Nenjiang River grassland
Nenjiang River grassland
The Nenjiang River grassland is a Flooded Grasslands and Savannas ecoregion in northeastern China, covering the low wetlands of the lower Nen (Nenjiang) River across the Songhua-Nenjiang plain of Manchuria. Ringed by the Greater Khingan to the north, the Lesser Khingan to the west, and the Changbai Mountains to the south, this poorly drained basin forms a mosaic of seasonally flooded grassland, reed-filled lakes, and river channels, with meadows of grasses and sedges and swampy patches of larch (Larix gmelinii) over a birch (Betula) understory, and reed beds of Phragmites communis lining the lake margins. The climate is humid continental (Köppen Dwa), with hot summers, cold winters, and a spring-and-summer rainy season that sends the river into spate and floods the plain. The wetlands are renowned for cranes, hosting six of the world's fifteen crane species, including the endangered red-crowned crane, the vulnerable white-naped crane, and the critically endangered Siberian crane, with the remaining habitat protected by the Zhalong and Jilin Momoge nature reserves, both Ramsar wetlands of international importance.
RESOLVE 743
Palearctic
8,956 sq mi
Flooded Grasslands & Savannas
Landscape type
Flooded Grasslands & Savannas
Plant region
Palearctic
Region footprint
8,956 sq mi
Habitat pressure
Nature Imperiled (Dinerstein NNH 4)
Source & care
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Use this as the broad planting pattern for the region: Grasslands and savannas subject to seasonal or year-round flooding, including large wetland complexes. Exceptionally productive, they concentrate waterbirds and aquatic life. 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 408 of 408 climate-fit plants for this region.
Reliable climate fits
Good bets for now and later
319 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
88 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 46.6°N, 124.0°E.
Region through time
Modern footprint
RESOLVE 2017 maps 8,956 sq mi
This boundary is a modern ecological footprint for Nenjiang River grassland, 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
flooded grasslands & savannas conditions
The region sits in the Palearctic realm and is classed as flooded grasslands & savannas. 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 Imperiled
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)
4b-5a
Plotwright
Typical winter conditions sampled across this ecoregion.
Projected (2041–2070)
5a-5b
Plotwright
Where the winter climate trajectory points by mid-century.
In plain terms: Coldest winter nights across this ecoregion typically range from -25°F to -15°F.
Heat zones
Loading AHS heat-zone data for this region marker point...
Average warming this ecoregion is on track for: +4.1°F by mid-century. Current-trajectory scenario · climate data sampled across 55 of 55 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.


Climate-resilient · 2 plants
Bright shade foundation
A part-shade planting with shrub structure and low foliage contrast.
Annabelle hydrangea
Coral bells
+2
Annabelle hydrangea
Coral bells




+2
Newly possible by 2070 · 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
+6
Oakleaf hydrangea
Woodland phlox
Wild columbine
Foamflower
Hairy alumroot
Christmas fern




+3
Newly possible by 2070 · 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
+7
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: 21
Host/specialist links: 6
Forage/pollination links: 22
Shelter links: 4
AL
AM
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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: 21
Host/specialist links: 6
Forage/pollination links: 22
Shelter links: 4
AL
AM
AM
AM
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: 21
Host/specialist links: 6
Forage/pollination links: 21
Shelter links: 4
AL
AM
AM
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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 741 - Palearctic
Amur meadow steppe
The Amur meadow steppe stretches across two sections of the middle Amur River valley, straddling the Russian Far East (Amur Oblast and Khabarovsk Krai) and northeastern China (Heilongjiang province). Because the land is a flat floodplain on alluvial soil with a high water table and frequent flooding, it has remained largely free of forest, instead supporting extensive wetlands of bogs and grasslands; wet meadows are dominated by reed grasses (Calamagrostis) alongside many members of the parsley family (Apiaceae) and Spiraea shrubs, with Mongolian oak and Daurian birch also present. The climate is humid continental of the cool-summer subtype (Koppen Dwb), with long, cold winters and short, cool summers. The region is a stronghold for threatened wildlife, including the red-crowned crane, Oriental stork, and Blakiston's eagle-owl, while the kaluga sturgeon serves as the ecoregion's flagship species. Much of it has been converted to cropland and only a small fraction is protected, within reserves such as Khingan and Bolshekhekhtsirsky.
Flooded Grasslands & Savannas
Zones 2b-4b
+5.0°F by 2070
47,590 sq mi
NNH tier 3

