EPA Coastal Acidification Vulnerability Research Opportunity

Applications due January 29th, 2021, 3PM ET

A research training opportunity is available at the Environmental Protection Agency (EPA), Office of Research and Development (ORD), Center for Public Health and Environmental Assessment (CPHEA), Pacific Ecological Systems Division (PESD) in Newport, Oregon. The research participant will participate in a research project focused on assessing the role of land-based drivers of coastal acidification in estuaries of the United States. The project will utilize existing and novel biogeochemical, spatial, and model data to evaluate the patterns and trends of estuarine acidification in estuaries around the U.S.  This research project will help inform a vulnerability assessment of U.S. estuaries to land-based sources of acidification, including the roles of eutrophication and land use change. Activities that the research participant may be involved in include:
  • Field activities including sampling streams and estuaries for water chemistry, and servicing water quality instrumentation.
  • Compiling and analyzing datasets of stream and estuarine water quality (including nutrients, pH, alkalinity, and stable isotopes), land use, and other relevant indicators of land-based sources of acidification.
  • Compiling scientific literature relevant to the project.
  • Collaborating with government and academic researchers to help develop hydrodynamic and biogeochemical models of coastal and estuarine systems.
  • Contributing to scientific manuscripts and presentations on this research project, including opportunities for presenting at scientific conferences.

Applications are due January 29, 2021 at 3:00pm ET. 

Details here: https://zintellect.com/Opportunity/Details/EPA-ORD-CPHEA-PESD-2020-05

Thursday, December 17, 2020
Categories: Job Postings
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Funding Opportunity: Coastal and Ocean Modeling Testbed Project

Full proposals due Friday, February 26, 2021

The U.S. Integrated Ocean Observing System is seeking to fund projects which advance new or existing solutions that address long standing and emerging coastal modeling and forecast product development challenges. This announcement specifically funds activities needed to progress through the transitional stages from research toward full operations (such as system integration, testing, validation, and verification).

The priorities of  this Notice of Funding Opportunity (NOFO) are summarized as follows: 

  • Improving parameterizations of coastal physics in community models

  • Coupling the National Water Mode​l (Office of Water Prediction)  with ocean circulation models to understand and predict the combined effects of land processes (riverine input/land runoff) and ocean circulation (wind/waves/tides) on coastal inundation, sediment transport and water quality in the coastal zone

  • Approaches to improve performance, speed, or accuracy of data assimilation algorithms

  • Model evaluation and/or  development of acceptance metrics for operational models

  • Finding efficient approaches to transition ecosystem models (including, but not limited to, ocean acidification, harmful algal bloom (HAB), hypoxia, and pathogens) for incorporation into existing physical modeling frameworks

Investigators are highly encouraged to visit the U.S. IOOS Coastal and Ocean Modeling Testbed website for more information about the Testbed: https://ioos.noaa.gov/project/COMT/ and https://ioos.us/comt/.

Full proposals must be received no later than 11:59 PM Eastern on Friday, 26 February 2021

Formal Notice of Funding Opportunity on grants.gov

Wednesday, December 9, 2020
Categories: Federal Funding
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Funding Opportunity: Addressing the impacts of multiple stressors on shellfish aquaculture through research/industry partnerships

LETTERS OF INTENT DUE DECEMBER 15th, 2020

NOAA’s National Sea Grant Office and Ocean Acidification Program provided an overview & answers to FAQs for the recently announced funding opportunity tounderstand how acidification and other stressors will impact shellfish aquaculture on November 9th at 2pm EST (11amPST). A recording and answers to frequently asked questions be found here:https://seagrant.noaa.gov/Funding

The Ocean Acidification Program and National Sea Grant Office are now accepting letters of intent for projects to bolster understanding of  how acidification and other stressors will impact shellfish aquaculture by seeking applications that establish, continue, and/or expand collaborations between researchers and the shellfish aquaculture industry.

Topics suitable under this Notice of Funding Opportunity (NOFO) should aim to: 

(1)  build or strengthen relationships between the shellfish aquaculture industry and the aquaculture research community (including university, industry, private sector, tribal, state, and/or federal scientists representing diverse perspectives)

(2) develop scientific knowledge on the impact of ocean and coastal acidification in combination with other stressors to shellfish aquaculture; and

 (3) create data products, tools, technologies, management practices, or other deliverables that are broadly applicable to building resilience within the shellfish aquaculture sector. 

Pending appropriation of funds, NOAA’s National Sea Grant Office and Ocean Acidification Program anticipates awarding between two and six projects totaling $200,000 dollars per year. Projects must be between 1-3 years in duration.

Letters of Intent are due December 15th, 2020. Questions about the content of and information about the status of your submission can be directed to: Attn: Rebecca Certner, Competitions Manager oar.hq.sg.aquaculture@noaa.gov or Erica Ombres (erica.h.ombres@noaa.gov)

Formal Notice of Funding Opportunity on grants.gov



Monday, October 19, 2020
Categories: Federal Funding
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Land locked to open ocean: Putting a pH sensor in the hands of students?

NOAA Ocean Acidification Program

8.1. The current average pH of the ocean after being reduced significantly from decades of rampant carbon dioxide being pumped into the atmosphere, and ultimately, absorbed by our ocean. But how is pH measured? If a citizen scientist wants to see this for themselves, is it possible? Measuring ocean pH typically requires expensive equipment and trained operators. Commonly these instruments, while highly accurate, haven't been available to those outside of the scientific community. Recently, the curious mind and drive of William Pardis, a former student at Flathead Valley Community College, allowed this disconnect to be bridged with the development of the pHyter.
Thursday, October 1, 2020
Categories: FeaturedOA News
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Understanding the vulnerability of shellfish hatcheries in the Chesapeake Bay to acidification

MARJORIE FRIEDRICHS, VIRGINIA INSTITUTE of MARINE SCIENCE

Acidification in brackish estuarine environments, such as the Chesapeake Bay, is intensified by coastal inputs such as runoff, atmospheric pollution and freshwater sources. The Chesapeake Bay is home to commercial shellfish hatcheries that supply seed that is sold to and planted in hundreds of shellfish farms within the Chesapeake. A great deal of research has been dedicated to understanding the impact of acidification on shellfish, and has shown even greater impacts to shellfish growth and survival in lower salinity and nutrient-rich environments. The shellfish industry relies on consistent hatchery production to sustain and expand operations that could greatly benefit from regional OA forecasts and metrics. This project will synthesize recent CO2 system observations with long-term water quality parameters and combine observations an existing baywide, high-resolution 3D model. The proposed research will develop forecasts of acidification and develop acidification metrics tailored to support decision-making needs of commercial shellfish hatchery and nursery operators.


Wednesday, April 15, 2020
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