Ecological Engineering. Principles and Practice by Patrick Kangas
By Patrick Kangas
More cost-effective and extra environmentally applicable than traditional engineering methods, developed ecosystems are a promising expertise for environmental challenge fixing. Graduate scholars want an introductory textual content that info the biology and the ecology of this swiftly constructing self-discipline, often called ecological engineering. Ecological Engineering: rules and perform fills this want via describing ecological options and idea and demonstrating their software to developed ecosystems. Designed as a textbook for a semester size graduate-level path, the textual content introduces the foremost options and strategies of ecological engineering besides this new discipline's most crucial real-world purposes: remedy wetlands, microcosms, composting structures, recovery ecology, soil bioengineering, and invasive species keep watch over. The textual content surveys the sector with an introductory bankruptcy on definitions and rules, six chapters treating significant sub-fields, a bankruptcy on purposes of economics, and a end bankruptcy with man made propositions with reviews on schooling and destiny instructions.
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Extra resources for Ecological Engineering. Principles and Practice
T. Odum’s theory is not limited to traditional ecological energetics since it allows all species contributions, such as primary production, nutrient cycling, and population regulation of predators on prey, to be converted into energy equivalent units. This is called the maximum power principle or Lotka’s principle, and H. T. Odum has even suggested that it might ultimately come to be known as another law of thermodynamics if it stands the test of time as the ﬁrst and second laws have. The maximum power principle is a general systems theory indicating forms of organization that will develop to dissipate energy, such as the autocatalytic structures of storages and interactions, hierarchies, and pulsing programs, which characterize all kinds of systems (H.
From Clapham, W. , Jr. 1981. Human Ecosystems. MacMillan, New York. ) of the present technology, should yield insight into the thought processes of ecological engineering. A summary of the old ﬁeld of sanitary engineering from which conventional sewage treatment technologies have evolved is described ﬁrst. This is followed by a discussion of the history of use of wetlands for sewage treatment, including the proposal of hypotheses about where the original ideas came from and who had them. It is suggested that ecologists played the critical role in the development of treatment wetland technology and that engineering followed the ecology.
Liquids eventually ﬂow out from the tank into a drain ﬁeld of gravel and then into the surrounding soil where microbes continue to consume the organic matter and physical/chemical processes ﬁlter out pathogens and nutrients. 2) use similar processes for primary treatment (sedimentation of sludge) and secondary treatment (microbial breakdown of organic matter) in a more highly engineered manner. Processes can be aerobic or anaerobic depending on basic design features. 2 is a ﬁnal treatment step, usually chlorination in most plants or use of an ultraviolet light ﬁlter, which eliminates pathogens.