To view tags during reviews, you must add the {{Tags}} field to your card templates in the Anki browser. Research from Frontiers (2016) indicates that higher cognitive load can decrease distractibility by increasing focused attention, making subtle tag placement a better choice than intrusive layouts. StudyCards AI automates this organization by generating structured tags during PDF conversion.
{{Tags}} placeholder in the Front or Back template to make tags visible.You cannot see tags during an Anki review session by default. To enable them, you have to manually edit your card templates to include the specific tag field. This allows you to see exactly which lecture or chapter a card belongs to without exiting the review loop.
Anki treats tags as metadata rather than content. Because of this, they do not appear on the card unless you tell Anki where to place them. The process involves editing the HTML template of your note type. If you are using a pre-made deck, you will need to modify the existing templates to ensure consistency across all cards.
To get started, open the Anki browser and select any card from the deck you wish to modify. Click the "Cards..." button to open the template editor. You will see three sections: Front Template, Styling (CSS), and Back Template. To make tags visible on the front of every card, add <div class="tags">{{Tags}}</div> to the Front Template section. If you only want them to appear after you flip the card, place that same code in the Back Template.
Here is the catch: simply adding the field often results in ugly, oversized text that disrupts your focus. This is where advanced Anki settings and CSS styling become necessary to maintain a clean interface. For those managing massive volumes of data, integrating these visual cues is part of a larger strategy, similar to the one detailed in our guide on Anki for med school.
Adding the {{Tags}} field is only half the battle. Without CSS, tags often appear as a raw string of text that can overlap with your answer or distract you from the primary question. Depending on your study style, you may want different visual representations.
This style is best for students who want the information available but not prominent. It pushes the tags to the bottom right corner in a small, muted font.
If you use tags to categorize difficulty or priority, badges make them easier to scan. This turns each tag into a small pill-shaped element with a background color.
Many high-performance learners prefer to hide tags on the front of the card to avoid "hinting" at the answer. By placing the {{Tags}} field exclusively in the Back Template, you only see the context after you have attempted the recall. This prevents the cognitive load from shifting toward peripheral metadata before the actual task is complete.
This approach aligns with findings from Frontiers in Human Neuroscience (2016), which suggests that focusing attention on a specific visual task suppresses irrelevant auditory and peripheral processing. By removing tags from the front, you eliminate a potential distraction.
Viewing tags is useless if your tags are a mess. Most users start with "flat tagging," where they add random labels like "heart" or "lecture1". As your deck grows to thousands of cards, flat tagging fails because you cannot easily filter for specific sub-topics.
The professional alternative is hierarchical tagging. This uses a double colon (::) to create a nested structure. Instead of five separate tags, you use one path that defines the relationship between concepts. This transforms your tag list from a pile of labels into a structured map of knowledge.
For a medical student, a flat system would look like: Anatomy, UpperLimb, BrachialPlexus, Nerve. A hierarchical system looks like this:
Med::Year1::Anatomy::UpperLimb::Nerves::BrachialPlexusMed::Year1::Anatomy::LowerLimb::Bones::FemurMed::Year1::Physiology::Cardiac::ElectricalConductionWhen you view these tags during review, the hierarchical path provides immediate context. If you miss a card on the Brachial Plexus, seeing the full path reminds you exactly where this fits into your broader curriculum. This structural approach is essential for those following the strategic guide for med school.
Once you can view your tags, you will likely find that you need to edit them frequently. Normally, this requires stopping your review session, opening the browser, finding the card, and changing the tag. This breaks your flow state.
To solve this, use the Tag Toggler add-on. As documented on GitHub, this plugin allows you to map keyboard shortcuts (like Shift+H) to toggle specific tags on the current card. This is especially useful for marking cards as "Hard" or "ReviewLater" without leaving the review screen.
Another powerful use of tagging is identifying "leeches." A leech is a card you consistently fail to memorize. Some users set their Anki settings to automatically tag these cards rather than suspending them. This allows you to search for all leech tagged cards and rewrite them entirely, as they are likely poorly phrased. For more on optimizing these behaviors, check out our guide on Anki optimization settings.
A common frustration occurs when tags appear perfectly on Anki Desktop but vanish or look broken on mobile. This is because templates are synced, but the way different platforms render CSS can vary.
{{Tags}} field renders exactly as styled in the template editor.margin-top in your CSS.If you find that tags are still not appearing after adding the code, check if you are using a specialized note type like AnKing. As noted in the AnkiHub community forums, some advanced note types have a "tags container field" that can be toggled on or off in the add-on settings. If this is unchecked, your manual {{Tags}} code might be overridden by the plugin's internal logic.
For a complete walkthrough on managing your deck across devices, see our complete guide to Anki on mobile.
The hardest part of maintaining a taggable system is the initial creation. Manually tagging 5,000 cards with hierarchical paths like Subject::Module::Topic is an exhausting task that takes away from actual studying. StudyCards AI solves this by analyzing your PDFs and notes to automatically generate these tags during the flashcard creation process. When you export your cards to Anki, they arrive pre-organized, meaning all you have to do is add the {{Tags}} field once to see a perfectly structured map of your course material.
"I used to spend hours just tagging my cardiology deck so I could filter by lecture. With StudyCards AI, the tags are already there and structured. Adding the CSS for badges made my reviews feel like a professional app rather than a spreadsheet."
- Sarah J., Second Year Medical Student
To further enhance your setup, we recommend pairing this tagging system with the best Anki add-ons and exploring the most effective plugins for medical students to automate your workflow.
Try StudyCards AI FreePlace the <div class="tags">{{Tags}}</div> code in the "Back Template" section of the card editor, and ensure it is absent from the "Front Template".
This usually happens because the templates have not been synced. Ensure you sync your Anki Desktop app first, then perform a full sync on your mobile device.
Standard Anki CSS cannot target individual tags within the {{Tags}} field because they are rendered as a single string. To have different colors, you would need to use separate fields for each category instead of tags.
It is a method of organizing tags using double colons (e.g., Biology::Genetics::Mendel) to create a nested folder-like structure for easier filtering.
No. The {{Tags}} field is a simple text call and has no measurable impact on the performance or speed of your review sessions.
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