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This paper discusses potential of earth observation (EO) in providing simplistic and operational tools for the systemic risk analysis to complement Indigenous Knowledges covering nature-based solutions (NBS). This approach helps to address the techno-cultural complexities and provide robust baselines to meet the 2030 Sendai Framework Disaster Risk Reduc…
This contributing paper takes a look at the use of radio occultation to infer temperature and improve modeling for wildfire risk. Retrieving good-quality measurements of vertical profiles of atmospheric parameters (moisture, wind, temperature, and vertical information of aerosols) in wildfire events remains an extremely challenging endeavor. Global…
The purpose of this contributing paper is to demonstrate scalable and replicable methods to advance and integrate the use of Earth observations, specifically ongoing efforts within the Group on Earth Observations (GEO) Work Programme and the Committee on Earth Observation Satellites Work Plan, to support risk-informed decision making, based on documente…
Register here Time 16:00 - 17:30 CEST, Geneva | 10:00-11:30 EDT, New York | 22:00-23:30 CST, Beijing Duration 90 minutes (including 15 minutes networking) About AI-powered drones are powerful tools in disaster response. Recent advances in AI-enabled computer vision, robotics, and swarm technologies have further pushed the boundaries of drone appli…
This contributing paper presents three different global examples, at different stages of development, of how Indigenous Peoples are co-creating data platforms and technological tools that weave together Indigenous and Western knowledge and scientific Earth observations (EO) for disaster risk reduction. By documenting these remarkable indigenous-led proj…

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