This capstone explores vegetation changes in the Okavango Delta area of Botswana. Spatial analyses were conducted using Moderate Resolution Imaging Spectroradiometer Normalized Difference Vegetation Index satellite imagery and Geographic Information System land management data to compare vegetation changes within managed areas to determine whether management practices have had beneficial or adverse impacts. Rainfall, logging, and livestock data were utilized to attempt to find a link to precipitation, logging, or overgrazing. After analysis the livestock data were the only one that showed a correlation to the vegetation changes observed. Of the vegetation cover types analyzed, forest showed the most change, a significant decrease. Little di...
Ngorongoro conservation area is a multiple land-use system established in 1959 to provide for both w...
Vegetation cover from six landscape types was related to Landsat MSS and SPOT multispectral (SPOT XS...
Complex couplings and feedback among climate, fire, and herbivory drive short- and long-term pattern...
This capstone explores vegetation changes in the Okavango Delta area of Botswana. Spatial analyses w...
The savannas of Southern Africa are an important dryland ecosystem as they cover up to 54% of the la...
This work seeks to determine whether riparian woody plant variables respond to drying and salinity r...
This research examines the integration and potential uses of linkages between climate dynamics, sava...
Arid and semi-arid savannah ecosystems of Tanzania are subjected to increasing pressure from pastora...
Northern Botswana is influenced by various socio-ecological drivers of landscape change. The African...
Rangeland conditions in the Lesotho highland dam catchment areas is important for local livelihoods ...
<p>Red areas indicate zones with the most dramatic change in vegetation over the year. The green are...
Dryland degradation rarely translates into linear, declining trends in vegetation cover due to inter...
Land degradation has been a serious environmental problem in dryland areas where moisture supply is ...
Ecosystems in semi-arid areas remain essential to securing livelihoods and aiding climate change ada...
Woodlands and savannahs provide essential ecosystem functions and services to communities. On the Af...
Ngorongoro conservation area is a multiple land-use system established in 1959 to provide for both w...
Vegetation cover from six landscape types was related to Landsat MSS and SPOT multispectral (SPOT XS...
Complex couplings and feedback among climate, fire, and herbivory drive short- and long-term pattern...
This capstone explores vegetation changes in the Okavango Delta area of Botswana. Spatial analyses w...
The savannas of Southern Africa are an important dryland ecosystem as they cover up to 54% of the la...
This work seeks to determine whether riparian woody plant variables respond to drying and salinity r...
This research examines the integration and potential uses of linkages between climate dynamics, sava...
Arid and semi-arid savannah ecosystems of Tanzania are subjected to increasing pressure from pastora...
Northern Botswana is influenced by various socio-ecological drivers of landscape change. The African...
Rangeland conditions in the Lesotho highland dam catchment areas is important for local livelihoods ...
<p>Red areas indicate zones with the most dramatic change in vegetation over the year. The green are...
Dryland degradation rarely translates into linear, declining trends in vegetation cover due to inter...
Land degradation has been a serious environmental problem in dryland areas where moisture supply is ...
Ecosystems in semi-arid areas remain essential to securing livelihoods and aiding climate change ada...
Woodlands and savannahs provide essential ecosystem functions and services to communities. On the Af...
Ngorongoro conservation area is a multiple land-use system established in 1959 to provide for both w...
Vegetation cover from six landscape types was related to Landsat MSS and SPOT multispectral (SPOT XS...
Complex couplings and feedback among climate, fire, and herbivory drive short- and long-term pattern...