Drone AI Cuts Fertilizer Use by 22 Percent While Boosting Sugarcane Yields
A field-validated system combining drone multispectral imaging, explainable XGBoost AI, and edge-controlled variable-rate application cut nitrogen fertilizer use by 21.8 ...
A field-validated system combining drone multispectral imaging, explainable XGBoost AI, and edge-controlled variable-rate application cut nitrogen fertilizer use by 21.8 ...
A stochastic frontier analysis of 202 Rwandan smallholder farmers reveals an average technical efficiency of 80.58 percent, meaning sugarcane output ...
A 26-year panel analysis of Indian state-level data finds that seed investment dominates cotton profitability while hired labour drives sugarcane ...
A long-term Brazilian field experiment shows that preserved no-tillage soil structure allows sugarcane roots to elongate up to eight times ...
A new study in the Brazilian Cerrado shows that the phenological stage at which satellite images are captured can be ...
A new review distills three decades of global transgenic crop experience into a strategic roadmap for Indian agriculture, identifying transgrafted ...
A major review argues that moving genomic prediction and computational mate allocation to the earliest stages of sugarcane breeding could ...
A greenhouse study finds that cowpea cultivation can raise pH, boost nutrient-cycling enzymes, and enrich beneficial bacteria in acidic, degraded ...
A new review finds that green cane harvesting, reduced tillage at replanting, and permanent soil cover are the three practices ...
A three-decade study of Aligarh District, India, links the dramatic rise of rice, potato, and millet and the decline of ...
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© 2025 Scienmag - Science Magazine