Development of Biomass-Based Feed for Rearing Cold-Water High-Value Fish and Shellfish Using Underutilized Local Resources
With the aim of strengthening the production capacity of high-growth, high-quality cold-water premium fish and shellfish, we will develop collection and primary processing technologies to enable the mass utilization of food processing by-products, primarily generated in the Tohoku region, as feed ingredients. Using these technologies, we will manufacture nutrient-rich, highly functional biomass feed and supply […]
Process Innovation through Smart Breeding of Ultra-High-Yield, Resilient Plant Genotypes Adapted to the Climate Crisis and Automated Agriculture
To address the vulnerability of Koshihikari rice to climate change, we will develop new rice varieties by combining multiple advantageous traits through smart genome breeding. These traits include robust, short and strong culms—which mitigate lodging caused by typhoons and heavy rainfall, enable compatibility with agricultural automation, and reduce labor requirements—as well as large grains, high […]
Improvement of SPALOW (Solar-Powered AirLift for Ocean Water), a Self-Sustaining Seabed Water-Lifting System, for the Practical Deployment and Widespread Adoption of Oyster Aquaculture
Through prior research and development, we have prototyped a self-sustaining seabed water-lifting system that enables increased production of cultured oysters. The system lifts 10 tons of nutrient-rich bottom seawater per hour, together with seabed sediments containing high-quality plankton, which serve as food for oysters. As a result, we achieved a 48% increase in shucked meat […]
Commercialization of a Phosphate Fertilizer Production Method Using Recycled Livestock Bone Waste and Verification of Its Plant Growth Effects
Through prior research and development, we have established a technology that completely solubilizes raw livestock bones and enables the recovery of all bone-derived components, including phosphate, as a bone-dissolution nutrient solution at low energy cost. In this project, we will focus on reducing production costs and scaling up the manufacturing process for both phosphate extracted […]
AQSim, an aquaculture support software that predicts both profitability and CO₂ emissions of land-based aquaculture systems
In recent years, land-based aquaculture has attracted growing attention; however, it faces challenges including higher operating costs and greater CO₂ emissions compared to sea-based aquaculture. In this study, we will develop “AQSim,” an aquaculture support software that predicts both profitability and CO₂ emissions of land-based aquaculture systems. AQSim will be validated through demonstration trials using […]
Development of Solid Materials for Controlled Release of Growth-Regulating Gases to Extend Crop Freshness
Global food shortages are becoming increasingly severe each year. This study aims to develop a solid material capable of the controlled release of growth‑regulating gases—specifically 1‑methylcyclopropene (1‑MCP), an ethylene inhibitor—that enables safe and simple suppression of crop growth by anyone. Toward commercialization, we are developing a controlled‑release unit capable of continuous gas emission for more […]
Modeling the Production of Thickening Polysaccharides via Carob Cell Culture Using Genomic Information
Galactomannan, a thickening polysaccharide derived from the endosperm of carob (locust bean), is widely used as a food texture modifier; however, ensuring its sustainable supply remains difficult. To address this challenge, we will leverage genomic information and plant cell culture technologies to establish high-producing galactomannan cell lines through genome editing and/or genetic engineering, and build […]
