TY - JOUR 
A1 - Navarro Hellín, Honorio
AU - Torres Sánchez, Roque
AU - Soto Vallés, Fulgencio
AU - Albaladejo Pérez, Cristina
AU - López Riquelme, Juan Antonio
AU - Domingo Miguel, Rafael
T1 - A wireless sensors architecture for efficient irrigation watermanagement
Y1 - 2015
SN - 0378-3774
UR - http://hdl.handle.net/10317/5800
AB - Water is an essential resource for the development of agriculture. In several locations like the south-east of Spain water is scarce and its cost is high, so optimal management of this important resource isessential. Therefore, the application of irrigation strategies to improve the watering process, affects theprofitability of crops quite significantly. It is necessary to carry out the instrumentation of the variablesthat affect the growing process of the crop (soil, water and plant) and use the techniques associatedwith this instrumentation to take actions to optimize the production. The system proposed in this paperuses information and communication technologies, allowing the user to consult and analyze the infor-mation obtained by different sensors from any device (computer, mobile phone or tablet) in an easy andcomfortable way. The proposed architecture is based on different wireless nodes equipped with GPRSconnectivity. Each wireless node is completely autonomous and makes use of solar energy, giving it vir-tually unlimited autonomy. Different commercial sensors for measuring the wide range of parametersof the soil, plant and atmosphere can be connected to the nodes. The data is sent and processed on aremote server, which stores the information of the sensors in a database, allowing further consultationand analysis of data in a simple and versatile way.
KW - Remote monitoring
KW - Wireless sensors
KW - GPRS communication
KW - Water optimization
KW - Irrigation management
KW - 3102.05 Riego
LA - eng
PB - Elsevier
ER -