Presented by: Tullio Rossi, Marine scientist and communicator
Primary audience: Informal educators and communicators
Date/Time: Tuesday, October 25th, 2016, 7:30pm ET
NECAN is pleased to announce the inaugural webinar, of our second webinar series, presented by Dr. Aaron Strong on Tuesday, November 1 at 10:00 am ET.
As awareness of both the potential socioeconomic impacts of coastal acidification and its multiple drivers has increased, there has been increasing attention to the policy tools that are available to state environmental managers to address ocean and coastal acidification. One of those tools is the use of the Clean Water Act's provisions for setting water quality impairment criteria. This question has recently been brought to the forefront of coastal acidification management discussions as a result of a series of suits against the EPA urging the development of such criteria for coastal acidification. Conversations among scientists, agency representatives and managers on both coasts about how to do this are on going. Can water quality criteria focused on acidification be developed with our current knowledge, and, if so, what would they look like? This webinar explores these questions and discusses their potential application in the Northeast.
To register for this webinar, click here.
Until now, sea ice dynamics and ocean acidification in the Southern Ocean have been investigated in isolation. Here, you will investigate the interplay between both. This PhD project has these objectives:
Using a combination of aquarium based experiments and field work, this studentship will build on this previous research to examine OA pollutant interactions over a range of priority pollutants and pharmaceuticals expected to be pH sensitive within the OA range. It will also examine the role of organisms’ natural exposure to varying pH within their natural habitats in determining their sensitivities to combined OA-pollutant exposures.
The University of South Carolina (Columbia, South Carolina, USA) and the Belle W. Baruch Institute for Marine and Coastal Sciences is seeking a postdoctoral fellow, funded by the Nippon Foundation-Nereus Program, to join our interdisciplinary team of researchers to explore the responses of forage fish populations in eastern boundary upwelling ecosystems to physical and biogeochemical variability associated with future climate change. The goal of the project is estimation of fisheries productivity given projected changes in upwelling intensity and seasonality, nutrient stoichiometry, acidification, and plankton production and composition.