Automated intelligent wireless drip irrigation Environmental science essay
Guti rrez, J. Villa-Medina, JF Nieto-Garibay, A. Porta, M: Automated irrigation system using a wireless sensor network and GPRS module. IEEE, automated intelligent wireless drip irrigation using ANN techniques. The aim of this work is to address the water scarcity prevalent in our country through: Recent developments in the science of sensor technologies and the Internet of Things IoTs can be useful in the automation of drip irrigation systems. This article describes an intelligent system for monitoring and analyzing agricultural environmental conditions, including weather, soil, and crop health. This article describes an application of a wireless sensor network for low-cost, wirelessly controlled irrigation solutions and real-time monitoring of soil water content. Data acquisition does. This proposed model is mainly intended to establish a low-cost IoT solution for automating a drip irrigation system for precision irrigation and diagnosing plant diseases. The invention discloses an intelligent drip irrigation system. The intelligent drip irrigation system includes a main water pipe, branch water pipes, a hand valve, solenoid valves, drip irrigation pipes, drippers and a circuit part, where a water inlet of the main water pipe is connected to a motor-pumped well. In the industry, the placement of sensors is a major problem that affects on the accuracy of the sensors. Soulis et al. 2015 provided a complete description of soil moisture placement in the field and its accuracy. Complete software and hardware requirements, issues and obstacles, and benefits for real-time irrigation systems were described, along with a broad picture. Intelligent irrigation technologies have been developed in recent years to apply irrigation to grass and landscape plants. These technologies are an evaporation-based irrigation controller, which calculates the ET for the local microclimate. Then the controller creates a program for charging and automatically communicates with drip water. The scarcity of freshwater resources is a global problem exacerbated by an increasing world population and climate change due to global warming. To tackle this problem, the largest water-using sector has adopted a series of measures called drip irrigation systems. The primary purposes of drip irrigation are: Existing drip irrigation systems are not fully automated. More farmer involvement is needed. Farmers' knowledge history is used to make decisions about “ duration of fDOI: 10.5897 SRE10.949 Irrigation using freshwater sources in agricultural areas is crucial. Due to the rapidly increasing demand for freshwater, optimal use of water resources is being ensured to a greater extent by automation technology and associated equipment, such as solar energy, drip irrigation, sensors,