My ongoing work covers the following themes:
- Spatial big data analytics and AI,
- Quantifying the ESG materiality metrics and reporting,
- Marine spatial decision support tools,
- Modeling health access and disease incidence,
- Spatial models for opioid addiction,
- Geospatial Finance metrics, and
- Analyzing environmental change.
My research often used the Coupled Human and Natural Systems (CHANS) framework. Spatial scale varies from block level to regional and global scales in conservation, public health, ESG and geospatial finance, and sustainability. Spatial and other data includes primary, secondary and tertiary sources. My previous work covered the following themes: mapping landcover characterization and change detection using AI algorithms, quantifying imprecise spatial information using fuzzy sets, spatial decision support tools, modeling health access and disease incidence, spatial models for validating climate skepticism, analyzing environmental change, ESG materiality assessment, and geospatial techniques.
Collaborators
Les Kaufman, Professor, Marine Biology, Boston University
Ethan Deyle, Professor, Marine Biology, Boston University
Roel Boumans, MIMES-MIDAS team, Boston University
Josh Pitts, MIMES-MIDAS team, Boston University
Robert Kaufmann, Professor, Earth &Environment, Boston University
Nathan Phillips, Professor, Earth &Environment, Boston University
Kevin Gallagher, Professor, Global Development Policy Center, Boston University
Magaly Koch, Professor, Center for Remote Sensing, Boston University
Lawrence Were, Sargent College of Health Services, Boston University
Manfred Fischer, Professor Emeritus, Vienna University of Economics and Business, Austria.
Petra Staufer-Steinnocher, Professor, Vienna University of Economics and Business, Austria.