AI-Powered Tree Species Recognition

Identify Any Tree Species with Its Full Botanical and Ecological Profile

Upload any tree, leaf, or bark photo and get the species name, native range, habitat, ecological role, wildlife value, human uses, and a growing guide.

Identify a Tree

Sunlight filtering through the canopy of a tall ancient forest with large old-growth trees

AI Tree Species Identifier

Upload any photo of a tree, leaf, bark, fruit, or seed and instantly identify the species. Get a full botanical and ecological profile: physical characteristics, native range, habitat, wildlife value, human uses, growing guide, and fascinating tree facts.

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Upload a tree photo

Works best with clear photos of leaves, bark texture, fruit or seeds, or the full tree silhouette. Multiple identifying features in one shot improve accuracy.

or drag and drop an image here

Cost per analysis

Results

AI Tree Species Identifier

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AI Tree Species Identifier

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

Common name, scientific name, family, and native range identification
Leaf shape, bark texture, crown form, fruit, and other physical characteristics
Habitat type, soil preference, climate tolerance, and light requirements
Ecological role and key wildlife species that depend on this tree
Human uses: timber, food, medicine, landscaping, and cultural significance
Growing guide: propagation, growth rate, lifespan, pests, and landscape uses

Close-up photograph of distinctive maple leaves showing their iconic lobed shape and autumn colour

Precise Species Identification from Any Tree Photo

Identify a Tree

Precise Species Identification from Any Tree Photo

Upload a full tree photograph, a close-up of leaves, a bark detail shot, a fruit or seed image, or any combination and the AI identifies the species with a confidence rating. Every result includes the common name, scientific name, botanical family, native range, introduced range, and IUCN conservation status. Works with deciduous, coniferous, tropical, and ornamental trees from anywhere in the world.

Identify a Tree

Side-by-side macro photographs of tree bark texture and a compound leaf with detailed visible vein structure

Complete Physical and Botanical Profile

See Physical Details

Complete Physical and Botanical Profile

Every result includes a full physical profile: leaf type (simple or compound, deciduous or evergreen), leaf shape and arrangement, bark texture and colour, trunk form, crown silhouette, mature height and spread, flower description, and fruit or seed type and dispersal mechanism. All key identifying visual features are listed as tag pills for quick reference alongside detailed descriptions of each characteristic.

See Physical Details

A mature oak tree in a parkland setting with acorns visible on the branches and a squirrel in the foreground

Ecology, Wildlife Value, and Human Uses

Explore Ecology

Ecology, Wildlife Value, and Human Uses

Beyond the identification, every result covers the tree's ecological role (keystone species, pioneer species, canopy tree, understorey species), key wildlife that depend on it for food, shelter, or nesting, mycorrhizal associations, and whether it is invasive outside its native range. The human uses section covers timber properties, food and medicinal uses, landscaping value, and cultural or national significance.

Explore Ecology

How It Works

How to Identify a Tree with AI

Upload a Tree Photo

Upload any clear photo of a tree or tree part. A leaf shot, bark close-up, fruit or seed image, or full tree silhouette all work well. Including multiple identifying features in one shot improves accuracy.

AI Identifies the Species

The AI analyses the leaf shape and arrangement, bark texture, crown silhouette, fruit type, and any other visible features to identify the species with a confidence rating.

Get the Full Botanical Profile

Receive a complete profile covering species identification, physical characteristics, habitat and ecology, wildlife value, human uses, a practical growing guide, and fascinating species facts.

Identify a Tree

Who Uses It

Hiker pausing on a forest trail to photograph leaves on a large tree with a smartphone

Use Case

Nature Lovers and Hikers

Walking through a forest, park, or nature reserve and curious about the trees around you? Upload a photo of a leaf, bark, fruit, or the whole tree and get the species name, its ecological story, and the wildlife it supports in seconds. The growing guide and interesting facts sections give you the deeper context to turn a simple walk into a learning experience.

Landscaper examining a young ornamental tree in a garden centre with other trees visible in the background

Use Case

Gardeners and Landscapers

Spotted a tree in a neighbour's garden, a public park, or a landscape design and want to know the species so you can source it or use it in your own planting scheme? Upload a photo and get the species name, soil and climate requirements, light and water needs, growth rate, mature size, and best landscape uses, all in one structured result.

Student taking field notes beside a large tree in a woodland setting during an outdoor botany class

Use Case

Students and Educators

Teaching or learning botany, ecology, or environmental science? Upload tree photos from fieldwork or textbooks and get a structured, comprehensive species profile covering botanical classification, physical characteristics, habitat, ecological role, and human uses. Every result is structured as an educational reference with scientific naming, conservation status, and fascinating species facts.

