Panamanian botanist
Mireya Correa retires from STRI
After more than half a century devoted to her scientific and teaching work, Professor Mireya Correa leaves behind an extensive legacy in Panamanian botany
A conversation about changing the future through better land management in the tropics
How can science help to restore deforested land, reduce the risk of flooding and combat climate change? Find out in a virtual chat with Jefferson Hall, director of STRI’s Agua Salud Project, Katherine Sinacore, post-doctoral fellow and Edwin Garcia, master’s degree student, moderated by STRI Interim Director, Oris Sanjur and Associate Director for Communications Linette Dutari.
How the Chicxulub Impactor gave rise to modern rainforests
About 66 million years ago, a huge asteroid crashed into what is now the Yucatan, plunging the Earth into darkness. The impact transformed tropical rainforests, giving rise to the reign of flowers.
Strianassa lerayi Anker, new shrimp species from Panama’s Coiba National Park
Last year’s expedition, part of the project to compare microbiomes of animals in the Pacific and Atlantic oceans, resulted in the discovery of several new animal genera and a species of mud shrimp named for STRI and post-doctoral fellow, Matt Leray.
Agua Salud receives award, Smithsonian Secretary’s Distinguished Research Fellowship given to STRI fellow, Adalberto Gomez named Expert of the Year by BioMuseo, and more…
Agua Salud receives award, Smithsonian Secretary’s Distinguished Research Fellowship given to STRI fellow, Adalberto Gomez named Expert of the Year by BioMuseo, US Embassy Chargé d’Affaires visits STRI, Q?Rioso and Q?Bus updates, Summer Camp at Culebra and Paleobiology Symposium in Bologna.
Butterflies take different paths
to arrive at the same color pattern
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.