1977 papers
The study demonstrates that postharvest application of spermidine, particularly at a 2.5 mM concentration, significantly preserves the nutritional quality, firmness, and antioxidant content of Amrapali mangoes while minimizing weight loss and spoilage, thereby extending their marketable shelf life by six days compared to untreated controls.
This study demonstrates that an optimized, recyclable citric acid pretreatment significantly enhances bioethanol production from diverse starchy food wastes by maximizing sugar release while minimizing fermentation inhibitors compared to conventional sulfuric acid methods.
This study utilizes genome-resolved metagenomics to demonstrate that strategic combinations of commercial gut health interventions, particularly those containing probiotics, can effectively modulate the functional gene landscape of the broiler caecal microbiome by reducing virulence and antimicrobial resistance genes while maintaining essential biogeochemical functions.
This study reveals that infection with 'Candidatus Phytoplasma aurantifolia' causes significant, distinct alterations in nutrient element concentrations in both the leaves and roots of Mexican lime trees, with symptomatic branches showing elevated levels of P, K, Cu, Fe, Cl, and Na but reduced Mg, Ca, Mn, and B, while symptomatic roots generally exhibit lower nutrient levels compared to healthy trees.
This study demonstrates that the combined application of phosphoric acid-modified biochar and hydrolyzed polymaleic anhydride effectively ameliorates saline-alkali soil by enhancing water transport, reducing salinity and alkalinity, and increasing rice yield, with the ABH2 treatment identified as the optimal dosage for soil remediation.
This study establishes an optimal in vitro pollen germination protocol for *Ilex cornuta* using a medium of 50 g/L sucrose and 60 mg/L boric acid with a 16-hour culture time, while identifying TTC staining as the most effective method for viability assessment to support future breeding programs.
This study demonstrates that reducing nitrogen fertilizer input by 25% in a crabapple-soybean agroforestry system optimizes nitrogen utilization by enhancing the "fertility island" effect, alleviating enzyme substrate inhibition, and enriching fungal diversity to shift soil nitrogen cycling toward a more efficient nitrate-dominant state.
A 2024 study in the Maranhão Cerrado demonstrates that integrated crop-livestock-forestry systems and no-tillage practices are more effective than managed pasture at maintaining soil health in sandy soils, with integrated livestock-forestry showing superior carbon storage and biological indicators.
This study developed and validated simple, field-calibrated linear models for predicting ammonia volatilization in rice and wheat within the APSIM platform, demonstrating that these empirically derived tools can accurately simulate seasonal losses and daily dynamics with performance comparable to complex process-based models.
A four-year greenhouse trial demonstrates that long-term application of earthworm manure (QY) is the most effective organic fertilization strategy for enhancing *Aloe vera* growth by significantly improving soil fertility and optimizing rhizosphere bacterial community assembly compared to other organic fertilizers and non-fertilized controls.