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Almost all digital or topographic mapping and most mapping projects require the digital maps generated using the integrated geographic information systems (GIS) and remote sensing techniques with geospatial databases. The use of remote sensing (RS) and radar images to produce geological maps is seen as making it possible to reveal those elements of geological features from images which should be reflected in the geo-spatial databases and digital maps. This study presents a way to incorporate digital data handling with both GIS and remote sensing techniques combined with geospatial databases and thus contribute to filling the gap between traditional geological mapping and modern geological studies performed with GIS and remote sensing techniques. The main part of this research relates to the development of a new and detailed geological mapping system that has been constructed to present geological and topographic information in a geo-databases frame in an easy-to-use way. The methodology and legend of the mapping system and geospatial databases which are suggested in this study have been successfully applied to various types of landscapes in the study area. The study area in the southeast of Libya has been mapped during the period of geological mapping system development. Apstrakt: Skoro svako digitalno ili topografsko mapiranje kao i većina projekata za izradu mapa zahteva postojanje digitalnih mapa koje se izrađuju korišćenjem integrisanih geografskih informacionih sistema i tehnika ispitivanja na daljinu uz podršku geoprostornih baza podataka. Smatra se da korišćenje ispitivanja na daljinu i radar slika omogućava da se na osnovu slika otkriju oni elementri geoloških karakteristika koji bi se odrazili u geoprostornim bazama podataka i digitalnim mapama. Ovaj rad prikazuje način kako da se objedine podaci dobijeni na osnovu geografskih informacionih sistema kao i tehnika ispitivanja na daljinu u kombinaciji sa geoprostornim bazama podataka i da se na taj način doprinese premošćavanju jaza koji postoji između tradicionalnog geološkog mapiranja i modernih geoloških studija zasnovanih na GIS sistemima i tehnikama ispitivanja na daljinu. Glavni deo ovog istraživanja odnosi se na razvoj novog i detaljnijeg sistema za geološko mapiranje koji je napravljen kako bi prikazivao geološjke i topografske informacije u okviru geo baza podataka na način koji je lak za korišćenje. Metodologija i legenda sistema za mapiranje i geoprostorne baze podataka , čija se upotreba predlaže u ovom radu, uspešno se primenjuju na razne tipove pejzaža u proučavanoj oblasti. Oblast istraživanja u jugoistočnoj Libiji mapirana je u periodu razvoja sistema za geološko mapiranje.

GIS and Remote Sensing Application in geological mapping and 3D terrain modeling: a case study in Eghei Uplift, Libya