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• W1524872171 abstract "Fish around the world are found occupying almost any aquatic habitat. In particular, freshwater fish are severely threatened as the freshwater ecosystems are considered the most endangered of the world [1]. The ultimate destination of most contaminants is wa‐ ter; rivers, lakes, aquifers, or sea, are receptors of wastewaters with a complex mixture of xenobiotics. The variety of contaminants and their mixtures that daily reach the wa‐ ter bodies coupled with a multitude of irresponsible water management practices and destructive land uses, are currently threatening freshwater ecosystems [2], such is the case of discharge of municipal and industrial wastewaters, deforestation, increase of land crops, and water extraction from water bodies to human consumption and other uses. The impact of contaminants in an aquatic ecosystem is complex, therefore has increased the need for determining the ambient status in order to provide an indication of changes induced by anthropogenic activities and their influence on aquatic organisms. As physi‐ cochemical analyses shed no light on the biological status of ecosystems, a biological ap‐ proach is needed to evaluate environmental health; moreover, the biological effects of contaminant interactions cannot be expressed by physicochemical investigations [3].The aquatic ecosystem health is often reflected by the health of organisms that reside in that system. Fish in their natural environments are typically exposed to numerous stressors including unfavorable or fluctuating temperatures, high water velocities and sediment loads, low dissolved oxygen concentrations, limited food availability, and among other types of natural episodic variables. In addition, anthropogenic stressors such as contami‐ nant loading can add to the insults that fish may already experience in many systems. All these factors, individually or together, can impose considerable stress on physiologi‐ cal systems of fish and impair their health [4, 5]. Environmental contaminants are known" @default.
• W1524872171 created "2016-06-24" @default.
• W1524872171 creator A5004618925 @default.
• W1524872171 creator A5044353605 @default.
• W1524872171 date "2012-11-21" @default.
• W1524872171 modified "2023-10-15" @default.
• W1524872171 title "Freshwater Fish as Sentinel Organisms: From the Molecular to the Population Level, a Review" @default.
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• W1524872171 doi "https://doi.org/10.5772/54825" @default.
• W1524872171 hasPublicationYear "2012" @default.
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