Colombia's peatlands could be a crucial tool in the fight against climate change—but first, we have to locate them. Scott Winton, an assistant professor of environmental studies at the University of California, Santa Cruz, has been researching peatlands in tropical regions for nearly a decade. As a wetland ecologist and biogeochemist, Winton is passionate about uncovering the secrets of these vital yet elusive ecosystems. Peatlands are a unique type of wetland formed by the long-term accumulation of organic matter in waterlogged conditions. They have the remarkable ability to store vast amounts of carbon, making them a critical resource in mitigating global climate change by reducing atmospheric carbon dioxide levels. However, the widespread and often hidden nature of peatlands presents a significant challenge for scientists trying to locate and study them. In recent years, Winton's team has conducted multiple field expeditions in Colombia, aiming to map the country's peatlands and assess their carbon storage potential. These expeditions often involve navigating remote and difficult-to-reach areas, where the team must contend with complex terrains and harsh environmental conditions. Despite these challenges, Winton and his colleagues remain committed, recognizing the immense impact peatlands can have on global climate change. During their latest expedition, Winton's team discovered a vast peatland with a carbon storage capacity that surpasses initial expectations. This finding not only enhances scientists' understanding of peatland ecology but also provides crucial data for Colombia to develop more effective climate policies. Winton notes that while the research is still in its early stages, much more work is needed to fully evaluate the carbon storage capabilities of these peatlands. In addition to fieldwork, Winton's team is working on developing new remote sensing techniques to more accurately identify and monitor peatlands. By integrating satellite imagery with ground-level data, they aim to identify potential peatland resources over a larger area, contributing to global climate research and conservation efforts. The Colombian government has shown strong interest and support for Winton's research, hoping to leverage these findings to advance the country's environmental and sustainability goals. The discovery and protection of peatlands can help reduce greenhouse gas emissions, improve local ecosystem health, and promote eco-tourism. Winton is confident that in-depth peatland research will provide more solutions to address global climate change. This work is not only valuable to the scientific community but also to the general public, as it concerns our shared future. By understanding and protecting these ecosystems, we can take meaningful steps toward a more sustainable and resilient planet.