Intelligent Equipment Research Center, Beijing Academy of Agriculture and Forestry Sciences

Beijing Research Center for Information Technology in Agriculture

Shirui Zhang

Chunjiang Zhao

Wengang Zheng

Xin Zhang

Liping Chen

Hua Yan

Feng Bao

Daming Dong

Wenbiao Wu

Zhonglili Zhang

Xiande Zhao

Xinyue Lv

Changjun Shen

The present disclosure provides a decision-making method and apparatus for water and fertilizer stress of crops, and a mobile phone terminal, and belongs to the technical field of intelligent agriculture. The method includes: determining a current crop coefficient and canopy temperature of a crop to be identified on the basis of a first crop image and a second crop image; determining a water stress state and a nutrient stress state on the basis of the current crop coefficient and canopy temperature of the crop to be identified; and processing the water stress state and the nutrient stress state with a fuzzy control algorithm, and determining a water and fertilizer stress decision result of the crop to be identified.

Decision-making method and apparatus for water and fertilizer stress of crops, and mobile phone terminal

Disclosed are a remote measurement system and method for pesticide fog distribution and drifting tendency in aerial pesticide application, which relate to the technical field of hazardous substance monitoring. The system comprises: a collection module, used for collecting infrared radiation in a detected area, and enabling the infrared radiation to be incident on an optical module; the optical module, used for obtaining, according to the incident infrared radiation, an infrared imaging spectrum in the detected area where a pesticide fog cloud cluster is distributed, and sending the infrared imaging spectrum to a processing module; the processing module, used for analyzing the infrared imaging spectrum, identifying the pesticide fog cloud, obtaining a concentration image of the pesticide fog cloud through inversion, and predicting a drifting tendency of the pesticide fog according to the concentration image. The system and method of the present invention can comprehensively reflect the drifting condition of the pesticide fog in the air in real time, and can obtain the concentration and components of the pesticide fog. The method and system improve the pesticide application efficiency, and prevent damages on the environment and residential areas while saving the cost.

Remote measurement system and method for pesticide fog distribution and drifting tendency in aerial pesticide application

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Beijing, China

Shirui Zhang