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Bacteriological monitoring of pollution in shellfish: methodological evaluation.
1980
Volterra L. | Aulicino F.A. | Tosti E. | Zicarelli M.
This paper compares three different methods to determine faecal pollution in shellfish. Two of these are related to MPN (Most Probable Number) technique and the last one is a direct count. The different results which may be obtained using these different techniques are shown. The relevance that introduction of the intervalve water may have on the bacterial titres in shellfish is presented. The shellfish utilized in this work came from two location situated in the same bay. Simultaneous analyses on flesh, intervalve water and shellfish growing water show the different microbial titre that these three elements may have at the same time.
Show more [+] Less [-]Trace metal transport from mining, milling, and smelting watersheds [of southeast Missouri].
1979
Jennett J.C. | Foil J.L.
Use of peat moss columns to remove cadmium from wastewaters.
1979
Chaney R.L. | Hundemann P.T.
Abating agricultural pollution. I. Project Clearwater [in the United States].
1979
Dale J.T.
Phytoplankton recovery after power plant entrainment.
1979
Goldman J.C. | Quinby H.L.
The effect of sludge viability on biokinetic coefficient evaluation.
1979
Benefield L. | Lawrence D. | Randall C.
Carbon-slurry activated sludge for nitrification-denitrification.
1979
Lee J.S. | Johnson W.K.
Performance and kinetics of low-temperature, aerobic sludge digestion.
1979
Mavinic D.S. | Koers D.A.
Effects of arsenic on nutrient dynamics of grassland microcosms and field plots.
1979
Jackson D.R. | Ausmus B.S. | Levin M.
Effect of heavy metals in sludge on agricultural crops [Tests on maize, uptake, phytotoxicity].
1979
Hyde H.C. | Page A.L. | Bingham F.T. | Mahler R.J.
