Understanding collapse.
Designing recovery.
We identify the ecological bottlenecks that trap coral reefs and kelp forests in degraded states—and turn that science into decision tools for restoration.
We run experiments, synthesize evidence across systems, and build models that translate results into actionable thresholds and decision tools.
Test mechanisms in the field by manipulating key species interactions and quantifying effects on ecosystem recovery.
Systematic review and meta-analysis to compare recovery drivers across ecosystems and estimate robust effect sizes.
Theory and simulation models that translate field data into thresholds and decision-support tools for managers.
One question drives everything: How can we engineer ecosystem resilience in a rapidly changing world?
A volcanic island lagoon. A temperate kelp forest coastline. Same questions about resilience—different ecosystems, transferable insights.
Species interactions that accelerate or impede coral recovery
Predator control of urchin barrens and ecosystem tipping points
This meta-analysis of 38 reef fish species across 56 studies reveals that the strength of density-dependent mortality varies dramatically both within and among species, challenging our understanding of how fish populations are regulated.
Read the full storyAn interdisciplinary group combining field ecology, quantitative modeling, and restoration science—working in Mo'orea and Santa Barbara.
Undergrads, grad students, and postdocs. Hands-on field work, quantitative training, and co-authorship opportunities.
View opportunitiesManagers and practitioners seeking restoration tools, MPA evaluation data, or research partnerships.
Get in touchPhilanthropic partners enable student training, field expeditions, and open-access tool development.
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