checker

Check for rel=next and rel=prev pagination tags and validate their usage for multi-page content.

Pagination Checker

Check rel=next and rel=prev pagination tags.

Full implementation coming soon. The infrastructure is ready — this tool fetches the URL server-side and parses the HTML.

Page URL

What is Pagination rel=next/prev Checker?

The Pagination Checker analyses how paginated series of pages (page 1, page 2, etc.) are implemented for SEO. It checks for rel="prev" and rel="next" link tags, canonical tag usage on paginated pages, and whether each page in a series is correctly set up for indexation or consolidation.

Pagination is common on blogs, e-commerce category pages, and forum threads. Incorrect pagination signals can cause duplicate content issues, split link equity, or prevent Google from understanding the relationship between pages in a series. While Google deprecated rel=prev/next for indexing purposes in 2019, canonical tags remain critical for paginated series.

Why Use Pagination rel=next/prev Checker?

Paginated pages that aren't properly handled can create duplicate content issues and dilute the ranking power of your main category or landing page. Understanding how your pagination is set up allows you to decide whether to consolidate pages with canonical tags, use noindex on deeper pages, or allow Google to index the full series.

Key Features of Pagination rel=next/prev Checker

✓Detects rel=prev and rel=next link tags
✓Checks canonical tag pointing on paginated pages
✓Identifies whether paginated pages are indexed or noindexed
✓Verifies self-referencing canonical on page 1
✓Flags common pagination SEO mistakes

How to Use Pagination rel=next/prev Checker

1
Enter a paginated URL
Paste a paginated URL (e.g., /category/page/2) into the checker.
2
Run the analysis
Click 'Check Pagination' to fetch the page and extract all pagination-related tags.
3
Review tag presence
Check whether rel=prev/next and canonical tags are correctly present and pointing.
4
Assess indexation
Determine whether paginated pages should be indexed, canonicalised, or noindexed based on your SEO strategy.
5
Implement corrections
Update canonical tags, add noindex where appropriate, or adjust your CMS pagination settings.