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Lakes—Discharges To

Laurel Phoenix

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Abstract

Abstract Lakes have suffered from a long history of receiving pollutants from various sources. These pollutants degrade water quality, with implications for aquatic and terrestrial ecosystems as well as for a variety of issues for human populations dependent on that water and those ecosystems. The degree to which these pollutants degrade the lake depends on the amount and types of pollutants as well as the physical characteristics of the lake. For an introductory overview of how discharges to lakes are harmful, the pollutant sources and how pollutants are transported into the lake are described. The physical characteristics that determine the assimilative capacity of a lake are then covered. Finally, the effects that different pollutants have on lakes and their dependent ecosystems are explained as well as the ramifications for aquatic species, birds, wildlife, and humans.

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What this paper is about

Abstract Lakes have suffered from a long history of receiving pollutants from various sources. These pollutants degrade water quality, with implications for aquatic and terrestrial ecosystems as well as for a variety of issues for human populations dependent on that water and those ecosystems. The degree to which these pollutants degrade the lake depends on the amount and types of pollutants as well as the physical characteristics of the lake. For an introductory overview of how discharges to lakes are harmful, the pollutant sources and how pollutants are transported into the lake are described. The physical characteristics that determine the assimilative capacity of a lake are then covered. Finally, the effects that different pollutants have on lakes and their dependent ecosystems are explained as well as the ramifications for aquatic species, birds, wildlife, and humans.

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Available abstract

Abstract Lakes have suffered from a long history of receiving pollutants from various sources. These pollutants degrade water quality, with implications for aquatic and terrestrial ecosystems as well as for a variety of issues for human populations dependent on that water and those ecosystems. The degree to which these pollutants degrade the lake depends on the amount and types of pollutants as well as the physical characteristics of the lake. For an introductory overview of how discharges to lakes are harmful, the pollutant sources and how pollutants are transported into the lake are described. The physical characteristics that determine the assimilative capacity of a lake are then covered. Finally, the effects that different pollutants have on lakes and their dependent ecosystems are explained as well as the ramifications for aquatic species, birds, wildlife, and humans.

Key concepts: Pollutant, Aquatic ecosystem, Environmental science, Ecosystem, Lake ecosystem, Water quality, Terrestrial ecosystem, Wildlife

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