Jumla's golden harvest and the revival of Marshi Rice

By pairing ancestral agricultural wisdom with clean energy and modern post-harvest technology, Himalayan farming communities are turning traditional red rice into a thriving, climate-resilient enterprise.

October 7, 2026

Aerial view of a green valley surrounded by mountains, with a winding river and scattered houses. — Photo: UNDP Nepal

As the autumn harvest approaches, the terraced slopes flanking the Tila and Hima rivers transform into a tapestry of deep amber and gold.

For the agrarian communities of Jumla district, this spectacular seasonal shift bring joy and renewed economic optimism. Cultivated for generations across these high Himalayan valleys, indigenous Jumli Marshi (red rice) represents food security, rural livelihoods, and a symbol of cultural identity.

Aerial view of a winding river through patchwork green and brown fields, with forested hills. — Photo: UNDP Nepal

Cultivation high up in the mountains

Marshi rice is cultivated across all eight local municipalities of Jumla district. Major areas include the iconic Lachu Jyulo in Tatopani, Shera Jyulo in Chandannath, and expansive river terraces stretching across Sinja, Hima, and Tila.

However, the village of Chhumchaur in Patarasi Rural Municipality stands out. Sitting at an elevation of approximately 3,050 meters (over 10,000 feet) above sea level, it is globally recognized as the highest altitude at which rice is successfully cultivated. Known for its rich nutritional profile, distinct nutty flavor, and unique cold-tolerant properties, Marshi is one of Karnali’s most valuable heritage assets.

According to agricultural data, out of Jumla’s 2,888 hectares of arable paddy land, 37 percent (1,068 hectares) is dedicated to native Marshi cultivation, while improved varieties occupy the remaining 1,820 hectares.

Aerial view of patchwork farmland with green and yellow fields and irrigation channels. — Photo: UNDP Nepal

The Himalayan Seasonal Calendar

The cultivation of Marshi follows a centuries-old seasonal rhythm in line with mountain microclimates. According to local tradition, the agricultural cycle begins on the 12th of Chaitra (late March), when farmers ceremonially soak the paddy seeds in cold spring water. Four days later, on the 16th of Chaitra, the seeds are drained and placed in warm indoor spaces to trigger germination, before being sown in carefully prepared nursery beds around the 20th or 21st of Chaitra (early April).

The main transplantation takes place during May or June depending on the altitude and weather patterns and the crops reach full maturity and are ready for harvest between September–November. During this crucial window, which coincides with major national festivals like Dashain and Tihar, Jumli farmers are fully immersed in the busy task of cutting and gathering the golden stalks.

This generational knowledge has long sustained mountain families through harsh winters and food-insecure periods.

In Fiscal Year 2023/24, Jumla recorded a harvest of approximately 3,000 metric tons of Marshi paddy.

Aerial photo of terraced fields and a winding river through a valley. — Photo: UNDP Nepal

In recent years, Marshi has evolved from a subsistence crop into a vital commercial driver for local farmers. Driven by growing consumer awareness of its organic quality and health benefits, demand has expanded beyond the district.

Between November 2025 and March 2026 alone, Jumla exported an estimated 175 metric tons of processed Marshi rice to urban markets, generating over NPR 35 million in trade revenue. While farm-gate rates in Jumla average around NPR 180 per kilogram, premium, packaged Jumli Marshi commands up to NPR 250 per kilogram in major metropolitan markets such as Kathmandu, though prices vary based on timing, quality, packaging, and market conditions.

Bridging Heritage and Innovation: Clean Tech for Resilient Agri-Food Systems

To protect this fragile agricultural heritage and scale its economic returns, international development partners are collaborating directly with local cooperatives. Through UNDP's Renewable Energy for Resilient Agri-Food Systems (RERAS) project supported by Norway and Finland, initiatives are underway to modernize indigenous farming while bolstering climate adaptation.

Close-up of a dark, mottled brown texture with yellow specks. — Photo: UNDP Nepal

The project prioritizes native crops like Marshi by introducing renewable energy to power irrigation and agricultural machinery. Beyond mechanization, RERAS places strong emphasis on post-harvest processing, proper storage, modern packaging, and expanding direct market linkages. These efforts to connect traditional agricultural knowledge with clean technology are successfully reducing physical labor for farmers, preserving grain quality, and simplifying market logistics.

This technological transition and shift toward climate-smart practices have injected fresh enthusiasm into local farming collectives.

Photo of smiling woman standing in a golden field with hills and a small village in the background — Photo: UNDP Nepal

At a time when the cultivation of indigenous crops was gradually declining, the RERAS project stepped in to help us revive and expand the farming of these local varieties. With increased yields, we are now able to sell our produce through cooperatives, which has substantially boosted our income. Protecting our heritage while improving our families' livelihoods brings me immense joy.

Maya Rana, Beneficiary

Beyond processing and market access, the introduction of climate-smart agronomy and training on efficient cultivation techniques has fundamentally changed how farmers manage their fields, leading to dramatic efficiency gains.

Ashta Kanya Khatri, a member of Kalika Agro-Biodiversity Conservation Group in Tatopani Rural Municipality reiterated Maya Rana's thoughts highlighting how the RERAS project, has improved agricultural practices such as using certified seeds, line transplanting, balanced fertilizer application, and systematic water management. These techniques have made weeding and crop management much easier. Now, more grain is harvested from the same piece of land with the same effort, allowing us the surplus to be sold and contribute to a steady income.

Woman in a red embroidered traditional dress with a beaded necklace stands in a tall grassy field. — Photo: UNDP Nepal

Sustaining High-Altitude Agriculture

For generations, the survival of high-altitude farming rested solely on physical labor and unpredictable weather patterns. Today, the integration of green energy, modern machinery, and climate-smart agricultural techniques is proving that traditional conservation does not have to come at the expense of economic progress.

By scaling up these local cooperative models, UNDP's RERAS project is not just preserving a unique red rice variety; it is building a robust, self-sustaining model of climate resilience. As the golden fields of Jumla are harvested and packaged for dinner tables across Nepal, they carry with them the promise of a sustainable future—one where ancient heritage and clean technology walk hand in hand.

Different versions of this article have been published in multiple national daily's and news portals.