AI-Powered Mycological Identification

Identify Any Mushroom Species with Edibility Status and Look-Alike Warnings

Upload any mushroom photo and get the species name, edibility status, dangerous look-alikes, culinary guide for edible species, and ecological role.

Identify a Mushroom

Mycologist in a forest crouching beside a mushroom cluster and photographing it carefully with a phone for identification

AI Mushroom Identifier

Upload a photo of any mushroom or fungi and get a detailed mycological identification: species name, physical characteristics, edibility status, look-alike warnings, culinary guide for edible species, and ecological role.

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Upload Mushroom Photo

Supports JPG, PNG, WEBP. For best results, photograph the cap top, underside (gills or pores), stem, and base. Multiple angles in one photo help identification.

or drag and drop an image here

Cost per analysis

Results

AI Mushroom Identifier

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AI Mushroom Identifier

Upload a photo on the left and click analyse to see the results.

Species name, scientific name, and family identified
Full physical description: cap, gills, stem, ring, volva, spore print
Edibility status with clear safety classification
Important look-alike species including any toxic or deadly ones
Culinary guide for identified edible species
Ecological role: feeding strategy and key environmental relationships

Forager in a forest examining a wild mushroom closely, noting the gills and stem base carefully before photographing

Mycological Depth: Every Characteristic That Matters

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Mycological Depth: Every Characteristic That Matters

Mushroom identification depends on a specific set of physical characteristics. The analysis covers all of them in mycological terminology: cap shape (convex, umbonate, plane, depressed, funnel-shaped), cap surface (smooth, scaly, viscid, fibrous), gill type and attachment, stem dimensions and surface, the presence and character of a ring (annulus), and critically the presence of a volva at the base. The volva is a key feature in identifying deadly Amanita species and is frequently missed by casual observers. Spore print colour, bruising reactions, and flesh colour changes are also noted from context or known species characteristics.

Identify a Mushroom Now

Mycology student at a desk studying mushroom look-alike comparison using an AI identification tool on a laptop beside field guides

Look-alikes Listed: The Most Important Part

See the Look-alike Detail

Look-alikes Listed: The Most Important Part

Knowing what a mushroom looks like is only half of safe identification. Knowing what it could be confused with is the other half. The look-alikes section lists the most important species that closely resemble the identified mushroom, with the specific distinguishing features for each. Where a look-alike is toxic or deadly, it is clearly marked. For species with particularly dangerous look-alikes, such as the death cap (Amanita phalloides) and its resemblance to edible paddy straw mushrooms, this section is given particular emphasis. This is the information that prevents foraging accidents.

See the Look-alike Detail

Chef at a kitchen counter examining freshly foraged mushrooms and using an AI tool on a phone to confirm identification before cooking

Culinary Guide for Edible Species

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Culinary Guide for Edible Species

For mushrooms identified as edible with reasonable confidence, the culinary guide covers the flavour profile and aroma, the texture when cooked and how it changes with heat, the best cooking methods for this species, common culinary applications and dishes, what it pairs well with, and how to store it fresh and whether it dries or preserves well. For species that require special preparation such as parboiling before eating or avoiding raw consumption, this is flagged clearly. The culinary section is only shown when the identification is of an edible species.

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How It Works

How to Identify a Mushroom

Photograph the Mushroom

Capture the cap top, the underside showing gills or pores, the full stem, and the base where it meets the ground. Multiple angles in one photo improve identification accuracy significantly.

AI Analyses in Mycological Detail

The AI identifies the species, describes every physical characteristic in mycological terms, assesses edibility, lists look-alikes, and produces a culinary guide for edible species.

Learn, Explore, and Stay Safe

Use the identification for education, curiosity, and learning. Always verify with a field guide and an experienced mycologist before any consumption decision. The tool always includes a safety reminder.

Identify a Mushroom

Who Uses It

Forager on a woodland trail photographing a wild mushroom with a phone during a foraging walk in autumn

Use Case

Foragers and Outdoor Enthusiasts

Use it as an educational companion during foraging walks to learn about species encountered in the field. The look-alike warnings and edibility assessment help build a more accurate mental model of which species require the most caution. Always remember: this tool supports education and learning, not definitive foraging decisions. Physical examination and expert verification remain essential before consuming any wild mushroom.

