首页> 外文期刊>Agriculture, Ecosystems & Environment: An International Journal for Scientific Research on the Relationship of Agriculture and Food Production to the Biosphere >Pollinator diversity, floral resources and semi-natural habitat, instead of honey bees and intensive agriculture, enhance pollination service to sweet cherry
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Pollinator diversity, floral resources and semi-natural habitat, instead of honey bees and intensive agriculture, enhance pollination service to sweet cherry

机译:粉丝器多样性,花卉资源和半自然栖息地,而不是蜂蜜蜜蜂和集约化农业,增强授粉服务给甜樱桃

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摘要

Declines of pollinator diversity are causing concern about pollination service security for agriculture and natural ecosystems. Landscape composition has been found to regulate the diversity of pollinator communities and their corresponding pollination services in agricultural fields, with previous research concluding positive effects of semi-natural habitat or negative effects of intensive agriculture. In our study we assessed pollinator diversity and pollination services in sweet cherry orchards (Prunus avium) along two non-collinear, independent gradients of semi-natural habitat and intensive agriculture (i.e. percentage of cultivated land) around the orchards. The influence of floral resources in the herb layer in the orchards was also assessed. Our results show that semi-natural habitat clearly support pollinator species richness and wild pollinator abundance. Next to semi-natural habitat, flowering plants in the herb layer of the orchards was an additional driver of pollinator diversity in sweet cherry orchards. Although approximately 80% of all flower visitors were managed honey bees, fruit set of sweet cherry was only clearly linked to pollinator species richness and wild pollinator abundance. Management strategies to support sweet cherry production might include the creation of semi-natural habitat around orchards and the promotion of floral resources in the orchard's herb layer to support pollinating insects.
机译:粉丝器多样性的下降导致农业和自然生态系统的授粉服务安全问题。已发现景观组成规范农业领域的粉刷群落的多样性及其在农业领域的相应授粉服务,以前的研究结束了半自然栖息地或密集农业负面影响的积极影响。在我们的研究中,我们在果园周围的两个非共线,独立梯度(即耕地的百分比)沿着两种非共线,独立梯度(即耕地百分比)评估了甜樱桃果园(Prunus Avium)的粉尘园多样性和授粉服务。还评估了果园中的草药层中花卉资源的影响。我们的研究结果表明,半自然栖息地清楚地支持Collinator物种丰富和野生粉粉。毗邻半自然栖息地,果园的草本植物中的开花植物是甜樱桃果园的驾驶员多样性额外的司机。虽然大约80%的花游客被管理蜂蜜蜜蜂,但甜樱桃的水果套只是与粉丝物种丰富和野生粉化人丰富有关。支持甜樱桃生产的管理策略可能包括在果园周围创建半自然栖息地以及促进果园的草本植物的花卉资源,以支持授粉昆虫。

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