The article discusses the interconnectedness of climate change, biodiversity loss, and infectious diseases as major planetary threats. It highlights that these three factors are increasingly linked, with complex interactions that are not yet fully understood. Climate change is causing shifts in species distributions and altering ecosystems, while biodiversity loss is linked to increased disease emergence. Infectious diseases are also influenced by climate and biodiversity changes, with climate affecting disease transmission and biodiversity influencing disease prevalence. The study emphasizes the need for interdisciplinary research to understand these interactions and develop solutions that address all three pressures simultaneously. It outlines the mechanisms linking climate change to biodiversity and infectious diseases, and vice versa. For example, climate change can lead to species range shifts and changes in ecological communities, while biodiversity loss can increase the risk of disease outbreaks. Conversely, infectious diseases can drive biodiversity loss through species declines and extinctions. The article also discusses the challenges in studying these interactions, including differences in scales, data availability, and methodologies. It calls for a holistic approach that integrates animal, human, and environmental perspectives, as seen in the One Health and Planetary Health initiatives. The study suggests that considering all three pressures together can lead to co-benefits and win-win-win scenarios, while a narrow focus on one pressure may exacerbate another. The research highlights the importance of expanding research cultures to embrace interdisciplinary collaboration and integrate climate, biodiversity, and infectious disease studies. It also emphasizes the need for improved data collection and analysis to better understand the complex interactions between these factors. The article concludes that addressing these interconnected threats requires coordinated efforts in science and policy to ensure the sustainability of ecosystems and human well-being.The article discusses the interconnectedness of climate change, biodiversity loss, and infectious diseases as major planetary threats. It highlights that these three factors are increasingly linked, with complex interactions that are not yet fully understood. Climate change is causing shifts in species distributions and altering ecosystems, while biodiversity loss is linked to increased disease emergence. Infectious diseases are also influenced by climate and biodiversity changes, with climate affecting disease transmission and biodiversity influencing disease prevalence. The study emphasizes the need for interdisciplinary research to understand these interactions and develop solutions that address all three pressures simultaneously. It outlines the mechanisms linking climate change to biodiversity and infectious diseases, and vice versa. For example, climate change can lead to species range shifts and changes in ecological communities, while biodiversity loss can increase the risk of disease outbreaks. Conversely, infectious diseases can drive biodiversity loss through species declines and extinctions. The article also discusses the challenges in studying these interactions, including differences in scales, data availability, and methodologies. It calls for a holistic approach that integrates animal, human, and environmental perspectives, as seen in the One Health and Planetary Health initiatives. The study suggests that considering all three pressures together can lead to co-benefits and win-win-win scenarios, while a narrow focus on one pressure may exacerbate another. The research highlights the importance of expanding research cultures to embrace interdisciplinary collaboration and integrate climate, biodiversity, and infectious disease studies. It also emphasizes the need for improved data collection and analysis to better understand the complex interactions between these factors. The article concludes that addressing these interconnected threats requires coordinated efforts in science and policy to ensure the sustainability of ecosystems and human well-being.