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Managing Forest Ecosystems #9: Landscapes, Genomics and Transgenic Conifers

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Managing Forest Ecosystems #9: Landscapes, Genomics and Transgenic Conifers Cover

 

Synopses & Reviews

Publisher Comments:

What is the future of genetically modified (or transgenic) conifer plantations? The content of this edited volume Landscapes, Genomics and Transgenic Conifers addresses this question directly - and indirectly - using language drawn from policy, forest history, genomics, metabolism, pollen dispersal and gene flow, landscape ecology, evolution, economics, technology transfer and regulatory oversight. Although the book takes its title from a Nicholas School Leadership forum held November 17-19, 2004 at Duke University, its de novo contents move past the forum's deliberations. The result is a trans-disciplinary book composed of 14 chapters written by a total of 31 authors working in North America, South America, Europe and Africa. The book is written for policy experts, life scientists, government and business leaders, biotechnology writers and activists. Few decision-makers realize the unprecedented degree to which transgenic technology is now possible for forests on a commercial scale. Only a handful of the 550 living conifer species is used for commodity value and even fewer species are being developed for transgenic plantations. Transgenic field trials started within the last decade but no transgenic pine plantations exist in 2005. But emergence of transgenic forest trees is still so recent that dialogue about the pros and cons is confined to the scientific community. And dialogue must move out into the public domain. So little opportunity remains for opening public dialogue. The pursuit of transgenic research for forest trees is principally corporate so novel forest tree phenotypes are created as a means to increase shareholder value for investor companies. And while potential benefits will accrue to shareholders, ecological risks for certain transgenic traits are likely to be shared due to long-distance gene flow and inadequate bioconfinement measures. So this is a question riddled with tension. Without public deliberation, we should expect alienation of several interest groups. Alienation will lead to heightened clashes in the public policy arena or even radical environmental action. But how to move dialogue on transgenic forests forward? One must re-frame the issues behind transgenic conifer plantations. The goal of this volume is to provide content for public deliberations about the genetic composition of future forests. Its Section I is composed of provocative and opposing views on the question of transgenic conifer plantations. Sections II and III follow with research advances on relevant conifer genomics and ecology research, respectively. Section IV forecasts rates of technology adoption for different case studies. Finally, Section V compares the status of regulatory oversight of transgenic forest trees between Canada and the United States. But will the book fulfil its goal? The burden of the answer lies with its readers. Will readers act - or will transgenic forests be seen as too remote or simply too rural to bother with the angst of public deliberation?

Synopsis:

The book is written for policy experts, life scientists, government and business leaders, biotechnology writers and social activists. Few decision-makers realize the unprecedented degree to which transgenic technology is now possible for forests on a commercial scale. Only a handful of the 550 living conifer species is used for commodity value and even fewer species are being developed for transgenic plantations. Transgenic field trials started within the last decade but no transgenic pine plantations exist in 2005. But emergence of transgenic forest trees is still so recent that dialogue about the pros and cons is confined to the scientific community. And dialogue must move out into the public domain.

The goal of this volume is to provide content for public deliberations about the genetic composition of future forests. Its Section I is composed of provocative and opposing views on the question of transgenic conifer plantations. Sections II and III follow with research advances on relevant conifer genomics and ecology research, respectively. Section IV forecasts rates of technology adoption for different case studies. Finally, Section V compares the status of regulatory oversight of transgenic forest trees between Canada and the United States.

Synopsis:

What is the future of genetically modified (or transgenic) conifer plantations? The content of this edited volume Landscapes, Genomics and Transgenic Conifers addresses this question directly - and indirectly - using language drawn from policy, forest history, genomics, metabolism, pollen dispersal and gene flow, landscape ecology, evolution, economics, technology transfer and regulatory oversight. Although the book takes its title from a Nicholas School Leadership forum held November 17-19, 2004 at Duke University, its de novo contents move past the forum's deliberations. The result is a trans-disciplinary book composed of 14 chapters written by a total of 31 authors working in North America, South America, Europe and Africa. The book is written for policy experts, life scientists, government and business leaders, biotechnology writers and activists. Few decision-makers realize the unprecedented degree to which transgenic technology is now possible for forests on a commercial scale. Only a handful of the 550 living conifer species used for commodity value and even fewer species are being developed for transgenic plantations. Transgenic field trials started within the last decade but no transgenic pine plantations exist in 2005. But emergence of transgenic forest trees is still so recent that dialogue about the pros and cons is confined to the scientific community. And dialogue must move out into the public domain. The goal of this volume is to provide content for public deliberations about the genetic composition of future forests. Its Section I is composed of provocative and opposing views on the question of transgenic conifer plantations. Sections II and III follow with research advances on relevant conifer genomics and ecology research, respectively. Section IV forecasts rates of technology adoption for different case studies. Finally, Section V compares the status of regulatory oversight of transgenic forest trees between Canada and the United States. But will the book fulfil its goal? The burden of the answer lies with its readers. Will readers act - or will transgenic forests be seen as too remote or simply too rural to bother with the angst of public deliberation?

