Amélie Davis, Ph.D.

I examine human-environment interactions from the perspectives of landscape ecology, land change science, environmental planning, and sustainability science. My collaborators and I are particularly interested in how land use land cover change can affect the sustainability of landscapes and communities in both urban and non-urban systems and at a variety of scales. We incorporate complex geospatial analyses, simulation models, statistics, remote sensing, as well as social survey and field data to study a number of research topics.
Online Presence
- My LinkedIn
- My Google Scholar
Education
- B.A. in Biology from Earlham College
- M.S. in Remotely Sensed Oceanography from the University of Delware
- Ph.D. in Forestry and Natural Resources from Purdue University
Certifications
- ENVISION Sustainability Professional, Institute for Sustainable Infrastructure (Summer 2022-2027)
- GISP Certified - #99246 (December 2017-2029) – accredited by the Council of Engineering and Scientific Specialty Boards (CESB)
- Remote Pilot for sUAS (Small Unmanned Aircraft System) Certification #3984109, FAA (March 2017-2020)
Research Topics
Land Use Land Cover Change Effects on Pollinators
My collaborators and I are interested in modeling the effects of land use land cover change on honey production (as a proxy for honeybee health) and wild bee abundance and richness. This work has been funded by the USGS and USDA.
Urban Ecosystem Services
We are interested in studying the provision and distribution of ecosystem services in urban landscapes, as well as how those ecosystem services might be maintained and enhanced.
Conservation Planning
We are interested in studying coupled natural-human systems and how their dynamics affect conservation planning at local to national scales.
Urban Planning
We are interested in examining how patterns of grey and green infrastructure (in both 2D and 3D space) affect the quality of life for people in cities.
Some Interactive Graphics
Basic interactive map of one of my favorite parks to take our dog:
Mean temperature data for COS from 2000 to 2005: