POPULATION UYCLES IN SMALL MAMMALS
393
Golley, F. B. (1960). Ecol. Monogr. 30, 187-206. Energy dynamics of a food chain
Green, R. G. and Larson, C. L. (1938). Science 87, 298-299. Shock disease in
the snowshoe hare cycle.
Grodzinski, W. (1971). Acta Theriol. 16, 231-275. Energy flow through populations of small mammals in the Alaskan taiga forest.
Grodzinski, W., Bobek, B., Drozdz, A. and Gorecki, A. (1969). I n “Energy
Flow Through Small Mammal Populations” (K. Petrusewicz and L.
Ryszkowski, Eds), pp. 291-298. Energy flow through small rodent populations in a beech forest.
Grodzinski, W., Gorecki, A., Janas, K. and Migula, P. (1966). Acta Theriol. 11,
419431. Effect of rodents on the primary production of alpine meadows
in Bieszczady mountains.
Gross, A. 0. (1947). Auk 64, 684-601. Cyclic invasion of the snowy owl and the
migration of 1945-1946.
Hagen, Y. (1969). Fauna (Oelo) 22, 73-126. Norwegian studies on the reproduction of birds of prey and owls in relation to micro-rodent population
fluctuations. (English summary)
Hamilton, W. J. Jr. (1937). J. agric. Res. 54, 779-790. The biology of microtine
cycles.
Hansson, L. (1971). Ann. 2001. Fennici 8,118-126. Estimates of the productivity
of small mammals in a south Swedish spruce plantation.
Haynes, D. W. and Thompson, D. Q. (1965). Tramactions of the Thirtieth North
American Wildl. and Nat. Reeources Conf. 393-400. Methods for estimating
microtine abundance.
Hewitt, C. G. (1921). “The Conservation of the Wild Life of Canada”. 344 pp.
Scribner’s, New York.
Hill, A. B. (1959). “Principles of Medical Statistics”. 314 pp. Lancet Ltd., London.
Hoffmann, R. S. (1958). Ecol. Monogr. 28, 79-109. The role of reproduction and
mortality in population fluctuations of voles (Microtw).
Honer, M. R. (1963). Ardea 51, 168-195. Observations on the barn owl (Tyto
alba guttata) in the Netherlands in relation to its ecology and population
fluctuations.
Houlihan, R. T. (1963). Univ. Calq. PubL 2001. 65, 327-362. The relationship of
population density to endocrine and metabolic changes in the California vole,
Microtwr Caliifornicw.
Howell, A. B. (1923). J. Mammal. 4, 149-165. Periodic fluctuations in the numbers
of small mammals.
Jenkins, D., Watson, A. and Miller, G. R. (1964). J. appl. Ecol. 1, 183-195.
Predation and red grouse populations.
Jewell, P. A. and Fullagar, P. J. (1966). J. Zool., London 150, 501-509. Body
measurements of small mammals: sources of error and anatomical changes.
Kalela, 0. (1957). Ann. Acad. Sci. Fenn. Ser. A., IV, 34, 1-60. Regulation of
reproduction rate in subarctic populations of the vole C~kthrionomyo rufocanw
(Sund.).
Kalela, 0. (1962). Ann. A d . Sci. Fenn. Ser. A., JY, 66, 1-38. On the fluctuations
in the numbers of arctic and boreal small rodents as a problem of production
biology.
Kalela, 0. and Koponen, T. (1971). Ann. 2002. FenniCi. 8, 80-84. Food consumption and movements of the Norwegian lemmings in areas characterized by
isolated fells.
of an old-field community.
393
Golley, F. B. (1960). Ecol. Monogr. 30, 187-206. Energy dynamics of a food chain
Green, R. G. and Larson, C. L. (1938). Science 87, 298-299. Shock disease in
the snowshoe hare cycle.
Grodzinski, W. (1971). Acta Theriol. 16, 231-275. Energy flow through populations of small mammals in the Alaskan taiga forest.
Grodzinski, W., Bobek, B., Drozdz, A. and Gorecki, A. (1969). I n “Energy
Flow Through Small Mammal Populations” (K. Petrusewicz and L.
Ryszkowski, Eds), pp. 291-298. Energy flow through small rodent populations in a beech forest.
Grodzinski, W., Gorecki, A., Janas, K. and Migula, P. (1966). Acta Theriol. 11,
419431. Effect of rodents on the primary production of alpine meadows
in Bieszczady mountains.
Gross, A. 0. (1947). Auk 64, 684-601. Cyclic invasion of the snowy owl and the
migration of 1945-1946.
Hagen, Y. (1969). Fauna (Oelo) 22, 73-126. Norwegian studies on the reproduction of birds of prey and owls in relation to micro-rodent population
fluctuations. (English summary)
Hamilton, W. J. Jr. (1937). J. agric. Res. 54, 779-790. The biology of microtine
cycles.
Hansson, L. (1971). Ann. 2001. Fennici 8,118-126. Estimates of the productivity
of small mammals in a south Swedish spruce plantation.
Haynes, D. W. and Thompson, D. Q. (1965). Tramactions of the Thirtieth North
American Wildl. and Nat. Reeources Conf. 393-400. Methods for estimating
microtine abundance.
Hewitt, C. G. (1921). “The Conservation of the Wild Life of Canada”. 344 pp.
Scribner’s, New York.
Hill, A. B. (1959). “Principles of Medical Statistics”. 314 pp. Lancet Ltd., London.
Hoffmann, R. S. (1958). Ecol. Monogr. 28, 79-109. The role of reproduction and
mortality in population fluctuations of voles (Microtw).
Honer, M. R. (1963). Ardea 51, 168-195. Observations on the barn owl (Tyto
alba guttata) in the Netherlands in relation to its ecology and population
fluctuations.
Houlihan, R. T. (1963). Univ. Calq. PubL 2001. 65, 327-362. The relationship of
population density to endocrine and metabolic changes in the California vole,
Microtwr Caliifornicw.
Howell, A. B. (1923). J. Mammal. 4, 149-165. Periodic fluctuations in the numbers
of small mammals.
Jenkins, D., Watson, A. and Miller, G. R. (1964). J. appl. Ecol. 1, 183-195.
Predation and red grouse populations.
Jewell, P. A. and Fullagar, P. J. (1966). J. Zool., London 150, 501-509. Body
measurements of small mammals: sources of error and anatomical changes.
Kalela, 0. (1957). Ann. Acad. Sci. Fenn. Ser. A., IV, 34, 1-60. Regulation of
reproduction rate in subarctic populations of the vole C~kthrionomyo rufocanw
(Sund.).
Kalela, 0. (1962). Ann. A d . Sci. Fenn. Ser. A., JY, 66, 1-38. On the fluctuations
in the numbers of arctic and boreal small rodents as a problem of production
biology.
Kalela, 0. and Koponen, T. (1971). Ann. 2002. FenniCi. 8, 80-84. Food consumption and movements of the Norwegian lemmings in areas characterized by
isolated fells.
of an old-field community.