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Understanding P Build-Up at the Surface and Depletion Below
Why do some crops struggle to access phosphorus even when soil-test levels appear adequate? Technical Agronomist Taylor Strehl shares how phosphorus stratification develops in modern reduced-tillage and no-till systems, creating uneven nutrient distribution throughout the soil profile. Learn why phosphorus placement, fixation, and accessibility impact crop nutrition, how standard soil tests can miss subsurface depletion, and how RhizoSorb® technology helps improve phosphorus availability by expanding the zone of plant-accessible phosphorus.
The Next Generation of Phosphorus Fertilizer™ Expands Globally via Partnership with WeGrow AG
The Next Generation of Phosphorus Fertilizer continues to expand globally to serve Central and South America. Phospholutions, the team behind RhizoSorb® technology, is proud to announce their official partnership to commercially launch RhizoSorb® with WeGrow AG.
How the U.S. Can Make the Most of Remaining Domestic Phosphorus Reserves
Phosphorus, a vital nutrient for plant life, underpins agricultural production and global food security. But where does this essential element come from? The answer lies in a seemingly unremarkable rock called phosphorus rock, or phosphorite. RhizoSorb is an economical choice for both growers and retailers. “Compared to using MAP or DAP, growers will apply a little less and see about a 10% cost savings on a per acre basis.
Phospholutions Inc. Appoints Research and Development Vice President to Propel Sustainable Fertilizer Technology
State College, PA, - a leader in sustainable fertilizer technology, is further enhancing global phosphorus utilization through its Next GenerationTMRhizoSorb® fertilizer technology. This commitment to innovation is exemplified by the addition of Dr. Krishna Maruvada, to Phospholutions' leadership team.
RhizoSorb® Decreases Carbon Emissions by Nearly 50%
Leading Fertilizer Technology Company Phospholutions releases a Life Cycle Assessment (LCA) validating the company’s claim to decrease carbon emissions and negative environmental impact in freshwater systems by nearly 50% with RhizoSorb® 8-39-0.
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