RESOLVE 742 - Palearctic
Bohai Sea saline meadow
The Bohai Sea saline meadow is a Flooded Grasslands and Savannas ecoregion in the Palearctic realm, confined to China, where it rims the crescent-shaped shore of Bohai Bay on the northwest of the Bohai Sea. It occupies the actively growing coastal deltas built where the Yellow River (Huang He) and the Luan River discharge their heavy sediment loads into the sea. Vegetation grades seaward from interior grasslands of cogon grass (Imperata cylindrica) through salt-tolerant meadows of seepweed (Suaeda) to bare intertidal mudflats, with former freshwater reed and sedge marshes now largely converted to rice paddies and aquaculture. The climate is humid continental with hot summers and cold, dry winters (Koppen Dwa), marked by large seasonal temperature swings. These saline meadows and mudflats are a critical stopover on the East Asian-Australasian Flyway; the Oriental stork is the flagship species, and the ecoregion is one of only a few breeding sites worldwide for Saunders's gull, though it remains under heavy pressure from coastal development.
Flooded Grasslands & Savannas
Zones 7a-8a
+3.0°F by 2070
4,462 sq mi
NNH tier 3

RESOLVE 744 - Palearctic
Nile Delta flooded savanna
The Nile Delta flooded savanna lies entirely within Egypt, spanning the Nile Delta where the river meets the Mediterranean and following the Nile's floodplain roughly 1,100 kilometres upstream to the Aswan High Dam. It is a wetland and floodplain mosaic whose once-dominant papyrus sedge (Cyperus papyrus) has largely been replaced by farmland; characteristic plants today include common reed (Phragmites australis), bulrushes (Typha), and salt-tolerant sea rush (Juncus maritimus) near the coast. The climate is hot and arid, with little rainfall that falls mainly in the cooler winter months. The delta and its riverine marshes form one of the world's great bird migration corridors between the Palearctic and Afrotropical realms, hosting white storks, great white pelicans, and other waterbirds, while the critically endangered Egyptian tortoise serves as the ecoregion's flagship species. Less than one percent of the ecoregion is officially protected, and the loss of natural flooding after the Aswan Dam has degraded its papyrus swamps and other marshes.
Flooded Grasslands & Savannas
Zones 10a-11a
+2.3°F by 2070
19,638 sq mi
NNH tier 4

RESOLVE 745 - Palearctic
Saharan halophytics
The Saharan halophytics ecoregion is a scattered network of low-lying saline depressions and wetlands strung across North Africa, spanning Egypt, Libya, Tunisia, Algeria, Mauritania, and Western Sahara. It covers chotts and sebkhas such as Chott Melrhir and Chott el Djerid, along with the vast Qattara Depression and the spring-fed Siwa Oasis, supporting a mosaic of salt pans, seasonal salt lakes, salt marshes, reed beds, and oases. The vegetation is azonal and salt-adapted, dominated by halophytes including picklegrass (Salicornia), saltbush (Atriplex), the subshrub Salsola, Halocnemum strobilaceum, and white wormwood (Artemisia herba-alba). The climate is a hot desert (Köppen BWh) with hot-month averages around 29 to 35 degrees Celsius and only about 10 to 100 millimetres of rain per year. The depressions draw notable wildlife, with the Dorcas gazelle as a flagship species alongside the vulnerable Cuvier's gazelle and Houbara bustard. For gardeners working salty or arid ground, the region's native saltbush (Atriplex) and aromatic Artemisia are familiar drought- and salt-tolerant genera.
Flooded Grasslands & Savannas
Zones 10b
+2.1°F by 2070
20,859 sq mi
NNH tier 2

