Real-time Monitoring of Farmland using Field Server (LLab. of Soil & Agro-Informatics, Dept. of Global Agricultural Science/Interfaculty Initiative in information Studies, Univ. of Tokyo)

Real-time Monitoring of Farmland using Field Server

- A project of auto-collecting soil information from world wide farmlands -

Masaru Mizoguchi

Lab. of Soil & Agro-Informatics,
Dept. of Global Agricultural Science/Interfaculty Initiative in information Studies,
Univ. of Tokyo

Cabbage field inTsumagoi
(Gunma Pref., Japan)
(Data)
Peanuts field in Hokusou
(Chiba Pref., Japan)
(Data)
SRI paddy field
(Bogor, Indonesia)
(Data)

Spinach Field
(ChiangMai,Thailand)
(Data) (Location)
Rain-fed paddy field
(KhonKaen20, Thailand)
(Data) (Location)
J-SRI field
(Shinshiro, Japan)
(Data) (Location)

Photo Gallery Thailand, Indonesia, Tsumagoi, Japan, Yachimata, Japan, Shinshiro, Japan, others

Spatial and continuous soil monitoring is required for assessing impacts of land use and management on soil quality over large area. In order to validate soil moisture data obtained by satellite remote-sensing and direct soil moisture sensor, we are testing real-time monitoring of soil information in agricultural fields using Field Server with soil moisture sensors.

Cabbage field inTsumagoi (Gunma Pref., Japan) (Data)	Peanuts field in Hokusou (Chiba Pref., Japan) (Data)	SRI paddy field (Bogor, Indonesia) (Data)
Spinach Field (ChiangMai,Thailand) (Data) (Location)	Rain-fed paddy field (KhonKaen20, Thailand) (Data) (Location)	J-SRI field (Shinshiro, Japan) (Data) (Location)