Tiny Particles and Helpful Bacteria Team Up to Feed Crops Sustainably
A new review in Plant and Soil shows that engineered nano-micro materials and plant growth-promoting bacteria can protect and enhance ...
A new review in Plant and Soil shows that engineered nano-micro materials and plant growth-promoting bacteria can protect and enhance ...
Researchers in Egypt combined physiological and DNA marker analyses to identify Chenopodium murale and Cynanchum acutum as the most promising ...
A sweeping new review details how arbuscular mycorrhizal fungi, ancient symbionts of most land plants, drive nutrient uptake, soil carbon ...
A new review in Stress Biology shows that engineered nanoparticles such as zinc oxide, silicon, and iron oxide can dramatically ...
Japanese researchers found that applying ordinary sodium chloride rescues quinoa from cesium-induced growth inhibition while boosting the plant's accumulation of ...
A survey of Iranian peppermint accessions reveals large differences in yield, menthol content, and heavy metal uptake, with high-altitude plants ...
New greenhouse research from Nigeria shows that biochar made from rice and sorghum straw can transform how the weed Tithonia ...
A new review details how bacteria, fungi, and plants can sequester, transform, or immobilize plutonium, offering a sustainable alternative to ...
Australian researchers found that blending oil-contaminated soils to an intermediate loamy texture, combined with Italian ryegrass and microbial inoculants, boosted ...
A new study in Constantine, Algeria, shows that the common ash tree accumulates traffic-related trace metals in its bark and ...
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© 2025 Scienmag - Science Magazine