About Me
My research covers a variety of topics, including collective behavior in ocean-going Pacific salmon, the effect of climate on population dynamics of small mammals in central coastal California, and the role of mycorrhizal networks in forest ecosystems. I employ a variety of modeling techniques to study these systems, such as statistical, mechanistic, simulation, network, and optimization modeling. Some of the projects I am currently working on are listed below:
1) Modeling the effect of group size on predation risk and foraging success in ocean salmon (statistical modeling)
2) Incorporating mycorrhizal dynamics and canopy soils in nutrient and carbon cycling models (mechanistic modeling)
3) Network dynamics of mycorrhizal networks (simulation and network modeling)
4) Equilibrium programming of the plant-mycorrhizal symbiosis (optimization modeling)
5) Re-distribution of salmon-derived nutrients through mycorrhizal networks
6) Defense signaling through mycorrhizal networks
Here is a link to my Google Scholar: Google Scholar
1) Modeling the effect of group size on predation risk and foraging success in ocean salmon (statistical modeling)
2) Incorporating mycorrhizal dynamics and canopy soils in nutrient and carbon cycling models (mechanistic modeling)
3) Network dynamics of mycorrhizal networks (simulation and network modeling)
4) Equilibrium programming of the plant-mycorrhizal symbiosis (optimization modeling)
5) Re-distribution of salmon-derived nutrients through mycorrhizal networks
6) Defense signaling through mycorrhizal networks
Here is a link to my Google Scholar: Google Scholar
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