非作物生境管理:促进作物害虫的天敌

M. Mala, M. Baishnab
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摘要

非作物栖息地为天敌提供了必要的资源,如植物来源的食物,如花蜜或花粉,住所,替代猎物,保护免受杀虫剂和其他干扰,以及适度的小气候和冬眠场所。生境管理的主要目的是在景观中提供有利的生态基础设施。不同的生境管理方式,如选择适宜的植物种类、了解行为机制、保持空间尺度和空间排列的异质性等,对保护生物防治有积极的影响。在保护生物防治中,减轻天敌的有害条件或增加天敌的有利条件。在过去,保护和生物防治的应用并不多,但现在越来越受到重视。自然有害生物治理可以在不同的空间尺度上进行,如景观尺度和田间尺度;本文通过生境管理对景观尺度上的自然有害生物进行了研究。在农业景观中,非作物生境包括树篱、田野边缘、道路边缘、休耕地、草甸和经常是木林。不同的农业害虫种类和许多天敌与这些非作物栖息地有关。生境的比例决定了景观复杂性可以影响动物、植物和微生物的多样性。通过养分循环、水分调节和害虫抑制改善生态系统的生态系统服务受到景观复杂性的积极影响,有助于减少害虫密度和作物伤害。通过更大范围的景观管理,生境管理有更高的机会实现多功能生态系统服务的最大化。因此,生境管理可以结合地方、区域、全国和全球经济方面的土地利用类型,以减少对现有农业高投入的依赖。
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Non-crop habitat management: Promoter of natural enemies of crop pests
Non-crop habitats provide essential resources for natural enemies such as plant-derived food, such as nectar or pollen, shelter, alternative prey, protection from pesticides and other disturbances, and moderate microclimate and hibernation sites. The main aim of habitat management is to offer a favourable ecological infrastructure within the landscape. Different ways of habitat management such as selecting appropriate plant species, understanding behavioural mechanism, maintaining the spatial scale and spatial arrangement with heterogeneity has a positive impact on conservation biological control. Harmful conditions are mitigated or favourable conditions are increased for natural enemies in conservation biological control. In previous days, conservation and biological control were not applied a lot, but it has gotten more attention. Natural pest management can be conducted at different spatial scales like at the landscape scale and at the field scale; natural pest management at the landscape scale through habitat management is focused on in this essay. In agricultural landscapes, non-crop habitats are comprised of hedgerows, field margin, road verges, fallows, meadows and often woody forests. Different agricultural pest species and many natural enemies are associated with these non-crop habitats. The proportion of habitat defines landscape complexity can influence the diversity of animals, plants and microorganisms. Ecosystem services that improve ecosystems through nutrient cycling, water regulation and pest suppression are positively influenced by landscape complexity that can help reduce pest density and crop injury. Habitat management has a higher level of opportunity to maximize multi-functional ecosystem services through a wider scale of landscape management. Therefore, habitat management can be combined into land use types of local, regional, nationwide, and worldwide economic aspects to reduce the dependency of high input based on existing agriculture.
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