Latest news with #JalShaktiAbhiyan:CatchtheRain
News18
05-08-2025
- General
- News18
What world can learn from Korea's 15th-century rain gauge
Seoul, Aug 5 (The Conversation) Droughts and floods are becoming more frequent and more severe across the globe. The cause is often rain — either too little or too much. The monsoon regions of the world, where societies have weathered cycles of drought and deluge for thousands of years, hold essential lessons about rainwater monitoring and conservation. In Korea, one such lesson dates back to the 15th century. In 1441, during the reign of King Sejong, Korea established the world's first official rain gauge (cheugugi) — a cylindrical copper instrument — and also created a state-administered rain monitoring network. This wasn't just a technical invention; it was part of a wider policy. On September 3 of that year, according to the Annals of the Choson Dynasty (a UNESCO Memory of the World record), local magistrates across the country were ordered to measure rainfall regularly and report it to the central government. This system represented one of the earliest forms of climate data governance and set a precedent for valuing rain as a measurable, manageable and fairly governed resource — a public good to be shared and respected. It also reflected a philosophical tradition in Korea of respecting rain not as a curse, but as a gift — one that must be understood, welcomed and shared. India too has a rich tradition of rainwater harvesting, spanning from the Vedic period and the Indus–Sarasvati Valley civilisation (3,000–1,500BC) to the 19th century. Throughout diverse ecological zones, Indian communities developed decentralised systems to capture and store rainwater. The archaeological site of Dholavira in Gujarat, for example, featured sophisticated reservoirs designed to collect monsoon runoff. Historical records, including ancient inscriptions, temple documents and folk traditions, indicate that these systems were not only engineered but also governed, with established rules for sharing, maintaining and investing in water as a communal resource. In some regions of India, every third house had its well. Although these practices declined during colonial rule, they are now being revived by local communities, government initiatives, and non-governmental organisations. The revival of traditional wells is gaining momentum, particularly in urban areas facing water scarcity. For example, in the city of Bengaluru in southern India, local communities and organisations are using age-old well-digging techniques to tap into shallow aquifers. These efforts are often supported by the state or central government, as well as specialists and organisations, including the Biome Environmental Trust, Aga Khan Trust for Culture, Indian National Trust for Art and Cultural Heritage, and the Centre for Science and Environment. India's current prime minister has also launched a campaign called Jal Shakti Abhiyan: Catch the Rain as part of a nationwide effort to restore and promote community-led rainwater harvesting. Reviving ancient wisdom In Korea, there's also been a resurgence of this ancient wisdom in modern contexts. Although urban initiatives like the Star City rainwater management system show promise, the movement towards reviving old practices like rainwater harvesting is still growing. Meanwhile, in Cambodia, the Rain School Initiative empowers students and teachers to manage rainwater for drinking and climate education. Rainwater is not just a technical solution — it is a cultural key to resilience. It offers autonomy, sustainability and hope. That is why we propose to establish UN Rain Day on September 3, in recognition of Korea's historical contribution and in celebration of global rain literacy. It is a symbolic date that reminds us how rain has shaped civilisations and how it can shape our future — if only we choose to listen to the wisdom of water. Designating international days has proven effective in raising awareness and catalysing global action. For instance, World Water Day (March 22) has spurred international cooperation and policymaking on water issues since its establishment in 1993. World Toilet Day (November 19) has elevated the global conversation around sanitation and public health. A UN Rain Day would spotlight rain as a vital yet often overlooked resource. This is something that's especially crucial for climate adaptation in monsoon regions and beyond. (The Conversation) SKS GSP (This story has not been edited by News18 staff and is published from a syndicated news agency feed - PTI) view comments First Published: August 05, 2025, 11:15 IST News agency-feeds What world can learn from Korea's 15th-century rain gauge Disclaimer: Comments reflect users' views, not News18's. Please keep discussions respectful and constructive. Abusive, defamatory, or illegal comments will be removed. News18 may disable any comment at its discretion. By posting, you agree to our Terms of Use and Privacy Policy.
Time of India
31-07-2025
- Politics
- Time of India
Punjab's groundwater crisis: 19 districts overexploited, says ministry in Lok Sabha
Chandigarh: In a grim indicator of Punjab's deepening water crisis, the central govt has identified 19 districts in the state as "over-exploited" and one as "critical" in terms of groundwater usage. The categorisation reflects fast-depleting water tables and increasing stress on the state's groundwater resources. According to a reply in the Lok Sabha by Union jal shakti ministry in response to a question by MP Harsimrat Kaur Badal, the 19 over-exploited districts include major agrarian and urban regions such as Amritsar, Barnala, Bathinda, Faridkot, Fatehgarh Sahih, Ferozepur, Gurdaspur, Hoshiarpur, Jalandhar, Kapurthala, Ludhiana, Malerkotla, Mansa, Moga, Patiala, Mohali, Nawanshahr, Sangrur, and Tarn Taran. Ropar was designated as "critical" under the 2025 Jal Shakti Abhiyan: Catch the Rain (JSA:CTR) campaign. These 20 districts were chosen by the Central Ground Water Board based on parameters such as declining groundwater levels, geographic distribution, and inclusion in the aspirational district framework. The categorisation aims to prioritise focused monitoring and implementation of water conservation measures at the grassroots level. The ministry said that between 2021 and 2025, a total of Rs 1,186.06 crore was spent in Punjab under the Jal Shakti Abhiyan. This includes Rs 417.96 crore on the renovation of traditional water bodies, Rs 337.49 crore on watershed development, Rs 338.40 crore on intensive afforestation, Rs 85.02 crore on water conservation and rainwater harvesting, and Rs 7.19 crore on reuse and recharge structures. An additional Rs 25 lakh was released to Punjab for GIS mapping of water bodies and preparation of district-level water conservation plans. The Centre launched JSA: CTR on March 22, 2025, under the theme "Jal Sanchay Jan Bhagidari: Jan Jagrukta Ki Ore", with an emphasis on community participation and convergence of govt schemes. Across Punjab, over 1.09 lakh water-related works were conducted over the last five years, and Jal Shakti Kendras (JSKs) were established in all 23 districts, each of which also drafted water conservation plans. The ministry reiterated that "water is a state subject" but added that the Centre continues to provide both technical and financial assistance to support state-level efforts. Nationwide, the campaign saw over 1.87 crore water-related interventions till July 26, 2025, and 712 JSKs were set up across India. The overexploitation of groundwater, not only for agricultural irrigation but also for domestic and industrial purposes, has become a major challenge in Punjab. Concerns have been raised that without timely corrective measures, the state could face acute water shortages in the coming years. MSID:: 123018665 413 |
