Guilherme is interested in understanding how spatial patterns of home-range organization shape interspecific competition and lead to species exclusion or coexistence. Prior to this work, Guilherme worked on a wide range of topics, including synchronization phenomena and disease transmission.
Rafael is broadly interested in studying how individual movement behaviors shape population and community dynamics. To this end, he uses a combination of numerical simulations, spatial pattern analysis, and animal tracking data analysis.
David studies spatial pattern formation in arid ecosystems. Using techniques from nonlinear dynamics and statistical mechanics, he seeks to develop mechanistic models and combine them with remote-sensing data and satellite imagery to explain how vegetation patterns will respond in a changing climate.
Paulo investigates regime shifts in dryland ecosystems, combining functional network analysis and Bayesian inference in simulated and remote-sensing data.
Melissa studies the spatial structures appearing in the underground interaction between plants and fungi and how these affect the stability and productivity of the mutualism between the two, known as ectomycorrhiza.
Zihao combines analytical and numerical approaches to study pattern formation in ecological systems. He is also interested in applying population-dynamics frameworks to social systems, exploring phenomena such as opinion shifts, disease spreading, and marketing strategies.
Timon is working on spatial population dynamics in heterogeneous landscapes. He is particularly interested in the joint effect of competition-colonization tradeoffs and habitat fragmentation in species interactions.
Vinicius is interested in studying how water-vegetation feedbacks shape plant interactions and how these lead to large-scale spatial patterns. To this end, he uses nonlinear dynamics, pattern formation and bifurcation theory and different computational techniques.
Yasein studies stochastic evolutionary dynamics and is particularly interested in understanding how spatial structure and quorum-sensing regulation jointly impact the evolutionary stability of cooperation in microbial systems.
Omar is curating a multidecade database of aerial images in order to develop new tools to quantify how vegetation patterns change over time.
Roza investigates how precipitation and wind patterns impact the emergence of self-organized vegetation patterns in dryland ecosystems. Her work is supported by an Early Career Fellowship from the Scultetus Center at CASUS.