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Displaying 1006 - 1010 of 1605Field_SWAT: A tool for mapping SWAT output to field boundaries
The Soil and Water Assessment Tool (SWAT) hydrological/water quality model divides a watershed into hydrological response units (HRUs) based on unique land cover, soil type, and slope. HRUs are a set of discontinuous land masses that are spatially located in the watershed but their responses are not tied to any particular field. Field_SWAT, a simple graphical user interface (GUI)-driven tool, was developed to map SWAT simulations from the HRU layer to a user-defined field boundaries layer.
Eviction policy in postwar Angola
Angola's four decades of civil war continue to have a profound effect on the country's recovery and development. While the end to the war in 2002 and the subsequent extraction of natural resources has fueled the country's economic recovery for a minority, for the majority recovery depends less on natural resource extraction than it does on acquiring and maintaining secure access to land and property upon which viable livelihoods can be rebuilt.
Climate change adaptive capacity of the Canadian forest sector
Canada's forests will be affected by climate change to a greater degree than many other regions. The ability of the Canadian forest sector to successfully adapt to climate change, i.e. its adaptive capacity, was assessed through a series of group discussions and interviews with a variety of forestry stakeholders across Canada.
Process analysis in the coastal zone of Bénin through remote sensing and socio-economic surveys
Migration and population growth lead in coastal zones, especially in developing countries like Benin in Western Africa, to extreme land use pressure, causing ecological as well as land cover and land use changes, socio-economic modifications, and conflicts of interest and generational conflicts. To detect those fast-moving processes area-wide remains almost impossible in developing countries due to the lack of official statistics, often restricted remote sensing data, and limited financial resources.
Integrating biodiversity conservation into land consolidation in hilly areas – A case study in southwest China
Based on the analysis of land consolidation engineering effects on biodiversity conservation in hilly areas, this study considers integrating biodiversity conservation into traditional land consolidation projects and integration biodiversity conservation measures into land consolidation engineering from the overall planning, land leveling engineering, farmland water conservancy engineering, roads and landscape construction engineering respectively.