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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

5️⃣ Influence of observed species?

As more species were added, elevational richness became more distinctly unimodal, converging toward the MDE predictions.

This effect also varies with extent and position of elevational gradients.

Four graphs (a-d) showing the relationship between Species richness (y-axis) and Elevation (m) (x-axis), with curves representing different total numbers of observed species ($\Delta N_{obs}$) relative to the mean across the study sites.The legend indicates five levels of $\Delta N_{obs}$: 200 (light teal), 100 (dark teal), 0 (dark gray), -100 (brown), and -200 (light orange).Plots a, b, and d show a hump-shaped relationship between richness and elevation, where richness peaks at intermediate elevations and decreases at lower and higher elevations.Plot c shows a decreasing relationship between richness and elevation.In all plots (a-d), a higher total number of observed species (positive $\Delta N_{obs}$) corresponds to a higher overall species richness at any given elevation.
Four graphs (a-d) showing the relationship between Species richness (y-axis) and Elevation (m) (x-axis), with curves representing different total numbers of observed species ($\Delta N_{obs}$) relative to the mean across the study sites.The legend indicates five levels of $\Delta N_{obs}$: 200 (light teal), 100 (dark teal), 0 (dark gray), -100 (brown), and -200 (light orange).Plots a, b, and d show a hump-shaped relationship between richness and elevation, where richness peaks at intermediate elevations and decreases at lower and higher elevations.Plot c shows a decreasing relationship between richness and elevation.In all plots (a-d), a higher total number of observed species (positive $\Delta N_{obs}$) corresponds to a higher overall species richness at any given elevation.
Four graphs (a-d) showing the relationship between Species richness (y-axis) and Elevation (m) (x-axis), with curves representing different total numbers of observed species ($\Delta N_{obs}$) relative to the mean across the study sites.The legend indicates five levels of $\Delta N_{obs}$: 200 (light teal), 100 (dark teal), 0 (dark gray), -100 (brown), and -200 (light orange).Plots a, b, and d show a hump-shaped relationship between richness and elevation, where richness peaks at intermediate elevations and decreases at lower and higher elevations.Plot c shows a decreasing relationship between richness and elevation.In all plots (a-d), a higher total number of observed species (positive $\Delta N_{obs}$) corresponds to a higher overall species richness at any given elevation.
Abhishek Kumar
Abhishek Kumar
@akumar@ecoevo.social replied  ·  activity timestamp 3 months ago

6️⃣ Conservation Takeaway

🔑 Mid-elevational zones for conservation priorities, where #SpeciesRichness is greatest.

🧭 Read the full #OpenAccess article for the detailed analyses:
🔗 https://www.mdpi.com/1999-4907/16/10/1591

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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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