Midwest soil carbon monitoring requires deeper sampling, study finds
Analysis of three long-term Midwest agricultural trials found that soil carbon change varied with depth and fraction, while permanganate oxidizable ...
Analysis of three long-term Midwest agricultural trials found that soil carbon change varied with depth and fraction, while permanganate oxidizable ...
A new study comparing mitochondrial metagenomics with traditional microscopy in Florida strawberry fields finds the two methods are complementary, each ...
A two-year study of wheat root architecture and nitrogen-processing enzymes across soil depths shows that moderate fertilizer rates and depth-specific ...
A five-year field study in Tianjin, China, shows that long-term rice-straw biochar application shifts nitrate reduction toward the nitrogen-retaining DNRA ...
A depth-resolved survey of a phosphate-mining watershed upstream of Dianchi Lake shows that tailings soils are the dominant contamination hotspot, ...
A depth-resolved study in Tripura, Northeast India, shows that land-use type, not soil depth, is the dominant driver of soil ...
A new study in the wet temperate northwestern Himalayas finds that apple-based agroforestry stores roughly 50 percent more soil organic ...
A ten-year Chinese field experiment shows biochar and maize stover build soil organic carbon through distinct molecular, microbial, and structural ...
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© 2025 Scienmag - Science Magazine