Surface Water Remote Sensing 2
The session recording will be archived on the site until June 25th, 2023
This session was streamed but not recorded
Date: 3/23/2023
Time: 10:20 AM - 11:40 AM
Room: Mineral Hall B, Hyatt Regency, Third Floor
Type: Lightning Paper, Hybrid session with both in-person and virtual presenters
Theme:
Curated Track:
Sponsor Group(s):
Remote Sensing Specialty Group, Water Resources Specialty Group
Organizer(s):
Ethan Kyzivat Brown University
Jessica Fayne University of Southern California
Chair(s):
Description:
Globally, small and transient water bodies remain poorly mapped. At the same time, vegetation occlusion, limited sensor resolutions, and cloud cover hinder ability to map inland water features using current field, airborne, and spaceborne remote sensing technologies. Given the difficulty of access and data acquisition limitations, there have been few studies on small water bodies, wetlands, or transient water, despite their abundance. This session features selected presentations on three themes in the order of: (1) wetland, and aquatic vegetation mapping; (2) lake water level time series; (3) remote sensing of fluvial geomorphology; and (4) floods.
This is an IN-PERSON SESSION with a hybrid component that will allow virtual presenters and questions. Lightning presentations will be 6 minutes long with ample time for a Q&A period.
Presentations (if applicable) and Session Agenda:
Emma Cheriegate |
Using Remote Sensing Data to Identify Restorable Wetlands for Agricultural Nitrate Removal in the UMRB |
Mizanur Rahman |
Four extra WorldView-2 bands improve vegetation mapping in heterogeneous wetlands |
Ikramul Hasan, The Ohio State University |
Monitoring and analyzing the seasonal wetland inundation dynamics in the Everglades from 2002 to 2021 using Google Earth Engine |
Ahmed Mukalazi Kalumba |
Remote Sensing Assessment of Isimangaliso Wetland Change Dynamics from 1987 – 2017 in KwaZulu Natal Province South Africa |
Renato Marimon |
90 Years of Glacial Lake Area Change in the Cordillera Vilcanota of the Peruvian Andes: Applying Historical Oblique Aerial Photography in Environmental Change Studies |
Javar Henry |
Spatio-temporal dynamics of water level of the African Great Lakes in the past three decades |
Clancy McConnell |
Long-term flow regulation in a semi-arid river results in landscape-scale biophysical changes |
Zarka Mukhtar |
Extracting Geomorphological Features with Sentinel-2 Data using Machine Learning Algorithm in Google Earth Engine for Himalayan Proglacial Rivers |
Pawan Thapa, University of Alabama - Department of Geography |
Derivation of River Channel Morphology Information from Time Series Satellite Images |
Rupesh Bhandari |
Drone video image stabilization and tracer densification for deriving river flow velocity field with Large-Scale Particle Image Velocimetry technique |
Zhijie Zhang |
Assessing the Value of Commercial Data with FloodPlanet, a High-Resolution Commercial Imagery Flood Dataset, for Inundation Detection |
Q and A |
Non-Presenting Participants
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Surface Water Remote Sensing 2
Description
Type: Lightning Paper, Hybrid session with both in-person and virtual presenters
Date: 3/23/2023
Time: 10:20 AM - 11:40 AM
Room: Mineral Hall B, Hyatt Regency, Third Floor
Contact the Primary Organizer
Ethan Kyzivat Brown University
ethan_kyzivat@brown.edu
Session Sponsored By
