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Forest Ecology
Forest dynamics, disturbance, regeneration, biodiversity, and ecosystem function across tropical and temperate systems.
Research
Research themes
My graduate research interests span forest ecology, landscape modeling, silviculture, ecosystem services, climate adaptation, remote sensing, system dynamics, and environmental management.
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Landscape Modeling
Spatially explicit ecological modeling, scenario analysis, and LANDIS-II applications for forest management and climate adaptation.
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Silviculture & Restoration
Seedling establishment, nursery practices, restoration ecology, and management interventions that support resilient forests.
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Ecosystem Services
Forest carbon, biodiversity, timber production, resilience, and other ecological and social benefits of forest landscapes.
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Remote Sensing & GIS
High-resolution imagery, deep learning, geospatial analysis, and spatial decision support for forest and urban-tree research.
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Climate Adaptation
Climate-adaptive forest management, disturbance ecology, and strategies for sustaining forest systems under change.
Research approach
My research is conducted in collaborative and supervised academic settings, with project pages identifying specific contributions, collaborators, and institutional contexts where applicable.
Methods and tools
LANDIS-II, STELLA, geographic information systems, remote sensing, spatial analysis, high-resolution imagery, ecological modeling, and quantitative research workflows.