BASUTIRTHA INNOVATING RAIN WATER HARVESTING WITH MICRO IRRIGATION TECHNOLOGY RRR MODELS: PROSPECTS AND POTENTIALITY FOR WATER CONSERVATION AND MANAGEMENT

Today, global demand for water is outpacing population growth due to rapid urbanization and the rising needs of the agriculture, industry, and energy sectors. Global water stress has held at 18% since 2023, with one in ten people now living under high or critical water stress, and several regions exceeding a 75% stress level. This scarcity is projected to worsen as rising temperatures from climate change disrupt the water cycle. To ensure universal access to safe and affordable drinking water by 2030, we must invest in infrastructure, protect water-related ecosystems, and promote hygiene education. Improving water-use efficiency is also key to reducing overall water stress. At our current pace,however,the world will not achieve sustainable water management until at least 2049, and reaching water, sanitation, and hygiene (WASH) targets in schools by 2030 will require doubling our current rate of progress. Water Conservation and Management goal to promote research, innovation, and practical solutions for the sustainable use and management of water resources mainly ground water. Basutirtha Innovating Rain Water Harvesting with Micro Irrigation Technology RRR Models provide a innovated model forresearcher , scientists, policymakers, engineers, and environmentalists to share knowledge, benefits and advancements in water conservation and management techniques, water quality assessment, resource planning, low cost RRR unit,useful and easiest operating system and climate resilient management practices. There are two innovated models i..Basutirtha Rain Water Harvesting with Micro Irrigation Technology RRR combo unit and ii. The Innovating Basutirtha Wall Garden.