In the Collin Lab we work to understand how environmental conditions, their natural variation and environmental change from the climate emergency shape marine ecosystems and biodiversity. Our current work focuses on three areas (1) Documenting the biodiversity of tropical marine invertebrates, (...
In our lab, we investigate sensory and cognitive mechanisms underlying animal behavior. Animals use a wide array of cues and signals to glean information about their environment. An animal’s sensory and perceptual systems filter incoming stimuli and define an animal’s Umwelt, or the...
A massive coral bleaching event in Panama’s Guna Yala islands along the eastern Caribbean coast signals a major problem with rising ocean temperatures and their long-term effects.
Discover the captivating world of ant-following birds in our upcoming talk!
Smithsonian researchers collaborated with stakeholders to share mangrove carbon accounting techniques and learn about their importance in mitigating climate change.
Marine conservation scientists advocate for a cultural shift in academia that fosters deeper connections with places of study and encourages collaboration with local communities to make science more equitable
What started as a student summer job, became Anibal Velarde’s life’s work. Over fifty years later, he is still at the Smithsonian
Long-term research at Barro Colorado Island Research Station and at many other locations show that there are more woody vines in tropical forests, but very little is known about them. They are difficult to measure and so are often overlooked. This research group measured the biggest vine they have found on the island—but is this the biggest liana in the world? The authors challenge others to come up with a bigger one.
Frogs lay eggs both in the water and in jelly-like masses on plants. Could their flexible behavior help explain how vertebrates moved from life in ocean to life on land?
Regrowing tropical forests emit significantly lower soil carbon dioxide than cattle pastures.
