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Showing items 66457 through 66465 of 73429.Regardless of their biogeographic origins or degree of artificialization, the world’s forests are a source of a wide range of ecosystem services (ES). However, the quality and quantity of these services depend on the type of forest studied and its phytogeographic context.
Land use change reflects fundamental transformations in society. To better understand factors contributing to current land use changes in Alabama, we expand on existing land use studies by employing a generalized least-square method nested in a system of equations for the analysis.
The identification of mountainous areas suitable for chestnut stands for fruit production (CSFP) is raising increasing interest among researchers.
Spatial planning potential for reducing natural risks including wildfires is widely recognized.
Recreation activity preferences in forest settings were explored in a scene preference study.
Forests are the most important land ecosystems that can mitigate the earth’s ongoing climate change through their ability to sequester CO2 as C stock in forest biomass and soil.
Collective Forestland Tenure Reform has confirmed the forestland tenure of rural households and made forestland property rights clearer.
Carbon storage (CS) is strongly associated with climate change and ecosystem services.
Urbanization alters land uses and creates heterogeneous environmental conditions in cities and their surroundings, which may directly or indirectly impact soil microorganisms.
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