Addressing the Challenges of Climate Change in Tropical Cloud Forests
Discover how we are responding to the challenges posed by climate change in tropical cloud forests. These ecosystems play a vital role in providing year-round freshwater for agriculture and human consumption. However, global warming is dramatically altering the height of the cloud base in the region, threatening to deprive large forest areas of the cloud-derived water on which they depend.
Under the leadership of Dr. Daniel Metcalfe from Umeå University, we have implemented the first “cloud reduction” experiment in the Wayqecha cloud forest. By installing large mesh nets around a forest patch, we intercept airbone water particles, reducing the amount of cloud-borne moisture that reaches the forest interior. This allows us to directly simulate the future conditions predicted under climate change scenarios.
Over a five-year period, we will carefully monitor and record changes in water inputs, plant survival, and carbon sequestration in both the cloud-reduction forest and a nearby unaltered control plot. These findings will provide the first direct experimental assessment of the role cloud-derived water plays in the functioning of cloud-forest ecosystems.
Our goal is to better understand the interactions between clouds, water, and plant life, and to identify innovative solutions to safeguard these vital forests in an uncertain future. Join us in exploring solutions to maintain the health and sustainability of tropical cloud forests.