Researchers will use a $600,000 donation from First Solar to create “genoscape” maps of migratory bird populations
Kristen Ruegg, in a podcast discussing a new technique for assessing the migratory connectivity of bird populations, which they have dubbed, the Bird Genoscape Project.
Led by CTR Director, Tom Smith, UCLA has partnered with the International Institute of Tropical Agriculture in Yaounde, Cameroon to form UCLA's first foreign affiliate, the Congo Basin Institute. CBI's inauguration was held on June 20, 2015.
Applications for the Betty and E.P. Franklin Grant in Tropical Biology and Conservation are now being accepted. UCLA graduate students planning tropical fieldwork are encouraged to apply before May 3, 2015. Please click here for more information.
Applications are now open for the Congo Basin Grant Program, which is offered by one of the Center for Tropical Research's partners, Conservation Action Research Network (CARN). The program provides competitive research grants of up to $5,000 USD for African graduate students and early career professionals working in the areas of biodiversity, conservation and environmental sustainability in the Congo Basin region. Download an informational flyer or visit the CARN website to learn more about this opportunity.
The Central African Biodiversity Alliance (CABA) has been featured on the National Science Foundation's website. The National Science Foundation funds CABA through the Partnerships in International Research and Education (PIRE) program, which supports innovative, international research and education collaborations.
On Wednesday, September 17, 2014, the U.S. Department of State Facilitation Team of the Congo Basin Forest Partnership (CBFP) welcomed the University of California, Los Angeles (UCLA), as one of its newest partners, along with Drexel University and the University of Maryland. For more information on the Congo Basin Forest Partnership (CBFP), please visit pfbc-cbfp.org.
The awardees of the Betty and E.P. Franklin Grant in Tropical Biology and Conservation are Sarah Joy Bittick, Charlie de la Rosa, Tyler McCraney, and Kathryn Peiman. You can read more about them here.
According to research by UCLA professor Peter Narins, CTR Faculty Affiliate and Steering Committee member, Puerto Rican coqui frogs have decreased in size by 10 percent over 23 years, probably as a result of climate change. Their smaller size means the coquis' calls are higher in pitch, which will likely cause a decrease in their reproductive success.
The University of California, Los Angeles has officially joined the Congo Basin Forest Partnership (CBFP). By doing so, UCLA affirms that their activities in Africa are consistent with the very principles within the cooperation framework of CBFP members to advance sustainable management of forest ecosystems and conservation of biodiversity in Central Africa.
We're happy to share a presentation about the initiative with you.
Please click here to view it (link to download a print-quality version also included).
Tracking animal migration patterns has important scientific implications. Such monitoring helps predict responses to changes in climate and land use. It also assists with disease control if migrating animals carry infection. However, monitoring these movements over long distances and across time presents a challenge. To meet these challenges, a team of scientists with the Migration Interest Group: Research Applied Toward Education (MIGRATE) network has developed inexpensive technologies and training programs so that a broad cross section of international scientists can follow highly mobile animals."
"Thomas Smith, an ecologist at UCLA, and his team from the US, UK, Cyprus, and The Netherlands, found that satellite data, combined with traditional field studies, could help them predict the variations in singing by the common little greenbul (Andropadus virens, pictured), a songbird found in many habitats across Africa.
The study, published online in Evolutionary Applications, not only shows how bird songs can vary, but demonstrates how combining satellite data with field studies can trace the evolution and variation of any species. It is also the first study to ever use satellite data to track variation of earth-bound species of animals or plants.
Page 1 of 2