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Essay / Research Paper Abstract
5 pages in length. The Geographic Information System (GIS) is employed as a means by which to determine various environmental changes that would otherwise be quite difficult – if not impossible – to track, not the least of which is utilizing remote sensing for detecting oil spills, which is defined as "the science — and art — of identifying, observing, and measuring an object without coming into direct contact with it" (Remote Sensing & Natural Hazards). However, it has been discovered that coupling GIS with Global Positioning System (GPS) greatly enhanced the capacity to achieve more accurate oil spill mapping. Bibliography lists 5 sources.
Page Count:
5 pages (~225 words per page)
File: LM1_TLCremotesns.rtf
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Unformatted sample text from the term paper:
impossible - to track, not the least of which is utilizing remote sensing for detecting oil spills, which is defined as "the science - and art - of identifying, observing,
and measuring an object without coming into direct contact with it" (Remote Sensing & Natural Hazards). However, it has been discovered that coupling GIS with Global Positioning System (GPS)
greatly enhanced the capacity to achieve more accurate oil spill mapping. The technological explosion of the latter twentieth century has rendered tremendous advancement in areas that were considered untouchable
only a few decades ago. Clearly, the progress that has been achieved through technology is nothing short of astounding; one of the most beneficial technological developments instrumental in detecting
oil spills is that of the GIS (Kankara et al 1251), an assemblage of computer hardware, software and geographic data created that efficiently retrieves, stores, renews, manipulates, scrutinizes and displays
all types of geographically referenced information (McLean 13; McGuire et al S6). In short, this computer-based system is designed to store pertinent geographic information, as well as render highly
complicated explications in both a rapid and efficient fashion that serves to detect oil spills from space. As Miller duly points out, GIS "not only helps with visualization but
it is also a useful planning tool, allowing for identification of current problems and potential dilemmas" (Miller 35). This combination has proven quite beneficial when it comes to predicting,
revealing and estimating oil spill activity that are visualized by synthetic aperture radar (SAR) images (Migliaccio et al 506). GIS has proven to be an excellent management tool for
resource assessment, oil spill response and planning, and damage assessment. The GIS approach to the problem of oil spill mapping includes integration of the geographical, remote sensing, oil and
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