New artifacts
More gold, less Surfer's Ear
Septiembre 17, 2019
A bony growth among the remains of Paleoindians from the Gulf of Panama reflects changes in their cultural activities over time
A bony growth among the remains of Paleoindians from the Gulf of Panama reflects changes in their cultural activities over time
Modern fish preparation techniques leave behind bone fragmentation patterns resembling those found among fish remains in archaeological sites, revealing the antiquity of traditional butchering methods
A study of dolphin behavior in the presence of tourist boats informs conservation efforts.
Different socio-economic conditions and lack of clean water may change the dynamics of COVID-19 transmission in Latin America and the Caribbean.
Tens of thousands of tiny bone fragments reveal eating habits, ceremonial practices and the development of animal domestication during more than 2000 years of history.
A study in Science by 225 researchers working with data from 590 forest sites around the world concludes that tropical forests release much more carbon into the atmosphere at high temperatures.
Between 1944 and 1966, Dr. Alexander Wetmore, a legendary ornithologist and Sixth Secretary of the Smithsonian Institution, investigated the avifauna of the Isthmus of Panama. This became the basis of his four-volume ‘The Birds of the Republic of Panama’. In this webinar, STRI anthropologist Dr. Stanley Heckadon-Moreno takes us for a historical and photographic journey across Dr. Wetmore’s expeditions in Panama, with the support of Dr. Pamela Henson, director of Institutional History at the Smithsonian Institution Archives.
Anthropologist Fernando Santos-Granero has pieced together the story of a change agent whose life spanned an important period in South American history in his book, Slavery and Utopia, now available in English and Spanish.
Join Jose Loaiza, STRI Research Associate and Senior Scientist at Panama’s INDICASAT-AIP, for the latest information about the role of disease transmission by mosquitos in Panama.
As oceans warm and become more acidic and oxygen-poor, Smithsonian researchers asked how marine life on a Caribbean coral reef copes with changing conditions.