-
Antarpreet Jutla
University of FloridaMeeting roles in:
From Space to Shoreline: Forecasting Vibrio Risks with Satellite Intelligence
Water, Climate, and Infectious Microbes in the Environment Oral
A Bayesian Framework to Assess Antimicrobial Resistance Prevalence Using Satellite Earth Observations and Socio-Environmental Data
A machine learning approach to detect the seasonal risk of Vibrio spp.
Satellites and Smartphones: Real-Time Cholera Early Warning and Risk Communication App for Kenya
Exploring Satellite-Derived Ocean Color and Temperature Signals for Identifying Vibrio Vulnerability Hotspots in the Gulf of America
Assessing Presence of Per- and Polyfluoroalkyl Substances (PFAS) in the Indian River Lagoon: A Bayesian Approach to Understanding the Impact of Environmental Stressors
Climate, Health, and National Security: A Centralized Biothreat Early Warning System
Assessing Presence of Per- and Polyfluoroalkyl Substances (PFAS) in the Indian River Lagoon: A Bayesian Approach to Understanding the Impact of Environmental Stressors
Climate, Health, and National Security: A Centralized Biothreat Early Warning System
Predictive intelligence for vibriosis in the eastern United States employing Bayesian spatial modelling
From Space to Shore: Tracking Microbial Contamination Using PACE Hyperspectral Imagery
AI/ML and Remote Sensing for Water and Wetlands: Integrating Spatial Analytics and Participatory Approaches for Climate-Resilient Ecosystem Management I Poster
A Machine Learning Approach to Identify Spatio-Environmental Drivers of PFAS Contamination in Soils
AI/ML and Remote Sensing for Water and Wetlands: Integrating Spatial Analytics and Participatory Approaches for Climate-Resilient Ecosystem Management II Oral
Spatial Correlation of PFAS Concentrations with Precipitation and Surface Runoff Using GIS-Based Analysis
Enter Note
Go to previous page in this tab
Author/Chair
