In a groundbreaking collaboration, Mitsubishi Research Institute (MRI) and Vietnam’s Pan Group, the parent company of Vinaseed, have conducted a successful trial to assess the effectiveness of a new biostimulant for rice production. This innovative approach aims to tackle climate change challenges and enhance fertilizer efficiency in tropical and subtropical environments.

Impact of the Biostimulant

The trial demonstrated that the biostimulant, derived from agricultural residue, significantly improved plant immunity and nutrient uptake. Notable physiological enhancements were observed in the rice plants, including:

• Increased tolerance to high temperatures
• Stronger root development

Yield measurements from treated rice plots highlighted a remarkable increase of 205.9 kg per 10 ares, raising total yield to 688.7 kg per 10 ares compared to 482.8 kg in untreated areas. This 43% uplift translates to approximately 1.43 times higher yield and an estimated profit increase of around VND40.2 million per hectare.

The study indicated that the economic return for applying the biostimulant was over six times the cost under specific trial conditions. However, the companies noted that results can vary based on environmental and agronomic factors.

Plans for Commercial Distribution

In light of these promising results, MRI and Pan Group are gearing up for the commercial distribution of the biostimulant across Vietnam. Additionally, they are exploring its applicability to other crops, with the goal of promoting sustainable agricultural practices that are resilient to climate changes while enhancing production efficiency.

Trial Overview

The five-month field demonstration, conducted in Hung Yen Province, evaluated a Japanese-developed biostimulant aimed at preserving rice yields in the face of climate change. The initiative seeks to maintain quality and facilitate low-fertilizer agricultural production.

This project responds to the pressing challenges of intensifying climate change and soil degradation due to excessive fertilizer use. Rising fertilizer costs have also highlighted the need for low-input, sustainable farming models.

Strengthening Japan-Vietnam Ties

The partnership between the companies was formally established at the Vietnam-Japan Public-Private Cooperation Forum last September. The Pan Group believes that biostimulants may represent a new frontier for agricultural growth in Vietnam.

“With government policies advocating for organic and biological agriculture, biostimulants could become a priority for product development and market expansion,” stated Nguyen Thi Tra My, CEO of Pan Group and Chairwoman of Vinaseed.

Widespread adoption of biostimulants may be a key strategy for enhancing the sustainability and global competitiveness of Vietnam’s agricultural sector. “This green technology is expected to reduce reliance on agricultural chemicals, bolster yields, and ensure compliance with international standards, ultimately strengthening the global position of Vietnamese agriculture,” Nguyen added.