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Eastern Himalayan subalpine conifer forests
Biome
Temperate Conifer Forests
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Biogeographic realm
Indomalayan

Eastern Himalayan subalpine conifer forests

Eastern Himalayan subalpine conifer forests
The Eastern Himalayan subalpine conifer forests form a narrow belt of high-mountain forest stretching from the Kali Gandaki (Gandaki) River in central Nepal eastward through Bhutan and into the Arunachal Pradesh and Sikkim regions of northern India, with adjacent reaches into Myanmar and Tibet, occupying the band roughly between 3,000 and 4,000 metres just below the Himalayan treeline. The canopy is dominated by conifers such as fir (Abies spectabilis), larch (Larix griffithii), junipers (Juniperus recurva and J. indica), and blue pine (Pinus wallichiana), with Himalayan birch (Betula utilis) and an understory rich in rhododendrons. Drawing moisture from the Bay of Bengal monsoon, the eastern stretches are notably wetter than the western Himalayas and support a higher treeline, with cold, snowy winters that fall below freezing. Sitting at the transition between the Indomalayan and Palearctic realms, the ecoregion harbors around 90 mammal species and roughly 200 bird species, including red pandas, takins, and ground-dwelling pheasants and tragopans, and a substantial share of it lies within protected areas such as Langtang, Jigme Dorji, and Kanchenjunga. For gardeners, this is a heartland of ornamental rhododendrons, with native species including Rhododendron hodgsonii, R. barbatum, R. campylocarpum, and R. thomsonii.
RESOLVE 309
Indomalayan
10,608 sq mi
Temperate Conifer Forests
Landscape type
Temperate Conifer Forests
Plant region
Indomalayan
Region footprint
10,608 sq mi
Habitat pressure
Nature Could Reach Half Protected (Dinerstein NNH 2)
Use this as the broad planting pattern for the region: Temperate forests dominated by evergreen conifers, from coastal rainforests to montane pine and fir stands. Adapted to cool, moist or seasonally dry climates, they include some of the tallest and longest-lived trees on the planet. For garden decisions, pair that context with the plant list below, then narrow by your site's light, water, soil, and mature-size constraints.

Plants that can handle this region

A climate-fit shortlist from Plotwright's catalog. Start with the reliable fits, then use each plant page to check light, water, soil, mature size, and local availability.
Showing 569 of 569 climate-fit plants for this region.
Reliable climate fits
Good bets for now and later
525 plants
These plants fit the region today and stay within range under the mid-century projection. Start here when you want choices with the least climate regret.
Good now, not later
Good now, less certain later
12 plants
These plants fit the region as it is today. The projection moves them outside their listed range, so treat them as shorter-horizon or higher-care choices.
A close stand of balsam firs seen from ground to tip, their narrow spire crowns and short dense branches dusted with a light coating of snow, against a clear blue sky.
Abies balsamea
Balsam fir
Balsam fir (Abies balsamea) is THE Christmas tree of the northeast and, for most gardens, a tree to admire rather than plant. Missouri Botanical Garden is unambiguous about why: the species is native to cool climates and is not recommended for planting in the hot and humid summer conditions south of USDA Zone 5, it is generally intolerant of urban pollution, and MBG explicitly does not recommend it for its own St. Louis climate. Wikipedia puts the same limit the other way round - it wants a mean annual temperature near 40°F with consistent moisture, and low moisture combined with high temperature is what stops the range. This is a boreal tree. It runs from Labrador and Newfoundland west to Alberta and south to Minnesota, Wisconsin, New England and New York, then survives in the Appalachians only by climbing, hanging on at 2,500 to 5,000 feet as far south as Virginia and West Virginia. Where it does suit the climate it is superb: a narrow aromatic spire of 50 to 70 feet and only 15 to 25 feet wide, clothed in flat blunt needles 0.6 to 1.2 inches long, dark green above with two chalk-white stomatal bands beneath and twisted at the base so they lie in two horizontal ranks either side of the shoot. Two features are worth learning by hand. The young bark is smooth and grey and studded with RESIN BLISTERS that spray when punctured - no spruce or pine does that - and the erect cones, 2 to 3 inches and dark purple, ripen brown and DISINTEGRATE on the branch in September, dropping their scales and leaving a bare central spike standing on the twig. A fir cone is therefore something you almost never find whole on the ground, which is the single fastest way to tell Abies from Picea. That resin is also the reason this tree has a place in the history of optics: Canada balsam, the oleoresin tapped from those bark blisters, dries to a transparent mass with a refractive index near 1.52, effectively the same as crown glass, so it worked as an invisible glue for cementing lens elements and became the standard mounting medium for microscope slides from about 1830. It was phased out during the Second World War for polyester, epoxy and urethane adhesives, which do not yellow and have far better thermal and solvent resistance. The honest catch list is long: balsam woolly adelgid, spruce budworm (this is the budworm's preferred main host), bark beetles, spider mites in hot spells, cankers, heart rot, root rot, needle rust and twig blight, plus heavy deer browsing, shallow roots that make it wind-firm only in a stand, and a working life measured in decades rather than centuries.
Tree
Full sun / Part shade
Consistent moisture
Zones 3a-6b
Climate: moderate
Focal point
Structure
Grand fir boughs seen from above, the flat needles laid in strictly two-ranked combs either side of brown twigs, with needles of clearly unequal length, over brown forest-floor leaf litter and moss.
Abies grandis
Grand fir
Grand fir (Abies grandis) is one of the great trees of the Pacific Northwest and a poor choice for most gardens, and those are the same fact rather than two: it is built for cool, wet, deep-soiled maritime ground and it is built enormous. Missouri Botanical Garden gives it 100 to 250 feet with a 4 to 6 foot trunk, says it performs poorly in most areas of the eastern United States, and states flatly that it is not recommended for planting south of USDA Zone 6. It is also fast - the coastal form can put on more than 5 feet a year while young - so the mistake compounds quickly, and it is not a durable tree in return: historically it reached nearly 300 years, but 100 is more typical under modern stress. Its bark is thin and it cannot seal a wound with pitch, so fire scars, pruning cuts and logging damage open the trunk to heart rot, and east of the Cascades a trunk carrying Indian paint fungus is rotten inside whether or not the crown looks it. Balsam woolly adelgid, bark beetles, root rot and needle rust are all on Missouri Botanical Garden's problem list, and western spruce budworm epidemics killed grand fir at scale in the eastern Cascades and the Blue Mountains in the late twentieth century. What is genuinely wonderful about it belongs on the label too. The needles are flat, blunt and laid in two neat horizontal ranks like the teeth of a comb, and along one side of a twig they alternate short, long, short - a sawtooth that white fir rarely shows and the quickest way to name the tree. Crushed, they smell strongly of tangerine, which is why it is also called stinking fir, and no other fir in this group smells like it. The cones stand UPRIGHT on the upper branches and never fall whole; they break apart on the tree in autumn and leave a bare spike standing on the branch, which is the single cleanest way to separate any Abies from a spruce or a pine.
