雷霆加速破解版永久免费官方-hammer加速器
Research in our lab focuses on the symbiotic factors that drive speciation, adaptation, and evolutionary diversification. We use ants and other insects to tease apart the factors that influence patterns of evolution – from the rise of the flowering plants, symbioses ants have with other insects and plants, and their gut-associated microbial community are all potential underlying factors that may have facilitated their ecological dominance in almost all terrestrial ecosystems. In addition we are interested in how biogeography, climate change and invasive ants have and will continue to affect the evolutionary processes that generate and sustain high biological diversity in tropical ecosystems and other habitats. Furthermore we are interested in how we can use molecular methods, next-generation sequencing, and comparative genomics with field-based research to study biodiversity across scales.
雷霆加速破解版永久免费官方-hammer加速器
- Evolution and ecology of symbiosis
- Evolution, adaptation, & diversification of insects
- Host-associated microbes
- Phylogenomics / phylogenetics
- Macroevolution
- Biogeography / Phylogeography
- Ant-plant mutualisms
- Coevolution
- 旋风加速器安卓下载安装
- 旋风加速器专业版下载安装
- Microbiomes
雷霆加速破解版永久免费官方-hammer加速器
Graduate students interested in joining the Moreau Lab are encouraged to contact me and apply to the 旋风加速器专业版安卓 or the Department of Ecology and Evolutionary Biology at Cornell University.
Postdoctoral researchers interested in joining the Moreau Lab are encouraged to contact me to discuss possibilities. There are also volunteer and undergraduate intern opportunities in my lab through Cornell University starting 2024.
安卓加速器
