New Laser System Tracks Winter Wheat Fluorescence Dynamics
A new active fluorescence system called Canopy-LIF uses pulsed laser excitation to continuously monitor relative changes in winter wheat canopy ...
A new active fluorescence system called Canopy-LIF uses pulsed laser excitation to continuously monitor relative changes in winter wheat canopy ...
A field trial in southwestern Iran demonstrates that transparent decision-rule artificial intelligence simultaneously increases winter wheat yields, enhances nutritional quality, ...
A three-year field study in southwestern China reveals that three-crop rotation systems achieve greater biomass accumulation and nutrient uptake than ...
A four-environment GWAS of 279 Chinese winter wheat landraces identified 62 stable loci associated with eight grain-quality traits, including 19 ...
A two-season Chinese field study found that fused UAV spectral, texture, LiDAR and temporal features with random forest produced the ...
German researchers show that manually created vertical macropores help crop roots bypass compacted subsoil, boosting grain yields by up to ...
A four-year field trial on China's Loess Plateau shows that replacing a quarter of chemical nitrogen with pig manure outperforms ...
A year of continuous eddy covariance measurements and explainable machine learning above a Swiss winter wheat field shows that nitrous ...
A three-year field study in the North China Plain identifies optimal irrigation and nitrogen ranges that simultaneously raise grain yield, ...
A landmark field study finds that dark septate endophytes colonize winter wheat roots more extensively than arbuscular mycorrhizal fungi across ...
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© 2026 Scienmag - Science Magazine