A study shows that climate factors, particularly temperature and rainfall, play a crucial role in the spread of dengue fever. Increasing cases were reported, especially in the Americas, due to rising temperatures and varying rainfall patterns. The research suggests that tailored strategies based on local climatic conditions could effectively manage mosquito populations and reduce disease transmission.
A recent study published in Science Advances highlights the significant influence of temperature and rainfall on the spread of dengue fever. Researchers analyzed climatic data to determine how environmental variations affect mosquito populations and disease transmission rates. Their findings corroborate increasing concerns over climate change exacerbating dengue outbreaks globally.
The study emphasizes the need for tailored intervention strategies to control dengue based on specific regional climate patterns. Extended dry seasons necessitate consistent mosquito control efforts, while areas with shorter dry seasons may leverage natural rainfall to manage mosquito populations. These insights are also applicable to other diseases transmitted by mosquitoes, indicating a broader public health concern due to climate change.
Original Source: www.wionews.com
