Distribution Modeling Using Remote Sensing
In this research, species distribution modeling is used as a tool to understand the environmental determinants that control the distribution of species and to obtain spatial patterns on the species’…
PROJECTS
In this research, species distribution modeling is used as a tool to understand the environmental determinants that control the distribution of species and to obtain spatial patterns on the species’…
Region: Africa, Australia, Bahamas, Canada (British Columbia), Ecuador Our research links behavior to ecology, conservation, and evolution in a wide range of systems around the world. Past research has focused…
Region: Africa (Cameroon) The black-bellied seedcracker (Pyrenestes ostrinus) is unusual among birds in exhibiting a non-sex-related polymorphism in bill size and represents one of the few examples of disruptive selection…
CTR and the Institute of Environment and Sustainability sponsored an international summit in February 2007 to discuss the effects of human activity on climate change, habitat degradation, captive breeding and…
The Center for Tropical Research has recently developed new models in California to determine the amount of intraspecific genetic variation present in an area. Recently, we tested this new approach in the Santa Monica Mountains National Recreational Area (SMNRA), part of the southern subunit (2) of the California Landscape Conservation Cooperative.
The Partnership for International Research and Education project seeks to develop an integrated framework for conserving central African biodiversity under climate change that is both evolutionary-informed and grounded in the socioeconomic constraints of the region.
Region:Africa (Cameroon, Equatorial Guinea, Ivory Coast), Australia, South America (Ecuador) These projects seek to understand the mechanisms important in generating rainforest biodiversity. Results from research on birds in Cameroon and…
Ever since Darwin’s “The Origin of Species,” biologists have been studying the causes of diversification and speciation. Speciation may be driven by sexual or ecological selection or random drift, and…
Published Work | 2015 | Functional Ecology 30, 235–243
permalinkPublished Work | 2015 | Journal of Avian Biology 46(3), 307–314
permalinkPublished Work | 2015 | Biological Journal of the Linnaean Society 115(1), 127–133
permalinkPublished Work | 2015 | Royal Society Open Science 2
permalinkPublished Work | 2014 | Oryx 50(2), 302-307
permalinkPublished Work | 2014 | Biotropica 47(1), 6–17
permalinkPublished Work | 2014 | Annual Review of Ecology, Evolution, and Systematics 45, 1.1–1.22
permalinkPublished Work | 2014 | Parasitology 142(5), 635-647
permalinkPublished Work | 2014 | Biotropica 46(6), 763–770
permalinkPublished Work | 2014 | Science 346(6207)
permalinkPublished Work | 2014 | Applied Geography 53, 369–376
permalinkPublished Work | 2014 | Journal of Infection 69(2), 174–181
permalinkPublished Work | 2014 | Molecular Ecology 23(19), 4757–4769
permalinkPublished Work | 2014 | Journal of Tropical Ecology 30(4), 273–290
permalinkPublished Work | 2014 | Global Change Biology 2014, 20 (8), 2417–2425
permalinkPublished Work | 2014 | PLoS ONE 8(12)
permalinkPublished Work | 2013 | Biological Conservation 166, 203–211
permalinkPublished Work | 2013 | PLoS ONE 8(7)
permalinkPublished Work | 2013 | Proceedings of the Royal Society Biology 280(1763)
permalinkPublished Work | 2013 | PLoS ONE 8(5)
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