###BASE_URL###
2006-12-06 | permalink
Results obtained in this study perfectly match those obtained in field trials specially designed to study pollen mediated gene flow in maize. We have shown that coexistence between GE and conventional fields can be achieved by establishing simple rules that take into account the synchronicity of flowering and distance between fields. Moreover, data collected in this study will be very useful for validation of models to predict pollen flow at landscape level with different spatial distributions (smaller and larger fields).
2006-12-06 | permalink
Results obtained in this study perfectly match those obtained in field trials specially designed to study pollen mediated gene flow in maize. We have shown that coexistence between GE and conventional fields can be achieved by establishing simple rules that take into account the synchronicity of flowering and distance between fields. Moreover, data collected in this study will be very useful for validation of models to predict pollen flow at landscape level with different spatial distributions (smaller and larger fields).
GENET-news is providing a daily news service on a range of topics regarding genetic engineering. We are screening the worldwide English news, press releases and other publications to provide you with a strategic selection of information. GENET-news enables you to stay informed about all aspects of the global controversy around GE technologies and GE organisms. You can subscribe by email.
The GENET-forum list provides you with additional background information and more voluminous reports. It is only open for GENET members. Please contact the coordinator for membership and subscription.