Marine Ecology
Ocean Acidification: Assessment Of pH in the Channel Islands National Park and its Effect on Sea Urchin Fertilization
Poster Number: 181 Presenter/Primary Author: Lydia Kapsenberg Ocean acidification, the decline of seawater pH as a direct result of anthropogenic CO2 dissolving into surface oceans, is expected to affect the marine ecosystem of the Channel Islands
Coupling environmental history with physiological performance: a new direction for ocean acidification research
Poster Number: 163 Presenter/Primary Author: Emily Rivest While studies publishing the variability of nearshore pH and in situ biological response are becoming more common (e.g.
Trophic interactions and variation in reproductive performance within a community of Antarctic penguins (genus Pygoscelis)
Poster Number: 147 Presenter/Primary Author: Kristen Gorman The southwestern Atlantic sector of the Southern Ocean, including the Bellingshausen Sea west of the Antarctica Peninsula (AP), is now strongly influenced by ocean-climate warming.
Coastal and Marine Mercury Ecosystem Research Collaborative (C-MERC)
Poster Number: 134 Presenter/Primary Author: Charles Driscoll Most human exposure to mercury in the U.S.
Palmer LTER: Long-Term Ecological Research on the Antarctic Marine Ecosystem: Looking Back in Time Through Marine Ecosystem Space.
Poster Number: 129 Presenter/Primary Author: Hugh Ducklow The Palmer Station region on the western shore of the Antarctic Peninsula, site of Palmer LTER, is one of the most rapidly warming regions on Earth, especially in winter.
