Discovering general laws is a primary goal in ecology but these have proven famously rare in this discipline.  Instead, processes appear to express differently in dissimilar contexts and systems. Rather than a barrier to understanding this context-dependency is itself ecological process, and worthy of exploration. Camera traps can detect entire communities over very large areas in a reliably replicable way, and so have been yielding unique insights into how ecological processes are similar or different across space. This goal of this Special Issue is to collate camera-trapping research that is yielding new insights into how systems work. Papers from across the ecological hierarchy – behaviour, populations, communities, ecosystems – are welcome which explore how ecological processes manifest in a study system.

Dr. Jason Fisher

Section Editor for Camera Trapping in Ecology

请在投稿过程中，在Special Issue问题下回答“Yes”，并选择下拉框中的“Ecological Insights from Camera Trapping” .

请您在投稿前仔细阅读投稿须知（Author Guideline）：https://onlinelibrary.wiley.com/page/journal/20457758/homepage/forauthors.html， 投稿过程中如遇更多疑问，欢迎联系期刊编辑部：ecoevo@wiley.com

投稿截止时间：2023年8月31日

点击文末阅读原文了解征稿详情。

如有问题请联系：Jason Fisher (fisherj@uvic.ca)， Gareth Jenkins (gjenkins@wiley.com).

Ecology and Evolution 是同行评审的国际开放获取期刊，作者友好是本刊的办刊理念。Ecology and Evolution 接受所有生态和进化领域相关的研究，不区分生态学或进化的子领域。Ecology and Evolution 接收原创性研究论文、综述、假设等 ，同时也接收创新型的文章类型：注册报告 (Registered Reports) ，学术实践（Academic Practice）和自然短文（Nature Notes）。Ecology and Evolution 也通过特刊“Taking learning online in ecology and evolution”, “Ecological Insights from Camera Trapping”等与科研社区进行交流。目前特刊“Ecological Insights from Camera Trapping”正在征稿中，欢迎感兴趣的学者投稿。

期刊主页：

https://onlinelibrary.wiley.com/journal/20457758

投稿链接：

https://mc.manuscriptcentral.com/ecologyandevolution