Harvest Harmonics Announces Breakthrough Rice Trial Results in Nepal
Kyminasi Plants Crop Booster Delivers 76% Yield Increase in Kisan Basmati Rice
At Harvest Harmonics we are extremely proud to announce the results of one of our latest international case studies, a 2024 rice field trial in Nepal that delivered exceptional yield gains using the Kyminasi Plants – Crop Booster™ (KPCB). The trial, conducted under real farmer conditions and overseen by Dr. Uprety, demonstrates the power of Organically Managed Genetics (OMG) in action.
The results are clear: rice grain yield increased by 76% per hectare compared to standard farmer practice
Trial Conducted Under Real-World Conditions
The trial was carried out during the 2024 growing season using Kisan Basmati rice, one of the region’s most important varieties.
Key Trial Details
Location: Nepal (26°30’53″N, 87°17’27″E)
Elevation: 87 meters
Planting Date: June 29, 2024
Harvest Date: October 19, 2024
Treated Area: 500 m² (0.12 acre)
Control Area: 500 m² (0.12 acre)
Irrigation followed normal local practice, relying on flood irrigation from groundwater and rainfall, with only four irrigation cycles during dry periods. Aside from the application of Kyminasi Plants – Crop Booster™, all agronomic practices remained unchanged.
Standout Agronomic Performance
From mid-season onward, the KPCB-treated rice showed visibly stronger growth and structure compared to the control field. At harvest, the numbers confirmed what was already evident in the field.
Metric
Control
KPCB
Change
Average panicles per hill
15
20
+33%
Average grains per panicle
98
88
–10%
Final yield (tons/ha)
3.48
6.10
+76%
The increase in yield was driven primarily by a 33% increase in panicle density per hill, a highly efficient genetic response by the plant.
Proof of Organically Managed Genetics (OMG)
Rather than forcing unnatural changes, the rice plants made a smart genetic decision. Instead of increasing grains per panicle, the crop optimized its structure by producing more panicles, each carrying slightly fewer grains. This resulted in:
This response is a textbook example of Organically Managed Genetics (OMG) — the foundation of Harvest Harmonics’ technology.
More upright
tillers
Reduced plant
stress
Improved canopy architecture
Higher total grain production per hectare
Unlike GMO approaches that impose artificial genetic outcomes, Kyminasi Plants – Crop Booster™ works with the plant’s own genetics, allowing it to express the most efficient yield strategy based on its environment.
Visual Confirmation in the Field
Field photos taken at 110 days after planting (DAP) clearly show the difference between the two plots. While color differences may appear subtle at first glance, closer inspection reveals that KPCB-treated plants have:
- Denser, more uniform panicle distribution
-
Upright tillers carrying lighter panicles
-
Active green leaves emerging above the canopy
-
A healthier, more productive plant structure
These physical traits directly correlate with the significant yield increase measured at harvest.
A Strong Signal for Rice Producers Worldwide
This Nepal case study adds to a growing body of evidence showing that Crop Booster technology consistently unlocks yield potential while aligning with the plant’s natural biology.
A 76% yield increase, achieved without altering farmer practice, reinforces Harvest Harmonics’ belief that the future of agriculture lies in enhancing natural intelligence, not overriding it.
About Harvest Harmonics
Harvest Harmonics developed the most advanced crop-boosting technology, designed to work in harmony with plant genetics. Through signal-based solutions like Kyminasi Plants – Crop Booster™, the company helps growers increase productivity, strengthen crop resilience, and reduce reliance on aggressive chemical inputs.
Harvest Harmonics Expands Its Reach: Bringing Innovative Agriculture Solutions to California and Florida
At Harvest Harmonics, our mission has always been clear: to help farmers and growers unlock the full potential of their crops. Over the past few years, we’ve seen incredible growth thanks to the trust of our customers and the positive impact our tech have had across farms and orchards.
As part of our next phase of growth, we’re excited to announce that Harvest Harmonics is expanding its operations into California and Florida, two states at the heart of U.S. agriculture. These regions are known for their diverse crops, innovative farming practices, and commitment to sustainability—all values that align perfectly with our mission.
Why California and Florida?
California’s vast orchards, vineyards, and specialty crop operations, along with Florida’s citrus groves and diverse agricultural sectors, present a unique opportunity to bring our technology to even more growers. By expanding into these key markets, we aim to provide farmers with tools that improve crop performance, increase efficiency, and promote sustainable practices.
Our Growth Story
This expansion reflects more than just business growth—it’s a testament to the increasing demand for technologies that support modern agriculture. From our roots in soil science to the development of products that enhance water absorption and nutrient uptake, Harvest Harmonics is committed to helping growers achieve measurable results without disrupting their current practices.
Learn more about our journey here –> harvestharmonics.com/trl9
Looking Ahead
As we establish our presence in California and Florida, we’re focused on connecting with local growers, understanding their unique challenges, and delivering solutions that make a real difference. This growth also strengthens our ability to innovate, collaborate, and support the agricultural community nationwide.
At Harvest Harmonics, we believe that sustainable farming and high-performance crops can go hand in hand. Expanding into new markets allows us to continue fulfilling that vision—helping farmers grow better, smarter, and more efficiently.
Stay tuned as we share updates from our new teams on the ground and the exciting projects underway in California and Florida. The future of agriculture is growing—and we’re thrilled to be part of it.
