1201 papers
This study demonstrates that green-synthesized zinc oxide nanoparticles, particularly at a 200 ppm concentration, effectively promote vegetative growth and provide complete protection against downy mildew in grapevines, offering a sustainable alternative to conventional chemical fungicides.
This study reveals that despite widespread awareness of Eucalyptus's negative impacts on crop productivity and social harmony, farmers in South Wollo, Ethiopia, are increasingly converting croplands to Eucalyptus plantations driven by economic necessity, labor shortages, and defensive planting strategies, a trend significantly influenced by demographic and land-use factors that necessitates urgent policy interventions for sustainable livelihood diversification.
This study demonstrates that a novel, modular thermoformed plastic mass production cage significantly enhances the scalability, operational efficiency, and reproducible egg productivity of *Aedes albopictus* adult rearing for Sterile Insect Technique programs across diverse European strains.
This study provides the first molecular evidence in Iraq of multiple *Fasciola* species, including the newly detected *Fascioloides magna*, coexisting in cattle and identifies the F200Y mutation in *F. hepatica* as a marker for benzimidazole resistance.
This study demonstrates that Shapley values (SHAP) derived from machine learning serve as a promising complementary tool for plant breeding by effectively quantifying genotype adaptability and stability while providing integrated insights into environmental contributions to genotype-by-environment interactions.
This study characterizes the seasonal dynamics and climatic drivers of Peste des Petits Ruminants (PPR) in Ekiti State, Nigeria, using wavelet analysis to identify humidity and temperature correlations, and employs a SARIMA model to forecast monthly outbreaks through May 2027 for optimized disease control strategies.
This study demonstrates that assembling compatible, multifunctional rhizobacterial consortia based on functional complementarity significantly enhances quinoa growth and biomass more effectively than single-strain inoculants, offering a promising strategy for sustainable agriculture.
This study establishes the first efficient whole-plant regeneration system for the recalcitrant species *Rosa roxburghii* Tratt. using hypocotyl explants, achieving successful callus induction, shoot differentiation, and rooting to produce healthy plantlets, thereby providing a crucial foundation for future genetic transformation applications.
This study utilizes multi-scale cytological and ultrastructural analyses to characterize cultivar-specific anther degradation patterns and pollen abortion mechanisms in four popular rice varieties under high-temperature stress, thereby establishing a comprehensive technical framework for screening heat-tolerant germplasm and elucidating the cellular basis of yield penalties.
This paper demonstrates that Seawater Air Conditioning (SWAC) offers a cost-effective, low-carbon solution for year-round food production and storage in hot coastal deserts like the GCC, significantly reducing cooling costs compared to conventional energy-intensive systems and thereby enhancing regional food security.