Published Paper Details:

The main aim of the project is to step towards making sure that no one is left thirsty, not even the EARTH. As the name suggests our project will quench the thirst of underground water as well as plants. Watering is the most cultural practice and most labor intensive task in daily gardening operation. Knowing when and how much water is needed, is the two most important aspects of the watering process. This is a concept for smart cities. In this project we are installing a smart tank under the roads which will store rainwater which will be used to water the plantation over dividers .The motor pump will extract the water from our Smart reservoir and will work according to the soil condition to water our plantation, and also half of that water will be transferred underground to maintain ground water level.The main work of the project is to cope with the water clogging problem faced over the roads which then affects the traffic and causes different problems also the project aims to develop techniques in various aspects of plantation which helps to track the moisture of the soil and temperature in real time and allow water to the plant based on the detecting values. Firstly we intend to harvest rain water using our smart tank. This smart tank will be connected to the dripping system as well as to the ground and an external reservoir. We are using ultrasonic sensors in order to determine water level in the reservoir .The Humidity sensor will help us to know whether a plantation needs water or not. When it will sense dryness in the soil, the water pump will start and thus will provide them with an adequate amount of water through a dripping system. In case of overflow, water will be sent to the nearby reservoir which may go through some filtration process and can be made suitable for human use. Half of the water will be automatically sent to the underground water table through a borehole which will help us to enhance ground water level.