Evaluating biotechnology: Fertiliser substitution and US rice policy

Jock R. Anderson , Karen Ann Dvořák, James Roumasset, Suthad Setboonsarng
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引用次数: 1

Abstract

A model is designed to determine the conditions under which producers would adopt a cereal that fixes nitrogen. Applying the model to the US case, it appears that genetically engineering a nitrogen-fixing rice plant would probably divert too much energy from other yield-increasing mechanisms to be economically attractive. A plausible second-best case for public investment in biological technologies can be supported, however. Because biological nitrogen fixation is a land-using technology, subsidising its use reduces the need for costly set-aside programmes to maintain farm incomes.

评价生物技术:化肥替代与美国大米政策
设计了一个模型来确定生产者在何种条件下会采用固氮谷物。将这一模型应用到美国的案例中,似乎通过基因工程培育固氮水稻可能会从其他增产机制中转移太多能量,在经济上不具有吸引力。然而,对生物技术进行公共投资的一个看似次佳的案例是可以得到支持的。由于生物固氮是一种土地利用技术,对其使用进行补贴可以减少维持农业收入所需的昂贵的预留项目。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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