From Perfume Waste to Water Filter: Vetiver Root Biochar Strips Lead, Copper, Cadmium and Zinc From Water
Scientists transformed spent vetiver roots from the perfume industry into a high-surface-area biochar that removes up to 100 percent of ...
Scientists transformed spent vetiver roots from the perfume industry into a high-surface-area biochar that removes up to 100 percent of ...
Researchers sequenced the ZmZIP10 transporter gene across 25 indigenous Sudanese maize accessions, revealing extensive variation linked to wide natural differences ...
A four-year study of 90 plots across 15 farms in southern Bahia links high cocoa yields to surface phosphorus, potassium, ...
A two-year field experiment in Ethiopia's Upper Blue Nile Basin shows that lime and balanced nitrogen and phosphorus fertilization can ...
A comprehensive Indian field trial of 41 traditional rice landraces and three modern checks finds that breeding history does not ...
The first environmental assessment of Sakhalin Island's Lososey Bay finds no acute pollution, with elevated copper and zinc traced to ...
A scoping review of over 100 life cycle assessments finds that mineral supplements sourced from mining are excluded or misrepresented ...
A controlled field study in Ghana shows that traditional rice landraces Ex-Baika and Ex-Viono accumulate significantly more iron, zinc, calcium, ...
A field trial in Tamil Nadu shows chelated zinc EDTA outperforms zinc sulphate for groundnut in calcareous soil, with 10 ...
A Nature Energy study projects that EU solar and wind targets through 2050 will generate unprecedented demand for copper, zinc, ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine