Describe the relationship between deforestation and the emergence of infectious diseases.

Habitat Disruption Increases Spillover

Fragmentation in Andhra Pradesh’s Eastern Ghats forces wildlife closer to humans, raising zoonotic risks. This proximity increases encounters with disease reservoirs such as bats and primates.

Vector Expansion and Host Shifts

Deforestation enables mosquitoes and ticks to invade new areas, increasing malaria and dengue in Andhra Pradesh; defaunation shifts reservoirs to rodents. The altered habitats create breeding grounds for vectors, intensifying disease spread.

Livestock as Transmission Bridges

Domestic animals near degraded forests in Andhra Pradesh facilitate pathogen transfer from wildlife to humans. Mixed farming practices increase interfaces where zoonotic pathogens can jump species.

Nipah Virus and Habitat Loss

Malaysian deforestation pushed bats into human areas, causing Nipah outbreaks, illustrating zoonotic spillover from forest loss. This case highlights how agricultural expansion near forests can trigger pandemics.

Vector-Borne Disease Rise in Andhra Pradesh

Increased dengue and malaria in forest-fringe districts correlate with deforestation and fragmentation. The state’s health reports confirm rising incidence linked to ecological changes.

Strengthen Forest Conservation

Enforce laws and community management in Andhra Pradesh to reduce habitat loss and spillover. Initiatives like Joint Forest Management can empower local communities in conservation efforts.