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RT @Mar_Biology: Bacteria can differentially influence shell dissolution among some groups of shelled planktonic molluscs under ocean acid…
RT @Mar_Biology: Bacteria can differentially influence shell dissolution among some groups of shelled planktonic molluscs under ocean acid…
RT @DrewHarvell: Bacteria can make shells dissolve faster when OA increases https://t.co/KHRPbYHigK
RT @Mar_Biology: Bacteria can differentially influence shell dissolution among some groups of shelled planktonic molluscs under ocean acid…
RT @DrewHarvell: Bacteria can make shells dissolve faster when OA increases https://t.co/KHRPbYHigK
RT @Mar_Biology: Bacteria can differentially influence shell dissolution among some groups of shelled planktonic molluscs under ocean acid…
RT @Mar_Biology: Bacteria can differentially influence shell dissolution among some groups of shelled planktonic molluscs under ocean acid…
RT @DrewHarvell: Bacteria can make shells dissolve faster when OA increases https://t.co/KHRPbYHigK
RT @DrewHarvell: Bacteria can make shells dissolve faster when OA increases https://t.co/KHRPbYHigK
RT @DrewHarvell: Bacteria can make shells dissolve faster when OA increases https://t.co/KHRPbYHigK
RT @Mar_Biology: Bacteria can differentially influence shell dissolution among some groups of shelled planktonic molluscs under ocean acid…
RT @DrewHarvell: Bacteria can make shells dissolve faster when OA increases https://t.co/KHRPbYHigK
RT @DrewHarvell: Bacteria can make shells dissolve faster when OA increases https://t.co/KHRPbYHigK
Bacteria can make shells dissolve faster when OA increases https://t.co/KHRPbYHigK
RT @Mar_Biology: Bacteria can differentially influence shell dissolution among some groups of shelled planktonic molluscs under ocean acid…
RT @Mar_Biology: Bacteria can differentially influence shell dissolution among some groups of shelled planktonic molluscs under ocean acid…
RT @Mar_Biology: Bacteria can differentially influence shell dissolution among some groups of shelled planktonic molluscs under ocean acid…
RT @Mar_Biology: Bacteria can differentially influence shell dissolution among some groups of shelled planktonic molluscs under ocean acid…
RT @Mar_Biology: Bacteria can differentially influence shell dissolution among some groups of shelled planktonic molluscs under ocean acid…
RT @Mar_Biology: Bacteria can differentially influence shell dissolution among some groups of shelled planktonic molluscs under ocean acid…
RT @Mar_Biology: Bacteria can differentially influence shell dissolution among some groups of shelled planktonic molluscs under ocean acid…
RT @Mar_Biology: Bacteria can differentially influence shell dissolution among some groups of shelled planktonic molluscs under ocean acid…
RT @Mar_Biology: Bacteria can differentially influence shell dissolution among some groups of shelled planktonic molluscs under ocean acid…
Bacteria can differentially influence shell dissolution among some groups of shelled planktonic molluscs under ocean acidification conditions. https://t.co/CcwXZmGCy0 The first assessment of the microbial–chemical coupling of dissolution in shells of L.
Influence of bacteria on shell dissolution in dead gastropod larvae and adult Limacina helicina pteropods under ocean acidification conditions https://t.co/NWbg2AljM3 https://t.co/sCVDm5V6yn