rice cultivation - Aneknowledge.com

Silicon-Enriched Biochar for Cadmium Stabilization in Paddy Soils: Sorption Mechanisms and Bioavailability Reduction.

Silicon-Enriched Biochar Offers New Pathway to Reduce Cadmium Contamination in Rice Fields

A new study in the Journal of Soil Science and Plant Nutrition shows that silicon-enriched biochar derived from rice husks and wood chips can stabilize cadmium in paddy soils by raising soil pH and forming cadmium carbonates, reducing heavy metal bioavailability in rice fields.

Aneknowledge October 28, 2025

Enhancing Biological Nitrogen Fixation in Rice (Oryza sativa L.) Cultivation Through Diazotrophs-Enriched Periphyton Biofilm.

Agriculture Biodiversity Emerging Science

Revolutionary Diazotroph-Enriched Periphyton Biofilm Boosts Rice Growth Without Synthetic Fertilizer

A new study reveals how diazotroph-enriched periphyton biofilms can replace urea fertilizers by enhancing nitrogen fixation and soil fertility in rice fields—marking a breakthrough for sustainable agriculture.

Aneknowledge October 25, 2025

Arbuscular mycorrhizal fungi inoculation enhances 15N uptake by rice via modifying rhizosphere and hyphosphere soil bacterial and fungal community and soil enzyme activity.

Agriculture Biodiversity Emerging Science

Mycorrhizal Fungi Boost Nitrogen Uptake in Rice by Reshaping Soil Microbial Networks

A new study reveals that inoculating rice with arbuscular mycorrhizal fungi (AMF) significantly enhances nitrogen uptake by improving soil enzyme activity and restructuring rhizosphere and hyphosphere microbial communities under varying phosphorus levels.

Aneknowledge October 17, 2025