https://t.co/NxfZ4Vgf8a Long-Term Changes in Gelatinous Zooplankton in Chesapeake Bay, USA: Environmental Controls and Interspecific Interactions Abstract Gelatinous zooplankton (GZ) populations are sensitive to environmental perturbations, and regional
RT @fred_ericB: we now observe masses of them (Pelagia, Rhizostoma, Rhopilema, Aurelia, etc) all year round in the Mediterranean. No direct…
RT @fred_ericB: we now observe masses of them (Pelagia, Rhizostoma, Rhopilema, Aurelia, etc) all year round in the Mediterranean. No direct…
RT @fred_ericB: we now observe masses of them (Pelagia, Rhizostoma, Rhopilema, Aurelia, etc) all year round in the Mediterranean. No direct…
we now observe masses of them (Pelagia, Rhizostoma, Rhopilema, Aurelia, etc) all year round in the Mediterranean. No direct climate link I think, but rather overall changes in foodwebs, reduction in predators (seaturtles, seabirds, specialized fish), coast
RT @RebeccaRHelm: Think jellyfish are increasing with climate change? Think again. One of the most well-studied jellies-the Chesapeake bay…
RT @SpinyDag: Count jellyfish among the species responding quite strongly to climate change. https://t.co/LCarFAZTJD
Count jellyfish among the species responding quite strongly to climate change.
RT @limnologia: https://t.co/HDmV1j699p Long-Term Changes in Gelatinous Zooplankton in Chesapeake Bay, USA: Environmental Controls and Inte…
My friend Josh Stone just published the last chapter of his #PhD Find it here:https://t.co/L5ZEBJtjhy #jellyfish #ChesapeakeBay #
https://t.co/HDmV1j699p Long-Term Changes in Gelatinous Zooplankton in Chesapeake Bay, USA: Environmental Controls and Interspecific Interactions Abstract Gelatinous zooplankton (GZ) populations are sensitive to environmental perturbations, and regional