Climate change can significantly impact vector-borne diseases. About the review In the present review, researchers explored the influence of climate changes and human activities on vector-borne ...

Climate variability, characterized by fluctuating weather patterns, impacts vector insect populations like mosquitoes and ticks. While rain provides breeding habitats for mosquitoes, excessive ...

In fact, as the average temperature has risen by about 1.4℃ over the past 10 years (2015-2024), the timing of issuing a Japanese encephalitis warning has also been accelerated by about 16 days ...

Climate change is intensifying the spread of vector, water, and food-borne infections, disproportionately affecting vulnerable populations due to enhanced pathogen transmission in altered ...

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 ...