Weather & Climate Services for Resilient Development: A ......E learning platform/resource for...
Transcript of Weather & Climate Services for Resilient Development: A ......E learning platform/resource for...
Weather & Climate Services for Resilient Development: A Value Chain Approach to Project Management
Kanta Kumari Rigaud Kazi Fateha Ahmed Ana Bucher Nate Engle Climate Policy Team, World Bank
Climate Services Event, PPCR Pilot Country Meeting, Frascati, Italy
July 23, 2015
E learning platform/resource for Mainstreaming Climate Resilience
E-learning Platform Key Messages • To manage climate risks (and opportunities) we need to embed climate services into
projects and programs.
• These climate services must be customized to meet the needs of end users, and must be ‘quality’ assured and provided in a timely manner. There is a need to work through the value chain - going from data to delivery.
• These services are best conceived and designed into projects at early stages of development, and through upstream user engagement.
Audience • Policy makers • Development practitioners • Project Managers • Climate service users/providers
Integrating Satellite EO into Climate Resilience Practices and Climate Smart Planning
Select a climate-impact area to show examples of how Satellite EO can help make better climate adaptation and mitigation decisions:
Flooding
Drought
Soil erosion
Infrastructure Damage
Coastal erosion & saline intrusion
Landslides
Agricultural Pests
Vector-borne Diseases
Habitat & Biodiversity Loss
Menu:
Impact Area: Flooding Introduction
Back to Menu
Back to Menu Impact Area: Flooding Example: Flooding in the Caprivi region, Namibia
Back to Menu Impact Area: Flooding Example: Hazard Assessment of Glacial Lakes in Sikkim Himalaya
Back to Menu Impact Area: Flooding Typical EO Data Inputs to monitor Glacial Lake Extents
Typical EO Data Sources: Spatial Resolution: Optical: • Corona KHA • Landsat MSS / TM / ETM • Resourcesat-1 (IRS P6) • LISS III • RapidEye Elevation: • ASTER / ASTER DEM • WorldDEM
4 to 24 meters
Accuracy:
2 – 3 meters vertical 1 – 2 meters horizontal
Data Refresh/Revisit time: 16 to 24 days Archive data based on availability
Data Acquisition Cost:
Free and commercial data available
Benefits: Landsat global coverage is available at free of cost.
Limitations: • Image availability (archive / programming) • Atmospheric conditions (clouds / haze)
Select a climate-impact area to show examples of how Satellite EO can help make better climate adaptation and mitigation decisions:
Flooding
Drought
Soil erosion
Infrastructure Damage
Coastal erosion & saline intrusion
Landslides
Agricultural Pests
Vector-borne Diseases
Habitat & Biodiversity Loss
Menu:
Next Steps • Conversion to online platform (ongoing) 3-4 months
• Validation and Piloting of online platform 3 months
• Launch 2016