Mycology student in a forest collecting mushroom specimens into sample bags for lab study and photographing each one with a phone

Use Case

Mycology Students and Enthusiasts

Build identification skills by comparing AI analysis with field guide descriptions. The mycological terminology used in the physical characteristics section mirrors the language of academic mycology and field guide descriptions, making it a useful learning companion. The ecological role section provides the broader biological context that makes mycology so fascinating beyond simple species identification.

Nature educator in a forest showing a group of children a mushroom specimen and explaining its ecological role with a tablet

Use Case

Nature Educators and School Groups

Use encountered mushrooms as teaching moments on a nature walk or field trip. The ecological role section explains how fungi fit into forest ecosystems: whether saprotrophic, mycorrhizal, or parasitic, and which trees or organisms they associate with. This context turns a single mushroom observation into a lesson on decomposition, nutrient cycling, and plant-fungal relationships.

Chef at a market examining specialty foraged mushrooms and photographing them with a phone for identification before purchase

Use Case

Chefs and Culinary Professionals

Confirm the identity of foraged or specialty market mushrooms before using them in professional kitchens. The culinary guide provides preparation requirements, cooking methods, and flavour pairings specific to the identified species. For species requiring special preparation before consumption, these requirements are clearly flagged. Always ensure mushrooms are sourced from verified suppliers for professional kitchen use.

Identify a Mushroom

Deep Dive

How to Photograph Mushrooms for Best Identification

The accuracy of mushroom identification depends heavily on which features are visible in the photo. Capturing multiple angles dramatically improves results.

Wide editorial collage of mushroom photography: cap top, gill underside, stem base, forest habitat, and close-up macro shots

Capture the Cap From Above

The top of the cap shows colour, surface texture, and overall shape, all of which are important identification features. Position the camera directly above the cap for an overhead shot. Include the full cap with some background visible so the overall size context is clear. For caps with a raised centre (umbo), capture this clearly as it is an important shape descriptor. Note any concentric rings, spots, or colour gradations from centre to edge.

Key featuresOverall colour, surface texture (smooth, scaly, slimy, cracked), shape (convex, flat, depressed), and any distinctive markings

Camera positionDirectly overhead to show the full cap symmetry without perspective distortion

LightingSoft, even natural light is best. Avoid harsh flash which flattens texture and distorts colour

Photograph the Underside (Gills or Pores)

The underside of the cap is one of the most important identification features. Gilled mushrooms: photograph the gills to show their colour, spacing (crowded or widely spaced), and how they attach to the stem (free, adnate, decurrent). Pored mushrooms (boletes and polypores): show the pore surface, pore size, and colour. Toothed or ridged mushrooms: show the surface clearly. The gill colour and attachment type are critical for separating many edible species from toxic look-alikes.

Gilled mushroomsShow gill colour, spacing (crowded vs. widely spaced), and attachment to stem (free, adnate, decurrent)

BoletesShow pore colour, pore size, and whether pores change colour when pressed

Critical for safetyGill colour and attachment are key features for distinguishing edible species from toxic look-alikes

Show the Full Stem and Base

The stem features are critical identification characteristics, especially the base. Include a photo showing the complete stem from cap junction to ground level. Critically: carefully expose the base where it meets the soil or substrate. The volva (a cup-like structure at the base) is a defining feature of deadly Amanita species and is often hidden by leaf litter or partially buried. If a ring (annulus) is present on the stem, make sure it is visible in the photo.

Base and volvaGently clear leaf litter to expose and photograph the base. A volva is a key indicator of deadly Amanita species.

Ring (annulus)Note whether a ring is present and its position, texture, and whether it is persistent or fragile

Stem featuresColour, texture, shape (cylindrical, club-shaped, tapered), and any striations, fibres, or markings

Include Habitat and Context

The habitat is a major identification clue. Many species are strongly associated with specific tree types, substrates, or environments. A photo showing the surrounding habitat, including any nearby trees, whether the mushroom is growing from soil, wood, dung, or leaf litter, and the general forest type (conifer, deciduous, mixed) provides contextual information that narrows identification. The season and geographic location are also relevant: note these if you are typing context into the prompt field.

