Sundaram Verma Turned Down Three Government Jobs to Grow Over Two Lakh Trees on a Single Litre of Water Opting out of a teaching career, Sikar farmer Sundaram Verma pioneered an arid-farming method in Rajasthan that nurtures saplings using just one litre of water, greening arid zones. In an arid landscape where keeping a single tree alive often demands abundant water and continuous care, a visionary farmer from Rajasthan has demonstrated that science and patience can turn barren soil green. Sundaram Verma, a resident of Danta Ramgarh in Sikar district and a recipient of the Padma Shri honour, transformed conventional agriculture by formulating a dryland technique that establishes a healthy sapling with just one single litre of water. Rather than depending on frequent artificial irrigation, his method locks existing soil moisture in place, allowing young plants to build self-sustaining root systems. Through this breakthrough approach, more than two lakh trees now thrive across once-parched tracts. His achievements stand as an inspiring lesson for youth who view public service roles as the only measure of career stability. After completing his BSc degree in 1972, Verma was selected three times for the post of a government science teacher. Despite the strong security that such a position offered in that era, he chose not to join on any of the three occasions. Instead, he made farmland his workshop, embarking on rigorous agricultural trials designed to yield maximum foliage with the bare minimum consumption of water. He was convinced that the arid regions of Rajasthan required a homegrown ecological answer rather than conventional farming practices. Targeting Scarcity as the Heart of the Problem During the early phase of his work, the acute shortage of irrigation water formed the single greatest hurdle to afforestation across Rajasthan's arid and semi-arid terrain. Verma treated this acute constraint as the foundation of his experiments. He closely studied regional environmental conditions, the behavior of natural monsoon moisture inside soil strata, and the survival requirements of native flora. Recognizing that frequent watering was practically unfeasible in desert zones, he sought a method that would utilize the ground's natural moisture bank rather than surface supplies, ensuring the sapling would survive without regular watering. The Arrival of the One-Litre Sapling Model in 1995 Following years of practical observation, Sundaram Verma formalized his one-litre technique in 1995. The central premise of this innovation is that a sapling requires external water only once during its initial plantation, taking precisely one litre. After that single application, the plant relies entirely on moisture trapped in the soil from seasonal rainfall. The goal was to eliminate recurring irrigation cycles and force the young plant to seek sub-surface moisture independently. He implemented this methodology across the Shekhawati belt and other regions of Rajasthan. More than 100 locations across Sikar, Jaipur, Nagaur, Didwana, and Jhunjhunu districts saw successful plantations under this system. In numerous instances, the saplings never required a second dose of water and grew steadily into mature trees, turning this experiment into his signature innovation. More Than Two Lakh Trees Across Barren Stretches The scale of this method's success is visible in the vast number of surviving trees. According to Sundaram Verma, over two lakh saplings have been established using this unique dryland framework. A significant share of these plantations took place in regions plagued by deep groundwater tables and scarce canal irrigation, where standard sapling care would have failed. Over time, these trees brought rich greenery to barren, low-fertility parcels. Verma maintains that in low-rainfall provinces like Rajasthan, afforestation cannot be measured merely by counting planted saplings; true success depends on conserving the moisture surrounding each plant. By tying plantation directly to scientific moisture management, he ensured that every raindrop is conserved in the subsoil. Capturing Every Drop of Monsoon Rain Verma's methodology extends well beyond digging holes; it operates as a comprehensive on-farm water management structure. To prevent rainwater from running off and evaporating, mulch or plastic sheeting is laid out along long corridors flanking the tree rows. This keeps precipitation from dispersing across bare earth and channels it into the immediate root zones. While rows carrying fruit-bearing plants remain open, the adjacent terrain is engineered to direct moisture straight toward the trees. Any surplus rain is directed into an on-farm pond constructed within the field boundary. The stored water can later be redistributed via drip irrigation setups when specific crops or plants need supplemental nourishment, creating a tight loop of soil and water conservation. Soil Preparation Precedes Plantation The success of the single-litre water method is largely determined before the sapling even touches the soil. Sundaram Verma emphasizes that thorough weed eradication is non-negotiable. Unwanted vegetation competes aggressively with young saplings for scarce soil water and nutrients. If weeds are left unchecked, the effectiveness of the dry-planting technique drops sharply. To capture and preserve subsoil moisture, fields must undergo deep ploughing twice: immediately following the first monsoon shower and again right after the season's final rain. This practice disrupts weed growth and locks rainwater deep underground. Saplings are then placed inside narrow pits measuring approximately one and a half feet deep and four inches wide. Keeping the perimeter free of weeds after planting remains vital to long-term survival. Conserving Native Species and 20 Lakh Litres of Rainwater Alongside his water-saving techniques, Sundaram Verma has dedicated considerable energy to promoting