A study in Science by 225 researchers working with data from 590 forest sites around the world concludes that tropical forests release much more carbon into the atmosphere at high temperatures.
Join Jose Loaiza, STRI Research Associate and Senior Scientist at Panama’s INDICASAT-AIP, for the latest information about the role of disease transmission by mosquitos in Panama.
As oceans warm and become more acidic and oxygen-poor, Smithsonian researchers asked how marine life on a Caribbean coral reef copes with changing conditions.
Helene Muller-Landau, staff scientist, was invited to write an authoritative review about carbon storage in forests. Her team combed through existing studies and came up with some novel conclusions of their own.
Lightning is common in the tropics, but its ecological effects in tropical forests are poorly understood. Steve Yanoviak, STRI research associate and professor at the University of Louisville, will summarize the basic physics of lightning, how we study lightning in Panama and the importance of lightning as an agent of tropical tree mortality.
Scientists think that climate change may have greater impact the largest trees in tropical forests, and the death of these giants has a major impact on the forest, but because these monumental trees are few and far between, almost nothing is known about what causes them to die.
An entrepreneur who dreamed of becoming an oceanographer teams up with STRI researchers and young Latin American biologists to find out if some coral reefs are more resilient than others. His yacht will be the center of operations as they deploy high tech sensor arrays at sites around the tropical eastern Pacific.
Ongoing research by thousands of scientists is continually strengthening our understanding of the impact of climate change on our planet. Steve Paton, director of STRI’s physical monitoring program, will present an overview of the latest information concerning greenhouse gas production, global warming, and the threats posed by climate change, as well as some possible solutions to these challenges.
Coral reefs in the Tropical Eastern Pacific (TEP) are exposed to a broad range of environmental conditions defined by the upwelling of cold, nutrient-rich water from the deep ocean. Regional variation in upwelling activity along the TEP make it an ideal natural laboratory to understand the importance of changing environmental conditions for reef health and resiliency. Watch Panamanian scientist Andrew Sellers explain the aims of the ambitious Rohr Reef Resilience (RRR) Project, and his experience in recent research expeditions to the Panamanian and Costa Rican Pacific.
The adaptation of certain plants to drought and high temperatures involves a fundamental reprogramming of their metabolism, not just a simple adjustment that can be made by regular plants.
