Scandinavian and Russian taiga
Scandinavian and Russian taiga
The Scandinavian and Russian taiga is the largest ecoregion in Europe, stretching across Norway, Sweden, Finland, and the northern part of European Russia within the boreal forest biome. Its forests are dominated by Norway spruce and Scots pine, mixed with downy and silver birch, while European aspen, gray alder, and goat willow are notable deciduous trees in riparian zones; Siberian spruce and Siberian larch appear in the eastern Russian parts, and the forest floor carries mosses, lichens, and dwarf shrubs. The climate is cool and humid, with a stronger maritime influence in Scandinavia and more pronounced continentality eastward in Russia, where growing seasons shorten and soils are generally nutrient-poor. The region is rich in lakes, wetlands, and peatlands that serve as critical breeding grounds for migratory birds, and although its biodiversity is relatively low owing to glaciation history, it remains the least exploited forest biome in Europe and hosts mammals such as brown bear, Eurasian lynx, wolverine, and the flagship Finnish forest reindeer.
RESOLVE 717
Palearctic
833,850 sq mi
Boreal Forests/Taiga
Landscape type
Boreal Forests/Taiga
Plant region
Palearctic
Region footprint
833,850 sq mi
Habitat pressure
Nature Could Recover (Dinerstein NNH 3)
Source & care
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Use this as the broad planting pattern for the region: The vast northern forest belt of spruce, fir, pine, and larch, defined by long, severe winters and short growing seasons. Often underlain by permafrost and wetlands, the taiga forms one of the world’s largest terrestrial carbon stores. For garden decisions, pair that context with the plant list below, then narrow by your site's light, water, soil, and mature-size constraints.
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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 232 of 232 climate-fit plants for this region.
Reliable climate fits
Good bets for now and later
64 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.
Future climate matches
Likely better as winters warm
168 plants
These plants are not the best current fit, but the mid-century projection moves this region toward their comfort range.
Range & origins
Marker placed inside the RESOLVE 2017 polygon at 62.9°N, 36.4°E.
Region through time
Modern footprint
RESOLVE 2017 maps 833,850 sq mi
This boundary is a modern ecological footprint for Scandinavian and Russian taiga, not a permanent line on the planet. It is useful for today's plant and wildlife context because it follows recurring vegetation, climate, landform, and disturbance patterns.
Why here
boreal forests/taiga conditions
The region sits in the Palearctic realm and is classed as boreal forests/taiga. Elevation, moisture, fire, soils, coasts, and human land use can all make the real landscape more varied than a single map color suggests.
Change pressure
Nature Could Recover
Plotwright shows this as the current RESOLVE footprint. Over decades to centuries, warming, disturbance, invasive species, land use, and restoration can move the living edge of a region even when the reference map stays fixed.
Climate zones
Current zone range (2011–2040)
2a-7a
Plotwright
Typical winter conditions sampled across this ecoregion.
Projected (2041–2070)
3a-7b
Plotwright
Where the winter climate trajectory points by mid-century.
In plain terms: Coldest winter nights across this ecoregion typically range from -50°F to 5°F.
Heat zones
Loading AHS heat-zone data for this region marker point...
Average warming this ecoregion is on track for: +6.7°F by mid-century. Current-trajectory scenario · climate data sampled across 83 of 83 points inside this ecoregion.
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.
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: 18
Host/specialist links: 5
Forage/pollination links: 18
Shelter links: 3
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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: 16
Host/specialist links: 4
Forage/pollination links: 15
Shelter links: 2
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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: 24
Host/specialist links: 11
Forage/pollination links: 23
Shelter links: 5
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Similar planting regions
Browse other regions in the same biome. Their plant lists can suggest species and combinations worth comparing.