Tree
Full sun / Part shade
Consistent moisture
Zones 5a-6b
Climate: narrow
Structure
Focal point
Red spruce crowns with full conical outlines and slightly drooping branches standing along a meadow edge, silhouetted against a deep blue cloudless sky.
Picea rubens
Red spruce
Red spruce (Picea rubens) is the best-documented case of a tree damaged by air pollution anywhere in the world, and that is the honest headline rather than anything horticultural. Through the 1970s and 1980s, high-elevation stands across the Adirondacks, the Green Mountains and the central and southern Appalachians lost roughly a quarter to a half of their canopy trees. The mechanism took twenty years to pin down and turned out to be indirect: acid fog and mist leach calcium out of the needle cell membranes, and decades of acid deposition strip exchangeable calcium out of already-poor soils while mobilising aluminium that is toxic to fine roots. A calcium-starved needle loses cold tolerance, so the tree is killed not by the acid but by an ordinary winter it should have survived. The controlled proof came from Hubbard Brook in New Hampshire, where a watershed refertilised with calcium silicate in 1999 lost roughly a third as much current-year foliage as the untreated reference watershed in the severe winter-injury year of 2003, the reference losing about 75 per cent of it. The ending is genuinely good news, which is rare in this catalog: after the 1990 Clean Air Act Amendments cut utility sulphur dioxide by around forty per cent, more than three-quarters of monitored red spruce have been growing faster since about 2001. The second thing to know is that this is the tonewood - the Adirondack spruce of pre-war Martin guitars, still the premium soundboard for steel-string guitars, violin bellies and piano boards, and priced accordingly after mid-century overcutting. The third thing is the caveat the Lady Bird Johnson Wildflower Center states flatly: this species is not well suited to cultivation. It wants cool foggy montane summers, permanently moist acid ground and no lime, its roots sit in the top foot of soil so it blows over, and it is often defoliated by spruce budworm. Plant it because you are restoring an Appalachian or northeastern spruce forest, not because you want a garden conifer.
Tree
Full sun / Part shade
Consistent moisture
Zones 3a-6b
Climate: moderate
Structure
Subalpine firs with very narrow steeple crowns scattered across a green subalpine meadow, with lingering snowfields, bare rock and a cloud-covered peak behind them.
Abies lasiocarpa
Subalpine fir
Subalpine fir (Abies lasiocarpa) is the narrowest conifer in western North America and, for most gardens, the wrong tree. It is a timberline species: the US Forest Service silvical account puts its climate at a mean July temperature of 45 to 60°F, with more than 24 inches of precipitation of which much falls as snow, on ground that is frozen or under snow for a large part of the year. Bring it down the mountain into a hot summer, a humid one, or a polluted one and it sulks, thins and dies, and it does so slowly enough that people keep watering it. The Lady Bird Johnson Wildflower Center calls it a spire-like evergreen of 30 to 50 feet with stiff horizontal limbs branched to the ground, and that spire is the whole ornamental argument - a crown so narrow it can be a fifth as wide as it is tall, which is a snow-shedding adaptation rather than a nursery selection. At and above treeline it stops being a tree at all and grows as krummholz, low sprawling mats scoured by wind, and reproduces by LAYERING: a branch pressed into the ground roots and becomes a new stem, so a single tree can leave behind a ring of clones that mountaineers call an atoll. Two honest problems follow it down into cultivation. It is slow and, for a conifer, short-lived and structurally weak - thin bark, persistent dead branches, easily windthrown - and its pest list is serious: balsam woolly adelgid (Adelges piceae), introduced from Europe and the most destructive insect on this species in the Cascades, and the western balsam bark beetle (Dryocoetes confusus), which together with Armillaria root rot drives the mortality complex that has killed subalpine fir across large areas of the Rockies. Like every true fir it carries its cones UPRIGHT on the upper branches, dark purple ripening brown, and those cones never fall whole - they shatter on the tree and leave a bare central spike standing on the branch, which is the single quickest way to tell an Abies from a Picea at a glance.
Tree
Full sun / Part shade
Moderate water
Zones 3a-6b
Climate: moderate
Structure
Focal point
Future climate matches
Likely better as winters warm
32 plants
These plants are not the best current fit, but the mid-century projection moves this region toward their comfort range.

Planting collections

Finished planting recipes where every member can handle this region's climate range. The fit badge uses the collection's most sensitive plant, so a resilient collection is a safer starting point than any single standout.
Annabelle hydrangea (Hydrangea arborescens 'Annabelle') showing large white ball-shaped flower clusters on a rounded deciduous shrub.
Coral bells (Heuchera 'Marmalade') showing a low mound of ruffled coppery-orange foliage characteristic of the Heuchera villosa-derived hybrids.
Climate-resilient · 2 plants
Bright shade foundation
A part-shade planting with shrub structure and low foliage contrast.
Annabelle hydrangea
Coral bells
Switchgrass (Panicum virgatum) mature clump in the green growing season, its upright vase-shaped habit topped by the airy, diffuse open panicles diagnostic of the species.
Little bluestem (Schizachyrium scoparium) clumps in a garden bed, showing the species' upright, fine-textured blue-green vase-shaped growing-season habit.
Common milkweed (Asclepias syriaca) mature clump in flower, showing its stout upright reddish stems, broad opposite leaves, and pink-mauve flower umbels with young green pods.
A full clump of black-eyed Susan (Rudbeckia fulgida 'Goldsturm') in a garden bed, showing the dense mounded foliage base topped with golden, dark-centered daisies on branching stems.
+4
Climate-resilient · 8 plants
Climate-resilient natives for warming zones (eastern NA)
A pollinator-supporting palette of eastern North American natives with broad hardiness ranges and wide native distributions. Built for gardeners who want a planting that can handle warming zones without giving up wildlife value.
Switchgrass
Little bluestem
Common milkweed
Orange coneflower
Wild bergamot
Sweet Joe-Pye weed
Cutleaf coneflower
New England aster
A mature butterfly weed (Asclepias tuberosa) clump in a garden bed, showing its bushy mounded habit with several flat-topped orange umbels above a dense whorl of narrow leaves.
Common milkweed (Asclepias syriaca) mature clump in flower, showing its stout upright reddish stems, broad opposite leaves, and pink-mauve flower umbels with young green pods.
Purple coneflower (Echinacea purpurea) in bloom, showing pinkish-purple ray petals around a brown-domed central cone on an erect stem.
Wild bergamot (Monarda fistulosa) clump in an open meadow, its several upright square stems each topped by a ragged lavender flower head over toothed mint-family foliage.
+5
Climate-resilient · 9 plants
Native pollinator border (eastern US)
A continuous-bloom native pollinator strip for eastern North America. Covers spring through frost with host + nectar plants spanning monarchs, native bees, hummingbirds, and specialist Lepidoptera. Little bluestem provides the matrix grass + Hesperiidae host.
Butterfly weed
Common milkweed
Purple coneflower
Wild bergamot
Scarlet bee balm
Little bluestem
Sweet Joe-Pye weed
Swamp sunflower
Smooth blue aster
A mature oakleaf hydrangea (Hydrangea quercifolia) in flower - a broad, mounded multi-stemmed shrub studded with upright white panicles above coarse, deeply lobed oak-shaped leaves.
Woodland phlox (Phlox divaricata) showing five-petaled pale lavender-blue flowers on slender erect stems above a low spreading mat of foliage.
Wild columbine (Aquilegia canadensis) whole plant in rocky-ledge habitat, the airy blue-green compound foliage hung with nodding red-and-yellow spurred flowers.
Foamflower (Tiarella cordifolia) showing characteristic frothy white spring flower spikes above heart-shaped foliage.
+2
Climate-resilient · 6 plants
Part-shade woodland edge
A part-shade / bright-shade planting for morning sun or dappled light - eastern North American woodland-edge natives with spring bloom, season-long foliage, and a fern + shrub structure.
Oakleaf hydrangea
Woodland phlox
Wild columbine
Foamflower
Hairy alumroot
Christmas fern
English lavender (Lavandula angustifolia) as a broadly mounded, dense subshrub of fine silvery blue-green aromatic foliage.
Purple coneflower (Echinacea purpurea) in bloom, showing pinkish-purple ray petals around a brown-domed central cone on an erect stem.
A full clump of black-eyed Susan (Rudbeckia fulgida 'Goldsturm') in a garden bed, showing the dense mounded foliage base topped with golden, dark-centered daisies on branching stems.
Switchgrass (Panicum virgatum) mature clump in the green growing season, its upright vase-shaped habit topped by the airy, diffuse open panicles diagnostic of the species.
Climate-resilient · 4 plants
Sunny pollinator border
A durable sunny border with summer bloom, seedheads, and upright winter texture.
English lavender
Purple coneflower
Orange coneflower
Switchgrass
A green-season spicebush (Lindera benzoin) in its native woodland understory, showing the loose, open, multi-stemmed branching and alternate obovate leaves.
Wild ginger (Asarum canadense) - a clump rising from a mossy forest floor, paired heart-shaped leaves on fuzzy petioles arching over the maroon jug-shaped flowers nestled at ground level.
Bloodroot (Sanguinaria canadensis) showing characteristic white multi-petaled flower wrapped in a rounded leaf.
Virginia bluebells (Mertensia virginica) showing pendulous pink-to-blue bell-shaped flower clusters above smooth blue-green foliage.
+3
Currently suited · 7 plants
Shade & understory woodland
A full-shade woodland-floor community for deep shade beneath a closed canopy: an understory shrub, spreading groundcovers, spring ephemerals, and a large fern - eastern North American natives that expect low light and leaf-litter soil.
Northern spicebush
Wild ginger
Bloodroot
Virginia bluebells
Mayapple
Ostrich fern
Foamflower

