Forest Ecology
Forest dynamics, disturbance, regeneration, biodiversity, and ecosystem function across tropical and temperate systems.
I am a PhD researcher in Environmental and Natural Resource Sciences at Washington State University, working across forest ecology, landscape modeling, silviculture, ecosystem services, climate adaptation, remote sensing, and geospatial analysis. My research interests span forest ecology, silviculture, forest landscape modeling, ecosystem services, forest carbon, biodiversity, system dynamics, remote sensing, geospatial analysis, restoration, and climate-adaptive forest management across tropical and temperate forest systems.
My research interests connect ecological processes, forest management, spatial analysis, restoration, and climate adaptation.
Forest dynamics, disturbance, regeneration, biodiversity, and ecosystem function across tropical and temperate systems.
Spatially explicit ecological modeling, scenario analysis, and LANDIS-II applications for forest management and climate adaptation.
Seedling establishment, nursery practices, restoration ecology, and management interventions that support resilient forests.
Forest carbon, biodiversity, timber production, resilience, and other ecological and social benefits of forest landscapes.
Selected publications. The complete list remains available in the publication archive.
A review of desert-shrub terpenoids as multifunctional, lower-toxicity agents for durable wood protection, delivery systems, and circular bioresource applications.
A comparison of deep-learning detectors using high-resolution aerial imagery, culminating in PTCNet and an urban tree inventory for Pullman, Washington.
An assessment of residual tree growth, seedling recruitment, woody-species diversity, and aboveground carbon under contrasting silvicultural treatments in upland hardwood forests.
A factorial nursery experiment identifying moderate light and adequate moisture as favorable conditions for early Albizia lebbeck seedling growth.

Research interests in spatial simulation, disturbance, succession, climate adaptation, and management scenarios, including LANDIS-II applications.
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Links to ORCID, Google Scholar, ResearchGate, Academia.edu, and GitHub.
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System dynamics modeling of thinning effects on oak regeneration, basal-area recovery, and carbon sequestration.
View poster →Selected outputs illustrating the progression from tropical seedling research to geospatial and landscape-scale research.
Deep learning and high-resolution aerial imagery in Pullman, Washington.
Light and water optimization for early seedling establishment.
Seedling response to different potting media.
Environmental management and policy issues in southeastern Nigeria.
Organic amendments and germination pretreatments for tropical tree species.