Project Proposal
Project Title: Advanced Environmental Analysis Using Trophic State Index (TSI) and Remote Sensing Data
Objective:
This project is a collaborative research initiative designed to provide students and researchers with hands-on experience in utilizing geospatial technologies to assess water quality and trophic state conditions across diverse geographic regions. Participants will analyze satellite and UAV data integrated with Google Earth Engine to enhance their understanding of environmental health indicators.
Client: Geomount Inc. – Research Collaboration with Academic Institutions
Location: Multiple study areas across North America
Scope:
The project involves:
- Utilizing Earth Engine Apps to visualize and analyze Trophic State Index (TSI) data across various water bodies, highlighting areas with clear water and regions dominated by blue-green algae.
- Teaching students how to interpret remote sensing data for environmental decision-making, focusing on the impacts of hypolimnetic anoxia and macrophyte proliferation.
- Providing training on integrating GIS tools for spatial analysis of environmental datasets.
- Collaborating with academic institutions to facilitate real-world research opportunities in water quality monitoring.
- Ensuring students adhere to safety and ethical protocols during data collection and analysis.
Learning Outcomes:
- Mastery of GIS and remote sensing tools for environmental analysis.
- Application of TSI data for assessing water quality and ecological health.
- Proficiency in interpreting and presenting findings through geospatial technologies.
- Awareness of the implications of water quality changes on ecosystems and public health.
Contact Email: info@geomount.ca
