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Displaying 536 - 540 of 1195Landscape Planning and Management Tool for Land and Water Resources Management: An Example Application in Northern Ethiopia
Land and water degradation due to on-site soil/nutrient loss and off-site pollution/sedimentation are serious environmental problems. Landscape planning and management tools are essential to implement best management practices targeted at locations where they are needed most. Although many soil/water-landscape studies have been published in the last 2 decades, progress in developing operational tools for supporting landscape planning to minimize land and water degradation in developing regions is still modest.
Container volume and growing density influence western larch (Larix occidentalis Nutt.) seedling development during nursery culture and establishment
Larch tree species (Larix Mill.) are both ecologically and commercially valuable in their native range and are the focus of many restoration, afforestation, and commercial reforestation efforts in the boreal forests of the northern hemisphere. Land use change, shifting climate, and poor natural regeneration are making it increasingly difficult to establish the species; therefore, artificial regeneration is critical to ensure this timber species maintains its productive role on the landscape.
Using� spectral analysis� of� Landsat-5� TM� images to map� coastal� wetlands� in the Amazon River mouth, Brazil
Tropical coastal wetlands form complex and dynamic ecosystems based on a mixture of vegetation, soil, and water components. Optical remotely sensed data have often been used to characterize and monitor these ecosystems, which are among the environments most threatened by climate change and anthropogenic activity worldwide.
Experience in testing and adapting the LADA methodology for land degradation assessment and mapping in arid regions at the local level
The LADA methodology (land degradation assessment in drylands) is first used to assess land degradation at the local level for test sites in Russia. The results of the tested methodology are in general positive and, at the same time, indicate the need to adapt it for the assessment of erosion processes, the detailing of mapping categories, and the use of the soil alkalinity indicator. The corresponding recommendations are suggested.
Underground mining hazard map including building site categories in an area affected by underground mining activities
The objective of the paper is generation of an underground mining hazard map. The method applied to create the map is based on five categories of areas with different characters of underground mining influence making use of the so-called building site categories. The individual areas with different groups represent various suitability or unsuitability for founding new structures in such influenced territories. They will also reflect a higher or lower degree of influence on already existing structures.