English-Mongolian-Russian Fire Management Terminology
2017.05.09
In preparation of the establishment of the Regional Central Asia Fire Management Resource Center (RCAFMRC) in 2015 and for the facilitation of the Mongolian-Russian cooperation in cross-border fire management a detailed fire management terminology in Mongolian language was developed and the Russian version upgraded by Mongolian and Russian fire specialists and the GFMC. Printed copies are available upon request at the RCAFMRC in Ulaanbaatar, Mongolia. For the digital version click here
Defence of Villages, Farms and Other Rural Assets against Wildfires (English)
2017.05.09
Guidelines for Rural Populations, Local Communities and Municipality Leaders in the Balkan Region (English version), a GFMC publication sponsored by the Council of Europe.
Prescribed Burning in Russia and Neighbouring Temperate-Boreal Eurasia
2017.05.09
Together with the results of the Bor Forest Island Fire Experiment, Fire Research Campaign Asia-North (FIRESCAN) (Part II); Forest and Steppe Fires In Mongolia (Part III) and the White Paper on Use of Prescribed Fire in Land Management, Nature Conservation and Forestry in Temperate-Boreal Eurasia (Part IV) and the Krasnoyarsk 10-Point Programme on the Future of Fire Management in Russia (Part V).
Altansukh Ochir, "The Tuul River The Catchment Area Delineation and The Water Quality Assessment"
2017.02.23
The catchment area of the Tuul River is located in the centre of Mongolia.
The study has been done by two datasets SRTM and ASTER, using two
different models of ArcHydro and ILWIS. At the end of the catchment
definition, sixteen parameters of the Tuul River and its catchment area
have been redefined. The water quality assessment study has provided a
comprehensive water chemistry assessment of the Tuul River in the area
surrounding UB city, Mongolia, using dataset collected between 1998 and
2008. It presents the spatio-temporal assessment and seasonal pattern of
15 hydro-chemicals at 15 monitoring sites. The level of pollution in the
downstream section of the river strongly depends on CWTP. There is a
process of natural purification within the river, but even 50 km
downstream of the city pollution can still be detected. In order to change
this situation, improvement of CWTP and artificial increment of DO become
crucial to improve the water quality. DO concentrations can be artificially
increased using bull stone wall, which has big enough holes that fish and
sediment can easily pass through. This method is more eco-friendly and
works more effectively over the long period.
Их дээд сургуульд сурах арга барил
2017.02.23
Профессор О.Алтансүх багшийн туурвисан "ИХ ДЭЭД СУРГУУЛЬД СУРАХ АРГА БАРИЛ" оюутнуудад зориулсан гарын авлагын хоёр дахь хувилбар- 2012 он
"Газарзүйн мэдээллийн системийн үндэс" сурах бичиг
2017.02.22
ГАЗАРЗҮЙН МЭДЭЭЛЛИЙН СИСТЕМИЙН ҮНДЭС ХОЁР ДАХЬ ХЭВЛЭЛТ
"Хөрс судлал" сурах бичиг
2017.01.27
Энэхүү сурах бичиг нь газар зүй, ой судлал, байгаль дэлхий, хүрээлэн буй орчин судлал, биологи, экологи, физик, химийн инженерчлэлийн чиглэлээр суралцаж буй оюутнууд сургалтын явцад юмс үзэгдлийн мөн чанар, бодисын шинж чанар, найрлага, элементүүдийн орц хэмжээг таньж мэдэх нарийвчлал сайтай шинжилгээний аргуудыг хээрийн судалгааны талбай болон лабораторын нөхцөлд эзэмшихэд зориулагдсан ба лаборатори, задлан шинжилгээний ажил, хээрийн судалгааны ажил бүр хичээлийн хөтөлбөрийн агуулгын дагуу хөрсний морфологи, механик бүрэлдэхүүн, хөрсний физик-химийн шинж чанарыг тодорхойлох аргын хүрээнд хийгджээ.