1983 онд шинэчилсэн 1:100 000 масштабын байрзүйн зургаас ойн тархацыг дижитайз хийж газарзүйн мэдээллийн систем, тоон хэлбэрт оруулсан болно. Ойг төрөл, нас, нягтрал, ерөнхий байдал зэргээс хамааруулан 26 төрөлд хуваасан.

Энэхүү үйлчилгээний хүрээнд ОБЕГ-д түймрийн мэдээ нийлүүлэгч байгууллагууд мэдээгээ өөрсдөө Интернетээр шууд мэдээллийн санд оруулах, хэрэглэгч олон мэдээг нэгтгэн шуурхай боловсруулах, компьютерийн дэлгэцэн дээр мэдээг хүссэн хэлбэрээр гаргах, зураг хэвлэх, нэгдсэн тайлан мэдээ гаргах боломжтой. Хиймэл дагуулаас илрүүлсэн халуун цэг, түймэр гарсан цэг, салхи, хуурайшилт, шатсан талбай, гал унтраах ангийн нөөц, гарсан хохирол зэрэг мэдээг ус, ой, зам зэрэг бусад мэдээтэй хамтатган ашиглаж болно.

Within WMS service existing data providers by themselves enter data to database through an online. Emergency officials and other users can integrate data in different formats, quickly search for, effectively process, display data and prepare map, print out and submit statistical report. Hot spots detected by satellite data, real fire points, wind and dryness data, burnt area data can be easily combined with other data such as forest, water sources and infrastructure.

The surface water layer was extracted from topo map at scale 1:100 000 updated in 1983. There are shown lake, river, spring, well and glacier with related attributes.

The surface water layer was extracted from topo map at scale 1:500 000 printed in 1992. There are shown lake, river, spring, well and glacier.

Internal zoning plays an important role for special protected areas management and planning reflecting the indended land use, pattern of use, degree of human use and desired level of activity and conservation required. As stated in the law, the teritories of strictly protected areas and national parks are classified into three protection zones as pristine zone, conservation zone, limited use zone(for strictly protected areas) and special zones, travel-tourism zone and limited use zone(for national parks).

This map describes the spatial difference and distribution of natural zones in Mongolia. Mongolia is divided into following different zones: taiga, high mountain, taiga, forest steppe, steppe, dry steppe, semi desert, desert steppe, desert and arid desert. The original map was compiled by D.Dash, edited by D. Dorjgotov.

5 classes, 15 subclasses, 38 subzones of landscape were discriminated guiding landscape original principle using criteria such as geostructure specifics, morphostructure characteristics, climate feature, natural zones distribution. This map is one of the thematic serial maps produced by the Mongolian Russian researchers joint team using aerial and RS imagery. This map was digitized by ICC and updated, checked and entered to database within NGIC Project.

The drought map is retrieved from data received from the geostationary Fen Yung-2C/D satellites. The drought map is one of the EWBMS (energy water balance monitoring system developed by the EARS/Netherlands. The Evapotranspiration Drought Index (EDI) is used as an agricultural drought indicator. The EDI is ratio of actual and potential evapotranspiration. The Institute of Meteorology and Hydrology has been produced drought map every 10 days since June 2007.

Dzud is harsh winter condition for livestock. This WMS service allows to collect remote sensing and ground truth data needed for dzud assessment, monitoring and management such as snow cover, snow height, air temperature and livestock data via online. Data will be gathered to database. Users can search data, combine and integrate data how want, view at computer, prepare maps and print out.