Abstract
In the context of agricultural and horticultural daily routines, watering is a pivotal and labor-intensive task. Regardless of prevailing weather conditions—whether excessively hot and dry or overly cloudy and wet—controlling the amount of water reaching plants remains crucial. Contemporary watering systems effectively deliver water precisely when plants require it. However, manual watering necessitates considerations of both timing and quantity. To alleviate the manual burden on gardeners and streamline their tasks, we have developed an automated plant watering system. Integrating this system into gardens or agricultural fields ensures optimal growth for all plants while promoting water conservation. This study employs a Raspberry Pi, programmed to monitor the moisture levels of plants at specific intervals. If the moisture content falls below a predefined threshold tailored to each plant’s water requirements, the system autonomously dispenses the necessary amount of water until the threshold is met.
Published Version
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