Wednesday 14 May, 2025
In recent years, we have observed more severe storms, increased instances of drought, rapid sea level rise and higher temperatures than ever recorded in history. These phenomena, largely associated with climate change, negatively impact marine and terrestrial ecosystems and have a devastating impact on lives and livelihoods among many communities worldwide. It is important to note however that although the impacts of climate change can be observed on a global scale, its effects are not propor...
This talk will highlight method innovations in water research using satellite earth observations (SEO) in the Canada Centre for Mapping and Earth Observation (CCMEO) of Natural Resources Canada (NRCan). They include dynamic surface water mapping and modelling for water areas and water volume changes, terrestrial water storage variations, groundwater recharge evolution and storage changes, water extreme events (drought and flood) characterization, and environmental and climate impacts on the w...
As Earth Observation technologies rapidly advance, the integration of Artificial Intelligence (AI) is creating new possibilities for data analysis, real-time decision-making, and actionable insights across various sectors. This panel will explore how AI is revolutionizing Earth Observation, driving innovation in environmental monitoring, disaster response, climate change, and urban development, along with challenges including challenges around data availability and integration.
The convergence of generative artificial intelligence and geospatial technology is transforming how we validate and ensure the quality of location-based data. This talk explores how AWS is enabling new approaches to geospatial data validation through the power of generative AI, which helps public and private sector organizations achieve their sustainability missions.As we operate in a world with more earth observation data being generated everyday, the planet is imaged daily and, with ...
Nearly 45 years after its construction, the efficiency of the vertical support heat pipes along the Trans-Alaska Pipeline System (TAPS) has shown signs of degradation. These heat pipes are crucial for maintaining ground stability in permafrost regions, where the pipeline is elevated for over half of its 800-mile length. Filled with liquid ammonia, the heat pipes transfer heat from the bottom to the top, preventing excessive thawing around the support structures. Ground-based monitoring of the...