Starter kits for this region

Generated from catalog plants that already pass this region's climate fit gate, with native matches sorted first when the catalog has enough coverage.
Sunny pollinator border
A sunny, wildlife-forward planting assembled from plants that pass this region fit gate.
Native fit: 0/6
Climate resilient: 6/6
Wildlife links: 14
Host/specialist links: 4
Forage/pollination links: 19
Shelter links: 1
AD
AF
AL
AM
AM
AM
Shade-edge planting
A softer edge kit for woodland margins, porches, and mixed-light garden edges.
Native fit: 0/6
Climate resilient: 6/6
Wildlife links: 14
Host/specialist links: 4
Forage/pollination links: 16
Shelter links: 1
AD
AF
AL
AL
AM
AM
Resilient shrub layer
A woody structure layer led by plants that fit both current and projected regional conditions.
Native fit: 0/6
Climate resilient: 6/6
Wildlife links: 13
Host/specialist links: 4
Forage/pollination links: 17
Shelter links: 1
AD
AL
AM
AM
AM
AM

Similar planting regions

Browse other regions in the same biome. Their plant lists can suggest species and combinations worth comparing.
Conifer trunks and thin needle crowns seen from below against bright sky.
RESOLVE 310 - Indomalayan
Western Himalayan subalpine conifer forests
The Western Himalayan subalpine conifer forests form a narrow tree-line belt across the middle and upper western Himalaya, running west from the Kali Gandaki (Gandaki) River in central Nepal through the Indian states of Uttarakhand, Himachal Pradesh, and Jammu and Kashmir into northern Pakistan, at roughly 3,000 to 3,500 meters between lower montane forest and the treeless alpine meadows above. The canopy is dominated by Himalayan conifers including fir (Abies spectabilis and Abies pindrow), blue pine and chilgoza pine (Pinus wallichiana and Pinus gerardiana), spruce (Picea smithiana), and deodar cedar (Cedrus deodara), often mixed with Himalayan birch (Betula utilis), oak (Quercus semecarpifolia), and rhododendron. Lying in the rain shadow of the western ranges, it is markedly drier than its eastern Himalayan counterpart, which draws more moisture from the Bay of Bengal monsoon. The ecoregion supports a rich montane bird community of several hundred species, with nine endemics and signature pheasants such as the western tragopan, Koklass pheasant, and Himalayan monal, and serves as the transition zone between forest animals like the musk deer and high-alpine species like the snow leopard, though a large majority of its conifer forest has been cleared or degraded for timber, fuelwood, and terrace cultivation. For temperate gardeners, this is the native home of widely planted ornamental conifers including deodar cedar, blue pine, and Himalayan birch.
Temperate Conifer Forests
Zones 6a-10b
+3.4°F by 2070
15,329 sq mi
NNH tier 4
Conifer forest, mountain lake, and Rocky Mountain foothill terrain in Alberta.
RESOLVE 345 - Nearctic
Alberta-British Columbia foothills forests
The Alberta-British Columbia foothills forests form a transitional temperate conifer ecoregion straddling the boundary between the Rocky Mountains to the west and the Mid-Canada boreal plains to the east, lying mostly in Alberta with a portion in British Columbia. Mixed forests of lodgepole pine, quaking aspen, jack pine, and white spruce dominate, with balsam poplar, paper birch, and balsam fir also common, while wetter sites support black spruce and tamarack. The climate is subhumid and cold temperate, with short summers averaging 13-15C, cold winters from -17.5 to -10C, and annual precipitation of roughly 400-600 mm. Heavily altered by agriculture, logging, and oil and gas development, only about 1% of the ecoregion holds protected status.
Temperate Conifer Forests
Zones 2b-4a
+8.4°F by 2070
46,764 sq mi
NNH tier 2
Autumn conifer and mixed forest below the Watzmann in the Bavarian Alps.
RESOLVE 689 - Palearctic
