Bengaluru is facing an acute shortage of 500 million litres of water every day, which is about a fifth of the city’s total requirement. This shortage is being attributed to a lack of rainfall in the adjoining regions and depletion in groundwater levels due to overexploitation. While Bengaluru is getting all the attention, much of Karnataka and its adjacent regions are facing water scarcity. According to reports, 223 of the 236 taluks in Karnataka are witnessing drought, including Mandya and Mysuru districts, the sources of Bengaluru’s water.
Empty Reservoirs and Reduced Rainfall are the key contributors, as Karnataka received less than normal rainfall last year. The rains were 18 per cent below average, which impacted the flow of the Cauvery River. According to reports by the Karnataka government, the water levels in Cauvery basin reservoirs are about 39% of the total capacity.
Groundwater level depletion means a reduction in the water stored underground. These aquifers are recharged by rainfall and water seepage through the ground. Reduced rainfall in previous years has impacted this cycle, and hence, the underground aquifers have failed in the city, causing this crisis.
Rapid Urbanisation has put a lot of pressure on cities as people throng to cities in search of jobs, the cities keep on growing larger, and a large population requires many resources. This added pressure leads to a scarcity of resources. The city’s infrastructure, including water supply systems and sewage networks, has not been able to keep up with the rapid growth of the city. It only aggravates the challenge of distributing resources throughout the city to meet the demands of an expanding populace.
Water Pollution from industrial discharge, untreated sewage, and solid waste dumping has contaminated water sources, leaving them unfit for consumption, which further reduces the available water supply.
Climate Change and changing weather patterns and extreme climatic conditions like prolonged droughts and scant rainfall have strengthened over the years and reduced the availability of water in Bengaluru and its neighbouring areas.
India is the largest user of groundwater in the world. Its 60% of irrigation and 85% of drinking water come from groundwater resources. Yet, millions of Indians lack access to safe drinking water, leading to a high incidence of waterborne diseases.
Lack of Water availability in India is also a factor, as we support 17% of the global population with only 4% of the world’s freshwater resources.
Overuse, Exploitation and Contamination are the major contributors that render freshwater unusable. Overuse and exploitation of groundwater can leave aquifers dry, while contamination may lead to waterborne diseases.
Addressing India’s groundwater crisis will require policy reform, technological innovation, community engagement, and behavioural change. This crisis demands urgent attention and concerted action.
Sustainable groundwater management is crucial for India’s prosperity and resilience, as it serves as the backbone of agriculture and a lifeline for millions. India can overcome its groundwater crisis by adopting innovative solutions, promoting collaboration among stakeholders, and prioritizing long-term sustainability over short-term gains. This approach will enable India to secure a more resilient water future.
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