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Assessing potential risks of transgene escape from fiber plantations

1999

DiFazio, S.P. | Leonardi, S. | Cheng, S. | Strauss, S.H. (Department of Forest Science, Oregon State University, Corvallis, OR 97331-7501 (USA))

AGROVOC Keywords
biosafety economic behaviour economic impact environmental impact gene gene flow genes genetic transformation herbicidas herbicide herbicides hybridation hybridization impact sur l'environnement impacto ambiental mathematical models plantaciones plantations plantule polen pollen populus resistance to chemicals safety seedlings seguridad simulation models transgenic plants transgenics
Bibliographic information
Publisher
British Crop Protection Council
Pagination
p. 171-176
Other Subjects
Plante transgenique; Plantulas; Comportamiento economico; Resistencia a productos quimicos; Modele mathematique; Hibridacion; Transformacion genetica; Comportement economique; Modele de simulation; Organisme transgenique; Modelos matematicos; Resistance aux produits chimiques; Modelos de simulacion; Insect resistance; Securite; Transgenicos; Transformation genetique; Plantas transgenicas
Language
English
Note
12 ref., BCPC Symposium Proceedings No.72
ISBN
1-901396-72-X
Source
Gene flow and agriculture: relevance for transgenic crops. Proceedings of a symposium held at Keele, UK on 12-14 April 1999..- Farnham (United Kingdom): British Crop Protection Council, 1999.- ISBN 1-901396-72-X
1999-08-15
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