RESOLVE 710 - Palearctic
East Siberian taiga
The East Siberian taiga is one of the largest unbroken tracts of boreal forest on Earth, sprawling across the heart of central and eastern Siberia in Russia from the Yenisei River westward to the Verkhoyansk, Kolyma, and Dzhugdzhur mountain ranges in the east. It is overwhelmingly a forest of larch, with Siberian larch in the west and south and Dahurian larch to the north and east, mixed in places with dark conifers such as Siberian spruce, Siberian pine, Siberian fir, and Scots pine, alongside broadleaf birches and aspen. The climate is harshly continental and subarctic, with cold mean annual temperatures and most of the ecoregion underlain by permanent permafrost that shapes its drainage and rooting conditions. This vast wilderness supports globally important populations of brown bear, grey wolf, wolverine, sable, and reindeer, and its flagship species is the Siberian musk deer. The forest understory carries low-growing acid-loving plants including marsh Labrador tea, bilberry, and cranberry, evergreen shrubs of the heath family that hint at the sour, frozen ground these northern boreal genera tolerate.
Boreal Forests/Taiga
Zones 1a-2b
+6.2°F by 2070
1,510,508 sq mi
NNH tier 2

RESOLVE 711 - Palearctic
Iceland boreal birch forests and alpine tundra
This ecoregion spans the entire island of Iceland in the North Atlantic, lying just south of the Arctic Circle on volcanic terrain with basaltic soils. Much of it is tundra and sparsely vegetated arctic desert, with vegetation concentrated in the coastal lowlands and interwoven with woodlands of white (downy) birch, Betula pubescens, much of it shrub-like and under two meters tall; rowan and tea-leaved willow are the other characteristic native woody plants, and forest now covers only about one percent of its original extent after centuries of timber cutting and sheep grazing. Most of the region has a tundra climate, with no month averaging above 10 degrees Celsius, though the Gulf Stream keeps conditions milder than the latitude would suggest. It is renowned for birdlife, with over three hundred species recorded, many of them migrants, and the pink-footed goose serves as its flagship species, while the Arctic fox is the only land mammal native to the island. For cold-climate gardeners, its hardy native genera, including birch (Betula), rowan (Sorbus aucuparia), and willow (Salix phylicifolia), are familiar ornamental and amenity plants.
Boreal Forests/Taiga
Zones 6a-8a
+5.8°F by 2070
35,314 sq mi
NNH tier 2

RESOLVE 712 - Palearctic
Kamchatka taiga
The Kamchatka taiga forms a conifer "island" within the central valley of the Kamchatka Peninsula in far-eastern Russia, set along the Kamchatka River between the Sredinny Mountains to the west and the Eastern Ranges to the east. It is the easternmost outpost of Siberian-style taiga, where comparatively continental conditions in the sheltered Central Kamchatka Depression allow stands of Dahurian larch (Larix cajanderi), Yeddo spruce (Picea jezoensis), and Asian white birch (Betula platyphylla) to grow, giving way to Erman's birch at higher elevations. The climate is humid continental with cool summers, and the wider peninsula carries some of the heaviest cloud cover on Earth. The region is renowned for its Kamchatka brown bears, the largest in Eurasia, which feast on the salmon that crowd the rivers each year; the sockeye salmon is its flagship species.
Boreal Forests/Taiga
Zones 1b-4b
+6.6°F by 2070
5,876 sq mi
NNH tier 2

RESOLVE 713 - Palearctic
Kamchatka-Kurile meadows and sparse forests
This Palearctic ecoregion occupies the Russian Far East, covering the coastal zones of the Kamchatka Peninsula, the northern Kuril Islands, and the Commander Islands. Despite sitting in the boreal forests/taiga biome, it is defined less by dense conifer stands than by open, parkland-like country: sparse "stone birch" forests of Betula ermanii, dwarf thickets of Siberian dwarf pine and Siberian alder, expanses of moss-and-lichen tundra, and famously tall-herb meadows where giant meadowsweet (Filipendula camtschatica), Angelica ursina, and Parasenecio hastatus can top three meters. The climate is cool and oceanic, with mild brief summers, cold snowy winters, and abundant Pacific moisture that falls fairly evenly through the year. The region supports an exceptionally large brown bear population sustained by salmon-rich streams, vast seabird colonies, and breeding fur seals, with the Steller's sea eagle as its flagship bird. For gardeners in cool, damp climates, its native tall-herb flora includes ornamental moisture-lovers such as Filipendula meadowsweet.
Boreal Forests/Taiga
Zones 3a-6a
+6.2°F by 2070
56,554 sq mi
NNH tier 2

