Thermal, oxygen and conductance characteristics of a new an…
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transparent Author: Mullan, James W.
transparent Title Statement: Thermal, oxygen and conductance characteristics of a new and old Ozark reservoir / James W. Mullan, David I. Morais and Richard L. Applegate.
transparent Published: Washington, D.C. : U.S. Dept. of the Interior, Bureau of Sport Fisheries and Wildlife, 1970.
transparent Description: 29 pages : illustrations, tables ; 26 cm.
transparent Series: (Technical papers of the Bureau of Sport Fisheries and Wildlife ; 52)
transparent General Note: "April 1970."
transparent With Note: Bound with: Surface currents as determined by drift card releases on the continental shelf off the northwestern United States (Technical Paper 48) ; Age, growth, sex composition, and maturity of white bass in Bull Shoals Reservoir (Technical Paper 49) ; Food habits of five centrarchids during filling of Beaver Reservoir, 1965-66 (Technical Paper 50) ; Identification of ingested gizzard shad and threadfin shad by gizzard dimensions (Technical Paper 51).
transparent Bibliography Note: Includes bibliographical reference (pages 12-13).
transparent Summary, Etc. Note: Abstract: Thermal, oxygen and conductance characteristics are described for two impoundments of the White River in Arkansas and Missouri, from 1963 to 1967. Warming of hypolimnetic waters in Beaver lagged behind that of Bull Shoals owing to epilimnetic turbidity. Annual heat budgets for Bull Shoals were consistently higher than those of Beaver Reservoir; when adjusted for mean depth, heat budgets did not differ significantly from those of natural lakes. Successive annual increases in water transparency, depth of thermocline formation, and oxygen content of underlying waters were evident in new Beaver Reservoir. Oxygen distribution graded from clinograde through orthograde in both reservoirs. Irregular patterns of oxygen distribution were related to the manner in which winter-stored water was depleted or retained. Comparison with other waters for nearly all measurements realted to biological productivity suggests an oligomesotrophi​c classification. Average conductance of Beaver Reservoir was inversely correlated with inflow volume; in Bull Shoals Reservoir, highest values were in periods of high inflow and water exchange.
transparent Action Note: will digitize $c 20140129 $z Queued for digitization January 29, 2014 $2 pda $5 miu
transparent Local Note: NWRCCatalogISO2​0250428
transparent Additional Physical Forms: Online version: Mullan, James W. Thermal, oxygen and conductance characteristics of a new and old Ozark reservoir. Washington, D.C. : U.S. Dept. of the Interior, Bureau of Sport Fisheries and Wildlife, 1970 (OCoLC)90357595​2
transparent Subject: Reservoirs-​-​Water quality.
transparent Reservoirs-​-​Water temperature.
transparent Reservoirs-​-​Oxygen.
transparent Name Added Entry: Morais, David I.
transparent Applegate, Richard L.
transparent United States. Bureau of Sport Fishes and Wildlife.
transparent Title Added Entry: Technical Report Archive & Image Library (TRAIL)
transparent Series Added Entry: Technical papers of the Bureau of Sport Fisheries and Wildlife ; 52.

Items

Copy Call Number Location Item ID Status
1. Collapse for less details 1 FWS TP no. 52 Library Collection e90019837 Available for Circulation
1 Vertical Data
Media: Electronic document