As part of national and international teams, CCRS scientists are developing remote sensing methods that monitor, model, and map natural hazards quickly and reliably, so as to diminish possible threats to human safety and infrastructure.

• Flooding on the Red River, Manitoba, 2001
• Flooding on thePo River, Italy, as imaged by RADARSAT.
• North Carolina Flooding in 1999 - as analyzed on RADARSAT imagery
• RADARSAT Tracks Yangtze River Flooding in China
• RADARSAT Tracks the Red River - Manitoba Flood of 1997
• RADARSAT - Applications in Action! Flood Monitoring: Red River, Manitoba, Canada, 1996
• Multi-spectral Video Image of the Flooding of the Riviere aux Sables, Jonquiere, Quebec
• The Assiniboine River Bursts Its Banks, Spring 1995
• RADARSAT - Applications in Action! Snow Mapping: Ottawa, Ontario, Canada
• Application of Remote Sensing to Environmental Monitoring: A Case Study of the 1996 Saguenay Flood in Québec

• RADARSAT-1 Hurricane Watch
• RADARSAT Synthetic Aperture Radar Measurements of some 1998 Hurricanes
• Wind Fields from SAR: Could They Improve Our Understanding of Storm Dynamics?

• Canada's RADARSAT Satellite Captures the Irving Whale Salvage Operation
• Automated Ship and Oil Slick Detection, Flemish Cap, East Coast of Canada
• "Sea Empress" Oil Spill Monitoring, Milford Haven, Wales, United Kingdom
• RADARSAT-1 imagery research in anticipation of RADARSAT-2, for oil spill detection and monitoring

• Guagua Pichincha Volcano, near Quito, Equador
• Landslide Risk Assessment with High Spatial Resolution Remote Sensing Satellite Data
• RADARSAT-1 Interferometric Potential for Monitoring Volcanic Activity: The Guagua Pichincha Volcano, Ecuador
• Landslide Characterization in Canada Using Interferometric SAR and Combined SAR and TM Images

• Complete CCRS scientific publications database