Julie Meyer

A holistic time-series analysis of stony coral tissue loss disease

Harnessing Coral Resilience through Nursery-to-Reef Restoration Processes

SCTLD resistance research consortium (RRC) Orbicella faveolata bioinformatics and data analyses synthesis

Development of alternative in situ treatments for stony coral tissue loss disease

A holistic time-series analysis of stony coral tissue loss disease

Targeted culturing of putative pathogens associated with stony coral tissue loss disease

Development of alternative in situ treatments for stony coral tissue loss disease

Developing High-Throughput Methods and Novel Therapeutics to Prevent Ecosystem Destruction by Stony Coral Tissue Loss Disease and Identify Etiological Agents

Investigation of intraspecific factors driving resistance and/or resilience to SCTLD on Florida’s Coral Reef.

Development of alternative in situ treatments for stony coral tissue loss disease

Collaborative Research: Biodiversity and resilience of corals and their microbiomes in response to ocean deoxygenation

Development of alternative in situ treatments for stony coral tissue loss disease

Development of alternative in situ treatments for stony coral tissue loss disease

Determining the ecology of Florida coral disease through surveys, transmission experiments, and microbiome analysis

Investigation of the transmission, infectivity, and differential host specificity of a disease outbreak on Florida reefs

COMPARATIVE GENOMICS ANALYSIS AND PHYSIOLOGICAL ASSESSMENT OF THE AVIRULENT SALMONELLA SURROGATE RELEVANT TO PRODUCE...

Determining the role of microbiome disruption in coral disease

Tropical Connections: fostering careers of women scientists in agricultural sustainability and water resource management in the tropics

A Novel Antimicrobial Approach To Combat Huanglongbing Disease

T-GAPs optimization for the reduction of the risk of Salmonella proliferation in tomatoes.