Tree associationMany species are mycorrhizal with specific trees (oaks, pines, birches). Include nearby trees in the frame.

SubstrateGrowing from soil, dead wood, a living tree, leaf litter, dung, or another mushroom — each substrate narrows the possibilities

SeasonMany species have strongly seasonal fruiting. Note the month or season in the optional description field for better accuracy.

Important: AI mushroom identification is an educational tool. Never consume a wild mushroom based solely on a photo identification, by any means including AI, field guides, or apps. Physical examination, spore print testing, and verification by an experienced mycologist are required for safe foraging. If consumed and any doubt exists, contact Poison Control immediately.

Benefits

Why Use It

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Full Mycological Analysis

Cap, gills, stem, ring, volva, spore print, and bruising reaction all described in proper mycological terms used by field guides.

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Look-alikes Always Listed

The most important look-alike species are listed for every identification, with toxic or deadly ones clearly highlighted and distinguishing features explained.

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Culinary Guide for Edible Species

For edible species: flavour profile, texture, best cooking methods, food pairings, storage, and any special preparation requirements.

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Ecological Context

Feeding strategy (saprotrophic, mycorrhizal, or parasitic), key ecological relationships, and the role of the species in its ecosystem.

Related Tools

Frequently Asked Questions

Is it safe to eat a mushroom the AI identifies as edible?

No. A photo identification by any tool, including AI, is never sufficient for a foraging decision. Many deadly mushrooms closely resemble edible species and cannot be reliably distinguished from a photo alone. Safe identification requires physical examination of the fresh specimen (cap, gills, stem, base, smell, spore print), knowledge of local species and their look-alikes, and verification by an experienced mycologist or certified foraging guide. This tool is for education and learning only.

What features should I photograph for the most accurate identification?

Four angles improve accuracy significantly: the cap top (showing colour, shape, and surface texture), the cap underside (showing gills, pores, or other structures, their colour and attachment), the full stem (including the ring if present), and the base where it meets the ground (to reveal any volva, which is critical for identifying deadly Amanita species). Including the habitat context (nearby trees, substrate, forest type) also helps narrow the identification.

What is a volva and why does it matter?

A volva is a cup-like structure at the base of the stem from which the mushroom emerged. It is often partially buried in the soil or leaf litter and is easily overlooked. The volva is a key identifying feature of Amanita species, which include some of the world's most deadly mushrooms (the death cap, destroying angel, and others). Always gently clear the base of a mushroom from soil and leaf litter and photograph it before any identification, especially when the mushroom has a pale or white appearance.

Can it identify mushrooms growing on wood or in unusual locations?

Yes. The habitat and substrate are important identification factors and are included in the analysis. The tool handles mushrooms growing from soil, dead or living wood, leaf litter, dung, and other substrates. Wood-rotting species such as oyster mushrooms, chicken of the woods, and various bracket fungi are identified from their growth context as well as their physical characteristics.

What if the identification confidence is Low or Moderate?

Low or Moderate confidence means the visual evidence in the photo does not allow a definitive species determination. This is common when only one angle is available, the mushroom is very young or old, lighting is poor, or the species belongs to a complex group with many similar members. In these cases the analysis describes the most likely candidate and explains what additional features would be needed to confirm the identification. Do not proceed with any consumption decision on a Low or Moderate confidence identification.

What should I do if I think I have eaten a toxic mushroom?

Contact Poison Control immediately. Do not wait for symptoms. Many serious mushroom poisoning symptoms are delayed by hours or even days after consumption. If you are in the US, call 1-800-222-1222. Bring a sample or photo of the mushroom to help with identification. This applies even if the mushroom was identified as edible by any tool: misidentification is always possible.

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Disclaimer: This tool uses generative AI technology which may produce content that resembles copyrighted materials or that is inaccurate, incomplete, or out-of-date. It is provided for general information and educational purposes only and is not intended for illegal activities or to replace professional advice, diagnosis, or treatment. Users are solely responsible for how they use the generated content. If you plan to use AI-generated content commercially or publicly, we strongly recommend reviewing it for potential copyright issues and obtaining proper permissions where necessary. We accept no liability for copyright infringement or any other consequences resulting from the use of content generated by this tool.