Inheritance and Natural History
Published on 12. December 2013
350 pages
978-0-00-740649-4 (ISBN)
Description
Ever wondered why primroses have three sorts of flowers; or about pesticide resistance in rats and mice, mosquitoes and green-fly; antibiotic resistance in disease organisms - all are examples of genetical adjustment, explained in this book.
This absorbing book is about genetics as it applies to the world around us. Its main aim is to show the ways in which inherited variation can help to explain the properties of natural populations: the differences between individuals, the extent and mechanism for transmitting characteristics from one generation to another, and the factors which control the frequency of a trait in a local group. It is thus of interest not only to naturalists but also to farmers and gardeners - indeed it is highly relevant to each one of us in the context of modern social planning.
Professor Berry's explanations, combining laboratory techniques for the biochemical study of changes in cells, an understanding of modern genetics, and field observations by himself and others, are addressed not just to the earnest student but to all those who wonder why people or organisms differ - why snails are striped; why mice have longer tails in Scotland than in England; why primroses have three sorts of flowers; or about melanic forms of moths, spiders and ladybirds in industrial areas; pesticide resistance in rats and mice, mosquitoes and green-fly; antibiotic resistance in disease organisms - all examples of genetical adjustment.
Illustrated with 110 drawings, 12 colour and 19 black and white photographs.
This absorbing book is about genetics as it applies to the world around us. Its main aim is to show the ways in which inherited variation can help to explain the properties of natural populations: the differences between individuals, the extent and mechanism for transmitting characteristics from one generation to another, and the factors which control the frequency of a trait in a local group. It is thus of interest not only to naturalists but also to farmers and gardeners - indeed it is highly relevant to each one of us in the context of modern social planning.
Professor Berry's explanations, combining laboratory techniques for the biochemical study of changes in cells, an understanding of modern genetics, and field observations by himself and others, are addressed not just to the earnest student but to all those who wonder why people or organisms differ - why snails are striped; why mice have longer tails in Scotland than in England; why primroses have three sorts of flowers; or about melanic forms of moths, spiders and ladybirds in industrial areas; pesticide resistance in rats and mice, mosquitoes and green-fly; antibiotic resistance in disease organisms - all examples of genetical adjustment.
Illustrated with 110 drawings, 12 colour and 19 black and white photographs.
Reviews / Votes
'An excellent exposition of the hows of natural selection and inheritance.'Jeremy Cherfas, New Scientist
'Professor Berry's profoundly important book is a worthy addition to the ecosystem, being in its form just as much as its theme an expression of the diversity of creation, and an excellent subject for natural selection.'
Richard Mabey, The Times
'Another new title in that quality New Naturalist series from Collins is Inheritance and Natural History, by R. J. Berry, a liberally illustrated examination of genetics largely in the British native flora and fauna, aimed at showing the ways in which inherited variation can help to explain the properties of natural populations. A complicated subject but made a lot clearer for the lay reader by Professor Berry's selection of subjects and examples.'
Coventry Evening Telegraph
More details
Series
Language
English
Place of publication
London
United Kingdom
Publishing group
HarperCollins Publishers
Product notice
Reflowable
File size
10,26 MB
ISBN-13
978-0-00-740649-4 (9780007406494)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Person
Professor Berry divides his working life between the Royal Free Hospital School of Medicine in Bloomsbury where he is Professor of Genetics in the University of London, and research on a wide variety of islands - Skokholm in Wales, members of the Faroe, Shetland, Orkney and Hebrides groups, and as far away as Hawaii and Enewetak Atoll in the Pacific and Macquarie Island in the Sub-Antarctic - studying genetical pressures on island populations.
