Venomous snake species are projected to migrate closer to human-populated areas as climate change and habitat destruction destroy their natural environments [1].
This shift poses a significant public health risk because it increases the likelihood of encounters between humans and dangerous reptiles. As these animals lose their traditional refuges, residential zones may become new territories for survival, potentially leading to a rise in snakebite incidents globally [1, 2, 3].
A study by the World Health Organization (WHO) examined 508 species of venomous snakes [1]. The findings indicate that many species could be forced to migrate in the coming years due to the destruction of their natural habitats [1]. This environmental pressure may cause them to move closer to inhabited zones [1].
Rising temperatures are a primary driver of this movement. According to reports, snakes are leaving their natural shelters and appearing more frequently near homes as temperatures increase [3]. This migration is not limited to a single region but is expected to affect inhabited areas across the world [1].
Experts said that the number of snakebites is expected to increase as a result of these shifting patterns [2]. The convergence of urban expansion and the loss of wild spaces creates a scenario where snakes and humans compete for the same geographic footprints.
While the WHO study focuses on long-term projections, the immediate cause is the instability of the current ecosystem. The loss of biodiversity and the warming of the planet are effectively pushing wildlife out of the forests and into the streets [1, 3].
“Many species could be forced to migrate in the coming years due to the destruction of their natural habitats.”
The projected migration of 508 venomous species suggests that snakebite management will transition from a rural agricultural issue to a broader urban public health challenge. As climate change alters the geographic range of dangerous wildlife, cities may need to implement new infrastructure and public awareness campaigns to mitigate the risk of human-snake conflict.





