Evaluation Sustainability Agriculture Precision Based Robotics and Sensors against Efficiency Use Source Water Power

Agriculture precision become solution strategic in face challenge efficiency use source water resources in the sector agriculture , especially in tropical areas that are prone to water crisis . Research This aim evaluate sustainability system agriculture precision based deep robotics and sensors increase water efficiency . Research done with approach qualitative studies cases in two location agriculture tropical which has apply system precision based on humidity , weather and irrigation sensors automatic . Data collection techniques are carried out through interviews , observations field , and sensor documentation , then analyzed in a way thematic . The results show decline irrigation water consumption up to 42%, an increase accuracy water distribution , as well as subtraction burden manual work . System this is also accepted good by farmers after through stages training and adaptation . Implications study This push development technology agriculture efficient , adaptive , and sustainable precision in water management in an era of change climate .