Chris Hopkinson

Chris Hopkinson holds the Campus Alberta Innovates Program (CAIP) Research Chair in Terrestrial Ecosystems Remote Sensing, a position he has maintained since 2013 following a visiting scientist role at Australia's CSIRO and leadership of lidar research at Nova Scotia's Applied Geomatics Research Group. His work bridges engineering and geography to advance environmental monitoring through cutting-edge remote sensing technologies.

His research spans mountain hydrology, water resources, and lidar applications across geosciences, with recent emphasis on integrating in situ and remote sensing data to study glacial dynamics, permafrost thaw, and carbon cycling in forest ecosystems. He provides critical guidance on lidar best practices for government agencies and serves on executive committees in Canada and the US, focusing on appropriate technology deployment for environmental assessment.

Analysis of his 15 most recent publications (2024-2025) reveals dominant themes in boreal ecosystem monitoring, particularly wildfire impacts on carbon stocks, wetland hydrology under climate change, and multi-sensor data fusion techniques. His work increasingly leverages deep learning for lidar processing while maintaining field validation as a cornerstone of methodology.

Awards:

• Campus Alberta Innovates Program (CAIP) Research Chair

Dr. Hopkinson actively mentors graduate students (evidenced by recruitment announcements) and secures research funding through competitive grants, including his CAIP chair which supports collaborative projects across Canada and internationally. His team develops novel workflows for lidar-based carbon assessment and ecosystem monitoring, with strong emphasis on practical applications for natural resource management.

Previously leading the Canadian Consortium for Lidar Environmental Applications Research (C-CLEAR), he now maintains a global network of collaborators advancing terrestrial remote sensing through field campaigns, algorithm development, and policy-relevant science addressing climate change impacts on critical ecosystems.