Alps conifer and mixed forests
The Alps conifer and mixed forests ecoregion follows the Alps mountain range across central Europe, spanning France, Italy, Switzerland, Germany, Liechtenstein, Austria, and Slovenia. Its montane forests are a mix of conifers and broadleaves, with Norway spruce, silver fir, European larch, and mountain pine alongside European beech, and prostrate pine in the outer ranges. The region sits at the transition between the Mediterranean climates of southern Europe and the more humid, temperate Euro-Siberian zone, so its western reaches feel mild Atlantic air while the central area is continental. It is one of the richest places in Europe for plants, holding roughly 4,500 native vascular plant species including about 400 endemics, and the recovered Alpine ibex serves as its flagship species; around 27 percent of the ecoregion lies within protected areas such as Gran Paradiso and Vanoise national parks. For gardeners, several classic alpine ornamental genera are native here, including Campanula, Primula, Saxifraga, and Draba.
Temperate Conifer Forests
Zones 5a-8b
+3.8°F by 2070
57,712 sq mi
NNH tier 2
Forest, meadow, and river valley mosaic in Chemalsky District, Altai Republic, Russia.
RESOLVE 690 - Palearctic
Altai montane forest and forest steppe
The Altai montane forest and forest steppe stretches some 1,500 km along the Altai Mountains across the border region where Russia, Kazakhstan, Mongolia, and China meet, running from the Belukha Range in the northwest to the Gobi-Altai in the southeast. Its hallmark is a mosaic shaped by slope aspect: cooler, wetter north-facing slopes carry dense conifer forests of spruce and larch (including larch-cedar stands), while drier south-facing slopes give way to cold steppe and desert-steppe vegetation dominated by feather grass and Artemisia. The climate is cold and semi-arid, with cool summers and long, dry winters in which temperatures plunge well below freezing and precipitation stays low. Sitting at the crossroads of several ecoregions, altitudes, and climate zones, it harbors high biodiversity and supports a widely dispersed population of the globally threatened snow leopard, with protected areas including the Katun Nature Reserve. For gardeners, its hardy native flora includes ornamental grasses like the feather grass Stipa pennata and prairie junegrass (Koeleria).
Temperate Conifer Forests
Zones 2a-4b
+3.4°F by 2070
55,018 sq mi
NNH tier 3
Aspen and conifer forest near Humphreys Peak, Arizona.
RESOLVE 346 - Nearctic
Arizona Mountains forests
The Arizona Mountains forests - the sky-island and Mogollon Rim forest belt of central and eastern Arizona, southwestern New Mexico, and a thin strip in adjacent Mexico. Elevation banding from desert grassland and pinyon-juniper through ponderosa pine + Gambel oak, Douglas fir + aspen + white fir at higher elevations, and isolated subalpine spruce-fir on the highest peaks (Humphreys Peak, Mt. Baldy). The 'Madrean sky islands' on the southern edge connect biotic elements of the Sierra Madre Occidental with the Southwest US.
Temperate Conifer Forests
Zones 6a-9a
+3.5°F by 2070
42,830 sq mi
Editorial profile
NNH tier 4
Pitch pine forest canopy in the New Jersey Pine Barrens viewed from Apple Pie Hill.
RESOLVE 347 - Nearctic
Atlantic coastal pine barrens
The Atlantic coastal pine barrens - the fire-dependent pitch pine + scrub oak ecosystem of the New Jersey Pinelands, Long Island Pine Barrens, Cape Cod, and smaller patches across coastal Massachusetts and adjacent Rhode Island / Connecticut / Delaware. Sandy, acidic, nutrient-poor soils plus historic frequent fire produced the open canopy and rich heath / sedge understory. The NJ Pinelands National Reserve protects the largest remnant.
Temperate Conifer Forests
Zones 6b-7b
+5.1°F by 2070
5,517 sq mi
Editorial profile
NNH tier 3

