Eavesdropping
Underwater Manatee chatter may aid in their conservation
Octubre 04, 2019
Scientists propose a new method, based on underwater recordings, for estimating the population size of the Antillean manatee, an endangered marine mammal
Scientists propose a new method, based on underwater recordings, for estimating the population size of the Antillean manatee, an endangered marine mammal
Unrelated butterflies may have the same wing patterns. These patterns warn off predators and help suitors find the right mate. But if wing patterns in each species evolved the same way, knocking out an important gene should have the same effect in both. Carolina Concha and her team discovered that knocking out the WntA gene results in different effects in co-mimics, so the two species evolved the same pattern via different pathways.
Researchers identify 11 potential nursery areas of locally common and migratory sharks, which could help support shark conservation efforts in Panama and the region.
The discerning eye of staff scientist, Annette Aiello, observed the fearless behavior of an iridescent insect resembling a bird dropping containing embedded, blue seeds.
The nomadic nature of these marine turtles allows them to adapt to dynamic environmental factors, but presents a conservation challenge that STRI researchers hope to resolve
Only about 1% of marine plastic debris is recovered at the ocean’s surface, meaning the other 99% likely either sinks or is consumed by marine organisms
One of the big questions about using DNA in seawater to make species lists is whether it comes from a specific site or has floated in from elsewhere. In this study researchers could distinguish different marine habitats using only DNA.
By tagging and tracking migrating humpback whales that feed in the Magellan Strait in Chile, the scientists were able to provide policy recommendations to reduce the risk of collisions
Researchers learned from some unusual sweat bee species on Barro Colorado Island, Panama, how the sophisticated division of labor in highly complex insect societies can arise from humble beginnings.
STRI staff scientist and evolutionary biologist Bill Wcislo discusses the foibles of social bees and farming ants and the evolution of their behavior in changing environments. In a time of crisis, what can we learn from these insects about their highly efficient public health care systems?