RESOLVE 746 - Palearctic
Suiphun-Khanka meadows and forest meadows
The Suiphun-Khanka meadows and forest meadows ecoregion centers on Lake Khanka, straddling the border between Heilongjiang Province in China and Primorsky Krai in the Russian Far East, extending along the Ussuri and Suifen (Razdolnaya) river valleys. Largely unforested, flat, and marshy, it is a mosaic of wet meadows, grassy bogs, and reed beds, with Manchurian water-rice, reed grass, and sedges near the water and drier prairie-like grasslands beyond; gallery forests carry Mongolian oak and Dahurian birch alongside Manchurian and Siberian apricots, almond cherry, and Chinese hawthorn. The climate is humid continental with cool summers (Koppen Dwb), bringing long, cold winters and short, mild summers. A probable refuge during the late Pleistocene glaciation, the region supports more than 700 terrestrial plant species and is a vital migratory-bird stopover, hosting the red-crowned crane as its flagship species along with Oriental storks; protected areas include Russia's Khanka Nature Reserve and China's Xingkai Lake National Nature Reserve. Among its native flora are ornamental kin familiar to gardeners, including Komarov's lotus and English iris.
Flooded Grasslands & Savannas
Zones 4b-6a
+4.9°F by 2070
13,032 sq mi
NNH tier 3

RESOLVE 747 - Palearctic
Tigris-Euphrates alluvial salt marsh
The Tigris-Euphrates alluvial salt marsh, better known as the Mesopotamian Marshes, is a Flooded Grasslands and Savannas ecoregion at the northern end of the Persian Gulf, spanning eastern Iraq and southwestern Iran where the Tigris, Euphrates, and Karun rivers spread across a vast deltaic plain. It is a mosaic of swamps, freshwater lakes, and seasonally flooded plains dominated by dense beds of reeds (Phragmites australis), cattail rushes (Typha domingensis), and papyrus sedge (Cyperus papyrus), with riparian willow (Salix acmophylla), Euphrates poplar (Populus euphratica), and tamarisk (Tamarix) fringing the islands and riverbanks. The climate is hot and arid, with extreme swings from summer highs near 50 degrees Celsius to winter lows around freezing; the marshes are fed by winter flooding and spring snowmelt from the northern mountains, then shrink during the dry summers. A globally important area for birds and the home of the smooth-coated otter, the wetlands were largely drained in the late twentieth century, partially re-flooded after 2003, and recognized as a UNESCO World Heritage Site, though upstream dams and drought keep them fragmented. For gardeners drawn to water-margin plants, the region is the wild home of ornamental reeds, cattails, papyrus, and willows that thrive in warm, seasonally wet ground.
Flooded Grasslands & Savannas
Zones 10a-10b
+2.1°F by 2070
13,743 sq mi
NNH tier 4
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.
Countries
Educator packet
Region packet
Nenjiang River grassland educator packet
The Nenjiang River grassland is a Flooded Grasslands and Savannas ecoregion in northeastern China, covering the low wetlands of the lower Nen (Nenjiang) River across the Songhua-Nenjiang plain of Manchuria. Ringed by the Greater Khingan to the north, the Lesser Khingan to the west, and the Changbai Mountains to the south, this poorly drained basin forms a mosaic of seasonally flooded grassland, reed-filled lakes, and river channels, with meadows of grasses and sedges and swampy patches of larch (Larix gmelinii) over a birch (Betula) understory, and reed beds of Phragmites communis lining the lake margins. The climate is humid continental (Köppen Dwa), with hot summers, cold winters, and a spring-and-summer rainy season that sends the river into spate and floods the plain. The wetlands are renowned for cranes, hosting six of the world's fifteen crane species, including the endangered red-crowned crane, the vulnerable white-naped crane, and the critically endangered Siberian crane, with the remaining habitat protected by the Zhalong and Jilin Momoge nature reserves, both Ramsar wetlands of international importance.
Realm
Palearctic
Dominant biome
Flooded Grasslands & Savannas
Approximate area
8,956 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.). Nenjiang River grassland (Nenjiang River grassland). Retrieved 2026, August 20, from https://plotwright.com/regions/resolve-743
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
















































