Can nature-based climate solutions enhance the resilience of key ecological functions in farmed landscapes?

该项目将在农场和田间建立捕食性或节肢动物(如鞘翅目或蜻蜓)及其猎物(包括经济上重要的有害物种)以及访花昆虫(独居和群居蜜蜂)的经验物种相互作用网络，以检验基于自然的气候解决方案可以增加生态网络结构的稳定性，从而提高节肢动物提供的生态系统服务的弹性的假设。采样将基于与利益相关者共同设计的基于自然的气候解决方案的重复实验试验，该项目由剑桥大学牵头，从2022年起获得资金。

This project will build empirical species interaction networks of predatoryarthropods (such as Coleoptera or Odonata) and their prey (includingeconomically important pest species), and flower-visiting insects (solitary andsocial bees) at the farm and field scale, to test the hypothesis that nature-based climate solutions can increase the robustness of ecological networkstructure, and thus the resilience of ecosystem services delivered byarthropods. Sampling will be based around replicated experimental trials ofnature-based climate solutions being codesigned with stakeholders in a majornew interdisciplinary project led by the University of Cambridge and fundedfrom 2022.