Old Tyres Turned Phosphorus Magnets Could Feed Crops and Clean Wastewater
Researchers transformed waste tyre biochar with hydrogen peroxide into a material that removes 99 percent of phosphorus from wastewater and ...
Researchers transformed waste tyre biochar with hydrogen peroxide into a material that removes 99 percent of phosphorus from wastewater and ...
A new review in Plant and Soil details how nanoscale biochar helps crops tolerate soil salinity through physiological, molecular, and ...
Japanese researchers found that aged thatch from traditional roofs inhibits lettuce germination when applied raw but becomes a powerful growth-enhancing ...
A two-season Egyptian field trial found that sugar beet residue at 24 tonnes per hectare outperformed molybdenum oxide nanoparticles and ...
Green-synthesized zinc oxide nanoparticles made from bean husk waste significantly boosted the growth of black nightshade while reducing oxidative stress ...
A field study in Alabama used X-ray computed tomography to show that pine biochar applied to sandy soil clogs and ...
A conceptual study proposes adapting cement grinding techniques, combined with biochar and solar power, to transform coarse desert sand into ...
Researchers found that sterilized, crushed waste natural rubber latex gloves mixed into soil at ten percent by weight boosted plant ...
Biochar made from the invasive weed Parthenium hysterophorus significantly reduced oxidative damage and boosted antioxidant defenses in salt-stressed sorghum seedlings, ...
A new study shows that combining biochar, superabsorbent polymer, and silicon in soil dramatically improves drought tolerance, growth, and photosynthesis ...
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© 2025 Scienmag - Science Magazine