Газар доорхи усны тэжээмжийг усны түвшний хэлбэлзлээр тооцсон үр дүн (Ундайн голын жишээн дээр)

Authors

  • Д. Алтантунгалаг МУИС- ШУС, Геологи-Геофизикийи тэнхим

Keywords:

Water table fluctuation, groundwater recharge

Abstract

The temporal distribution of recharge in shallow aquifer along the river bed of Undai gol was investigated by water table fluctuation method using precipitation, water-level data.

In this study, we have synthesized three-year data derived from the monitoring studies as well field measurements. Recharge was calculated using Schict and Walton (1961) equation. Specific yield was selected as 0.2 due to local lithology of the water bearing rock; Δh was estimated based on the master cumulative decline graph, which was modified from the fluctuation trend of water table during the certain period. The actual water rises were measured, whereas the potential groundwater declines were calculated by equation (2). The main results are (1) the variation of groundwater recharge related to diurnal or seasonal intervals precipitation changes. (2) the water table quickly rises in response to recharge in the shallow aquifer. (3) the peak of ground water recharge was observed 30.76 centimeters in August, 2015 overlap to the maximum value of precipitation in the period. Unconfined aquifer in the study area was recharged only summer season.

Downloads

Download data is not yet available.

References

Bingguo. W., Menggui. J. (2008). Estimating groundwater recharge in Hebei Plain. China under varying land use practices using tritium and bromide tracers. Elsevier, (356)., 209-252.

Healy.R. W., Cook. P. G. (2002). Using groundwater levels to estimate recharge. Hydrogeology' Journal, 91-109.

Mijiddorj, P. (1992). Climate characteristics of Gobi desert of Mongolia. Ulaanbaatar.

Scanlon, B., Healy. R., & Cook. P. (2002). Choosing appropriate techniques for quantifying groundwater recharge. Hydrogeology Journal. 18-39.

Taylor. C., Alley. W. (2001). Groundwater level monitoring and the Infortance of the Long-term water lex el data. U.S.Geological Survey Circular. 1217.

Жадамбаа, Н. (2009). Гидрогеологи VIII боть. Монголын геологи ба ашигт (хуудас. 60-98 ).-Д Улаанбаатар: Соёмбо принтинг.

Мижиддорж.Р. (1992). Монгол орны Говь, цөлийн уур амьсгалын онцлог. Улаанбаатар.

Мөнхбаатар.Н, Санждорж.С, Олзийбаяр.Г, Чулуунбаатар.Ш. (2006). Оюутолгойн ордын үйлдвэрлэлийн усан хангамжийн зориулалтаар Гүний хоолой, Галбын говьд 2003-2004 онд хийсэн гидрогеологийн эрэл, хайгуулын ажлын тайлан. Ханбогд: Оюу толгой ХХК.

Оюутолгой, X. (2014). Өмнөгөвь аймгийн Ханбогд сумын нутагт байрлах Оюу толгой төслийн 2014 оны байгаль орчны менежментийн биелэлтийн тайлан. Оюу толгой ХХК.

Түвдэндорж, А.. Санждорж, С., Өлзийбаяр, Г. (2008). Гүний хоолойн газар доорхи усны ордын хайгуулын ажлын тайлан. 2008: Оюу толгой ХХК.

Downloads

Published

2023-10-24

How to Cite

Д. Алтантунгалаг. 2023. “Газар доорхи усны тэжээмжийг усны түвшний хэлбэлзлээр тооцсон үр дүн (Ундайн голын жишээн дээр)”. Geological Issues 14 (October):178-84. https://journal.num.edu.mn/geology/article/view/6059.

Issue

Section

Судалгааны өгүүллэг