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Trees in Alphabetical Order

Trees are the largest and longest-lived organisms on Earth. A single coast redwood can stand over 350 feet tall and live for more than 2,000 years. But trees aren't just impressive in size - they're fundamental to how ecosystems function. They filter air, anchor soil, regulate water cycles, and provide habitat for thousands of other species. The planet has roughly 3 trillion trees across 73,000 known species, and every continent except Antarctica has native tree cover.

This page lists 50 well-known tree species in alphabetical order. Each entry includes the botanical family, native region, maximum height, and leaf type. Whether you're identifying trees on a hike, choosing what to plant in your yard, or researching species for a school project, an alphabetical reference makes it easy to look up what you need. Got your own tree list to sort? Paste it into the tool above.

Deciduous vs. Evergreen Trees

The most fundamental distinction among trees is how they handle their leaves. Deciduous trees drop their foliage every autumn, entering a dormant state through winter before leafing out again in spring. Maples, oaks, elms, and birches are all deciduous. This strategy conserves water and energy during cold months when photosynthesis would be inefficient anyway. The fall color displays that draw millions of visitors to New England and the Appalachians each year happen because deciduous trees break down chlorophyll before dropping their leaves, revealing the yellow, orange, and red pigments that were hidden underneath all summer.

Evergreen trees keep their leaves (or needles) year-round. Pines, spruces, firs, cedars, and hemlocks are the conifers most people think of, but plenty of broadleaf trees are evergreen too - holly, magnolia (some species), and olive trees all hold their leaves through winter. In tropical regions, most trees are evergreen because there's no cold season to trigger dormancy. The U.S. Forest Service manages roughly 193 million acres of national forests containing both deciduous and evergreen species across every climate zone in the country.

Then there are the oddballs. Larches and tamaracks are deciduous conifers - they have needles like a pine tree but drop them every fall, turning gold before going bare. Ginkgo is another unusual case: it's technically neither a conifer nor a flowering tree. It belongs to its own ancient division of plants and is the only surviving member of a lineage that dates back 270 million years, making it one of the oldest living tree species on Earth.

Trees by Size: From Understory to Canopy Giants

Tree species vary enormously in height. At the smaller end, dogwoods top out around 35 feet and hawthorns at about 30 feet. These understory trees thrive in the shade of taller species and are popular in landscaping because they fit in residential yards. Redbud is another compact species - rarely exceeding 30 feet - and it's prized for its early spring flowers that bloom directly on the branches before any leaves appear.

Mid-size trees in the 50 to 100 foot range make up the backbone of most temperate forests. Maples, oaks, hickories, ashes, beeches, and elms all fall in this category. A mature sugar maple typically reaches 80 feet, and a white oak can hit 100 feet with a crown spread nearly as wide. These are the trees that line streets, shade parks, and form the canopy in forests across the eastern United States and Europe.

At the extreme end, coast redwoods hold the record as the tallest trees on Earth. The tallest known specimen, a redwood named Hyperion in northern California, stands at 380.3 feet - taller than the Statue of Liberty including its pedestal. Giant sequoias are the most massive trees by total volume, with General Sherman containing an estimated 52,500 cubic feet of wood. According to the National Park Service, no other living organism on Earth matches the giant sequoia in total bulk.

Botanical Families and What They Tell You

Knowing a tree's botanical family gives you instant clues about its characteristics. The Fagaceae family (beech, chestnut, oak) produces nuts as fruit - acorns from oaks, chestnuts from chestnuts, and beechnuts from beeches. The Juglandaceae family (walnut, hickory, pecan) also produces edible nuts, and all of its members have compound leaves with multiple leaflets on a single stem.

The Pinaceae family is the largest family of conifers and includes pines, spruces, firs, hemlocks, larches, and cedars. These trees dominate the boreal forests that wrap around the northern latitudes of North America, Europe, and Asia. They share key traits: needle-like leaves, seed-bearing cones, and resinous wood. The Salicaceae family connects willows, poplars, aspens, and cottonwoods - all fast-growing, water-loving trees that colonize riverbanks and disturbed ground.

The Rosaceae family, better known for roses and stone fruits, includes several tree species: cherry and hawthorn among them. Cherry trees in the Rosaceae family are the same genus (Prunus) as peach, plum, and almond trees. Washington D.C.'s famous cherry blossoms come from Japanese flowering cherry trees (Prunus serrulata), originally a gift from Japan in 1912.

