Wednesday 15 May, 2024
As evidenced by the 2023 fire season, we are experiencing unprecedented fire management challenges in Canada. Innovative fire monitoring solutions can help support wildfire managers as they limit the negative impacts of wildland fires while also prioritize the positive benefits in Canada’s forested ecosystems. Opportunities for advancing fire monitoring mirror a broader paradigm shift in the field of Earth observations towards open data, large-scale analyses, and collaborative development. In...
Remote sensing and spatial analytics have substantial utility to support riverine and floodplain assessment and monitoring at extents not feasible with traditional field surveys. This presentation will provide an overview of relevant technologies such as topobathymetric lidar, sonar, and multiple imagery types, as well as processes for integrating and analyzing these data. Broad-scale, objective, and reproducible analytics allow for geographic and temporal comparison across entire...
Climate change is becoming an increasing threat to Species at Risk in Atlantic Canada. Both direct and indirect impacts of climate change are affecting critical habitat, especially in coastal ecosystems. Monitoring species occurrences and their habitat over time and space is essential to effective conservation initiatives and mitigation efforts. The Atlantic Canada Conservation Data Centre (AC CDC) expertise and data represent the single most comprehensive and current source of information ab...
The Applied Geomatics Research Group, a spinoff of COGS at NSCC in 2000 has been conducting applied research using lidar since it’s inception. Originally by contracting lidar providers to conduct surveys in the Maritimes for flood hazard mapping, then in the 2005 operating their our topographic lidar, the Optech ALTM 3100, then moving into the coastal environment with the Leica Chiroptera 4X topo-bathymetric lidar, and most recently moving to the relatively low cost drones for topo-lidar mapp...
The agriculture and agri-food sector is a major contributor to the Canadian economy, accounting for 2.3 millions jobs and 7% of Canada’s gross domestic product with farmland covering 62 million hectares (6.2%) of Canada’s land area. This area is changing over annual and decadal time scales as a result of changes in annual crop production, urban expansion, sustainable land use/management and a changing climate. Monitoring such a vast area to account for how these environments respond to the pr...
Climate change presents an array of unprecedented challenges to global resilience and sustainability. As the urgency to address these challenges increases, the role of geomatics as a cornerstone technology for enabling climate resilience becomes ever more significant. This panel discussion, moderated by Tanya Harrison of the Earth & Planetary Institute of Canada, will explore the transformative potential of geomatics in bolstering climate resilience.
Global urban expansion is rapidly increasing, with over 50% currently living in cities and an expected rise to 66% by 2050. This growth poses challenges for peri-urban areas, including agricultural land loss, biodiversity destruction, and climate change impacts. Comprehensive research, integrating urban and rural perspectives, is vital, emphasizing the need for quantitative methods like the model analysis approach. The complexity of urban systems, inspired by ecological theories, requires geo...