Narmada Valley dry deciduous forests
Narmada Valley dry deciduous forests
The Narmada Valley dry deciduous forests stretch across central India, concentrated in Madhya Pradesh but reaching into Chhattisgarh, Maharashtra, Karnataka, and Uttar Pradesh along the Narmada River valley and the adjacent Vindhya and Satpura uplands. This is classic tropical dry broadleaf woodland: a teak-dominated canopy (Tectona grandis) mingled with genera such as Diospyros (Indian ebony), Lagerstroemia, Terminalia, Anogeissus, and Hardwickia, while Terminalia arjuna, Syzygium, and willows line the watercourses. The climate is strongly seasonal, with a seven- to eight-month dry spell broken by the southwest monsoon from June to September that delivers roughly 1,200 to 1,500 mm of rain, prompting trees to shed their leaves to conserve moisture. The region shelters tiger, gaur, sloth bear, blackbuck, and its flagship the Indian wolf, alongside birds like the threatened lesser florican and Indian bustard, though much of the forest is now reduced and dam-fragmented. For gardeners, several of its natives, including Lagerstroemia and Terminalia, are familiar ornamental and shade genera in warm, monsoon-climate plantings.
RESOLVE 296
Indomalayan
65,606 sq mi
Tropical & Subtropical Dry Broadleaf Forests
Landscape type
Tropical & Subtropical Dry Broadleaf Forests
Plant region
Indomalayan
Region footprint
65,606 sq mi
Habitat pressure
Nature Imperiled (Dinerstein NNH 4)
Source & care
Sponsored
Plotwright may earn a commission from purchases made through these links, at no extra cost to you.
Use this as the broad planting pattern for the region: Tropical forests that pass through a pronounced dry season, when many trees drop their leaves to conserve water. They hold high biodiversity but are among the most threatened tropical habitats, sensitive to fire and to clearing for agriculture. 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 102 of 102 climate-fit plants for this region.
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: 7
Host/specialist links: 0
Forage/pollination links: 10
Shelter links: 0
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: 6
Host/specialist links: 0
Forage/pollination links: 8
Shelter links: 0
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: 3
Host/specialist links: 0
Forage/pollination links: 4
Shelter links: 0
Similar planting regions
Browse other regions in the same biome. Their plant lists can suggest species and combinations worth comparing.
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
Narmada Valley dry deciduous forests educator packet
The Narmada Valley dry deciduous forests stretch across central India, concentrated in Madhya Pradesh but reaching into Chhattisgarh, Maharashtra, Karnataka, and Uttar Pradesh along the Narmada River valley and the adjacent Vindhya and Satpura uplands. This is classic tropical dry broadleaf woodland: a teak-dominated canopy (Tectona grandis) mingled with genera such as Diospyros (Indian ebony), Lagerstroemia, Terminalia, Anogeissus, and Hardwickia, while Terminalia arjuna, Syzygium, and willows line the watercourses. The climate is strongly seasonal, with a seven- to eight-month dry spell broken by the southwest monsoon from June to September that delivers roughly 1,200 to 1,500 mm of rain, prompting trees to shed their leaves to conserve moisture. The region shelters tiger, gaur, sloth bear, blackbuck, and its flagship the Indian wolf, alongside birds like the threatened lesser florican and Indian bustard, though much of the forest is now reduced and dam-fragmented. For gardeners, several of its natives, including Lagerstroemia and Terminalia, are familiar ornamental and shade genera in warm, monsoon-climate plantings.
Realm
Indomalayan
Dominant biome
Tropical & Subtropical Dry Broadleaf Forests
Approximate area
65,606 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.). Narmada Valley dry deciduous forests (Narmada Valley dry deciduous forests). Retrieved 2026, August 20, from https://plotwright.com/regions/resolve-296
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



































