Canal grass
Smithsonian scientist clears up Panamanian urban legend
Noviembre 30, 2020
How did canal grass arrive in Panama? STRI staff scientist Kristin Saltonstall compared the DNA of sugar cane relatives from around the world to find out.
How did canal grass arrive in Panama? STRI staff scientist Kristin Saltonstall compared the DNA of sugar cane relatives from around the world to find out.
What makes a successful invasion? What keeps invaders out? Are some geographic locations more vulnerable to invasion than others?
Over half a century ago, a group of manatees from Bocas del Toro was flown into the artificial Gatun Lake to control the abundance of aquatic plants and for public health reasons. Where are they now?
Animals in captivity may have trouble breeding, so to keep amphibian species from dying out, researchers are discovering new ways to help them reproduce.
The new diagnostic test showed comparable or even better results than the gold-standard assay recommended for the diagnosis of chytridiomycosis.
A groundbreaking study assessed the extinction risk of more than 8,000 amphibian species worldwide and concluded that two out of five amphibians are threatened.
My lab’s research focuses on coastal marine ecology with an emphasis on host-parasite and consumer interactions, infectious diseases and biological invasions. I focus on how trophic interactions such as parasitism and predation alter populations, community structure and ecosystems. Parasites are...
My primary research focus is on Panamanian frogs that are likely extinct in the wild due to a fungal infection but are kept alive in captive breeding programs in Panama and the United States. Our lab has collected founding individuals for these amphibian colonies, devised methods to sustainably...
A workshop in Panama City brought together scientists, policymakers, environmental managers and port officials from across the Americas to coordinate efforts in marine biosecurity.
A new study from the Smithsonian Tropical Research Institute (STRI) shows that red-eyed treefrog embryos hatch early when exposed to high ammonia levels — an environmental cue that it’s too hot and dry for the eggs to survive.