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North Dakota Water Resources Research Institute
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Title: Benthic
Macroinvertebrates as Biological Indicators in North Dakota Lakes Focus Categories: Water Quality, Ecology, Wetlands Project
No. ND94-03 Principal
Investigator
Completion Report Butler,
M.G., Benthic Macroinvertebrates as Biological Indicators in North Dakota Lakes,
1997 Rept. No. ND94-03, North Dakota Water Resources Research Institute, North
Dakota State University, Fargo, 32 pages. Other
Publications Articles
in Refereed Scientific Journals Kiknadze,
I.I, M.G. Butler, K.G. Aimanova, E.N. Andreeva, J. Martin, and L.I. Ginderina.
Divergent Cytogenetic Evolution In Nearctic and Palearctic Populations Of
Sibling Species In Chironomus (Camptochironomus)
Kieffer. Canadian Journal of Zoology 76:361-376. Butler,
M.G., R.L. Rezanka, and K.M. Giovannielli. In press. Utility Of Species-Level
Identification Of Chironomus Larvae In
Biological Assessment Of Prairie Lakes. Proceedings of the International
Association for Theoretical and Applied Limnology 27:xx-xx. Butler,
M.G., I.I. Kiknadze, V.V. Golygina, J. Martin, A.G. Istomina, W.F. Wuelker, J.E.
Sublette, and M.E. Sublette. In press. Cytogenetic Differentiation Between
Palearctic and Nearctic Populations Of Chironomus
plumosus L. (Diptera, Chironomidae). Genome 42: xx-xx. Rezanka,
Richard L., 1998, Benthic Macroinvertebrates as Biological Indicators in North
Dakota Lakes, “M.S. Thesis,”
Department of Zoology, North Dakota State University, 85 pages. Giovannielli,
K., M. Butler and R. Rezanka, Assessing Water Quality in North Dakota Lakes
using Benthic Macroinvertebrates, in Proceedings of the Fifth Biennial North
Dakota Water Quality Symposium, B.D. Seelig, ed. NDSU Extension Service, pp.
99-106. Significant Findings It
was learned that North Dakota lakes have a simple and fairly uniform benthic
invertebrate community, dominated by three genera of dipteran larvae that are
tolerant of hypoxic conditions. The eight species of the predominant genus Chironomus
were distributed among lakes along a gradient related to both relative depth and
summer oxygen levels. Unlike deeper stratified lakes, where variations in the
composition of the benthic fauna have been closely linked to lake productivity
variables via both food and oxygen requirements, the fauna of these prairie
lakes is highly dependent on basin shape and exposure to wind-mixing. Thus
interpretation of “water quality” conditions from benthic macroinvertebrates
must be made in the context of lake morphometry as well as trophic variables. |
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