Discover how climate change is spreading 8 dangerous vector-borne diseases to new areas. Learn what threats could reach your ...

Temperature is the primary parameter utilized in climate change models for vector-borne infections, although other elements like precipitation and humidity influence their reproduction and survival.

The interactions among temperature, vector, and pathogen can change the risk of human-to-human disease spread and of spillover to humans from reservoir hosts.

How does climate change fuel vector-borne diseases. Climate change influences precipitation patterns by altering atmospheric moisture content, weather system, storm characteristics, and seasonal ...

Climate change is intensifying the spread of vector, water, and food-borne infections, ... Earth’s temperature is increasing gradually due to excessive greenhouse gas emissions.

The monsoon season, while rejuvenating, presents a distinct set of health challenges. Regular health screenings throughout ...

Health experts are particularly concerned about the role of climate change in the rise of vector-borne diseases in Africa’s low- and middle-income countries, which already face numerous health ...

PUNE: The drastic weather change from cooler January to hot February and the wide gap in day-night temperatures have sent vector-borne diseases like dengue and chikungunya soaring in the city. As ...