By Rob Tripp
This publication addresses the ongoing controversy over the capability impression of genetically changed (GM) vegetation in constructing international locations. Supporters of the know-how declare it deals the best hopes for expanding agricultural creation and decreasing rural poverty, whereas competitors see it as an untested intervention that may convey company regulate of peasant farming. The e-book examines the problems through reviewing the adventure of GM, insect-resistant cotton, the main largely grown GM crop in constructing countries. Read more...
content material: Biotechnology and agricultural improvement / Robert Tripp --
Cotton construction and know-how / Robert Tripp --
improvement, agronomic functionality and sustainability of transgenic cotton for insect regulate / Ann M. Showalter ... [et al.] --
Transgenic cotton : assessing fiscal functionality within the box / Robert Tripp --
Transgenic cotton and institutional functionality / Robert Tripp --
Farmers' seed and pest keep watch over administration for Bt cotton in China / Jikun Huang ... [et al.] --
India's adventure with Bt cotton: case experiences from Gujarat and Maharashtra / N. Lalitha, Bharat Ramaswami, and P.K. Viswanathan --
The socio-economic effect of transgenic cotton in Colombia / Patricia Zambrano ... [et al.] --
Ten years of Bt cotton in South Africa : placing the smallholder adventure into context / Marnus Gouse.
Read Online or Download Biotechnology and agricultural development : transgenic cotton, rural institutions and resource-poor farmers PDF
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Extra info for Biotechnology and agricultural development : transgenic cotton, rural institutions and resource-poor farmers
Another concern regarding transgenic crops is the possibility that they will cross with wild crop relatives, leading either to the demise of certain species or the alteration of wild plant ecology. Genetic interchange between crop species and their wild relatives is a reality, and the effects can be seen on both sides of the exchange. Commercial sugar beet seed producers must go to great lengths to ensure that wild sea beet pollen does not contaminate their fields, which would lead to an unharvestable crop.
This does not challenge the sentiment that transgenic crops can be considered a ground-breaking technology, but it questions whether the idiom of revolution is usefully attached to particular technologies and pushed forward to confront the complex challenges of agricultural development. Some of these issues will be outlined in the following text and they will be a major focus of the remainder of the book. What is different about transgenic crops? This section addresses two sets of issues related to the use of transgenic crops.
Agricultural change Historians argue about the extent to which major shifts in agricultural technology can be described as revolutions. Mokyr’s (1990) extensive review of technological change and economic growth recognizes that progress can come from both 6 Robert Tripp sudden ‘macroinventions’ and sequences of ‘microinventions’, but that in the case of agriculture, ‘undramatic, cumulative, barely perceptible improvements led to increased productivity’ (ibid: 294). This is neither to say that the pattern of growth in agricultural production has been a smooth, gentle curve, nor that particularly important innovations cannot be identified.
Biotechnology and agricultural development : transgenic cotton, rural institutions and resource-poor farmers by Rob Tripp