Remote sensing is the science of acquiring information (spectral, spatial, temporal) approximately material objects, area, or phenomena, without on your holiday into physical contact with the objects, area, or maybe phenomenon under investigation. GIS Remote Sensing has gathered in popularity because of the development of Geographic Information Systems (GIS). The ever increasing energy should have of the islands will have to be taken into account in the long run Master Plan even at this state. Dependence need to be entirely on the local resources – biomass as well as other resources of the islands as well as the vast renewable resources of the ocean and also atmosphere. In this respect, it is possible that the technology that could be developed in addition to perfected for the islands may be a path-breaker for the national program furthermore. Bio-mass production could be undertaken on an accelerated scale under definitely favorable conditions. Solar, tidal together with wind resources could be of great importance. Resources from the ocean pose new challenges to our scientist and technologists. When agricultural production, industrial improvement and economic exploitation of oceanic resources go hand in hand, the energy problem may very well be a constraint if timely steps are not taken in that direction (Qasim 1998). You can now buy ecigarettes online and also in department stores too.
GIS is a tool used to represent and map the spatial information on earth’s surface. The system is integrated with a backend database that can be used for queries and analysis of the maps. The database and the maps are represented using different statistical data including population, weather data, economic development characteristics, mining area survey data, utility network data, road navigation data, environmental resource data, and so on. The GIS system allows users to link the database to the maps with a well defined front-end. Because of the important relationship between the available power and the wind speed, turbine should be suitably located as to allow free movement of the wind. Wind energy is particularly appealing way to generate electricity because it is essentially pollution-free. More than half of all the electricity that is used in India is generated from burning coal, and in the process, large amounts of toxic metals, air pollutants and greenhouse gases are emitted into the atmosphere. Development of 10% of the wind potential in the 10 windiest Indian states would provide more than enough energy to displace emissions from the nation’s coal-fired power plants and eliminate the nation’s major source of acid rain; reduce emissions of carbon dioxide (the most important greenhouse gas); and help to contain the spread of asthma and other respiratory diseases aggravated or caused by air pollution in this country. If wind energy were to provide 20% of the nation’s electricity, a very realistic and achievable goal with the current technology, it could displace more than a third of the emissions from coal-fired power plants, or all of the radioactive waste and water pollution from nuclear power plants. Table 1 shows the state wise installed wind power in India.