Ecometrics

rdf:langString Ecometrics

rdf:langString InternetArchiveBot

rdf:langString August 2019

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rdf:langString Ecometrics is the quantitative analysis of economic, environmental, and societal systems based on the concurrent development of empirical theory, related by appropriate methods of inference in attempts to create more sustainable systems. Broadly defined, Ecometrics is a way to evaluate if an activity is contributing to more sustainable systems of production and consumption. Ecometrics is a system of statistical extrapolation and interpolation that uses principles of resource management in economic and environmental studies to analyze trends in consumption. With a comprehensive understanding of ecometrics, and thereby an understanding of the impacts of specific conscious or conventional opportunity costs, agents within economic systems can cause measurable change for the triple bottom line. The term was originally trademarked by Interface Global, a corporation founded by Ray Anderson. The parameters that cause change are often population, technology, transportation, consumption, public conscious, non-renewable or renewable resources, location, labor conditions, transportation and wealth. Ecometrics is used in labeling programs such as the US EPA Fuel Economy and Environment Label to determine the environmental and financial advantages of purchasing one car over another. There are many applications of Ecometrics for Environmental Impact Calculators infographics, and for political analysis. Because the parameters of ecometrics vary drastically for any activity, the applications of its resulting measurements are sometimes unilateral. Applied ecometrics exposes the complexity of making sustainable decisions, especially given other humanitarian goals such as third world economic development. In this way ecometrics shows any choice within consumption and production systems as wicked problems. An instance of ecometrics is if a restaurant is determining whether to use an electric hand dryer over paper towels, they must determine: 1. * The cost of both 2. * How much energy the electric dryer would consume, and to what degree the energy is renewable. 3. * How long the dryer would last. 4. * If the towels were produced using renewable energy and resources, and to what extent they are able to be recycled without inferring greater cost to the environment(not using further energy or chemicals). 5. * The cost of continuously purchasing paper towels throughout the business's existence. 6. * Maintenance labor to replace the towel dispenser. If this restaurant is located in an area with great solar potential, it is likely that a hand dryer could encourage for more solar infrastructure by being an additional load. If it was incredibly far from a paper recycling center, and thepotentially recycled material is likely to be downcycled, there would be further impetus to use a hand dryer. In addition to these considerations, the decider must choose how much they are willing to pay for the environment. In the case that has been built, if the hand dryer is to cost more, they must decide if he is willing to take responsibility by preventing the paper waste that would have been produced by buying the hand dryer and necessary energy. In this case as in many the purchaser enables development and life for other members of all trophic levels within his economic system through his purchasing power. The decisions of consumer agents cause change for the world, and in analyzing the comprehensive impact of individuals and societal practices; ecometrics quantitatively defines sustainable development. As there are diverse environmental and economic parameters, there are numerous unique case studies for ecometric application. The cases that are discussed here are libraries, agricultural food systems, and labeling programs. They model material cycles, energy cycles, and environmental parameter systems respectively. Levels of Magnification play a role in each as scalars in the consumption cycles. Both cycles show the need for more efficient production and consumption cycles for material and energy resources, as well sources for friction in consumer cycles.