Abstract :
This paper discusses the need for geospatial information technologies in developing countries to support sustainable development. One of the major issues facing many developing countries is the need for better utilization and protection of their natural resources. In the world´s industrialized nations remote sensing and GIS technologies are used in many applications that include, but not limited to, natural resources management and protection, environmental monitoring, agriculture, geology, hydrology and water resource management, disaster management, urban planning, monitoring spread of infectious diseases, and marine studies. These nations have made heavy investment in building and deploying space assets to monitor earth resources. However, very little has been done to promote the leveraging of this investment in technology by developing countries. There are far reaching benefits to these emerging economies through the exploitation of this technology. Not only could they be forewarned about natural disasters to minimize loss of life and property, but, they could use it to enhance their country´s critical food supply and water resources and even develop an effective natural resource exploitation (e.g. oil and gas) capability. These capabilities will allow developing countries to become more self-reliant and less dependent on other countries and international aid agencies. Remote sensing and GIS technologies can be transferred to developing countries for implementation of large-scale and national GIS systems.
Keywords :
agriculture; geographic information systems; geophysical techniques; remote sensing; terrain mapping; GIS; agriculture; developing country; geographic information system; geophysical measurement technique; geospatial information technology; hydrology; natural disasters; natural resources; remote sensing; sustainable development; terrain mapping; third world; urban planning; water resource; Food technology; Geographic Information Systems; Investments; Marine technology; Protection; Remote monitoring; Remote sensing; Resource management; Space technology; Water resources;