native plant varieties suited to harsh local climates. He worked consistently on preserving and developing indigenous species capable of withstanding extreme temperatures and prolonged dry spells. Rainwater harvesting serves as another pillar of his farming setup. On his own land, he established infrastructure capable of capturing approximately 20 lakh litres of rainwater. He asserts that the true solution to regional drought lies not in digging deeper borewells, but in halting every falling raindrop on the field and utilizing it through disciplined scientific methods. Global Acclaim and the Padma Shri Honor Verma's contributions to sustainable dryland farming have earned widespread recognition in India and abroad. In 1997, he was honoured in Canada with the Agro-Biodiversity Bio Award for his pioneer work. Later, the Government of India recognized his exceptional lifelong dedication to eco-friendly agriculture and afforestation by conferring upon him the prestigious Padma Shri. Today, his journey remains a compelling testament to how scientific curiosity and commitment to one's roots can overcome even the most formidable ecological challenges. What this means for you This agricultural method provides a practical and cost-effective blueprint for growing trees and stabilizing green cover in regions facing severe water scarcity. • Across India: Farmers across drought-prone and arid states can establish tree belts without relying on energy-intensive irrigation infrastructure. This enables landowners to convert unproductive edges and degraded land into fertile green zones. • In Sikar and Shekhawati: Local residents facing depleting groundwater tables can restore foliage without relying on costly private water tankers. Applying disciplined deep ploughing right after monsoon rains allows farmers to trap vital subsoil moisture. • Irrigation savings: Capital expenses tied to digging deeper borewells and running continuous pumps are drastically reduced. A single initial liter of water per sapling removes recurring irrigation labor and expense. • Rainwater harvesting adoption: Landowners can integrate farm ponds and surface mulching to store substantial rainwater volumes during seasonal downpours. The collected water provides reliable backup supplies through drip lines during dry months. Why this happened Persistent drought conditions and depleted groundwater tables in Rajasthan's Shekhawati region routinely caused conventional tree-planting drives to fail, sparking the search for a moisture-retention alternative. • Severe water scarcity: Maintaining trees through routine surface watering was unviable across arid zones where groundwater was scarce and declining. This barrier compelled Sundaram Verma to engineer a framework independent of frequent irrigation. • Subsoil moisture dynamics: Field trials showed that rainwater trapped beneath the surface is rapidly drained by wild weeds and surface evaporation. Eliminating weed competition and conducting deep ploughing allowed that stored moisture to sustain saplings year-round. • Native flora resilience: Indigenous plant varieties possess inherent biological defenses against extreme heat and drought compared to exotic species. Focusing on acclimatized native flora made survival on minimal moisture practical. Questions & Answers 1. Who is Padma Shri Sundaram Verma? Sundaram Verma is an innovative farmer from Danta Ramgarh in Rajasthan's Sikar district who earned the Padma Shri for developing dryland farming and water-saving methods. 2. What is the one-litre water planting method? It is an arid afforestation technique where a sapling is given just one litre of water at planting time, thriving subsequently on trapped subsoil moisture. 3. How many trees have been grown using this method? More than two lakh saplings have been established across arid and semi-arid tracts using Sundaram Verma's dryland technique. 4. Did Sundaram Verma decline government employment? Yes, after completing his BSc in 1972, he was selected three times as a government science teacher but declined every offer to pursue farming. 5. How is farmland prepared under this dryland technique? The field is ploughed deeply right after the first and last monsoon rains, completely cleared of weeds, and prepared with pits about one and a half feet deep. 6. What major honours has Sundaram Verma received? He received the Agro-Biodiversity Bio Award in Canada in 1997 and was subsequently conferred the Padma Shri by the Government of India. Inspiration & Lessons Sundaram Verma's journey demonstrates how relinquishing comfortable security to solve grassroots environmental challenges can create monumental societal value. • Prioritizing purpose over security: Despite clearing government selections for science teacher positions three times, he declined them to pursue independent agricultural innovation. Lasting impact comes from deploying education directly where it addresses structural hardships. • Turning constraints into innovation: Rather than viewing arid conditions as a permanent limitation, he treated water scarcity as the baseline for his scientific inquiry. True problem-solving aligns with local realities instead of imposing costly external workarounds. • Commitment to long-term experimentation: Developing and refining the one-litre planting system demanded over two decades of trial, from his graduation in 1972 to formalization in 1995. Transformative breakthroughs require sustained patience and field discipline. • Working with nature: Relying on native vegetation and seasonal rainfall rather than expensive interventions proved that ecological harmony yields the most durable results. Local environmental assets are often the most potent tools for sustainable development. https://trendkia.com/en/rajasthan/rajasthan-men-mahaja-eka-litara-pani-se-taiyara-kara-die-do-lakha-pera-padmashri-sundaram-verma-ki-anokhi-sujhabujha-43109 TrendKia — Har trend, sabse pehle.