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Publications

Welcome to the Great Lakes Science Center's Publications page.

Filter Total Items: 2804

Life history of lake herring in Lake Superior Life history of lake herring in Lake Superior

The average annual commercial catch of lake herring (Coregonus artedi) in U.S. waters of Lake Superior was nearly 12 million pounds in 1929-61. This production contributed 62.4 percent of the total U.S. take of lake herring for the Great Lakes. About 90 percent of the annual catch is taken from small-mesh gill nets during the November-December spawning season. The life-history studies...
Authors
William R. Dryer, Joseph Beil

Quantitation of microorganic compounds in waters of the Great Lakes by adsorption on activated carbon Quantitation of microorganic compounds in waters of the Great Lakes by adsorption on activated carbon

Microorganic compounds in waters of Lakes Michigan and Huron have been sampled by adsorption on activated carbon in filters installed aboard the M/V Cisco and at the Hammond Bay Laboratory of the U.S. Bureau of Commercial Fisheries. The organic compounds were eluted from the carbon according to techniques developed at the U.S. Public Health Service. On the assumption that chloroform...
Authors
Stacy L. Daniels, Lloyd L. Kempe, E. S. Graham, Alfred M. Beeton

The movements of walleyes tagged as yearlings in Lake Erie The movements of walleyes tagged as yearlings in Lake Erie

A total of 3,998 yearling walleyes, Stizostedion vitreum vitreum (Mitchill), were captured, tagged, and released along the south shore of western Lake Erie to determine their movements and their dispersal from a known nursery area. Four hundred ninety-nine recoveries were made over a period of 3 years. Tagged walleyes traveled primarily north toward the islands in the Western Basin...
Authors
David R. Wolfert

Biological Laboratory, Ann Arbor, Michigan Biological Laboratory, Ann Arbor, Michigan

This laboratory located about 40 miles west of Detroit, near the intersection of highways I-94 and US-23, can be reached by bus, railroad, or via commercial airlines to Detroit Willow Run or Metropolitan airports. Field biological stations are located in Wisconsin at Ashland; in Ohio at Sandusky; and in Michigan at Ludington, Marquette, Millersburg, and Northville.
Authors
James W. Moffett

Age and growth of the whitefish in Lake Superior Age and growth of the whitefish in Lake Superior

The average annual commercial production of whitefish in the U.S. waters of Lake Superior dropped from 2,194,000 pounds in 1879-1908 to 504,000 pounds in 1911-59. The modern production, though far below the earlier, has accounted for more than 10 percent of the total value of the fishery in all but one of the last 20 years. Data are given on growth rate, age and year-class composition...
Authors
William R. Dryer

Some phases of the life history of the trout-perch Some phases of the life history of the trout-perch

The trout-perch, Percopsis omiscomaycus (Walbaum), is one of the more abundant forage fishes in the larger lakes of midwestern United States and central Canada where walleye, Stizostedion v. vitreum (Mitchill), yellow perch, Perca flavescens (Mitchill), and coregonids predominate. It has been suggested that it may have considerable effect on perch and walleye populations of these lakes...
Authors
John L. Magnuson, Lloyd L. Smith

Age, growth, and maturity of round whitefish of the Apostle Islands and Isle Royale Regions, Lake Superior Age, growth, and maturity of round whitefish of the Apostle Islands and Isle Royale Regions, Lake Superior

The round whitefish has been of some commercial importance in the upper Great Lakes but production in Lake Superior has generally been small; the United States average was 26,600 pounds for 1929-59. This study is based on 1,173 fish collected in the Apostle Islands in 1958-60 and 103 collected at Isle Royale in 1958 and 1960. The average age of 6.0 years at Isle Royale was concluded to...
Authors
Merryll M. Bailey

The movement, heterogeneity, and rate of exploitation of walleyes in northern Green Bay, Lake Michigan, as determined by tagging The movement, heterogeneity, and rate of exploitation of walleyes in northern Green Bay, Lake Michigan, as determined by tagging

The Michigan waters of northern Green Bay are an important center for commercial and sport fishing. This 400-square-mile area has supported a commercial fishery for many years but the development of the intensive sport fishery is more recent, mostly since World War II. The commercial fishery is based on several species, whereas anglers are particularly interested in the walleye...
Authors
Walter R. Crowe, Ernest G. Karvelis, Leonard S. Joeris

The use of alkalinity and conductivity measurements to estimate concentrations of 3-trifluormethyl-4-nitrophenol required for treating lamprey streams The use of alkalinity and conductivity measurements to estimate concentrations of 3-trifluormethyl-4-nitrophenol required for treating lamprey streams

A method has been devised to estimate the minimum concentration of TFM that will kill sea lampreys and the maximum that will not kill fish. It is based on the relation of these concentrations to the alkalinity and the conductivity of various waters. Pretreatment bioassays will continue to be required for precise determination of treatment concentrations, but the estimates made possible...
Authors
Richard K. Kanayama

A study of the food habits of some Lake Erie fish A study of the food habits of some Lake Erie fish

A study of the food habits by means of stomach analyses of eight species of Lake Erie fishes was begun June 16, 1958. The species studied were smelt, yellow perch, troutperch, spottail shiner, sheepshead, yellow walleye (hereafter termed walleye), gizzard shad, and alewife. In a similar manner, stomach analyses were made of the white bass and channel catfish. Both projects were parts of...
Authors
John W. Price

Limnological survey of Lake Erie 1959 and 1960 Limnological survey of Lake Erie 1959 and 1960

Federal, provincial, state, and university organizations participated in cooperative limnological surveys of Lake Erie in September 1959 and August 1960 to determine the extent and severity of the low dissolved-oxygen content of the hypolimnetic waters. Observations were restricted to the central basin in 1959, but were lake-wide in 1960. Approximately 70 percent of the bottom waters of...
Authors
Alfred M. Beeton
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