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Science
Garbhanga's Rich Butterfly Fauna Highlights Assam-Meghalaya Forest Corridor
✍️ Hub News
🗓 18 Sep 2026, 07:16 PM
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A recent survey in Garbhanga recorded a high variety of butterfly species, emphasizing the ecological link between Assam and Meghalaya forests.
A field survey conducted in the Garbhanga region of Assam documented an unusually rich assemblage of butterfly species. Researchers noted that the diversity observed exceeds typical counts for comparable forest patches in the area, underscoring the ecological value of the site.
The findings draw attention to the forest corridor that stretches from the hills of Assam into the adjoining Meghalaya landscape. Such a continuous stretch of habitat allows butterfly populations to move freely, supporting genetic exchange and resilience against habitat fragmentation.
Conservationists say the Garbhanga data strengthens the case for preserving the Assam‑Meghalaya forest link, which serves not only butterflies but a host of other wildlife. Ongoing monitoring is expected to track changes in species composition as climate and land‑use patterns evolve.
Authorities are urged to incorporate the corridor into broader forest management plans, ensuring that development activities do not disrupt the connectivity that sustains this biodiversity hotspot.
The findings draw attention to the forest corridor that stretches from the hills of Assam into the adjoining Meghalaya landscape. Such a continuous stretch of habitat allows butterfly populations to move freely, supporting genetic exchange and resilience against habitat fragmentation.
Conservationists say the Garbhanga data strengthens the case for preserving the Assam‑Meghalaya forest link, which serves not only butterflies but a host of other wildlife. Ongoing monitoring is expected to track changes in species composition as climate and land‑use patterns evolve.
Authorities are urged to incorporate the corridor into broader forest management plans, ensuring that development activities do not disrupt the connectivity that sustains this biodiversity hotspot.