Grasses Load Up on Silicon While Legumes Bank Calcium, Revealing a Hidden Chemical Divide in Grasslands
A field study across German grasslands shows that grasses accumulate far more silicon and legumes far more calcium than other ...
A field study across German grasslands shows that grasses accumulate far more silicon and legumes far more calcium than other ...
A new review in Plant and Soil details how nanoscale biochar helps crops tolerate soil salinity through physiological, molecular, and ...
A controlled pot study found that exogenous glycine betaine, optimally at 40 mmol per liter, markedly improved drought tolerance, antioxidant ...
A systematic review of 55 studies finds that chelating agents boost lead uptake in plants but risk leaching and stress, ...
Researchers have developed a hyperspectral deep learning framework, STAMPformer, that non-destructively predicts continuous frost damage severity in field-grown tea plants ...
Thai researchers found that salt-tolerant endophytic bacteria, especially the SHPP24 and SKPK29 isolates, significantly improved rice physiology, growth, and grain ...
A Brazilian field study shows that foliar sodium selenate reliably enriches sorghum grain with selenium, while novel selenium compounds and ...
A study of thirty evergreen species shows that leaf water repellency measurements shift significantly between field and laboratory settings and ...
High-resolution oxygen imaging shows that rice seedling roots switch from leaking oxygen to sealing it within 24 hours of emergence, ...
A new study of lima bean genotypes in Northeast Brazil reveals that plants survive extreme heat by diverting resources from ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine