One of the new teams to emerge from GOMA’s restructure is the Water Resources Team, a combination of the former nutrients and water quality teams. The Water Resources Team focuses on: hypoxia/nutrients, harmful algal blooms, freshwater in-flow, impaired/ non-impaired streams, and human health (pathogens/mercury).
The Team has four goals:
- Protect human health, aquatic health, and economic health within the Gulf of Mexico by applying and advancing science and technology, improving education and overall environmental awareness, and enhancing partnerships.
- Identify, prioritize, and pursue additional data and research needed to better characterize, understand, and reduce potential threats to human health or aquatic life
- Identify linkages between water quality, water quantity, water resource sustainability, human health, aquatic health, and economic health
- Support ongoing local, regional, national, and international efforts related to protecting and/or improving water resources within the Gulf of Mexico
The GOMA Water Resources Team is led by the State of Mississippi, but has active participation from all five Gulf States and federal agencies working in the region, as well as academia, businesses, and non-profit organizations. Learn more about the Team’s focus areas and actions in Action Plan III.
Gulf Star 2016 Awards
- Expansion of Harmful Algal Bloom Sensor Network | Florida Fish and Wildlife Commission
This project expands the application of a handheld generic harmful algal bloom (HAB) sensor to other species of HABs. This is important because it allows: (1) more timely confirmation of less toxic or nontoxic species to provide managers with definitive criteria for response decisions, and (2) a rapid, sensitive method for quantifying toxic species which are notoriously difficult to differentiate.
- Additional Harmful Algal Bloom Gliders | University of South Florida
This project deploys additional harmful algal bloom (HAB) observation gliders in order to identify, evaluate, and predict the initiation of blooms in northwest Florida, the most common location of initial development. This information is critical for improving the seasonal forecast which can devastate commercial and recreational fishing opportunities. The additional gliders are deployed and retrieved from existing research vessel missions in the area, keeping the costs low.
- Nutrient Reduction Social and Civic Engagement Survey | Mississippi State University
This project adds the states of Florida, Alabama, and Texas to an existing social and civic engagement survey being conducted by the Hypoxia Task Force to determine social values associated with reducing nutrients in stormwater runoff. The Hypoxia Task Force is already conducting the survey for the states along the Mississippi River including Louisiana and Mississippi. The information gained from the surveys are important because it can be used to institute incentives to reduce nutrients in stormwater runoff, which are the primary cause of the hypoxic (or dead) zone in the Gulf of Mexico each summer.
Team Tools and Publications
- Resource Guide for Harmful Algal Bloom Toxin Sampling and Analysis - A white paper providing Gulf state managers guidance on harmful algal bloom toxin monitoring protocols in order to improve the efficacy and consistency of toxin assessments and response Gulf-wide.
- Gulf Monitoring Network Monitoring Design - (PDF, 3.6MB) The design behind a multi-year effort to identify existing monitoring efforts and scope a comprehensive system needed to ensure a healthy Gulf of Mexico.
- White Paper on Gulf of Mexico Water-Quality Monitoring - (PDF, 2.0MB) Provides water-quality information to support informed resource management and public knowledge.
- Round Robins - The Water Quality Team conducts field and analytical round robin events to identify variability in sampling techniques, equipment and standards.
- Improved Methods for Recreational Water Quality Criteria - A white paper highlighting revisions to Environmental Protection Agency recreational water quality criteria, encouraging use of data that includes Gulf-specific conditions to reduce the risk to human health from exposure to coastal waters.
- Mercury Fate and Transport - (PDF, 1.2MB) A model for understanding the cycle of mercury through the Gulf of Mexico food web to identify important sources and improve the ability to reduce the risk of mercury exposure.
- Molecular Marker Registry - (XLS, 195kb) A central registry containing molecular markers from DNA and RNA found in contaminated waters.
- Harmful Algal Blooms Observing System (HABSOS) - The Harmful Algal Blooms Observing System (HABSOS) website is a regional, web-based data and information dissemination tool. This website provides a secure data entry tool for collection of cell count observations of the algal species Karenia brevis.
- Harmful Algal Bloom Forecasting System - The HAB Forecasting System provided by NOAA supplies information on the location, extent, and potential for development or movement of harmful algal blooms in the Gulf of Mexico.
- Kim Caviness, Mississippi Department of Environmental Quality
- Ann Porter, Mississippi Department of Environmental Quality
Team Meeting Information
- Contact your coordinator for any meeting notes or presentations.