Guo Songtao, Qiang Min, Luan Xiaorui, Xu Pengfei, He Gang, Yin Xiaoyan, Xi Luo, Jin Xuelin, Shao Jianbin, Chen Xiaojiang, Fang Dingyi, Li Baoguo
College of Life Sciences, Northwest University, Xi'an, China.
Information Science and Technology School, Northwest University, Xi'an, China.
Integr Zool. 2015 Nov;10(6):572-8. doi: 10.1111/1749-4877.12162.
For ecologists, understanding the reaction of animals to environmental changes is critical. Using networked sensor technology to measure wildlife and environmental parameters can provide accurate, real-time and comprehensive data for monitoring, research and conservation of wildlife. This paper reviews: (i) conventional detection technology; (ii) concepts and applications of the Internet of Things (IoT) in animal ecology; and (iii) the advantages and disadvantages of IoT. The current theoretical limits of IoT in animal ecology are also discussed. Although IoT offers a new direction in animal ecological research, it still needs to be further explored and developed as a theoretical system and applied to the appropriate scientific frameworks for understanding animal ecology.
对于生态学家而言,了解动物对环境变化的反应至关重要。利用联网传感器技术来测量野生动物和环境参数可为野生动物的监测、研究及保护提供准确、实时且全面的数据。本文综述了:(i)传统检测技术;(ii)物联网(IoT)在动物生态学中的概念与应用;以及(iii)物联网的优缺点。同时也讨论了物联网在动物生态学中当前的理论局限性。尽管物联网为动物生态学研究提供了一个新方向,但作为一种理论体系,它仍需进一步探索和发展,并应用于理解动物生态学的适当科学框架中。