The management and restoration of ecological processes mediated by biotic interactions is now broadly advocated and may be achieved by targeting restoration towards key agents. Although theoretically examined, a practical approach to incorporating the physiology and energetics of insects into restoration planning is poorly articulated. I aimed to provide a case study using the thermal biology and energetics of beetles to identify the distribution of habitat suitability in a large restoration landscape.

中文翻译：

---

栖息地恢复中昆虫能量学的小规模准机械空间模型的构建：以西澳大利亚甲虫为例

现在广泛倡导了由生物相互作用介导的生态过程的管理和恢复，并且可以通过将恢复目标对准关键因素来实现。尽管从理论上进行了研究，但将昆虫的生理学和能量学方法纳入恢复计划的实用方法却鲜为人知。我旨在提供一个案例研究，利用热生物学和甲虫的能量学来确定大型恢复景观中栖息地适宜性的分布。