Long-term monitoring of the bat species Saccopteryx bilineata in their natural setting revealed that pups display babbling behavior strikingly similar to that of human infants
Colorful female Jacobins in the wild may feed more frequently and for longer periods than their drab counterparts
The guide aims to be a clarifying, science-based framework guiding the global community in the establishment of Marine Protected Areas
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.
Genetic population connectivity study of the endangered whale shark in Pacific Panama provides important data for conservation efforts.
A virtual forum organized by the IDB and STRI explored Panama’s challenges and opportunities to achieve a sustainable management of its marine resources that stimulates economic development, sustains livelihoods and preserves biodiversity.
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.
The use of submersibles exponentially increased recorded diversity of islands’ deep-reef fish faunas.
Scientists, students and communicators from Panama, Colombia, Costa Rica, Ecuador and Spain will spend twelve days on the high seas exploring the biodiversity of Panama’s Cordillera de Coiba seamounts.
Most ocean life remains to be discovered. Because fish and many other animals that live in the ocean often have larvae or other, microscopic life stages that drift freely in ocean water, counting species by genetic barcoding of plankton samples adds to counts of species recorded as adults and is a highly efficient way to understand what lives in the ocean and how biodiversity changes as we modify the ocean environment.
