December 05, 2014:
SCCWRP hydrogeologist Dr. Ashmita Sengupta has won a competitive grant from the University of Melbourne’s engineering school to visit the university next year as a MERIT Visiting Scholar.
Sengupta plans to spend approximately one week at the University of Melbourne in summer 2015 interacting with faculty and delivering a seminar talk on water management in drought-prone areas. The MERIT Visiting Scholar program, sponsored by the Melbourne School of Engineering
, is awarded to academic scholars of exceptional international distinction, according to program officials.
Sengupta’s research at SCCWRP focuses on applying modeling techniques to evaluate and improve the efficacy and impact of Integrated Water Resource Management (IWRM) strategies, and to evaluate tradeoffs. She also models stress responses in receiving waterbodies due to watershed activities.
Sengupta was nominated for the award by research collaborators at the University of Melbourne. SCCWRP became a collaborator with the University of Melbourne through both entities’ participation in the University of California, Irvine’s Water Partnerships for International Research and Education (UCI Water-PIRE
), an initiative funded by the National Science Foundation that seeks to strengthen collaboration between leading water-productivity researchers in southeastern Australia and the southwestern United States.
Sengupta, along with Dr. Eric Stein and Dr. Martha Sutula, represents SCCWRP in the two-nation partnership; they are working with Australian researchers on how to effectively capture and reuse water runoff and restore urban watersheds to more natural states.
November 18, 2014:
Dr. Ellen Hanak, an economist who studies funding challenges associated with public water management in California, will discuss the long-term unfunded water needs of the state during a one-hour morning seminar on Friday, November 21, hosted by SCCWRP.
Hanak’s presentation, titled “Paying for Water in California,” will explain the funding gaps associated with providing safe drinking water in rural communities and upgrading aging flood-protection infrastructure. Hanak, a senior fellow at the San Francisco-based Public Policy Institute of California
, also will discuss the estimated costs of improving remediation for urban pollution runoff, ecosystem recovery and restoration efforts, and inter-agency collaboration to streamline watershed management.
Hanak’s one-hour seminar is scheduled for November 21 at 11 a.m. at SCCWRP’s headquarters, 3535 Harbor Blvd., Suite 110, Costa Mesa, CA 92626. As with all SCCWRP seminars, the talk is free and open to the public; no RSVPs are necessary. For more information, contact Dr. Steve Weisberg
Dr. Ellen Hanak is an economist
and a senior fellow at the Public
Policy Institute of California.
November 07, 2014:
Bio-Rad’s online magazine BioRadiations
chronicled the challenges of designing a monitoring method capable of delivering reliable water-quality results within hours, then explained how SCCWRP’s use of Bio-Rad Droplet Digital PCR technology could revolutionize how beach managers decide when coastal waters become unsafe to enter. The most common reason beaches are closed is when high levels of pathogens from urban areas run down to the coast via rain and other runoff.
“We’re interested in making sure we’re using the most advanced methods to protect public health from pathogens, primarily from human waste,” Dr. John Griffith, head of the SCCWRP’s Microbiology Department, said in the October 15 article.
Preliminary SCCWRP data reveal that the bacteria types commonly indicating the presence of fecal matter in ocean water can be more accurately and efficiently quantified using BioRad’s ddPCR assay technology.
The BioRadiations article and accompanying five-minute documentary film include extensive interviews and footage featuring Griffith, SCCWRP microbiologist Dr. Yiping Cao and SCCWRP senior research technician Meredith Raith.
The article, titled “Protecting Coastal Ecosystems with Droplet Digital PCR,” is highlighted on the BioRadiations site. Based in Hercules, Calif., Bio-Rad is a global corporation serving more than 100,000 research and industry customers.
October 28, 2014:
A statewide healthy streams initiative that SCCWRP helped shape has been selected as one of three U.S. watershed protection programs to be showcased on a newly revamped federal watersheds website.
The California Healthy Streams Partnership is a work group formed by state water officials to improve monitoring of the state’s stream and river ecosystems and to foster better-informed resource management decisions and actions, especially for threatened and impaired areas. SCCWRP is represented on the work group, along with other state and federal agencies, research universities and nonprofit groups.
The California Healthy Streams Partnership is using a program funded by the EPA – known as the California Healthy Watersheds Assessment – to support various stream assessments.
The two other featured programs on the EPA watersheds site are the Tennessee Health Watershed Initiative and the Annapolis, Md.-based Chesapeake Bay Program, which is working to restore the expansive Chesapeake estuary.
October 24, 2014:
During his three-month tenure as a visiting professional scholar at SCCWRP, Saintilan will study the capacity of tidal wetlands to capture atmospheric carbon and store it for long periods in wetland soils.
Saintilan’s project is part of the International Blue Carbon Initiative
, which focuses on mitigating climate change by conserving and restoring coastal and marine ecosystems that have the ability to store “blue” carbon. Quantifying the benefit of “blue” carbon storage could pave the way for market-based incentives for wetland restoration and conservation, via carbon pollution offsets.
Saintilan said he was interested in working in Southern California because of the similarities between the coastlines of his native southeastern Australia and of Southern California, including climate, geography and population dynamics.
“Management responses have evolved separately on the two sides of the Pacific, and the Fulbright fellowship provides an opportunity for a sharing of perspectives and approaches to these common challenges,” Saintilan said.
Based in Sydney, Saintilan is a senior principal research scientist in the Office of Environment and Heritage
, which is the environmental agency for the Australian state of New South Wales. He leads a group of about 20 scientists who conduct research in support of improved management of aquatic ecosystems.
Saintilan holds a bachelor’s in biology and geography and a Ph.D. in biogeography, both from the University of Sydney.
Dr. Neil Saintilan is an Australian
environmental scientist who works
for the state environmental agency
in New South Wales.
October 21, 2014:
A new report has been released that outlines how to use standardized probability-mapping protocols to track wetlands and other aquatic resources in California, paving the way for scientists to build a cost-effective, California-specific program to assess changes in condition over time.
Co-authored by SCCWRP on behalf of the California Wetland Monitoring Workgroup, the “California Aquatic Resources Status and Trends Program: Mapping Methodology
” report establishes mapping standards and methods that are to be used when monitoring wetlands and other aquatic resources using California’s existing framework. This framework, known as the California Status and Trends program, is adapted from a federal probability-mapping program developed by the U.S. Fish and Wildlife Service. Details of the program design are provided in SCCWRP Technical Report No. 706
The California Status and Trends program includes about 2,000 randomly selected plots across the state that allow scientists to generate comprehensive, probability-based maps of all aquatic resources, from lakes to streams to wetlands.
The methodology report ensures that the standards and methods used to generate the maps will be consistent and yield comparable results across the state.
The methodology report, which was released this month, was produced by scientists at SCCWRP, the San Francisco Estuary Institute, California State University, Northridge and Moss Landing Marine Laboratories. It is available online as SCCWRP Technical Report No. 833