Trees and Human History

Trees have shaped human civilization in ways that are easy to overlook. Oak wood built the ships that carried European explorers across the Atlantic. Teak built the trading vessels of Southeast Asia because its natural oils resist rot and marine borers. Mahogany became the defining material of 18th-century English and American furniture, so sought-after that entire Caribbean forests were logged to supply the demand. The white pine's tall, straight trunks were so valuable as ship masts that the British Crown marked the best specimens with a broad arrow, claiming them for the Royal Navy - a policy that infuriated American colonists and helped fuel resentment leading to the Revolution.

Certain trees carry deep cultural and symbolic weight. The olive tree has been cultivated around the Mediterranean for at least 6,000 years, and olive branches symbolize peace across multiple cultures. Yew trees, which can live for thousands of years, stand in churchyards throughout England and Wales - some predating the churches next to them by centuries. The ginkgo tree, called a "living fossil," survived the atomic bombing of Hiroshima: several ginkgo trees within a mile of ground zero sprouted new growth the following spring, and they're still alive today.

In North America, the American chestnut once dominated eastern forests. An estimated four billion chestnut trees stretched from Maine to Georgia before a fungal blight introduced around 1904 wiped out virtually every mature specimen within 50 years. It was one of the worst ecological disasters in recorded history. The American Chestnut Foundation has spent decades trying to breed a blight-resistant hybrid, and recent genetic engineering breakthroughs are bringing the species closer to a real comeback.

Tree Family Native Region Max Height Leaf Type
Alder Betulaceae Northern Hemisphere 80 ft (24 m) Deciduous
Ash Oleaceae North America, Europe 80 ft (24 m) Deciduous
Aspen Salicaceae North America, Europe, Asia 80 ft (24 m) Deciduous
Beech Fagaceae North America, Europe, Asia 100 ft (30 m) Deciduous
Birch Betulaceae Northern Hemisphere 70 ft (21 m) Deciduous
Buckeye Sapindaceae North America 50 ft (15 m) Deciduous
Catalpa Bignoniaceae North America, East Asia 60 ft (18 m) Deciduous
Cedar Pinaceae Mediterranean, Himalayas 130 ft (40 m) Evergreen
Cherry Rosaceae Northern Hemisphere 40 ft (12 m) Deciduous
Chestnut Fagaceae North America, Europe, Asia 100 ft (30 m) Deciduous
Cottonwood Salicaceae North America 100 ft (30 m) Deciduous
Cypress Cupressaceae North America, Mediterranean 80 ft (24 m) Evergreen
Dogwood Cornaceae North America, East Asia 35 ft (11 m) Deciduous
Elm Ulmaceae Northern Hemisphere 100 ft (30 m) Deciduous
Fir Pinaceae North America, Europe, Asia 200 ft (61 m) Evergreen
Ginkgo Ginkgoaceae China 80 ft (24 m) Deciduous
Hawthorn Rosaceae Northern Hemisphere 30 ft (9 m) Deciduous
Hemlock Pinaceae North America, East Asia 160 ft (49 m) Evergreen
Hickory Juglandaceae North America, East Asia 100 ft (30 m) Deciduous
Holly Aquifoliaceae Worldwide 50 ft (15 m) Evergreen
Ironwood Betulaceae North America 40 ft (12 m) Deciduous
Juniper Cupressaceae Northern Hemisphere 50 ft (15 m) Evergreen
Larch Pinaceae Northern Hemisphere 100 ft (30 m) Deciduous conifer
Linden Malvaceae Northern Hemisphere 80 ft (24 m) Deciduous
Locust Fabaceae North America 80 ft (24 m) Deciduous
Magnolia Magnoliaceae North America, East Asia 80 ft (24 m) Deciduous/Evergreen
Mahogany Meliaceae Americas, West Africa 150 ft (46 m) Deciduous/Evergreen
Maple Sapindaceae North America, Europe, Asia 100 ft (30 m) Deciduous
Mesquite Fabaceae Americas 30 ft (9 m) Deciduous
Mulberry Moraceae North America, East Asia 50 ft (15 m) Deciduous
Oak Fagaceae Northern Hemisphere 100 ft (30 m) Deciduous/Evergreen
Olive Oleaceae Mediterranean 50 ft (15 m) Evergreen
Palmetto Arecaceae Americas 65 ft (20 m) Evergreen
Pecan Juglandaceae North America 130 ft (40 m) Deciduous
Persimmon Ebenaceae North America, East Asia 60 ft (18 m) Deciduous
Pine Pinaceae Northern Hemisphere 200 ft (61 m) Evergreen
Poplar Salicaceae Northern Hemisphere 100 ft (30 m) Deciduous
Redwood Cupressaceae California, USA 380 ft (116 m) Evergreen
Redbud Fabaceae North America, Mediterranean 30 ft (9 m) Deciduous
Sassafras Lauraceae Eastern North America 60 ft (18 m) Deciduous
Sequoia Cupressaceae California, USA 275 ft (84 m) Evergreen
Spruce Pinaceae Northern Hemisphere 200 ft (61 m) Evergreen
Sweetgum Altingiaceae North America, East Asia 75 ft (23 m) Deciduous
Sycamore Platanaceae North America, Europe 100 ft (30 m) Deciduous
Tamarack Pinaceae North America 75 ft (23 m) Deciduous conifer
Teak Lamiaceae Southeast Asia 130 ft (40 m) Deciduous
Tulip Tree Magnoliaceae Eastern North America 120 ft (37 m) Deciduous
Walnut Juglandaceae North America, Europe, Asia 100 ft (30 m) Deciduous
Willow Salicaceae Northern Hemisphere 70 ft (21 m) Deciduous
Yew Taxaceae Northern Hemisphere 65 ft (20 m) Evergreen

