University of Florida // Wildlife Ecology & Conservation
Assistant Scientist (Faculty)
Applied wildlife ecologist. I turn management data into decisions, building population models, risk platforms, and spatial tools that agencies, landowners, and communities use to manage invasive species, human-wildlife conflict, and working lands.
I'm a quantitative ecologist who works at the applied end of conservation. After a Ph.D. on human-crocodile conflict in Malaysian Borneo and postdoctoral positions at Stanford University, Arizona State University, and the University of Florida, my work now centers around aiding decision makers in making informed management strategies.
The answers have been statewide crocodile population models for the Sabah government, invasion risk platforms for the Florida Fish and Wildlife Conservation Commission and the Department of the Interior, and a live evaluation of the National Park Service's twelve-year tegu removal programme in the Everglades. In every case the product is a tool with a user, not a report with a recommendation.
Getting to adoption means workshops, expert elicitation, training, and time with the people who will use the tool. That side of the work, where science starts changing what a manager does on Monday morning, is the part I find most satisfying.
University of Florida, Wildlife Ecology & Conservation
Leads the tegu removal programme evaluation for the National Park Service and invasion risk platforms for state and federal partners.
University of Florida
Invasive species risk assessment & decision support tools. PIs: Dr. Brett Scheffers & Dr. Christina Romagosa
Arizona State University, Center for Global Discovery and Conservation Science
Remote sensing of tropical ecosystem change. PI: Dr. Greg Asner
Stanford University, Carnegie Institution for Science
Animal movement & remote sensing. Creation of a 400,000 ha protected area in Sabah. PI: Dr. Greg Asner
Danau Girang Field Centre / Sabah Wildlife Department, Malaysia
State-wide crocodile surveys, conservation strategy, and PhD student supervision
Cardiff University, UK
Human-crocodile conflict, satellite tracking, and population genetics in Malaysian Borneo
Applied work built around management questions, on a foundation of a decade of field ecology in Borneo.
Quantitative risk assessment for the exotic pet trade, climate adaptation of invasion risk, and evaluation of long-running removal programmes. Risk platforms built for the Florida Fish and Wildlife Conservation Commission and the Department of the Interior are in daily use. A Bayesian state-space framework now tracks catch rates, recruitment, and population trend across twelve years of Argentine black and white tegu removal for the National Park Service.
A decade of work on saltwater crocodiles and Bornean elephants, from satellite tracking and population genetics to the statewide crocodile action plan that underpins Sabah's CITES non-detriment finding. Current work brings population and harvest modelling to conflict, so that management decisions can be weighed against their likely effect on both wildlife and people.
Remote sensing to find where habitat gain costs a landowner least. In Borneo, oil palm land that flooded regularly and yielded poorly was identified from LiDAR and satellite imagery, and retiring it reconnected isolated forest at a saving to the grower. The same approach applies wherever habitat and agriculture share a landscape, using satellite time series and LiDAR to find the ground that gives the most back to wildlife for the least cost to production.
Pairing animal movement with high-resolution habitat mapping to set conservation priorities. Research on Bornean elephant connectivity and forest carbon contributed to the creation of a 400,000-hectare protected area in Sabah, and continues in spatial prioritisation for wildlife corridors and mixed-use landscapes.
My research is delivered as tools, workshops, and management plans that agencies, landowners, and communities use, rather than as reports.
Application tracking catch rates and population trends across twelve years of tegu removal in the Everglades.
National Park Service, Dept. of the Interior, 2026
Climate adaptation considerations in invasion risk development.
Florida Fish and Wildlife Conservation Commission (FWC), 2025
Invasion risk screening for Everglades restoration projects.
Office of Everglades Restoration (OERI), Dept. of the Interior, 2024
Statewide invasion risk assessment platform for the pet trade, used by agency staff for rapid and full assessments of new reports.
Florida Fish and Wildlife Conservation Commission (FWC), 2023
Climate futures modelling for current and potential invasive species.
Southeast Climate Adaptation Science Center (SECASC), 2022
Population modelling framework for estuarine crocodiles across Sabah, underpinning the state's CITES non-detriment finding.
Sabah State Government, Malaysia, 2021
Google Scholar: 900+ citations · h-index 15
Reimagining species on the move across space and time.
Trends in Ecology and Evolution, 40(7), 629–638.
Invasion risk posed by the pet trade.
Frontiers in Ecology and the Environment, 23(3), e2825.
Proximal microclimate: Moving beyond spatiotemporal resolution improves ecological predictions.
Global Ecology and Biogeography, 33(9), e13884.
Synergistic benefits of conserving land-sea ecosystems.
Global Ecology and Conservation, 28, e01684.
Natural and anthropogenic drivers of Bornean elephant movement strategies.
Global Ecology and Conservation, 22, e00906.
Conservation planning that incorporates regional-scale landscape connectivity.
Conservation Biology, 34(4), 934–942.
Protected area management priorities crucial for the future of Bornean elephants.
Biological Conservation, 221, 365–373.
Mapped aboveground carbon stocks to advance forest conservation and recovery in Malaysian Borneo.
Biological Conservation, 217, 289–310.
Underproductive agriculture aids connectivity in tropical forests.
Forest Ecology and Management, 401, 159–165.
Riparian vegetation structure and the hunting behavior of adult estuarine crocodiles.
PLoS ONE, 12(10), e0184804.
Spatial ecology of estuarine crocodile nesting in a fragmented landscape.
Sensors, 16(9), 1527.
Use of drone technology as a tool for behavioral research: a case study of crocodilian nesting.
Herpetological Conservation and Biology, 10, 90–98.
Kaur-Kler, J., Evans, L. J., Goossens, B. (2019). Opogi; a Bornean Crocodile. Natural History Publications, Kota Kinabalu, Sabah, Malaysia.
Close to $1 million USD in research grants from governmental agencies, NGOs, and institutions across four countries.
2025 · co-PI · Tegu removal programme evaluation
2022 · co-PI
2023 · co-PI
2024 · PI
2016–2020 · Major Collaborator
2016–2019 · co-PI · Crocodile Population Survey
Courses built around real problems. Students work from a management question towards a defensible answer, using the same kinds of data and tools that practitioners rely on, and learn the quantitative methods along the way.
Lectured on 80+ field courses at Danau Girang Field Centre, teaching undergraduate and graduate students from institutions across the US, UK, China, Netherlands, and Germany, alongside school groups from Malaysia and Singapore.
Including Cardiff, University of Miami (Ohio), Oregon State, Portland State, University of Hong Kong, and Leiden University.
I'm always open to hearing from students, researchers, agency staff, and landowners who share interests in any of the areas below. If something here overlaps with your work or goals, I'd be glad to chat.
Feel free to reach out if you'd like to discuss research ideas, potential collaborations, or opportunities within the department.
Get in TouchThis visualization shows the dramatic decline in forest cover across Borneo from 2000 to 2023. Understanding these landscape-level changes is central to my research on wildlife connectivity, habitat fragmentation, and conservation prioritization in Southeast Asia.
My work with the Carnegie Airborne Observatory and Rainforest Trust directly contributed to establishing a 400,000-hectare protected area in Sabah to combat this ongoing loss.
Wildlife Ecology & Conservation
University of Florida
Gainesville, FL