Forester using a tablet to record tree data in a managed forest with tall trees surrounding them

Use Case

Foresters and Conservationists

Working on tree surveys, habitat assessments, reforestation projects, or invasive species management? Upload field photographs and instantly get species identification with conservation status, native and introduced range, ecological role, mycorrhizal associations, invasive status where relevant, and common pest and disease threats for each species.

Identify a Tree

Deep Dive

Major Tree Groups

Trees are the largest and longest-lived plants on Earth, spanning an enormous diversity of forms, adaptations, and ecological roles. Understanding the major tree groups helps you interpret any identification result and place a species in its proper biological and ecological context.

Wide photo collage of six tree types: a maple in autumn colour, a towering pine, a tropical palm, a flowering cherry, a massive sequoia, and a spreading baobab

Deciduous Broadleaf Trees

Deciduous broadleaf trees are trees that shed their leaves annually, typically in autumn or during a dry season. They dominate temperate forests across the Northern Hemisphere and include some of the most ecologically important and economically valuable tree species in the world. Their broad, flat leaves are designed to maximise photosynthesis during the growing season before being shed to conserve water and energy through winter. Many deciduous trees produce spectacular autumn colour as chlorophyll breaks down and other pigments become visible, making them among the most celebrated trees in temperate landscapes. Ecologically, they provide some of the richest habitats on Earth, supporting enormous insect diversity which in turn underpins the food webs of entire ecosystems.

ExamplesOak, Maple, Beech, Birch, Ash, Elm, Lime, Hornbeam, Sweet Chestnut, Tulip Tree

Native rangeTemperate regions of North America, Europe, East Asia, and parts of South America

Coniferous (Evergreen) Trees

Conifers are cone-bearing trees and shrubs, most of which are evergreen. They are among the oldest tree lineages on Earth, with fossil records dating back over 300 million years. Conifers dominate the boreal forests (taiga) of Canada, Russia, and Scandinavia, which together form the largest terrestrial biome on Earth. Their needle-like or scale-like leaves are highly adapted to cold, drought, and nutrient-poor conditions, with a waxy coating and small surface area that minimises water loss. Many conifers also produce resin that protects them against insects and disease. They are critically important timber trees globally, providing the majority of the world's softwood lumber for construction, paper, and furniture.

ExamplesScots Pine, Norway Spruce, Douglas Fir, Sitka Spruce, Western Red Cedar, Larch, Yew, Juniper, Sequoia

Native rangeBoreal and montane regions worldwide; also temperate and Mediterranean zones

Tropical and Subtropical Trees

Tropical trees grow in the warm, humid regions near the equator and exhibit extraordinary diversity of form, leaf type, and adaptation. Tropical rainforests, which are dominated by these trees, contain over half of all plant and animal species on Earth despite covering only around six percent of its land surface. Tropical trees include some of the most commercially valuable timber species (mahogany, teak, ebony), important food crops (mango, cacao, breadfruit, durian), and ecologically critical keystone species. Many tropical trees have evolved highly specialised relationships with animals for pollination and seed dispersal. Buttress roots, aerial roots, cauliflory (flowers and fruit produced directly on trunks and main branches), and drip tips on leaves are common tropical tree adaptations.

ExamplesMahogany, Teak, Banyan, Kapok, Rubber Tree, Brazil Nut, Cacao, Mango, Jackfruit, Mangrove

Native rangeTropical Africa, South and Southeast Asia, Central and South America, and the Pacific

Flowering Trees (Angiosperms)

Flowering trees are angiosperms, meaning they produce true flowers and enclosed seeds within fruits. This group includes the vast majority of broadleaf tree species and encompasses an enormous range of ecological niches, growth forms, and flower types. Many flowering trees are prized specifically for their ornamental blossom: cherry, magnolia, jacaranda, wisteria, and dogwood are celebrated worldwide for their seasonal flowering displays. Others are grown primarily for fruit (apple, pear, cherry, plum, citrus, fig), timber, or shade. The flowers of angiosperms co-evolved with insect pollinators over millions of years, creating the complex pollinator networks that underpin global food production and biodiversity.

