1957 papers
SolanAPP is an offline-first, native Android framework that leverages lightweight deep learning models for real-time, pixel-level diagnosis of Solanaceae crop diseases and integrates optional LLM-driven agronomic recommendations to enable accurate, accessible, and collaborative disease surveillance in resource-constrained agricultural environments.
Based on a two-year field study, legume intercropping (soybean and alfalfa) significantly outperforms gramineous intercropping (maize and fescue) and monoculture in enhancing soil multifunctionality within oil-tea agroforestry systems by simultaneously boosting nutrient availability, microbial diversity, and enzyme activities.
This study identifies spatial herkogamy, a temporal mismatch between nocturnal flowering and diurnal pollinators, and rapid pollen viability loss as key constraints on the natural reproduction of *Crescentia alata* in Zhanjiang, China, while establishing optimal conditions for in vitro pollen germination and storage to support assisted propagation.
This study in Uganda's semi-arid cattle corridor reveals that while farmer-managed natural regeneration supports diverse woody plant communities, agrosilvocultural systems yield greater structural density and height than silvopastoral ones, with regeneration success significantly shaped by household characteristics and requiring targeted conservation of ecologically important species with poor natural recruitment.
This study demonstrates that climate variability across Cameroon's agroecological zones significantly influences the nutritional and biochemical composition of maize independent of farm management practices, highlighting the need for regionally tailored strategies to safeguard food security under changing climatic conditions.
This review synthesizes recent advances to position humic substances as master regulators of plant stress resilience, elucidating their supramolecular chemistry, signaling mechanisms involving ROS and phytohormones, and tripartite interactions with the microbiome to guide the development of climate-smart agricultural biostimulants.
This study demonstrates that inoculating the drought-sensitive upland rice landrace Samambaia Branco with specific plant growth-promoting rhizobacteria (PGPR) significantly mitigates drought stress by inducing robust root architectural changes, enhancing water status through osmotic adjustment, and optimizing water use efficiency, ultimately preserving grain yield.
This study demonstrates that intensive field-based supportive care and physiotherapy can enable nearly half of beef cattle with severe *Senna obtusifolia*-induced myonecrosis to fully recover, while identifying progression to lateral recumbency as a definitive indicator of fatality.
Marine bacterium *Pseudoalteromonas shioyasakiensis* VB17 was utilized to synthesize stable, protein- and polysaccharide-coated biogenic selenium nanoparticles that exhibit no toxicity toward specific microbes and effectively enhance seed germination and early seedling growth in wheat and buckwheat.
This study demonstrates that UAV-derived RGB spectral indices, particularly GLI and NGRDI, show moderate potential as complementary tools for the early, large-scale phenotyping and preliminary selection of cotton genotypes based on fiber quality traits, though they cannot yet replace conventional laboratory analyses.