1903 papers
This study reveals that while intermediate potassium levels optimize root expansion and biomass in *Stevia rebaudiana*, excessive potassium beyond this range fails to sustain total steviol glycoside productivity, exacerbates magnesium deficiency, and alters glycoside composition, indicating that these traits require distinct and coordinated nutritional management.
This paper proposes a cross-domain material-transmission framework that synthesizes fragmented literature to demonstrate how antecedent ecological and crop response diversity moderates the risk of multiple breadbasket failures and subsequent food-system shocks through distinct transition mechanisms like domino effects and hidden feedbacks.
This study presents a composite field-evaluation framework that combines output-blinded and system-output-guided scouting to provide a transparent, transferable method for accurately assessing digital agriculture maps while minimizing observation bias when full ground truth is impractical.
This study evaluates four duckweed-integrated configurations for smallholder cattle systems in Laikipia, Kenya, and identifies a bioenergy, biofertiliser, and feed production model as the most feasible option that utilizes manure to provide a marginal protein supplement while addressing local feed constraints through a structured decision framework.
This study demonstrates the feasibility of converting abundant coconut husk into second-generation bioethanol by employing an integrated strategy of sequential pretreatment, enzymatic hydrolysis, and fermentation using *Zymomonas mobilis* ZM4, which achieved a final ethanol yield of 0.0975 g per gram of biomass.
By combining deep learning with high-resolution satellite imagery, this study reveals that shifting cultivation remains a widespread and persistent agricultural system across the tropics, covering approximately 212 million hectares in 2020 with distinct regional distributions and strong associations with plantation proximity.
This study identifies the multidimensional constraints hindering Extra Long Staple (ELS) cotton cultivation in India and proposes a participatory pluralistic extension model that integrates diverse stakeholders to enhance technology adoption, market linkages, and overall production sustainability.
This study characterizes the grain morphology of indigenous aromatic, non-aromatic, and wild rice germplasm from Manipur, India, revealing significant morphological variations and distinct clustering between wild and cultivated accessions that underscore their value for conservation and pre-breeding programs.
This study demonstrates that integrating trees into arable systems across Europe significantly enhances the total economic value of ecosystem services compared to monocultures, particularly through diverse provisioning products and cost-reducing regulating services in tree belts, despite limitations caused by site-specific heterogeneity.
This study demonstrates that the green alga *Chlorella vulgaris* effectively bioremediates agricultural drainage water, achieving significant reductions in nutrients, organic pollutants, and coliform bacteria within 48 hours to enable water reuse.