1958 papers
Based on panel data from 1,077 Vietnamese farming households, this study reveals that production-system readiness—specifically factors like fertilizer dependence, irrigation investment, and climate resilience—is a more critical determinant of successful organic farming transitions than socioeconomic attributes or initial intentions alone.
This study demonstrates that pre-inoculation treatment with 3% bentonite-derived nanoclay, particularly via a combined foliar and soil application, effectively mitigates Potato Virus Y infection in potato plants by suppressing viral accumulation and oxidative stress while enhancing antioxidant defense mechanisms.
Supplementing the diet of juvenile largemouth bass with 1–2% Enteromorpha polysaccharide significantly enhances growth performance, improves hepatic health, boosts antioxidant capacity, and supports immune function.
This systematic review and meta-analysis reveals that in cocoa agroforestry systems, soil nutrient dynamics are shaped by shade tree species richness and functional composition independently of tree density, though these effects are often non-linear and nutrient-specific, indicating that diversity alone is insufficient for predicting soil fertility without considering functional traits and density.
This study uses GIS-based analysis to demonstrate that while climate change may enable the expansion of grain and oilseed farming into Northern Ontario through improved crop breeding and adaptive agronomy, realizing this potential requires balancing economic opportunities with significant ecological trade-offs from converting forests and wetlands.
This study demonstrates that *Paenibacillus mucilaginosus* promotes maize growth and alleviates oxidative stress in a dose-dependent manner by restructuring the rhizosphere bacterial community and enriching specific metabolic functions, thereby providing a scientific basis for its optimized application as a biofertilizer.
This study demonstrates that while bio-organic fertilizer provides early-stage biogeochemical activation, montmorillonite-modified biochar uniquely reconstructs positive plant-soil feedbacks in continuous cucumber cropping by acting as a late-stage habitat stabilizer that sustains nutrient retention, compresses fungal niches, and suppresses *Fusarium* pathogens to ensure long-term yield and soil health.
This study provides the first comprehensive evidence that a phenolic-rich fraction from *Memecylon umbellatum* leaves exhibits potent antiviral activity against Newcastle disease virus across *in vitro*, *in ovo*, and *in vivo* models by suppressing viral replication and reinforcing endogenous antioxidant defenses.
This study presents a simplified, cost-effective, and highly sensitive multiplex CRISPR/Cas12a-based lateral flow assay (MC-LFA) that enables the simultaneous detection of Ochratoxin A and Aflatoxin B1 without magnetic separation or crRNA replacement, offering a versatile tool for food safety monitoring in resource-limited settings.
AGROMINDS is a global, high-resolution dataset spanning 1971–2100 that integrates historical reanalysis and CMIP6 climate projections with dynamic crop phenology to provide annually resolved, season-specific agro-meteorological indicators for major summer crops, thereby enabling more realistic assessments of climate impacts on agriculture.