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Displaying 731 - 735 of 1605Analysis of EU support for managed succession of agricultural land in the Czech Republic
The article presents a comparison of EAFRD support for afforestation of agricultural land (managed succession) in the years of 2007–2013 and model costs required to compensate for both operational inputs and agricultural income forgone when establishing woodland on agricultural land in the Czech Republic. The aim was to investigate whether the blanket support rates for the afforestation of agricultural land are sufficient to cover the associated costs in a wide range of site conditions. Costs were calculated for 43 groups based on forest typology.
Farmers’ decisions to adapt to climate change under various property rights: A case study of maize farming in northern Benin (West Africa)
Making the assumption that property rights might determine whether farmers adopt particular strategies, this study aims at modelling farmers’ decisions to adapt to climate change by focusing on their property rights – declined as institutional arrangements on land and rights on land – as well as their socio-economic and demographic characteristics. The case study took place in northern Benin (West Africa). In this zone, 308 farmers producing maize and adapting to climate change were randomly sampled.
Incorporating regional growth into forecasts of greenhouse gas emissions from project-level residential and commercial development
To better understand the greenhouse gas (GHG) implications of land use planning decisions, regional planning organizations have developed tools to forecast the emissions from project-level residential and commercial development. This paper reviews the state of GHG emissions forecasting methods for project-level development. We argue that when forecasting changes in regional emissions it is important to make explicit what is assumed about a project′s effect on the population of residents and businesses in the region.
Dating and quantification of erosion processes based on exposed roots
Soil erosion is a key driver of land degradation and heavily affects sustainable land management in various environments worldwide. An appropriate quantification of rates of soil erosion and a localization of hotspots are therefore critical, as sediment loss has been demonstrated to have drastic consequences on soil productivity and fertility.
Balancing income and cost in red deer management
This paper presents a bioeconomic analysis of a red deer population within a Norwegian institutional context. This population is managed by a well-defined manager, typically consisting of many landowners operating in a cooperative manner, with the goal of maximizing the present-value hunting related income while taking browsing and grazing damages into account. The red deer population is structured in five categories of animals (calves, female and male yearlings, adult females and adult males).