Oceanic uptake of anthropogenic carbon dioxide (CO2) causes pronounced shifts in marine carbonate chemistry and a decrease in seawater pH. Increasing evidence indicates that these changes — summarized by the term ocean acidification (OA)-- can significantly
affect marine food webs and biogeochemical cycles.
Not exact matches
Scientists in B.C. and the U.S. have several questions they are pursuing - the pyrosome's feeding behavior, the environmental variables the
affect their numbers and the impact on the
marine food web.
«Our future work will focus on the ways in which smaller organisms that feed on
marine snow may be
affected by the toxicity, and how that in turn can
affect the larger
food web.»
2016 Mar 180 (3): 889 - 901, doi: 10.1007 / s00442 -015-3489-x BIOACID in brief: Under the umbrella of BIOACID (Biological Impacts of Ocean Acidification), 10 institutions examine how
marine ecosystems react to ocean acidification, how this
affects the
food web and the exchange of material and energy in the ocean and how the changes influence the socio - economic sector.
Both
marine and freshwater species are
affected by acidifying water in ways that disrupt the entire
food web, scientists warn
About BIOACID: Since 2009, more than 250 BIOACID scientists from 20 German research institutes have investigated how different
marine organisms respond to ocean acidification and increasing carbon dioxide concentrations in seawater, how their performance is
affected during their various life stages, how these reactions impact
marine food webs and elemental cycles and whether they can be mitigated by evolutionary adaptation.
«This loss of top predators could hold serious implications for the entire
marine ecosystem, greatly
affecting food webs throughout this region,» said the lead author of the study, Francesco Ferretti, a doctoral student in
marine biology at Dalhousie University in Nova Scotia.
Both
marine and freshwater species are
affected by acidifying water in ways that disrupt the entire
food web, scientists warn