“Sharmanism” is a elaborative supervised model to water management that integrates AI to optimize its processes. Unlike traditional methods that emphasize “water drainage,” this model prioritizes “water channelization.” By redirecting water flow efficiently, it aims to enhance resource utilization and sustainability. AI plays a crucial role in this model, offering advanced analytics and real-time measurement, monitoring and controlling capabilities to ensure optimal channeling. This approach not only conserves water but also minimizes environmental impact, making “Sharmanism” a forward-thinking solution in the realm of water management.
Tag: Water Management
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Water scarcity threatens life everywhere.
Water scarcity poses a grave threat to all life, with deteriorating weather, thirsty animals, and declining health contributing to environmental imbalance. Forests, ponds, rivers, and even large industries are suffering as resources dwindle. In response, the Chief Minister of Rajasthan, India, Shri Bhajan Lal, has initiated various water treaties to transform the state into a water-rich region. Inspired by his efforts, the campaign consultancy company “MarConPra” developed the “Sharmanism” model of water management. This model aims to address the water crisis and sustain water abundance, ensuring a balanced ecosystem and future prosperity for the affected areas.
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Passion for overcoming water obstacle.
Water Matter AI stands as a beacon of hope and progress, tirelessly forging ahead to overcome the challenges posed by water-related disasters. This pioneering AI discovery harnesses the power of artificial intelligence to predict, manage, and mitigate the impacts of floods, droughts, and other water crises. With its vast and diverse experience, Water Matter AI can empower communities worldwide, transforming adversity into opportunity. By breaking barriers and creating resilient solutions, it inspires a future where technology and humanity work hand in hand to protect our most precious resource: water. Let’s embrace this passion and make a lasting impact together.
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Deep experience of water affairs.
The water cycle operates continuously, and maintaining its optimal function requires expertise that reacts swiftly and accurately. Water Matter AI excels in this domain, as its ability to analyze water matters with precision is crucial. This experienced AI system leverages diverse experiences to ensure the water cycle runs smoothly. By consistently providing accurate insights and solutions, Water Matter AI achieves a high-level status, playing a critical role in managing and sustaining the water cycle efficiently. Its adeptness in handling complex variables is key to its success in handling water management.
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Channeling water into the earth
The ‘Pani Sanbhalo’ campaign focuses on rainwater management with the aim of channeling water orderly with groundwater in Sanganer, Jaipur. The first step involves creating a plan for both individual and communal scenarios. According to the plan, rainwater collected from roofs or other shelters is directed through pipes into a specially designed or modified soak pit, ensuring it reaches an appropriate depth underground, safely distanced from the tubewell. It’s crucial to clean the shelters thoroughly before the rainy season begins to ensure the system functions optimally. This approach helps in sustainable water conservation, management, and groundwater recharge.
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Rainwater wastage in urban areas
Wastage of water, particularly during the rainy season, is a significant concern that often goes unnoticed. While rain brings much-needed relief and replenishment to the environment, the excess water that flows away unused represents a missed opportunity for conservation. Urban areas, with their impermeable surfaces, exacerbate this issue as rainwater is quickly channeled into drainage systems rather than being absorbed into the ground. This not only leads to wastage but also increases the risk of flooding.
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Cause & effect of water crisis
The water crisis arises from climate change, over-extraction for agriculture and industry, pollution, poor management, and inadequate infrastructure, leading to global challenges in accessing clean water, especially in developing areas.The water crisis affects both global and local levels, impacting health, agriculture, and economies. Scarcity of clean water leads to health problems, spreading diseases due to poor sanitation and hygiene. In agriculture, water shortages threaten food security and livelihoods, especially in farming-dependent regions. Economically, industries that rely on water face increased costs, leading to higher prices, which impact the overall economy. The crisis can also increase social tensions as communities and nations compete for limited resources.
