1990 papers
This study demonstrates that optimizing organic loading rates and maintaining a low food-to-inoculum ratio under alkaline conditions significantly enhances volatile fatty acid production from poultry manure by fostering specific hydrolytic microbial communities while suppressing syntrophic bacteria.
This study demonstrates that teak micro-cutting rooting success is strongly genotype-dependent and requires clone-specific optimization of hormone treatments, as evidenced by significant variations in rooting performance across ten clones and the effectiveness of Grey Relational Analysis for multi-trait evaluation.
This study identifies pinocembrin, a compound isolated from Romanian propolis, as an effective and sustainable antifungal agent capable of inhibiting the growth of diverse phytopathogenic fungi such as *F. oxysporum*, *B. cinerea*, and *Z. tritici*.
This study evaluates the transfer factors of radionuclides (Cs-137, Ra-226, and K-40) from soil to various parts of the fast-growing sunchoke plant (*Helianthus tuberosus* L.) in Vojvodina, revealing that while the plant accumulates these elements, it notably reconcentrates potassium-40 in all its parts, raising potential concerns for food safety and public exposure.
This study demonstrates that treating argan seeds with a 1 g/L microalgae extract significantly enhances germination performance and seedling vigor under salinity stress by inducing protective priming that optimizes osmotic adjustment and macromolecular protection while reducing oxidative distress.
This study maps the largely unregulated cross-border pig and pork supply chain between Zambia and the Democratic Republic of the Congo, revealing significant gaps in veterinary oversight and health inspections that facilitate the transmission of *Taenia solium* to consumers in Haut-Katanga Province.
This study demonstrates that applying humic substances effectively mitigates salt stress in papaya seedlings by enhancing photosynthetic efficiency, membrane stability, and substrate nutrient availability, thereby improving overall growth and seedling quality under saline irrigation conditions.
This study identifies diverse wood-rotting fungi infecting Indian sandalwood and quantifies their severe impact through significant mass loss, chemical degradation of lignocellulose components, reduced thermal stability, and progressive structural deterioration.
This study demonstrates that deep soil re-engineering to simultaneously alleviate acidity, aluminum toxicity, and mechanical strength in duplex soils significantly enhances canola productivity by transforming root-zone functionality, which promotes deeper rooting and superior resource acquisition beyond what root size alone can achieve.
This study investigates the diffusion and penetration of lignohumate into plant leaves using both model hydrogel systems and direct leaf experiments, revealing that while lignohumate comprises both small molecules and larger supramolecules, only the smaller fraction can effectively penetrate the cuticle barrier, with the choice of cuticle isolation method significantly influencing barrier integrity.