Nano-Modified Biochar Eases Lead and Microplastic Stress in Alfalfa
A biochar and calcium oxide nanoparticle composite reduced lead and microplastic toxicity in alfalfa by improving photosynthesis, nitrogen assimilation, and ...
A biochar and calcium oxide nanoparticle composite reduced lead and microplastic toxicity in alfalfa by improving photosynthesis, nitrogen assimilation, and ...
Carbon quantum dots synthesized from maize stalk waste increased photosynthesis and growth in greenhouse maize seedlings, with an optimal foliar ...
A review of 239 studies finds that engineered nanoparticles disrupt Photosystem II, pigment content and RuBisCO activity, with downstream losses ...
Researchers fine-mapped and functionally validated CauYL, a magnesium chelatase H subunit gene essential for chlorophyll accumulation and normal leaf coloration ...
A University of Córdoba study of 17 urban tree species found native Mediterranean trees such as holm oak and olive ...
A one-year Xinjiang field trial found that organic fertilizer combined with a composite microbial inoculant raised cotton photosynthesis and seed ...
A new review finds CRISPR engineering can sharply raise carotenoid yields in microalgae, yet these gains mostly redistribute carbon rather ...
A comparative study finds that the halophyte Schrenkiella parvula regulates toxic reactive carbonyl species more tightly than Arabidopsis under salt ...
A gerbera study found that excess potassium creates a functional magnesium deficiency that impairs nitrogen assimilation, photosynthesis and vase life, ...
A pepper seedling study finds that salicylic acid promotes hydrogen sulfide production, which is required for many of salicylic acid's ...
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© 2025 Scienmag - Science Magazine