The State of Kuwait Ministry of Education (MoE) has clearly defined land use standards for the location of public schools, and an inventory of reserved lands for future facilities. Unless, there is a geographical effi...The State of Kuwait Ministry of Education (MoE) has clearly defined land use standards for the location of public schools, and an inventory of reserved lands for future facilities. Unless, there is a geographical efficient tool to manage and plan the education system in a rapidly developing country such as Kuwait there will be huge deficit in such services. Geographic Information Systems (GIS) was used to fill in this gap and effectively evaluate and analyze their facilities and unoccupied lands to ensure they continue to meet the population and future needs of Kuwaiti students. This paper utilized the GIS to inventory, map, and analyze MoE facilities and unoccupied land reservations with a goal of improved planning and decision making. Unfortunately, the initial spatial analysis of the data showed huge percent of districts that have no schools failing to meet the minimum standard of the MoE including kindergartens, primary schools, intermediate schools for girls, intermediate schools for boys, secondary schools for girls and secondary schools for boys at 72%, 71%, 48%, 43%, 54%, and 55% respectively. Such critical results will enable the decision makers to prioritize the immediate action of relocation the schools or widen the services and accessibility. Moreover, the analysis of the data showed a critical and immediate need to reserve land for five districts where they are heavily populated and lacked reserved land. However, based on long term land use plans, there is an urgent need to relocate some land and reserve others to meet the future urbanization plans and population growth.展开更多
Mapping and assessment of mangrove environment are crucial since the mangrove has an important role in the process of human-environment interaction. In Indonesia alone, 25% of South East Asia's mangroves available...Mapping and assessment of mangrove environment are crucial since the mangrove has an important role in the process of human-environment interaction. In Indonesia alone, 25% of South East Asia's mangroves available are under threat. Recognizing the availability and the ability of new sensor of Landsat data, this study investigates the use of Landsat ETM + 7 and Landsat 8, acquired in 2002 and 2013 respectively, for assessing the extent of mangroves along the South Sulawesi’s coastline. For each year, a supervised classification of the mangrove was performed using open source GRASS GIS software. The resulting maps were then compared to quantify the change. Field work activities were conducted and confirmed with the changes that occurred in the study area.? Considering the accuracy assessment, our study shows that the RGB composite color-supervised classification is better than band ratio-supervised classification methods. By linking the open source software with the Landsat data and Google Earth satellite imagery that is available in public domain, mangroves forest conversion and changes can be observed remotely. Ground truth surveys confirmed that, decreases of mangroves forest is due to the expansion of fishpond activity. This technique could potentially allow rapid, inexpensive remote monitoring of cascading, indirect effects of human activities to mangroves forest.展开更多
文摘The State of Kuwait Ministry of Education (MoE) has clearly defined land use standards for the location of public schools, and an inventory of reserved lands for future facilities. Unless, there is a geographical efficient tool to manage and plan the education system in a rapidly developing country such as Kuwait there will be huge deficit in such services. Geographic Information Systems (GIS) was used to fill in this gap and effectively evaluate and analyze their facilities and unoccupied lands to ensure they continue to meet the population and future needs of Kuwaiti students. This paper utilized the GIS to inventory, map, and analyze MoE facilities and unoccupied land reservations with a goal of improved planning and decision making. Unfortunately, the initial spatial analysis of the data showed huge percent of districts that have no schools failing to meet the minimum standard of the MoE including kindergartens, primary schools, intermediate schools for girls, intermediate schools for boys, secondary schools for girls and secondary schools for boys at 72%, 71%, 48%, 43%, 54%, and 55% respectively. Such critical results will enable the decision makers to prioritize the immediate action of relocation the schools or widen the services and accessibility. Moreover, the analysis of the data showed a critical and immediate need to reserve land for five districts where they are heavily populated and lacked reserved land. However, based on long term land use plans, there is an urgent need to relocate some land and reserve others to meet the future urbanization plans and population growth.
文摘Mapping and assessment of mangrove environment are crucial since the mangrove has an important role in the process of human-environment interaction. In Indonesia alone, 25% of South East Asia's mangroves available are under threat. Recognizing the availability and the ability of new sensor of Landsat data, this study investigates the use of Landsat ETM + 7 and Landsat 8, acquired in 2002 and 2013 respectively, for assessing the extent of mangroves along the South Sulawesi’s coastline. For each year, a supervised classification of the mangrove was performed using open source GRASS GIS software. The resulting maps were then compared to quantify the change. Field work activities were conducted and confirmed with the changes that occurred in the study area.? Considering the accuracy assessment, our study shows that the RGB composite color-supervised classification is better than band ratio-supervised classification methods. By linking the open source software with the Landsat data and Google Earth satellite imagery that is available in public domain, mangroves forest conversion and changes can be observed remotely. Ground truth surveys confirmed that, decreases of mangroves forest is due to the expansion of fishpond activity. This technique could potentially allow rapid, inexpensive remote monitoring of cascading, indirect effects of human activities to mangroves forest.
