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Plants’ Phosphorus ‘Switch’‌ Could ⁤Boost Crop Yields in Nutrient-Poor Soils

New research from Michigan State University reveals how plants⁤ sense phosphorus deficiency and delay flowering, a survival‍ strategy that⁤ could inspire new breeding strategies for crops grown in low-fertility soils.

Phosphorus is a critical nutrient for plant growth and reproduction, and a key component ‍of modern fertilizers. ⁢However, global phosphorus⁢ reserves are finite, and ⁢much of the applied phosphorus⁢ is lost thru runoff, leading to soil depletion.As‍ phosphorus becomes⁤ scarcer, ensuring food security‌ becomes increasingly challenging.

For millions⁢ of years,⁢ plants have adapted to ⁤fluctuating phosphorus levels. ⁣When phosphorus is scarce, they adjust their growth and delay flowering, conserving resources ⁣until conditions improve. The ⁣precise mechanism ⁣behind this adaptation remained ⁢unknown until now.

The research, published in Developmental Cell, ‍identifies a phosphorus-dependent “switch” within plant cells that⁢ reprograms progress in response to nutrient scarcity.

“this is ⁣the first time we have seen such a direct link between‍ nutrient ‍status, protein movement inside the cell, and control of flowering⁢ time,” says Associate Professor Hatem Rouached, senior author and faculty member in MSU’s plant, soil, ⁣and microbial ‍sciences‌ department.

“This discovery helps explain how plants translate‌ nutrient stress into developmental ⁤timing. By understanding that mechanism, ‍we can begin designing crops that flower and‍ yield optimally even in nutrient-poor environments.”

The Role ⁤of β-GLUCOSIDASE‌ 25 (bGLU25)

The research,led by postdoctoral fellow Hui-Kyong Cho,began with⁤ observing that plants grown in phosphorus-poor conditions consistently flowered later. ⁣ Using⁢ genome-wide