野生物种的复制竞争测试的适应性,也许,但不是自然生态系统只测试持久性

IF 3.5 3区 经济学 Q1 AGRICULTURE, MULTIDISCIPLINARY Outlook on Agriculture Pub Date : 2022-02-14 DOI:10.1177/00307270221076530
R. Denison
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引用次数: 0

摘要

自然的某些方面比其他方面更适合作为农业的潜在模型。自然生态系统并不像野生植物那样相互竞争,因此相对于生态系统水平的模式和过程,个体适应能力随着时间的推移得到了更一致的改善。通过竞争性的自然选择,野生植物得到改善的时间也比人类或大多数生态系统存在的时间要长。经过进化检验的适应性,如对害虫的诱导防御,通常值得保存(如果作物从野生祖先那里继承)或复制。然而,当个体竞争力和植物群落表现之间存在权衡时,如太阳能追踪所示,逆转过去自然选择的影响通常是一个更好的选择。固氮谷物不太可能成为肥料的可行替代品,除非我们能够复制现有的固氮植物进化出的适应能力,以应对氧气和与共生体的利益冲突。
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Copy competitively-tested adaptations of wild species, maybe, but not natural ecosystems tested only by persistence
Some aspects of nature are better potential models for agriculture than others. Natural ecosystems have not competed against each other the way wild plants have, so individual adaptations have been improved more consistently over time, relative to ecosystem-level patterns and processes. Wild plants have also been improved by competitive natural selection for longer than humans or most ecosystems have existed. Evolution-tested adaptations, like inducible defenses against pests, will often be worth preserving (if inherited by crops from wild ancestors) or copying. However, when there are tradeoffs between individual competitiveness and plant-community performance, as illustrated by solar tracking, reversing effects of past natural selection will often be a better option. Nitrogen-fixing cereals are unlikely to be a viable alternative to fertilizer unless we can copy adaptations that existing nitrogen-fixing plants have evolved to deal with oxygen and with conflicts of interest with symbionts.
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来源期刊
Outlook on Agriculture
Outlook on Agriculture 农林科学-农业综合
CiteScore
5.60
自引率
13.30%
发文量
38
审稿时长
>36 weeks
期刊介绍: Outlook on Agriculture is a peer reviewed journal, published quarterly, which welcomes original research papers, research notes, invited reviews and commentary for an international and interdisciplinary readership. Special attention is paid to agricultural policy, international trade in the agricultural sector, strategic developments in food production, the links between agricultural systems and food security, the role of agriculture in social and economic development, agriculture in developing countries and environmental issues, including natural resources for agriculture and climate impacts.
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