Reproduction in Mammals: Volume 4, Reproductive Fitness
Cambridge University Press, Mar 21, 1985 - Medical - 256 pages
In this, our second edition of Reproduction in Mammals, we are responding to numerous requests for a more recent and rather more detailed treatment of the subject. The first edition was accorded an excellent reception, but the Books 1 to 5 were written twelve years ago and inevitably there have been advances on many fronts since then. As before, the manner of presentation is intended to make the subject matter interesting to read and readily comprehensible to undergraduates in the biological sciences, and yet have sufficient depth to provide a valued source of information to graduates engaged in both teaching and research. Our authors have been selected from among the best known in their respective fields. Book 4 pays particular attention to genetic, environmental, behavioural and immunological mechanisms that can contribute to an animal's overall reproductive fitness, through which natural selection must ultimately operate.
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Species differences in reproductive mechanisms R V Short
Genetics and reproduction R B Land
The environment and reproduction B K Follett
Reproductive behaviour B Keverne
Immunological factors in reproductive fitness V J Alexander
Reproductive senescence C E Adams
Other editions - View all
activity altricial androgens animals antibodies antigens birth intervals blastocyst body weight brain castration cells cent changes contraceptive correlation day-lengths deer effects embryo embryonic diapause embryonic mortality endocrine environment environmental eutherian example female fertility fetal fetus follicles genes genetic variation gestation gestation length gland GnRH gonadal gonadal hormones gonadotrophin groups growth hamsters heritability heterosis hormones human hypothalamus immune response immunological implantation inbreeding increase interactions lactation litter male mammalian mammals marsupials maternal behaviour maternal weight mating melatonin mice months mother mouse normal number of eggs occurs oestradiol oestrogen oestrous cycle oestrus offspring oocytes orchitis ovarian ovary ovulation rate patterns period pheromones photoperiodic physiological pituitary placenta plasma polygynous population pregnancy primates produce progesterone prolactin puberty R. V. Short rabbit rats relatively reproductive rodents Second Edition secretion selection sexual behaviour sheep social species sperm spermatozoa steroid strategies studies survival testicular testis testosterone tissue traits whales young