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Abhishek Kumar
Abhishek Kumar
@akumar@ecoevo.social  ·  activity timestamp 3 months ago

1/7 🌿 Where are greatest number of #PlantSpecies in #Mountains? 🏔️

Our recent study in #Forests explored elevational patterns of plant #SpeciesRichness in Western Himalayas.

🔗 https://doi.org/10.3390/f16101591

#Biodiversity #Biogeography #Ecology #ElevationalGradients #Himalayas #ProtectedAreas

Illustration showing the relationship between plant species richness and elevation across three Himalayan sites and their combined pattern. The top panel depicts a stylized mountain range labeled with a legend for “Mid-Domain Effect” (gray dashed line) and “Species Richness” (solid blue line). Below, four small plots display species richness versus elevation for: (1) Morni Hills (300–1500 m, yellow), showing a unimodal increase and decline in richness; (2) Chail Wildlife Sanctuary (900–2100 m, green), showing a similar mid-elevation peak; (3) Churdhar Wildlife Sanctuary (1600–3600 m, pink), showing a gradual decline with elevation; and (4) all sites combined (300–3600 m, blue), showing a pronounced hump-shaped richness pattern centered at mid-elevations. The gray dashed curves represent predicted richness from the mid-domain effect, with shaded confidence bands.
Illustration showing the relationship between plant species richness and elevation across three Himalayan sites and their combined pattern. The top panel depicts a stylized mountain range labeled with a legend for “Mid-Domain Effect” (gray dashed line) and “Species Richness” (solid blue line). Below, four small plots display species richness versus elevation for: (1) Morni Hills (300–1500 m, yellow), showing a unimodal increase and decline in richness; (2) Chail Wildlife Sanctuary (900–2100 m, green), showing a similar mid-elevation peak; (3) Churdhar Wildlife Sanctuary (1600–3600 m, pink), showing a gradual decline with elevation; and (4) all sites combined (300–3600 m, blue), showing a pronounced hump-shaped richness pattern centered at mid-elevations. The gray dashed curves represent predicted richness from the mid-domain effect, with shaded confidence bands.
Illustration showing the relationship between plant species richness and elevation across three Himalayan sites and their combined pattern. The top panel depicts a stylized mountain range labeled with a legend for “Mid-Domain Effect” (gray dashed line) and “Species Richness” (solid blue line). Below, four small plots display species richness versus elevation for: (1) Morni Hills (300–1500 m, yellow), showing a unimodal increase and decline in richness; (2) Chail Wildlife Sanctuary (900–2100 m, green), showing a similar mid-elevation peak; (3) Churdhar Wildlife Sanctuary (1600–3600 m, pink), showing a gradual decline with elevation; and (4) all sites combined (300–3600 m, blue), showing a pronounced hump-shaped richness pattern centered at mid-elevations. The gray dashed curves represent predicted richness from the mid-domain effect, with shaded confidence bands.

Elevational Patterns of Plant Species Richness: Insights from Western Himalayas

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Abhishek Kumar
Abhishek Kumar
@akumar@ecoevo.social  ·  activity timestamp 3 months ago

1/7 🌿 Where are greatest number of #PlantSpecies in #Mountains? 🏔️

Our recent study in #Forests explored elevational patterns of plant #SpeciesRichness in Western Himalayas.

🔗 https://doi.org/10.3390/f16101591

#Biodiversity #Biogeography #Ecology #ElevationalGradients #Himalayas #ProtectedAreas

Illustration showing the relationship between plant species richness and elevation across three Himalayan sites and their combined pattern. The top panel depicts a stylized mountain range labeled with a legend for “Mid-Domain Effect” (gray dashed line) and “Species Richness” (solid blue line). Below, four small plots display species richness versus elevation for: (1) Morni Hills (300–1500 m, yellow), showing a unimodal increase and decline in richness; (2) Chail Wildlife Sanctuary (900–2100 m, green), showing a similar mid-elevation peak; (3) Churdhar Wildlife Sanctuary (1600–3600 m, pink), showing a gradual decline with elevation; and (4) all sites combined (300–3600 m, blue), showing a pronounced hump-shaped richness pattern centered at mid-elevations. The gray dashed curves represent predicted richness from the mid-domain effect, with shaded confidence bands.
Illustration showing the relationship between plant species richness and elevation across three Himalayan sites and their combined pattern. The top panel depicts a stylized mountain range labeled with a legend for “Mid-Domain Effect” (gray dashed line) and “Species Richness” (solid blue line). Below, four small plots display species richness versus elevation for: (1) Morni Hills (300–1500 m, yellow), showing a unimodal increase and decline in richness; (2) Chail Wildlife Sanctuary (900–2100 m, green), showing a similar mid-elevation peak; (3) Churdhar Wildlife Sanctuary (1600–3600 m, pink), showing a gradual decline with elevation; and (4) all sites combined (300–3600 m, blue), showing a pronounced hump-shaped richness pattern centered at mid-elevations. The gray dashed curves represent predicted richness from the mid-domain effect, with shaded confidence bands.
Illustration showing the relationship between plant species richness and elevation across three Himalayan sites and their combined pattern. The top panel depicts a stylized mountain range labeled with a legend for “Mid-Domain Effect” (gray dashed line) and “Species Richness” (solid blue line). Below, four small plots display species richness versus elevation for: (1) Morni Hills (300–1500 m, yellow), showing a unimodal increase and decline in richness; (2) Chail Wildlife Sanctuary (900–2100 m, green), showing a similar mid-elevation peak; (3) Churdhar Wildlife Sanctuary (1600–3600 m, pink), showing a gradual decline with elevation; and (4) all sites combined (300–3600 m, blue), showing a pronounced hump-shaped richness pattern centered at mid-elevations. The gray dashed curves represent predicted richness from the mid-domain effect, with shaded confidence bands.

Elevational Patterns of Plant Species Richness: Insights from Western Himalayas

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