Decision Support Tool for the development of a setting-specific strategy from catchment to consumer against the occurrence of cyanotoxins in drinking-water

A decision support tool (DST) for the development of a system-specific strategy to avoid the occurrence of cyanotoxins in drinking water has been developed by the German Environment Agency (UBA). The DST is available on-line at the CYANOCENTER-UBA website.

This DST has been developed for:

  1. Water suppliers interested in assessing the cyanotoxin risk in their supply system.
  2. Public health authorities responsible for surveillance who suspect a cyanotoxin risk in water supply system(s) and/or via exposure activities, such as recreation.
  3. Environmental authorities planning a risk assessment or measures for water-body management and who are interested in a prognosis of the water-body’s reaction in relation to cyanobacterial proliferation.

“This DST is based on results from several projects on toxic cyanobacteria funded by the Ministry for Education and Science (Germany) and the European Union (e.g. PEPCY, NOSTOTOX, CYANOCOST) and has been developed during these projects by Verena Niesel, Jutta Fastner, Wolfgang Wenzel and Ingrid Chorus from the Federal Environmental Agency, Berlin. The support of Geoffrey Codd especially with the English version is gratefully acknowledged.” (From the CYANOCENTER-UBA website).

You can access the DST here.

CYANOCENTER_UBA logo

 

Webinar on Success Stories of HABs Prevention, Control and Management Techniques – 23 May 2017

Join the Inland HABs Discussion Group Webinar on Success Stories of HABs Prevention, Control and Management Techniques.

Pre-registration is not required. Please sign in as guest with your name and organization. Agenda, presenters bios, and presentations are posted here.

Date and Time: Tuesday, May 23th, 2017  at 11:30am – 1:30 pm (Eastern Time)

Webinar Access:

Agenda:

11:30-11:40pm: Updates from CDC, USGS, and USEPA Lorrie Backer, CDC, Keith Loftin, USGS, Lesley D’Anglada, USEPA

11:40-12:00 : Floating Wetlands for Treatment of Urban and Agricultural Runoff in Virginia David J. Sample, Associate Professor and Extension Specialist, Virginia Polytechnic Institute and State University, VA

12:00-12:20 Mitigation of Maryland Cyanobacteria Blooms:  Barely Straw, Clay Flocculation, Peroxide, and Permanganate Kevin Sellner, Senior Scholar, Center for Coastal and Watershed Studies Hood College, MD

12:20-12:40 Pinto Lake: Progress Towards a Healthier Community Lake Jackie McCloud, Sr. Utilities Engineer, City of Watsonville, CA

12:40-1:00 Leaky Cyanobacterial Cells and Algaecide Treatments: A Look at the Data and Implications for Decision Making John Rodgers, Jr., Professor, Forestry and Environmental Conservation Department, Clemson University, SC

1:00-1:20 Choosing a Remediation Approach: A Case Study Based in First Principles and Mass Balance David A. Caron, Professor, Department of Biological Sciences, University of Southern California

1:20-1:30 – Q&A and Discussion

1:30pm – Adjourn

For more information please visit the Inland HABs Discussion group webpage here: https://www.epa.gov/nutrient-policy-data/research-and-news

This post was shared by Dr. Lesley D’Anglada, USEPA