Panama’s Plentiful Plants
An invitation from Mireya Correa
Agosto 23, 2013
The director of Panama’s herbaria invite visiting researchers to use these valuable resources of Panama’s astounding plant biodiversity.
The director of Panama’s herbaria invite visiting researchers to use these valuable resources of Panama’s astounding plant biodiversity.
At one of the oldest Maya sites, STRI staff archaeologist, Ashley Sharpe, discovered dog bones from the Guatemalan highlands deep within two pyramids.
It is much faster to learn to recognize a new prey item from a neighboring species, than to learn by trial and error.
What slows or stops a disease epidemic if the pathogen is still present? It appears that wild frogs are becoming increasingly resistant to the chytrid fungal disease that has decimated amphibian populations around the world.
STRI is hosting Dr. Anna Mežaka, originally from Latvia and currently employed at the University of Marburg (UMR), Germany, who is doing a project called “Life on a leaf: species interactions and community dynamics in epiphyll communities” funded by a Marie Skłodowska - Curie Global Fellowship from the European Union.
White-faced capuchin monkeys in Panama’s Coiba National Park habitually use hammer and anvil stones to break hermit crab shells, snail shells, coconuts and other food items, according to visiting scientists at the Smithsonian Tropical Research Institute (STRI). This is the first report of habitual stone-tool use by Cebus monkeys.
From tiny banana seeds to giant coconuts, it’s tough for seeds to survive in tropical soils where they are under attack by fungi, bacteria, insects and animals. By understanding how seeds defend themselves, tropical biologists contribute to reforestation, crop management and sustainable agriculture in the tropics.
A small bump in the ear canal of skulls from burials near the Gulf of Panama, may indicate that ancient coastal residents dove in icy waters to recover pearls and valuable orange Spondylus shells.
For these four women, the Smithsonian Institute’s internship program represented an opportunity to explore their research questions in the field
Bats can find motionless insects on leaves in the dark. This was thought to be impossible, because the acoustic camouflage provided by the leaves should confuse their echolocation system. Inga Geipel and colleagues discovered how they overcome this problem.