Table of Contents

Introduction; C.G. Williams. Section I: Pros and Cons for Transgenic Conifer Plantations. 1. Foresters and DNA; J. Ausubel et al. 2. Questioning Commercial Use of Transgenic Conifers; C.G. Williams. 3. It's Just A Crop: Public Perception and Transgenic Trees; S. Anderson. Section II: Genomics Methods, Resources and Alternative Applications. 4. Genomics Resources for Conifers; J. Dean. 5. A New Direction for Conifer Genomics; K. Ritland et al. 6. Using Genomics to Study Evolutionary Origins of Seeds; E. Brenner, D. Stevenson. 7. Metabolic Profiling for Transgenic Forest Trees; H. Häggmann, R. Julkunen-Tiitto. Section III: Viewing Transgenic Conifer Plantations on A Landscape Scale. 8. Dispersal of Transgenic Conifer Pollen; G. Katul et al. 9. Gene Flow in Conifers; J. Mitton, C.G. Williams. 10. Pines as Invasive Aliens: Outlook for Transgenic Conifers in the Southern Hemisphere; D. Richardson, R. Petit. Section IV: Economics of Transgenic Technology Adoption. 11. Economic Prospects and Policy Framework for Forest Biotechnology for the Southern United States and South America; F. Cubbage et al. 12. Transgenic Forest Trees and Private Forests; M. Megalos. Section V: Government Regulations and Biosafety. 13. Canada's Regulatory Approach; A.-C. Bonfils. 14. Biosafety of Transgenic Forests in the United States; R. Irwin, P. Jones.

Product Details

ISBN:
9781402038686
Author:
Williams, C. G.
Publisher:
Springer
Editor:
Williams, Claire G.
Author:
Williams, Claire G.
Author:
Williams, Cg
Subject:
Biology
Subject:
Genetic engineering
Subject:
Conifers
Subject:
Life Sciences - Biology - General
Subject:
Life Sciences - Ecology
Subject:
Life Sciences - Botany
Subject:
Plant genetic engineering.
Subject:
Transgenic plants.
Subject:
Agriculture & Animal Husbandry
Subject:
Agriculture
Subject:
Landscape ecology
Subject:
Forestry.
Subject:
Wood Science
Subject:
Technology
Subject:
Plant genetics
Subject:
Genomics
Subject:
Earth sciences, geography, environment, planning
Subject:
D/Technology Policy
Subject:
Wood Science & Technology
Subject:
Plant Genetics & Genomics
Subject:
R & D/Technology Policy <P>This book shows that genetically engineered forest trees are now feasible on a commercial scale</P> <P>First book to lay out pros and cons&nbsp;on the&nbsp;genetically engineered conifer forests to a broader audience looking at
Subject:
Biology-General
Subject:
R & D/Technology Policy
Copyright:
Edition Number:
1
Edition Description:
Book
Series:
Managing Forest Ecosystems
Series Volume:
9
Publication Date:
February 2006
Binding:
HARDCOVER
Language:
English
Illustrations:
Y
Pages:
270
Dimensions:
240 x 160 mm 707 gr

Related Subjects

Engineering » Environmental Engineering » Forestry
Science and Mathematics » Biology » General
Science and Mathematics » Botany » General
Science and Mathematics » Environmental Studies » General

Managing Forest Ecosystems #9: Landscapes, Genomics and Transgenic Conifers New Hardcover
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Product details 270 pages Springer - English 9781402038686 Reviews:
"Synopsis" by , The book is written for policy experts, life scientists, government and business leaders, biotechnology writers and social activists. Few decision-makers realize the unprecedented degree to which transgenic technology is now possible for forests on a commercial scale. Only a handful of the 550 living conifer species is used for commodity value and even fewer species are being developed for transgenic plantations. Transgenic field trials started within the last decade but no transgenic pine plantations exist in 2005. But emergence of transgenic forest trees is still so recent that dialogue about the pros and cons is confined to the scientific community. And dialogue must move out into the public domain.

The goal of this volume is to provide content for public deliberations about the genetic composition of future forests. Its Section I is composed of provocative and opposing views on the question of transgenic conifer plantations. Sections II and III follow with research advances on relevant conifer genomics and ecology research, respectively. Section IV forecasts rates of technology adoption for different case studies. Finally, Section V compares the status of regulatory oversight of transgenic forest trees between Canada and the United States.

"Synopsis" by , What is the future of genetically modified (or transgenic) conifer plantations? The content of this edited volume Landscapes, Genomics and Transgenic Conifers addresses this question directly - and indirectly - using language drawn from policy, forest history, genomics, metabolism, pollen dispersal and gene flow, landscape ecology, evolution, economics, technology transfer and regulatory oversight. Although the book takes its title from a Nicholas School Leadership forum held November 17-19, 2004 at Duke University, its de novo contents move past the forum's deliberations. The result is a trans-disciplinary book composed of 14 chapters written by a total of 31 authors working in North America, South America, Europe and Africa. The book is written for policy experts, life scientists, government and business leaders, biotechnology writers and activists. Few decision-makers realize the unprecedented degree to which transgenic technology is now possible for forests on a commercial scale. Only a handful of the 550 living conifer species used for commodity value and even fewer species are being developed for transgenic plantations. Transgenic field trials started within the last decade but no transgenic pine plantations exist in 2005. But emergence of transgenic forest trees is still so recent that dialogue about the pros and cons is confined to the scientific community. And dialogue must move out into the public domain. The goal of this volume is to provide content for public deliberations about the genetic composition of future forests. Its Section I is composed of provocative and opposing views on the question of transgenic conifer plantations. Sections II and III follow with research advances on relevant conifer genomics and ecology research, respectively. Section IV forecasts rates of technology adoption for different case studies. Finally, Section V compares the status of regulatory oversight of transgenic forest trees between Canada and the United States. But will the book fulfil its goal? The burden of the answer lies with its readers. Will readers act - or will transgenic forests be seen as too remote or simply too rural to bother with the angst of public deliberation?
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