I often use hierarchical modeling, geospatial techniques, remoteley sensed / field data and numerical analyses to solve my problems. I employ combinations of platforms, tools and programming languages to implement/interpret my projects.
Flux Puppy – Open-source software application to measure fluxes
TRIAD: Tree Ring Image Analysis and Dataset
Monitoring Thermal Stress in Near Real-time
Delineate Region of Interests (ROI's) and Extract Time-Series Data from Digital Repeat Photography Images
Machine learning via crowdsourced training data
A hierarchical framework for continental-scale modeling of plant functional traits across the US.
Remotely sensed monitroing of canopy water stress based on land surface temperature.
A state-space framework to model green-up phenology in the south-east over space and time.
A scalable framework to quantify radiation on snow-covered forest floor for hydrologic purposes.
An analytic model to estimate viewable fraciton of sky for modeling natrual environments.
3-D simulations of multiphase flow through natural porous media in geological time steps.
Northern Arizona University, P.O. Box 5693
Flagstaff, AZ, 86011, USA