ARCHIVES OF DEBATE, CONFERENCE 7
Gene flow from GM to non-GM populations in the crop, forestry, animal and
fishery sectors
The 118 messages posted during the conference are provided here, by subject or by date.
They can also be retrieved by email and as monthly archives, providing
messages posted in May (message nr. 1 - 5.7 KB),
in June (messages numbered 2 to 98 - 316 KB) and in July
(messages numberered 99 to 118 - 59.3 KB).
By subject (in order of posting):
1.Fundamental considerations in hazard identification of GMOs
2. Gene flow and genetic diversity
3. Re: Fundamental considerations in hazard identification of
GMOs
4. GM crops - exotic genes/species
5. Re: Fundamental considerations in hazard identification of
GMOs
6. GM crops in Africa
7. Personal view on GM crop gene flow
8. Re: GM crops - exotic genes/species
9. Re: GM crops - exotic genes/species
10. Socio-economical and environmental impacts of gene flow
from GM crops
11. Liability and ownership of genes
12. GM canola - herbicide tolerance - pollen
13. Re: Fundamental considerations in hazard identification of
GMOs
14. Transgene flow to maintain genetic diversity
15. GM crop gene flow - developing countries
16. Re: Fundamental considerations in hazard identification of
GMOs
17. Re: Fundamental considerations in hazard identification of
GMOs
18. GM crops, landraces and seed banks
19. GM crops in Africa
20. Gene-containment strategies for GM crops
21. Natural gene flow - cherimoya fruit tree
22. Gene flow in transgenic plants: challenges and opportunities
23. Frequency of gene-flow and gene-flow rates
24. Gene flow risk assessment - plants
25. Gene flow; Plant-Incorporated Protectants; USA
26. Liabilities and economics of transgenic crops
27. Re: gene flow risk assessment - plants
28. Is double fertilization a complication in fruits and grain
29. Papaya
30. Terminology - genetic pollution
31. Re: terminology - genetic pollution
32. Re: terminology - genetic pollution
33. Re: terminology - genetic pollution
34. Impacts of GM plants/animals on genetic diversity
35. Gene flow in centers of origin and diversity
36. Re: terminology - genetic pollution
37. Re: terminology - genetic pollution
38. Re: terminology - genetic pollution
39. Terminology - organic
40. Gene flow challenges - GM crops
41. Re: Gene flow in centers of origin and diversity
42. Cytoplasmic male sterile GM plants
43. Transgenes to render pollen infertile
44. Re: Terminology - organic
45. Re: Gene flow in centers of origin and diversity
46. Participants in developing nations
47. Barbaric pollution
48. Gene flow in Africa
49. GM Insects
50. Mexican maize issue
51. Re: Impacts of GM plants/animals on genetic diversity
52. Chloroplast transgenes and gene flow
53. Risk to biodiversity of gene transfer versus conventional breeding
54. Re: Risk to biodiversity of gene transfer versus conventional breeding
55. Evolutionary risks of transgenes
56. Re: Fundamental considerations in hazard identification of GMOs
57. Re: Evolutionary risks of transgenes
58. Re: Evolutionary risks of transgenes
59. Illegitimate vs. homologous recombination
60. Homologous recombination and gene replacement in plants
61. Re: gene flow risk assessment - plants
62. Re: gene flow risk assessment - plants
63. Re: Evolutionary risks of transgenes
64. GM versus conventionally bred plants
65. Re: GM versus conventionally bred plants
66. Legitimacy of a GM cultivar
67. Risks of genetic engineering
68. Re: Risks of genetic engineering
69. Re: Gene flow risk assessment - plants
70. Putting hands together to fight hunger
71. Re: Gene flow risk assessment - plants
72. Population genetic mathematical models
73. Re: Population genetic mathematical models // Human intervention
74. Models - Human intervention - Developing countries
75. Gene flow in animals
76. Fitness of lab modified organisms in natural settings
77. Re: Models - Human intervention - Developing countries
78. Re: Risks of genetic engineering
79. Re: Fitness of lab modified organisms in natural settings
80. Why the fundamental nature of GMOs is important
81. GM animals in New Zealand
82. Policy options when there is no consensus
83. GM Contamination of Maize in Mexico
84. Gene flow from GE to non-GE populations, focusing on developing countries
85. Explaining gene flow to 'the consumer'
86. An international committee to conduct evaluations on a case by case basis
87. Re: Policy options when there is no consensus
88. Re: Gene flow from GE to non-GE populations, focusing on developing countries
89. Starting afresh with agricultural biotechnology
90. Transgenic forest trees
91. Consequences of geneflow for developing countries
92. Re: Gene flow from GE to non-GE populations, focusing on developing countries
93. Gene flow from GM canola
94. Gene flow is a natural phenomenon even in so-called self-pollinating plants
95. Traditionally bred organisms vs. GMOs
96. Re: Policy options when there is no consensus
97. Transgenic Fish
98. Managing gene flow in the South.
99. Re: Managing gene flow in the South.
100. Gene Flow and GM Forestry
101. Re: Gene flow from GM canola
102. Re: Managing gene flow in the South
103. Re: Gene Flow and GM Forestry
104. Reduced lignin from GM forest trees
105. Re: Managing gene flow in the South.
106. Soil mercury remediation by transgenic trees
107. Transgenic trees may cause problems with mycorrhiza
108. Developing countries and biotechnology
109. The gene flow discussion
110. Gene flow in developing countries - fish, forests
111. Re: The gene flow discussion
112. Geneflow and Sustainable Agriculture
113. Re: The gene flow discussion
114. We must consider reciprocal gene flow between GM and
non-GM populations
115. Developing countries, risk assessment and biotechnology
116. Gene flow - IN or OUT
117. Re: Developing countries and biotechnology
118. Gene flow is ubiquitous
Closing Message from Moderator - July 6
Archives May 2002
Archives June 2002
Archives July 2002
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