IS43A:
From Watersheds to the Open Ocean: Advances in Remote Sensing for Monitoring Water Quality, Food Security, Ecosystems, and Change III
IS43A:
From Watersheds to the Open Ocean: Advances in Remote Sensing for Monitoring Water Quality, Food Security, Ecosystems, and Change III
From Watersheds to the Open Ocean: Advances in Remote Sensing for Monitoring Water Quality, Food Security, Ecosystems, and Change III
Session ID#: 37280
Session Description:
Marine, coastal, and inland waters provide a range of societal benefits including food and water supply, economic support, and ecosystem biodiversity and productivity. However, these resources are increasingly stressed due to natural and anthropogenic factors. Remote sensing from ground-based, airborne, and satellite platforms offers a unique perspective on the world's water bodies, with the ability to assess quality, safety, and change at improved temporal resolutions, and at scales that extend from inland waters to the open ocean.
Active and passive sensors with improved radiometric performance and spatial, spectral, and temporal resolutions open up possibilities for detailed quantitative understanding of various physical and/or biogeochemical processes. Recent and future advances in remote sensing include instrumentation as well as algorithm development, synergies, and applications. We welcome submissions illustrating innovative methods of processing or applying remotely sensed data that highlight benefits to society. These include measuring and monitoring water quality, food security, ecosystem biodiversity and productivity, and physical properties (e.g.: wind, salinity, and currents). Topics such as atmospheric correction, algorithm design, object detection, bio-optical modelling of optically complex waters, and generation of tools and data products best suited to end-users for effective management of water/marine resources are encouraged.
Active and passive sensors with improved radiometric performance and spatial, spectral, and temporal resolutions open up possibilities for detailed quantitative understanding of various physical and/or biogeochemical processes. Recent and future advances in remote sensing include instrumentation as well as algorithm development, synergies, and applications. We welcome submissions illustrating innovative methods of processing or applying remotely sensed data that highlight benefits to society. These include measuring and monitoring water quality, food security, ecosystem biodiversity and productivity, and physical properties (e.g.: wind, salinity, and currents). Topics such as atmospheric correction, algorithm design, object detection, bio-optical modelling of optically complex waters, and generation of tools and data products best suited to end-users for effective management of water/marine resources are encouraged.
Primary Chair: Lauren Biermann, Plymouth Marine Laboratory, Earth Observation Science and Applications, Plymouth, United Kingdom
Co-chairs: Wesley Moses, Naval Research Laboratory, Remote Sensing Division, Washington, DC, United States, Chris Banks, National Oceanography Center, Liverpool, United Kingdom and Kevin Ross Turpie, University of Maryland Baltimore County, Joint Center for Earth Systems Technology, Baltimore, MD, United States
Moderators: Chris Banks, National Oceanography Centre, Liverpool, United Kingdom and Lauren Biermann, Plymouth Marine Laboratory, Earth Observation Science and Applications, Plymouth, United Kingdom
Student Paper Review Liaison: Lauren Biermann, Plymouth Marine Laboratory, Earth Observation Science and Applications, Plymouth, United Kingdom
Index Terms:
1640 Remote sensing [GLOBAL CHANGE]
4264 Ocean optics [OCEANOGRAPHY: GENERAL]
4805 Biogeochemical cycles, processes, and modeling [OCEANOGRAPHY: BIOLOGICAL AND CHEMICAL]
4894 Instruments, sensors, and techniques [OCEANOGRAPHY: BIOLOGICAL AND CHEMICAL]
Cross-Topics:
- B - Biodiversity
- BN - Biogeochemistry and Nutrients
- CD - Coastal Dynamics
- ES - Ecology and Social Interactions