FISH, MARIE POLAND. 



1932. Contributions to the early life his- 

 tories of sixty-two species of fishes 

 from Lake Erie and its tributary waters. 

 U.S. Bur. Fish., Bull. 47:293-398. 



Profusely illustrated description of 

 various stages of early development 

 with notes on the occurrence of young 

 and on breeding habits of the adults. 

 Includes directions for preparation of 

 specinnens. 



From the nature of core samples from 

 various depths it is concluded that in a 

 period identified as post -Algonquin and 

 pre-Nipissing, the level of Lake 

 Michigan was 350 feet below the present 

 stage. This low-level "Lake Chippewa" 

 drained northward through the Straits 

 of Mackinac into a low-level Lake 

 Huron, termed "Lake Stanley." 



JONES, DAVID L., vide: CHARLES F. 

 POWERS. 



GREEN, CHARLES K. 



I960. Physical hydrography and tempera- 

 ture. In Charles J. Fish and associ- 

 ates, Linnnological survey of eastern 

 and central Lake Erie, 1928-29, p. 11-69. 

 U.S. Fish Wildl. Serv., Spec. Sci. Rep. 

 Fish. 334. 



Contains extensive data and discussion 

 (supported by tables and diagrams) on 

 surface and subsurface (reversing 

 thermometer) temperatures. Discusses 

 relation of these data to meteorological 

 conditions with particular relation to 

 subsurface water movements and 

 seiches. Greatest attention is given the 

 primary seiches, although other oscil- 

 lations are discussed. Some data are 

 given on currents (surface and sub- 

 surface) and on transparency (Secchi 

 disk). 



HEARD, WILLIAM H. 



1962. The Sphaeriidae (Mollusca: Pel- 

 ecypoda) of the North American Great 

 Lakes. Amer. MidlandNatur. 67( 1): 194- 

 198. 



Numbers of species recorded for the 

 different Lakes were: Superior, 6; 

 Michigan, 20; Huron, 20; Erie, 14; 

 Ontario, 26. Some species are more 

 abundant than others, and occurrence 

 varies with depthof water and substrate. 



HOUGH, JACK L. 



1952. Fathogrann indications of bottom ma- 

 terials in Lake Michigain. J. Sediment. 

 Petrol. 22:162-172. 



Fathograms obtained in Lake Michigan 

 by comnnercial sonic sounding equip- 

 ment showed characteristic traces for 

 sand, till, and clay bottom. Multiple 

 traces were correlated with specific 

 clay strata. 



HOUGH, JACK L. 



1955. Lake Chippewa, a low stage of Lake 

 Michigan indicated by bottom sediments. 

 Geol. Soc. Amer., Bull. 66:957-968. 



MUNDINGER, PAUL C, vide: CHARLES F. 

 POWERS. 



MUNTER, CASIMIR J. 



I960. Chemical observations on pollution. 

 In Charles J. Fish and associates, 

 Limnological survey of eastern and 

 central Lake Erie, 1928-29, p. 111-122. 

 U.S. Fish Wildl. Serv., Spec. Sci. Rep, 

 Fish. 334. 



Physical and chemical data (tem- 

 perature, turbidity, pH, oxygen, alka- 

 linity, carbon dioxide, chloride) fronn 

 harbor areas and selected inshore sta- 

 tions gave no reason to believe that 

 pollution caused decline of commercial 

 fish stocks. Polluted areas were highly 

 restricted. Fishes living in rivers and 

 harbors may have been harmed and some 

 spawning grounds could have been 

 damaged. 



PARMENTER, RICHARD. 



1929a. Hydrography. In A biological sur- 

 vey of the Erie-Niagara System, 

 p. 45-55. N.Y. Conserv. Dep., Suppl. 

 18th Annu. Rep. 



Report on same materials covered 

 in paper issued by sanne author in 

 sanne year under similar title. 



PARMENTER, RICHARD. 



1929b. Hydrography of Lake Erie. In Pre- 

 liminary report on the cooperative sur- 

 vey of Lake Erie--season of 1928, 

 p. 25-50. Buffalo Soc. Nat. Sci., Bull. 

 14(3). 



Report on physical limnology of 

 eastern Lake Erie including data on 

 vertical and horizontal distribution of 

 temperature, on currents (both the 

 "natural flow" and currents resulting 

 from wind, pressure gradients . . .), and 

 on transparency. 



PEGRUM, REGINALD H. 



1929. Topography of the Lake Erie basin. 

 In Preliminary report on the cooperative 



49 