RESOLVE 714 - Palearctic
Northeast Siberian taiga
The Northeast Siberian taiga stretches across northeastern Russia between the Lena and Kolyma rivers, a vast Palearctic boreal landscape framed by the Verkhoyansk and Chersky ranges and underlain throughout by permafrost. Its sparse forests are dominated by Dahurian larch, accompanied by dwarf Siberian pine and silver birch, with seasonal thaw depressions called Alasy supporting meadow vegetation. The climate is extreme subarctic, with long, brutally cold winters and short warm summers; this is among the coldest inhabited regions of the Northern Hemisphere, with recorded lows reaching about minus 68 degrees Celsius. Thanks to its remoteness and difficult access, it remains one of the largest tracts of virgin boreal forest on Earth, home to flagship species such as the Amur lemming and the critically endangered Siberian crane, though only a small fraction is protected and climate change and logging pose growing threats. Gardeners in cold climates may recognize silver birch (Betula) among its native flora, valued as a hardy ornamental.
Boreal Forests/Taiga
Zones 1a-4a
+6.9°F by 2070
435,133 sq mi
NNH tier 2

RESOLVE 715 - Palearctic
Okhotsk-Manchurian taiga
The Okhotsk-Manchurian taiga is a boreal forest ecoregion of the Russian Far East, spanning the lower Amur River and its wetlands, the west coast of the Sea of Okhotsk, and more than half of the rugged Sikhote-Alin range along with parts of the Badzhal and Dzhugdzhur mountains. It is the southernmost taiga in Eurasia, where "light taiga" of Dahurian larch at lower elevations gives way to "dark taiga" of Yeddo spruce and fir higher up, mixed with broadleaf trees such as Manchurian oak, Manchurian ash, and Amur linden. Pacific maritime influence brings warmer winters and cooler summers than the continental interior, with heavy snow cover of one to two meters near the coast by winter's end. The ecoregion is notable for blending northern Okhotsk-Kamchatka species with southern Manchurian flora and fauna, supporting reindeer, Siberian musk deer, brown bears, and the critically endangered Kaluga sturgeon of the lower Amur. Gardeners may recognize ornamentally familiar genera native here, including birch and linden.
Boreal Forests/Taiga
Zones 1b-5a
+6.4°F by 2070
155,298 sq mi
NNH tier 2
Where this ecoregion reaches
Educator packet
Region packet
Scandinavian and Russian taiga educator packet
The Scandinavian and Russian taiga is the largest ecoregion in Europe, stretching across Norway, Sweden, Finland, and the northern part of European Russia within the boreal forest biome. Its forests are dominated by Norway spruce and Scots pine, mixed with downy and silver birch, while European aspen, gray alder, and goat willow are notable deciduous trees in riparian zones; Siberian spruce and Siberian larch appear in the eastern Russian parts, and the forest floor carries mosses, lichens, and dwarf shrubs. The climate is cool and humid, with a stronger maritime influence in Scandinavia and more pronounced continentality eastward in Russia, where growing seasons shorten and soils are generally nutrient-poor. The region is rich in lakes, wetlands, and peatlands that serve as critical breeding grounds for migratory birds, and although its biodiversity is relatively low owing to glaciation history, it remains the least exploited forest biome in Europe and hosts mammals such as brown bear, Eurasian lynx, wolverine, and the flagship Finnish forest reindeer.
Realm
Palearctic
Dominant biome
Boreal Forests/Taiga
Approximate area
833,850 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.). Scandinavian and Russian taiga (Scandinavian and Russian taiga). Retrieved 2026, August 20, from https://plotwright.com/regions/resolve-717
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

















































