Basic Limnological Survey of Twenty-One Northern and Central Mongolian Lakes

This survey report presents basin morphology, water quality, and sedimentological data from twenty-one Mongolian lakes, and is meant to be used as a resource for future geological and biological investigations. The lakes are organized in three separate groups based on geographic loca...

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Main Authors: Kevin D. Robinson, Michael F. Rosenmeier, Nergui Soninkhishig
Format: Article
Language:English
Published: National University of Mongolia 2011-12-01
Series:Mongolian Journal of Biological Sciences
Subjects:
Online Access:http://mjbs.num.edu.mn/uploads/files/MJBS%20Volume%209%20Number%201-2%20December%202011/pdf/mjbs009-01-02-04.pdf
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author Kevin D. Robinson
Michael F. Rosenmeier
Nergui Soninkhishig
author_facet Kevin D. Robinson
Michael F. Rosenmeier
Nergui Soninkhishig
author_sort Kevin D. Robinson
collection DOAJ
description This survey report presents basin morphology, water quality, and sedimentological data from twenty-one Mongolian lakes, and is meant to be used as a resource for future geological and biological investigations. The lakes are organized in three separate groups based on geographic location, and the survey results from each lake are described in detail. A short discussion of local and regional factors infl uencing solute concentrations and pH levels of the lakes’ waters is presented. The lakes present at latitudes lower than N 50°00’ (i.e. central and north/central lakes) are distributed across an area of approximately 150,000 km 2 and vary considerably with respect to their water quality characteristics. Regional precipitation patterns as a function of geographic location and/or catchment specifi c processes are indentifi ed as the driving mechanisms for variations in solute concentrations and pH levels in these lakes. The surveyed lakes present at latitudes higher than N50°00’ (i.e. northern lakes) are distributed across a smaller area (approximately 180 km 2 ) and have relatively little variation in water quality characteristics. These lakes straddle the local taiga/alpine tundra transition zone, and elevation (i.e. valley placement) is identifi ed as the driving mechanism for inter-lake variations in solute concentrations and pH levels.
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spelling doaj.art-7ac51a52c50d4a5b94e4bf1d058c7bbe2022-12-21T21:17:41ZengNational University of MongoliaMongolian Journal of Biological Sciences1684-39082225-49942011-12-0191-2233810.22353/mjbs.2011.09.04Basic Limnological Survey of Twenty-One Northern and Central Mongolian LakesKevin D. Robinson0Michael F. Rosenmeier1Nergui Soninkhishig2Department of Geosciences, Paul C. Rizzo Associates, 500 Penn Center Blvd, PittsburghDepartment of Geology and Planetary Science, University of Pittsburgh, 4107 O’Hara St., Pittsburgh, PA 15260, USAepartment of Botany, School of Biology and Biotechnology, National University of Mongolia , Ulaanbaatar 210646, MongoliaThis survey report presents basin morphology, water quality, and sedimentological data from twenty-one Mongolian lakes, and is meant to be used as a resource for future geological and biological investigations. The lakes are organized in three separate groups based on geographic location, and the survey results from each lake are described in detail. A short discussion of local and regional factors infl uencing solute concentrations and pH levels of the lakes’ waters is presented. The lakes present at latitudes lower than N 50°00’ (i.e. central and north/central lakes) are distributed across an area of approximately 150,000 km 2 and vary considerably with respect to their water quality characteristics. Regional precipitation patterns as a function of geographic location and/or catchment specifi c processes are indentifi ed as the driving mechanisms for variations in solute concentrations and pH levels in these lakes. The surveyed lakes present at latitudes higher than N50°00’ (i.e. northern lakes) are distributed across a smaller area (approximately 180 km 2 ) and have relatively little variation in water quality characteristics. These lakes straddle the local taiga/alpine tundra transition zone, and elevation (i.e. valley placement) is identifi ed as the driving mechanism for inter-lake variations in solute concentrations and pH levels.http://mjbs.num.edu.mn/uploads/files/MJBS%20Volume%209%20Number%201-2%20December%202011/pdf/mjbs009-01-02-04.pdflimnologylakewater qualitysurvey
spellingShingle Kevin D. Robinson
Michael F. Rosenmeier
Nergui Soninkhishig
Basic Limnological Survey of Twenty-One Northern and Central Mongolian Lakes
Mongolian Journal of Biological Sciences
limnology
lake
water quality
survey
title Basic Limnological Survey of Twenty-One Northern and Central Mongolian Lakes
title_full Basic Limnological Survey of Twenty-One Northern and Central Mongolian Lakes
title_fullStr Basic Limnological Survey of Twenty-One Northern and Central Mongolian Lakes
title_full_unstemmed Basic Limnological Survey of Twenty-One Northern and Central Mongolian Lakes
title_short Basic Limnological Survey of Twenty-One Northern and Central Mongolian Lakes
title_sort basic limnological survey of twenty one northern and central mongolian lakes
topic limnology
lake
water quality
survey
url http://mjbs.num.edu.mn/uploads/files/MJBS%20Volume%209%20Number%201-2%20December%202011/pdf/mjbs009-01-02-04.pdf
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