Antarpreet Jutla

A Predictive Framework for Human Infection Risk: Genomic Characterization of Vibrio spp. in the Context of Algal Blooms and Extreme Weather Events

Development of earth observation-based anticipatory decision support system for enhancing predictive intelligence of cholera

Predicting the risk of enteric pathogens after extreme weather events in coastal waters

C2H2 RCN Building cross-disciplinary capacity to understand complex dynamics of climatic processes, bioaerosols, and infectious pathogens for a resilient human health response

Development of a wastewater hierarchical sentinel site identification for future pandemic surveillance systems

UF and FDOH Collaboration for "Nursing Home and Long Term Care Facility Strike Team and Infrastructure Project"

Assimilation of earth observations to improve and enhance global predictive ability of forecasting risk of cholera outbreaks

WATER RESOURCES RESEARCH ACT PROGRAM ANNUAL BASE GRANTS

Vulnerable Coastal Communities Resilience to PFAS

16-GEO16-0056, Predictive Assessment of Transmission Conditions of Cholera in the Environment and Human Population using Earth Observations

Early Action for Cholera

NSF: Effects of climate change on prevalence and environmental niches of clinically important vibrios in the Chesapeake Bay

Effects of climate change on prevalence and environmental niches of clinically important vibrios in the Chesapeake Bay

CAREER:Assessing impacts of enhanced climatic variability and extreme natural events on environmental sustainability of water in fostering disease resilient public health

Empowering Rural America: Assessment of Risk and Resilience of Livestock and Food Transportation Infrastructure Under Extreme Natural Events

PREDICTIVE ASSESSMENT OF TRANSMISSION CONDITIONS OF CHOLERA IN THE ENVIRONMENT AND HUMAN POPULATION USING EARTH OBSERVATIONS

Water Resources Research Institute Annual Base Program