The Japanese Government Tested It on Four Crops. All Four Improved.

Among the most rigorous validations of ionic geodynamic water technology is a series of controlled agricultural trials conducted by the Japanese Ministry of Health. These studies measured the effect of Themarox — the same ionic sulfated mineral technology behind Primora Bio — across four distinct crop types under controlled conditions, with the same fertilization program applied to both treated and untreated plots.

The consistency of results across unrelated crop species is the most scientifically significant aspect of this data. Rice, strawberries, tea, and tomatoes are physiologically different plants with different root architectures, nutrient demands, and growing conditions. The fact that all four showed yield improvements in the 20–37% range strongly suggests a systemic mechanism. One that operates at the level of water and mineral availability rather than crop-specific biology.

The photosynthetic capacity findings, which demonstarted a 20–40% increase in chlorophyll density across all crops, may be the most mechanistically important result. A plant capturing 30% more energy from the same sunlight doesn't just grow faster, it has more metabolic resources for everything: root development, stress response, secondary metabolite production, fruit fill, and nutrient retention into late season.

The Ministry also documented a rapid reduction in nitrate-N accumulation in plant tissues. High nitrate accumulation is associated with increased pest pressure, reduced shelf life, and compromised crop quality. Its reduction indicates improved nitrogen metabolism. The plant was processing nitrogen more efficiently into proteins and amino acids rather than accumulating it as inert nitrate.

Consistent 20–35% yield enhancement across four unrelated crop types — measured under controlled conditions with identical fertilizer programs — points to a systemic mechanism operating at the water level, not the soil or plant level.