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Macroeconomic Evaluation of Renewable Resources from Biomass (Agrarokonomische Monographien & Sammelwerke) download ebook

by Heinrich Becker,Vincent Requillart

Macroeconomic Evaluation of Renewable Resources from Biomass (Agrarokonomische Monographien & Sammelwerke) download ebook
ISBN:
3817500637
ISBN13:
978-3817500635
Author:
Heinrich Becker,Vincent Requillart
Publisher:
Wissenschaftsverlag Vauk Kiel KG (December 1989)
Language:
ePUB:
1185 kb
Fb2:
1653 kb
Other formats:
docx mbr azw docx
Category:
Engineering
Subcategory:
Rating:
4.3

Biomass constitutes a major renewable energy resource for California, with more than 30 million tons per year of in-state . For rape methyl ester, ethanol and biogas produced on the basis of renewable resources from arable.

Annually, biofuel production from these resources could exceed 2 billion gallons of gasoline equivalent, while providing opportunities. for agricultural and rural economic development. fanning, the requisite price increases were considerably higher.

As a result of Monographs evaluations, national health agencies 35 have been able, on scientific grounds, to take measures to reduce human exposure to 36 carcinogens in the workplace and in the environment. 37 The criteria established in 1971 to evaluate carcinogenic risks to humans were adopted by 38 the Working Groups whose deliberations resulted in the first 16 volumes of the Monographs 39 series.

The book demonstrates that biomass isessentially a rich mixture of chemicals and materials and, as such,has . We need to reduce our dependence on fossil resources andincreasingly derive all the chemicals we take for granted and usein our daily life from biomass.

The book demonstrates that biomass isessentially a rich mixture of chemicals and materials and, as such,has tremendous potential as feedstock for producing a wide range ofchemicals and materials with applications in industries frompharmaceuticals to furniture. We must also ensure that we do thisusing green chemistry and sustainable technologies.

Are you sure you want to remove Mathematical Bioeconomics: The Optimal Management of Renewable .

Are you sure you want to remove Mathematical Bioeconomics: The Optimal Management of Renewable Resources from your list? Mathematical Bioeconomics: The Optimal Management of Renewable Resources. The Optimal Management of Renewable Resources.

Economic Evaluation of Climate Change Impacts pp 101-120 Cite as. Economic Evaluation Framework and Macroeconomic Modelling. Part of the Springer Climate book series (SPCL). Authors and affiliations. The first step in an economic assessment of climate change impacts at the country level is the identification of so-called impact fields. These fields can be either single economic sectors, parts of sectors or aggregates of sectors. For the case of Austria that is explored in this book, 12 impact fields are identified and investigated regarding climate change impacts and the resulting economic costs and benefits.

Mathematical Bioeconomics book. The mathematical modeling of the productive aspects of renewable-resource management is explained, including both economic and biological factors, with much attention paid to the optimal use of resource stocks over time.

Books related to Non-Renewable Resources and Disequilibrium Macrodynamics.

This book describes how and why the discipline of macroeconometric modelling continues to play a role for .

This book describes how and why the discipline of macroeconometric modelling continues to play a role for economic policymaking by adapting to changing demands, in response, for instance, to new policy regimes like inflation targeting. Model builders have adopted new insights from economic theory and taken advantage of the methodological and conceptual advances within time series econometrics over the last twenty years.

In this paper we study the bio-economics of a renewable resource with governing dynamics described by two distinct growth functions (viz . Modelling systems with renewable resources based on functional operators with shift.

In this paper we study the bio-economics of a renewable resource with governing dynamics described by two distinct growth functions (vi. logistic and Gompertz growth functions) in a seasonally varying environment. Seasonality is introduced into the system by taking the involved ecological parameters to be periodic.

Renewable resources are resources that are replenished naturally in the course of time. According to the definition, biofuel is a term that refers to a number of liquid fuels produced from biomass using biological processes. The most common types of biofuels are ethanol and biodiesel. The use of these resources corresponds with the principles of sustainability, because the rate at which we are consuming them does not affect their availability in the long term.