摘要
为实现农业小气候精细化观测,并更好地满足农业小气候观测对观测位置、观测层次的要求,通过系统分析农业小气候观测系统的功能需求,开展农业小气候观测系统分析研究。结果表明,采用多点分布式测量的方式比现用大部分农业小气候观测系统采用的单点测量方式,反映观测区域内的小气候条件更准确,特别是设施农业环境。而且能够同时满足成本低、安装占用面积小、线缆少的需求。经软硬件综合研发,得到了系统化解决方案。
The paper aims to achieve the refined observation of agricultural microclimate, and meet the requirements of position and levels in agricultural microclimate observation. By analyzing the functional requirements of the agricultural microclimate observation system, the analysis of the agricultural microclimate observation system was carried out. The results showed that: the multi-point distributed measurement method reflecting the microclimate conditions in the observed area was more accurate than the single-point measurement method adopted by most agricultural microclimate observation systems, especially the facility agriculture environment;moreover, it could comply with the requirements of low cost, small installation area and a few cables. In conclusion, through the comprehensive research and development of software and hardware, a systematic solution is achieved.
作者
安学武
An Xuewu(Inner Mongolia Autonomous Region Atmospheric Detection Technology Support Center,Hohhot 010051)
出处
《中国农学通报》
2019年第34期122-126,共5页
Chinese Agricultural Science Bulletin
基金
内蒙古气象局科技创新项目“智能地面气象观测系统研究”(nmqxkjcx201711)
关键词
农业小气候
分布式
智能观测系统
设计方案
设计方法
实现原理
agricultural microclimate
distributed
intelligent observation system
design scheme
design method
principle of implementation
