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• W269871515 abstract "NOAA’s National Status and Trends “Mussel Watch” program includes a compre hensive survey of the histopathology of sentinel bivalves from the east, west, gulf, and great Lakes coasts of the U.S. We analyzed the data for 1995–1998 to identify relationships between various parasites, various pathologies, and between parasite/ pathology pairs with the goal of identifying consistencies and differences in these relationships between sentinel bivalves and between major geographic units of the U.S. coastline. The prevalences of parasite, pathology, and parasite-pathology pairs were significantly correlated more frequently for oysters than for mussels. The num ber of significant correlations within gulf-coast oysters exceeded the number within east-coast oysters. Correlations were least frequent among east-coast mussels. The incidence of significant negative correlations in prevalence far exceeded the incidence of significant positive correlations in all species and bay regions. Significant relation ships in infection intensity occurred much less frequently than for prevalence, but positive correlations occurred more frequently than they did for prevalence. Both trends reinforce the concept that environmental factors controlling transmission are likely distinct from those controlling proliferation. Only a few relationships between parasites were common to more than one sentinel bivalve or more than one coastal region. No single common relationship involved a pathology. however, though com monalities were few, consistent trends in prevalence between mussels and oysters and between coastal regions suggest potentially important large-scale trends among some important parasite groups, particularly gregarines and gut ciliates, gill gregarines and cestodes, prokaryotic inclusions and trematode metacercariae, and Perkinsus marinus (Mackin, Owen and Collier, 1950) and gregarines. Estuarine and coastal marine waters receive many kinds of organic and inorganic contaminants that potentially have adverse effects on biota living in these habitats and possibly on humans who consume them. Sessile bivalve mollusks can be effec tively used as bioindicators to monitor the status and trends of coastal water quality. The first national-scale biomonitoring program, the Mussel Watch Monitoring program, was conducted by the U.S. Environmental protection Agency (EpA) in the late 1970s ( goldberg et al., 1978, 1983). The modern Mussel Watch program, developed by the National Oceanic and Atmospheric Administration (NOAA), began in 1986. This program has monitored contaminants of environmental concern yearly since then using, as sentinel organisms, bivalves collected from estuarine and coastal wa" @default.
• W269871515 created "2016-06-24" @default.
• W269871515 creator A5029601107 @default.
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• W269871515 date "2006-01-01" @default.
• W269871515 modified "2023-09-26" @default.
• W269871515 title "RELATIONShIpS AMONg pARASITES ANd pAThOLOgIES IN SENTINEL BIv ALv ES: NOAA STATUS ANd TRENdS M USSEL WATCh pRO gRAM" @default.
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