Chris Ploetz, University of Texas - Austin; Identifying Caves in Southern Belize using Lidar Derived Terrain Models 

Jordan Cissell, Samford University; Mapping Mangroves in the Mesoamerican Reef Ecoregion Using Google Earth Engine 

Colton Bragg, ; Using Drone Imagery of Leaf Phenology to Identify Tree Species 

Madeline Regenye, ; Examining How White Roof and Solar Panel Solutions Contribute to Urban Heat Island Mitigation; A case study in Worcester, Massachusetts 

Sharif Islam, ; Assessment of spatio-temporal empirical forecasting performance of future shoreline positions 

Torit Chakraborty, University of Florida; A review on linear feature extraction using remote sensing approaches 

Jason Yang, Ball State University; Mapping the neighborhoods living quality in Muncie, Indiana, USA 

Sara Chamberlin, ; Change Detection Observation from Derecho Damage Extent Using Satellite Imagery 

Izaak Onos, ; Monitoring Long-term Vegetation Change across Kujataa, South Greenland: Raster Calculator Component 

Xiaojun Yang, ; Urban Remote Sensing: The Evolving Research Agendas 

Todd Fagin, ; Participatory Mapping with sUAS: An Example from the Southern Great Plains 

Lisa Kennedy, ; Tracking changing shorelines of the most dynamic barrier island of eastern North America: Hunting Island, South Carolina, USA 

Youngjae Kim, ; sUAS-assisted mapping of large woody debris and beach volume changes in the Pockoy Island 

Michael Place, University of Richmond; A Transboundary Indigenous Congress and Declaration: Forests, Peoples, and Climate in the Amazon Borderlands 

Andrew Klein, Texas A&M University; Relationship between sea ice concentrations and the observed occurrence of sea ice at coastal sites on the Western Antarctic Peninsula 

SEORIM CHO, Kyung Hee University; A Study of Water Quality Characteristics in a Deforested Temperate Region with Long-term Landsat Imagery: A Taedong River Case in North Korea 

Ruiliang Pu, UNIVERSITY OF South Florida; Improving Downscaled Land Surface Temperature Results in Heterogenous Urban Environments by Reducing Spatial Scaling Effect