PROBLEM TO BE SOLVED: To more quickly carry out improvement measures of rotation troubles, various plague and pest insect problems, lack of soil and water-quality management due to technical precedence of light irradiation cultivation, delay in technology penetration of research institutes into field, missing monitoring due to the shortage of talented people, the safety concerns and disguise of products with respect to foods and the like, based on the conditions of labor saving.SOLUTION: Managed areas such as various covered fields and general fields are subdivided by grid-like supposed lines XYZ of width, depth, and height, assigned an address, and positioned. In general fields, positioning is performed with high accuracy using DGPS. A detection device is directly connected to a communication device and two kinds of tags T are affixed to the detection device. The address is registered and listed, remotely manipulated on a control monitor M displaying them, and controlled by integrated observation. In addition, epidemic technical information and overseas information are aggregated so that collation measures can be taken promptly.SELECTED DRAWING: Figure 3COPYRIGHT: (C)2017,JPO&INPIT【課題】輸作障害、各種疫病や害虫問題、光照射栽培の技術先行によるによる土壌や水質管理の欠落、研究機関の圃場への技術浸透の遅延、人材不足による監視の欠落、産品の食に対する安全不安や偽装等の改善対策を、省力化の条件の基に、より早く実行できるようにする。【解決手段】各種有蓋圃場や一般圃場等の管理地を横幅、奥行き、高さのグリッド状の想定線ＸＹＺで細分化して所番地を設定し位置決めする。一般圃場においては、ＤＧＰＳを使用して精度良く位置決めする。通信機器には検知機器を直結し且つ当該検知機器に二種類のタグＴを貼付する。前記所番地を登録し一覧化して表示した管理モニタＭ上において遠隔操作し集中観察によって管理する。また、疫病技術情報や海外情報も集約し照合対策が迅速に行えるようにする。【選択図】図３
