Introgression from Genetically Modified Plants into Wild Relatives

"For those who wish to understand the GM problem - read this book!" Daphne J Osborne, The Open University"

1: Introduction and the AIGM Research Project, SECTION 1: HYBRIDIZATION IN CROP-WILD-PLANT COMPLEXES 2: Hybridization in nature: lessons for the introgression of transgenes into wild relatives, 3: Introgressive hybridization between invasive and native plant species - a case study in the genus Rorippa (Brassicaceae), 4: Hybrids between cultivated and wild carrots: a life history, 5: Gene exchange between wild and crop in Beta vulgaris: How easy is hybridization and what will happen in later generations?, 6: Hybridization between wheat and wild relatives, 7: Molecular Genetic Assessment of the Potential for Gene Escape in Strawberry, a Model Perennial Study Crop, 8: Gene flow in forest trees: Gene migration patterns and landscape modelling of transgene dispersion in hybrid poplar, 9: Implications for hybridization and introgression between oilseed rape (Brassica napus) and wild turnip (B. rapa) from an agricultural perspective, 10: Asymmetric gene flow and introgression between domesticated and wild populations, 11: Crop-to-wild gene flow in rice and its ecological consequences, 12: Potential for gene flow from herbicide-resistant GM soybeans to wild soy in the Russian Far East, 13: Analysis of gene flow in the lettuce crop-weed complex, SECTION 2: GENE FLOW: INTROGRESSION AND ADOPTION OF GENES 14: Introgression of cultivar beet genes to wild beet in the Ukraine, 15: Crop/wild interaction within the Beta vulgaris complex: a comparative analysis of genetic diversity between sea beet and weed beet populations within the French sugar beet production area, 16: Crop/wild interaction within the Beta vulgaris complex: Agronomic aspects of weed beet in the Czech Republic, 17: A protocol for evaluating the ecological risks associated with gene flow from transgenic crops into their wild relatives: the case of cultivated sunflower and wild Helianthus annuus, 18: A review on interspecific gene flow from oilseed rape to wild relatives, 19: Gene introgression and consequences in Brassica, 20: Transgene expression and genetic introgression associated with the hybridization of GFP transgenic canola (Brassica napus L.) and wild accessions of bird rape (Brassica rapa L.), SECTION 3: IMPACT AND CONSEQUENCES OF NOVEL TRAITS 21: Insect resistant transgenic plants and their environmental impact, 22: Risk assessment of genetically modified undomesticated plants, 23: A tiered approach to risk assessment of virus resistance traits based on studies with wild Brassicas in England, 24: Environmental and agronomic consequences of herbicide-resistant (HR) canola in Canada, SECTION 4: MONITORING: FIELD STUDIES,MODELLING AND SCIENTIFIC STANDARDS FOR REGULATION 25: Prospects of a hybrid distribution map between GM Brassica napus and wild B. rapa across the United Kingdom, 26: Potential and limits of modelling to predict the impact of transgenic crops in wild species, 27: Introgression of GM plants and the EU Guidance note for Monitoring,