Where this ecoregion reaches

The countries, US states, and Canadian provinces this ecoregion touches, from a spatial join of its RESOLVE polygon against Natural Earth boundaries.

Educator packet

Region packet
Eastern Himalayan subalpine conifer forests educator packet
The Eastern Himalayan subalpine conifer forests form a narrow belt of high-mountain forest stretching from the Kali Gandaki (Gandaki) River in central Nepal eastward through Bhutan and into the Arunachal Pradesh and Sikkim regions of northern India, with adjacent reaches into Myanmar and Tibet, occupying the band roughly between 3,000 and 4,000 metres just below the Himalayan treeline. The canopy is dominated by conifers such as fir (Abies spectabilis), larch (Larix griffithii), junipers (Juniperus recurva and J. indica), and blue pine (Pinus wallichiana), with Himalayan birch (Betula utilis) and an understory rich in rhododendrons. Drawing moisture from the Bay of Bengal monsoon, the eastern stretches are notably wetter than the western Himalayas and support a higher treeline, with cold, snowy winters that fall below freezing. Sitting at the transition between the Indomalayan and Palearctic realms, the ecoregion harbors around 90 mammal species and roughly 200 bird species, including red pandas, takins, and ground-dwelling pheasants and tragopans, and a substantial share of it lies within protected areas such as Langtang, Jigme Dorji, and Kanchenjunga. For gardeners, this is a heartland of ornamental rhododendrons, with native species including Rhododendron hodgsonii, R. barbatum, R. campylocarpum, and R. thomsonii.
Realm
Indomalayan
Dominant biome
Temperate Conifer Forests
Approximate area
10,608 square miles
States / provinces
Not recorded
Climate descriptor
Not recorded
Classroom prompts
- Which climate and biome facts explain why this region supports its characteristic plants?
- How do native-plant and wildlife-support claims differ from a species-presence claim?
- Which source-backed facts would you cite before using this region in a classroom map activity?
Use the Sources & citations section below for page citation styles and region source links.

Sources & citations

Cite this page
For lesson plans, articles, or regional planting notes that use this Plotwright page. To cite the underlying ecoregion framework or a specific editorial profile, use the source cards below.
Plotwright. (n.d.). Eastern Himalayan subalpine conifer forests (Eastern Himalayan subalpine conifer forests). Retrieved 2026, August 20, from https://plotwright.com/regions/resolve-309
Sources for this region
This page cites Plotwright first for the compiled view, then lists the upstream framework, climate, and editorial source pages so readers can cite the original material directly.
RESOLVE 2017 Terrestrial Ecoregions (Dinerstein et al.)
Primary ecoregion framework
One Earth
One Earth
Wikipedia
Wikimedia Foundation