ExamplesCherry Blossom, Magnolia, Jacaranda, Dogwood, Catalpa, Tulip Tree, Laburnum, Wisteria, Hawthorn, Crabapple

Native rangeWorldwide across temperate, subtropical, and tropical regions

Palms and Tree Ferns

Palms are monocots rather than true trees, but they grow to tree-like heights and are among the most economically important plant groups in the world. The palm family (Arecaceae) includes around 2,600 species native primarily to tropical and subtropical regions. Palms provide coconut, palm oil, dates, rattan, and thatching materials, and are iconic symbols of tropical landscapes. Tree ferns are ancient plants with fossil ancestors dating back over 360 million years. They grow a trunk-like structure of fibrous roots and dead frond bases topped with a crown of large fronds. Tree ferns are particularly associated with temperate rainforests in the Southern Hemisphere, especially in New Zealand, Australia, and southern South America.

ExamplesCoconut Palm, Date Palm, Oil Palm, Areca Palm, Traveller's Palm, Soft Tree Fern, Black Tree Fern

Native rangePalms: tropical and subtropical worldwide. Tree ferns: Southern Hemisphere temperate rainforests

Ancient and Champion Trees

Some tree species are remarkable not just for their ecological or economic roles but for their extraordinary age, size, or resilience. The Great Basin Bristlecone Pine (Pinus longaeva) holds the record for the oldest known individual tree, with Methuselah estimated at over 4,850 years old. The giant sequoia (Sequoiadendron giganteum) is the largest living thing by volume on Earth, with General Sherman measuring 1,487 cubic metres of trunk volume. Clonal tree colonies such as Pando (a quaking aspen grove in Utah) are considered single organisms and may be among the oldest and most massive living things on Earth at an estimated 80,000 years old and nearly 6,000 tonnes in mass.

ExamplesBristlecone Pine, Giant Sequoia, Coast Redwood, Kauri, Baobab, Dragon Blood Tree, Monkey Puzzle

Notable attributeOldest, largest, most massive, or most evolutionarily ancient tree species known to science

Note: there are over 73,000 known tree species on Earth, and new species continue to be discovered. The AI can identify species from all major tree groups including deciduous, coniferous, tropical, flowering, and palm species.

Benefits

Why Use It

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Identify Any Tree from Any Photo

Identify tree species from leaves, bark, fruit, seeds, flowers, or full tree silhouette photographs. Works with trees from temperate, tropical, boreal, and subtropical regions worldwide.

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Full Botanical Classification

Every result includes the common name, scientific name, botanical family, and order, along with IUCN conservation status and a native and introduced range overview.

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Ecology and Wildlife Value

Discover the tree's ecological role, the key wildlife species that depend on it, its mycorrhizal associations, and whether it is invasive outside its native range.

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Practical Growing Guide

Get actionable growing information: soil and climate requirements, light and water needs, growth rate, lifespan, pruning advice, and common pests and diseases.

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Frequently Asked Questions

How does the AI Tree Species Identifier work?

You upload any photo of a tree or tree part and the AI analyses the visible features including leaf shape, margin, arrangement, bark texture, crown silhouette, fruit type, and any other identifying characteristics to identify the species. Every result includes a confidence rating and a note on the specific features used for identification.

Can it identify a tree from just a leaf photo?

Yes. Leaf photographs are one of the most reliable inputs for tree identification. A clear, well-lit photo of a leaf showing its shape, margin, and upper surface is often enough for a high-confidence identification. Including both leaf surfaces, a fruit or seed, or a bark close-up alongside the leaf photo improves results further.

What types of trees can it identify?

The AI can identify species from all major tree groups worldwide: deciduous broadleaf trees, coniferous trees, tropical and subtropical species, flowering and ornamental trees, palms, and tree ferns. It works with native, introduced, and ornamental species from North America, Europe, Asia, Africa, Australia, and South America.

How accurate is the species identification?

Accuracy is highest for clear, well-lit photographs of distinctive features such as leaves, bark, or fruit. The result always includes a confidence rating: High, Moderate, or Low. Rare species, hybrid trees, or photographs taken at unusual angles or in poor lighting may yield lower confidence results. In those cases the AI identifies the most likely genus or family and explains why.

Can it identify a tree from bark alone?

Yes. Many tree species have highly distinctive bark textures, patterns, and colours that allow confident identification. A clear, close-up photograph of the bark in good natural light gives the best results. Silver birch, Scots pine, cherry, and plane trees are examples of species that can often be identified from bark photography alone.

Does it provide conservation status information?

Yes. Every result includes the IUCN Red List conservation status for the species: Least Concern, Near Threatened, Vulnerable, Endangered, or Critically Endangered, along with the native geographic range and any introduced or naturalised range where relevant.

Can it identify invasive tree species?

Yes. The ecology section of every result notes whether the identified species is considered invasive or problematic outside its native range in any region. This is particularly useful for land managers, conservationists, and gardeners who need to identify and manage non-native tree species.

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Identify Any Tree Instantly

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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.