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Displaying 391 - 395 of 1605Using a multilevel approach to analyse the case of forest conflicts in the Terai, Nepal
Recent years have witnessed an intensification of forest-related conflicts between various stakeholders in Nepal, particularly between the state and local people, over the control, management and use of forests in the southern plains of the Terai. This paper analyses the multiple dimensions of conflicts in Terai forestry policy and practice using a multilevel approach. Multilevel forest conflicts in the Terai are explained as a nested concept, existing at different overlapping levels (ranging from the global level to households).
Sugar-ethanol-electricity co-generation in Hawai’i: An application of linear programming (LP) for optimizing strategies
This research develops a linear programming (LP) model to assess various options for sugar and biofuel production from sugarcane and other feedstock in Hawaii. More specifically, the study focuses on finding optimal sugar and biomass feedstock that would maximize producer profits in the production of sugar, ethanol and electricity. Feedstock included in the model were sugarcane, banagrass, energy cane and sweet sorghum. Given available land resources for growing energy crops on the island of Maui, four land resource scenarios were considered.
Windtane contour map of the state of Texas
With the expansion of wind energy development, there is a need to update wind data periodically for the state of Texas for developers and landowners to see if their properties could support wind turbines. This study presents an updated wind power map and a Windtane contour map of the state of Texas. The Windtane map shows the height above ground level needed to reach a baseline wind power level of 350 W/m².
Impacts of Changing Climate and Climate Variability on Seed Production and Seed Industry
Agriculture is extremely sensitive to climate and weather conditions. The resilience of our crop production systems to changes in climate can be enhanced by improved understanding impacts and responses of crops to changing climates. Several countries in Asia and Africa are at the risk of losing about 280 million tons of potential cereal production as a result of climate change factor, particularly increasing temperatures and prolonged dry periods.
Modeling the dioxin emission of a municipal solid waste incinerator using neural networks
Incineration is considered as an efficient approach in dealing with the increasing demand for municipal and industrial solid waste treatment, especially in areas without sufficient land resources. Facing the concern of health risk, the toxic pollutants emitted from incinerators have attracted much attention from environmentalists, even though this technology is capable of reducing solid waste volume and demand for landfill areas, together with plenty of energy generation.