Choosing Trees for Your Yard

If you're planting a tree at home, size at maturity is the single most important factor to consider. A willow oak that looks charming as a 10-foot sapling will eventually top 80 feet with a massive root system - not ideal if it's 15 feet from your foundation. Dogwoods, redbuds, and hawthorns stay small and work well in tight spaces. Maples and oaks need room but provide decades of shade and significantly increase property values. Studies from the Arbor Day Foundation suggest that well-placed shade trees can reduce cooling costs by 20 to 30 percent.

Soil conditions matter as much as climate. Willows and cottonwoods want wet ground. Mesquite and juniper tolerate drought that would kill most hardwoods. Birches prefer acidic soil, while elms and hackberries handle a wide pH range. Your local cooperative extension office can test your soil and recommend species matched to your exact conditions.

Complete List of 50 Trees Alphabetically

Here's the full list sorted from A to Z:

Alder
Ash
Aspen
Beech
Birch
Buckeye
Catalpa
Cedar
Cherry
Chestnut
Cottonwood
Cypress
Dogwood
Elm
Fir
Ginkgo
Hawthorn
Hemlock
Hickory
Holly
Ironwood
Juniper
Larch
Linden
Locust
Magnolia
Mahogany
Maple
Mesquite
Mulberry
Oak
Olive
Palmetto
Pecan
Persimmon
Pine
Poplar
Redwood
Redbud
Sassafras
Sequoia
Spruce
Sweetgum
Sycamore
Tamarack
Teak
Tulip Tree
Walnut
Willow
Yew

Trees and the Future

Tree planting has become one of the most popular responses to climate change, and for good reason - trees absorb carbon dioxide as they grow and store it in their wood, roots, and the surrounding soil. A mature tree can sequester roughly 48 pounds of CO2 per year. But not all planting efforts are equal. Monoculture plantations of fast-growing pines or eucalyptus don't provide the ecological benefits of diverse native forests, and planting trees in the wrong locations (like grasslands that don't naturally support forests) can actually harm biodiversity.

The real challenge isn't planting new trees but protecting existing ones. Old-growth forests store far more carbon per acre than young plantations, and they support ecosystems that take centuries to develop. The loss of a single 500-year-old Douglas fir releases carbon that a new seedling would need hundreds of years to recapture. Conservation of existing forests, combined with thoughtful reforestation using native species, gives trees the best chance to keep doing what they've been doing for 350 million years.

Need to sort a list of tree names, wood types, or botanical terms? Use the tool at the top of this page. For more sorted reference lists, check out our pages on Flowers, Animals, Fruits, and Vegetables.