FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1995021583> ?p ?o ?g. }

• W1995021583 endingPage "248" @default.
• W1995021583 startingPage "231" @default.
• W1995021583 abstract "Summary The seasonal or cyclical changes in the size, histology and secretions of the male reproductive organs and accessory glands of certain mammals are reviewed briefly. Some mammals such as man and the laboratory rat are fertile throughout the year whereas others such as the Red deer stag and the mole are fertile only at certain periods. The male's cycle cannot necessarily be inferred from the female's cycle in those mammals that have a seasonal cycle, neither can it be inferred from rutting or copulatory behaviour. In some species the male is fecund throughout the year whereas the female has a well defined breeding season or seasons, which is defined as the period between conception and parturition. It is stressed that morphological changes, whether macroscopic or histological, do not necessarily reflect the secretory activity of the gland and that the presence of spermatozoa indicates fecundity, not fertility. The information available on the reproductive organs, accessory glands and breeding cycles of mammals which occur in Britain is summarized. The majority of these mammals exhibit a seasonal cycle. The reproductive cycle of Fallow, Red and Sika deer, which are temperate species, can be correlated with the shedding and growth of antlers; for Red and Sika deer this is controlled by changes in the photoperiod. Two tropical mammals, the wildebeest and the hippopotamus, are considered and in the wildebeest we may have an animal which has a well–defined rutting period although spermatogenesis proceeds throughout the year. Although the male hippopotamus is sexually active throughout the year, there are peaks in the calving season which can be correlated with the rainy seasons. In some hibernating insectivores and rodents, recrudescence of the gonads and accessory glands begins before hibernation finishes. In temperate bats insemination usually takes place in the Autumn and this is followed by hibernation, fertilization not taking place until the Spring. Fertilization in some species of Miniopterus takes place after copulation but growth of the embryo is retarded during hibernation. Finally, the causes of the cyclical waxing and waning of the reproductive organs and accessory glands and the effects of various external stimuli are considered. Very little experimental work has been done in this field apart from that on the effect of light on some domesticated species." @default.
• W1995021583 created "2016-06-24" @default.
• W1995021583 creator A5064156765 @default.
• W1995021583 date "1972-05-01" @default.
• W1995021583 modified "2023-10-16" @default.
• W1995021583 title "Seasonal changes in the gonads and accessory glands of male mammals" @default.
• W1995021583 cites W1480611720 @default.
• W1995021583 cites W1968525625 @default.
• W1995021583 cites W1971489957 @default.
• W1995021583 cites W1972713679 @default.
• W1995021583 cites W1982523153 @default.
• W1995021583 cites W1983854090 @default.
• W1995021583 cites W1994720806 @default.
• W1995021583 cites W1996095570 @default.
• W1995021583 cites W2004802014 @default.
• W1995021583 cites W2006989731 @default.
• W1995021583 cites W2007384651 @default.
• W1995021583 cites W2009622902 @default.
• W1995021583 cites W2010779109 @default.
• W1995021583 cites W2011582332 @default.
• W1995021583 cites W2021954597 @default.
• W1995021583 cites W2028765645 @default.
• W1995021583 cites W2030653517 @default.
• W1995021583 cites W2031725497 @default.
• W1995021583 cites W2035310748 @default.
• W1995021583 cites W2037885960 @default.
• W1995021583 cites W2040801855 @default.
• W1995021583 cites W2042924330 @default.
• W1995021583 cites W2044109501 @default.
• W1995021583 cites W2050692119 @default.
• W1995021583 cites W2050973608 @default.
• W1995021583 cites W2051323916 @default.
• W1995021583 cites W2051349927 @default.
• W1995021583 cites W2053900086 @default.
• W1995021583 cites W2053990895 @default.
• W1995021583 cites W2056269143 @default.
• W1995021583 cites W2061394340 @default.
• W1995021583 cites W2074613352 @default.
• W1995021583 cites W2076005067 @default.
• W1995021583 cites W2078059047 @default.
• W1995021583 cites W2078492475 @default.
• W1995021583 cites W2080065225 @default.
• W1995021583 cites W2080719440 @default.
• W1995021583 cites W2080829352 @default.
• W1995021583 cites W2081113454 @default.
• W1995021583 cites W2081869686 @default.
• W1995021583 cites W2083619709 @default.
• W1995021583 cites W2084830205 @default.
• W1995021583 cites W2085577137 @default.
• W1995021583 cites W2085910464 @default.
• W1995021583 cites W2086367655 @default.
• W1995021583 cites W2090536612 @default.
• W1995021583 cites W2092009360 @default.
• W1995021583 cites W2092396839 @default.
• W1995021583 cites W2093124031 @default.
• W1995021583 cites W2099728810 @default.
• W1995021583 cites W2100914333 @default.
• W1995021583 cites W2102857956 @default.
• W1995021583 cites W2113829902 @default.
• W1995021583 cites W2117865367 @default.
• W1995021583 cites W2128774376 @default.
• W1995021583 cites W2139217195 @default.
• W1995021583 cites W2152584919 @default.
• W1995021583 cites W2156569394 @default.
• W1995021583 cites W2166122934 @default.
• W1995021583 cites W2167824077 @default.
• W1995021583 cites W2169885863 @default.
• W1995021583 cites W2275737158 @default.
• W1995021583 cites W2291426889 @default.
• W1995021583 cites W2302841488 @default.
• W1995021583 cites W2312720294 @default.
• W1995021583 cites W2313474065 @default.
• W1995021583 cites W2319607983 @default.
• W1995021583 cites W2334740371 @default.
• W1995021583 cites W2396634625 @default.
• W1995021583 cites W2405795935 @default.
• W1995021583 cites W2494255314 @default.
• W1995021583 cites W2498630538 @default.
• W1995021583 cites W2506610127 @default.
• W1995021583 cites W2581304250 @default.
• W1995021583 cites W2733483345 @default.
• W1995021583 cites W3207319729 @default.
• W1995021583 cites W4251045902 @default.
• W1995021583 cites W4253338423 @default.
• W1995021583 cites W2003566855 @default.
• W1995021583 doi "https://doi.org/10.1111/j.1365-2907.1972.tb00094.x" @default.
• W1995021583 hasPublicationYear "1972" @default.
• W1995021583 type Work @default.
• W1995021583 sameAs 1995021583 @default.
• W1995021583 citedByCount "9" @default.
• W1995021583 countsByYear W19950215832012 @default.
• W1995021583 crossrefType "journal-article" @default.
• W1995021583 hasAuthorship W1995021583A5064156765 @default.
• W1995021583 hasConcept C102874275 @default.
• W1995021583 hasConcept C144024400 @default.
• W1995021583 hasConcept C149923435 @default.
• W1995021583 hasConcept C17458331 @default.
• W1995021583 hasConcept C18903297 @default.

• next