Agricultural Low Cost Integral System of nodes with communication networks for remote water management with sensors and monitoring of the vegetative state of crops

Project information

Agricultural Low Cost Integral System of nodes with communication networks for remote water management with sensors and monitoring of the vegetative state of crops

Call: Farm Management Systems for Precision Farming

Id: 37517

Acronym: ALCIS

Duration: 
1 January, 2018 to 31 December, 2018

Consortium:
No Partner Contact Country Total
1000€
Funded
1000€
Funder
1 Coord.teleNatura EBTAntonio Ruiz CanalesSpain131.993.6Instituto de Fomento de la Region de Murcia
2Bilimtek Teknoloji A.SYunus Emre AydinTurkey385.4289.1Scientific and Technological Research Council of Turkey
3Dipartimento Scienze della terra e del mare
University of Palermo
Francesco ParelloItaly69.769.7Ministry of Agriculture Food, Forestry & Tourism Policies
4Leibniz-Institut für Agrartechnik und Bioökonomie e.V. (ATB)Mohammad ZareGermany95.095.0Federal Ministry of Food and Agriculture

Summary: 

Current technologies for access to Local and Metropolitan Area Networks (LANs and MANs) are often unsuitable for large scale distribution in an agricultural environment.
The use of these communication networks for connecting automation and remote control devices for irrigation systems allows registering and distributing water by means of several technological tools provided by digital electronics.
The aim of the “Agricultural Low Cost Integral System of nodes with communication networks for remote water management with sensors and monitoring of the vegetative state of crops (ALCIS)” project is to develop a low cost sensor network for soil-plant-atmosphere measurements and an ICT frame with automated decision support capabilities using smart algorithms for irrigation management and Geographical Information System (GIS) based spatial data aggregation together with tools for end user farmers for remote monitoring and control of their farms.

Impact: 

The ALCIS project will cover several aspects of crop management during the production phase in the field. ALCIS will be designed as an integral device that will allow farmers to make decisions and control different variables involved in crop management in real time. The main outputs of this device will be: (i) evaluation of crop aspects such as health, irrigation and fertilisation by using camera systems; (ii) optimisation of resource management (water, energy, fertilisers, etc.) including management algorithms; (iii) crop production traceability improvement using ‘cloud’ systems (data gathering, treatment and storing); (iv) proximal sensing technologies available to farmers with limited resources; (v) robust communication system capable of sending from the field to the office and vice versa; (vi) open system capable of including new tools depending on local scenarios (crop, soil, weather, management, etc.); and, (vii) new models for resource management in agriculture based on real data. The current advances on the project are: field test of a previous communication sensor- software system (BT, Turkey); a wireless soil moisture low-cost sensor network (UNIPA, Italy); prototype low-cost sensors for soil moisture and sunlight analysis tested for lettuce crop (TN, Spain); and, water management models tested in the field for a variety of crops (ATB, Germany).

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