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Volumn 85, Issue 2, 1995, Pages 865-870
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Can sodium regulation be used to predict the relative acid-sensitivity of various life-stages and different species of aquatic fauna?
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Author keywords
acid sensitivity; anal papillae; chloride cells; Cl regulation; crustaceans; fish; insect larvae; Na+ flux
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Indexed keywords
ACID SENSITIVITY;
CRAYFISH;
MACROINVERTEBRATE;
SODIUM REGULATION;
CHLORINE;
ECOLOGY;
OXYGEN;
PH EFFECTS;
SODIUM;
SURFACE WATERS;
TOXICITY;
WATER POLLUTION CONTROL;
ACID SENSITIVITY;
ACIDIC WATERS;
ANAL PAPILLAE;
AQUATIC FAUNA;
CRUSTACEANS;
FISHES;
INSECT LARVAE;
LIFE CYCLE;
MORTALITY RATE;
WATER POLLUTION;
ACID;
CALCIUM;
CHLORIDE;
SODIUM;
ACID RAIN;
ACIDIFICATION;
ANIMAL EXPERIMENT;
AQUATIC FAUNA;
CHEMOSENSITIVITY;
CONFERENCE PAPER;
CRUSTACEA;
FISH;
INSECT;
INVERTEBRATE;
LARVA;
LIFE CYCLE;
MEMBRANE PERMEABILITY;
NONHUMAN;
SODIUM TRANSPORT;
SPECIES DIFFERENCE;
STRESS;
ZOOPLANKTON;
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EID: 0029633538
PISSN: 00496979
EISSN: 15732932
Source Type: Journal
DOI: 10.1007/BF00476938 Document Type: Article |
Times cited : (16)
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References (50)
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