1903 papers
This study presents a data-driven framework that utilizes hyperspectral time-series clustering with Dynamic Time Warping to group microalgal strains by their distinct growth-kinetic behaviors rather than taxonomy, thereby enabling optimized, strain-specific harvest timing.
This study demonstrates that bacterial isolates derived from spent mushroom substrate, particularly isolate BUD 5, possess plant growth-promoting traits and effectively enhance tomato growth and root development under greenhouse conditions when applied via foliar spraying or seed treatment.
This study demonstrates that a combination of medium nitrogen application (120 kg N ha⁻¹) and medium planting density (62,500 plants ha⁻¹) optimizes source-sink coordination, enhances nitrogen use efficiency, and maximizes yield, quality, and economic returns for sweet potatoes, particularly in the Haikou environment.
This study demonstrates that the postpartum milking day and specific lactic acid bacteria strain significantly influence the acidification kinetics, colloidal reorganization, and refrigerated stability of fermented Local Gorontalo goat colostrum, confirming its viability for developing value-added fermented dairy products.
This study demonstrates that combining spectral-correlation diagnostics with Random Matrix Theory, specifically through the Brody parameter, provides a robust, statistically grounded framework for detecting and distinguishing milk adulterants (hydrogen peroxide, urea, and formalin) by quantifying the degree of spectral randomization in Raman spectra.
This study develops a Python-based, uncertainty-aware computational framework to optimize the pyrolysis of Ghana's palm kernel shells and empty fruit bunches for biochar production, demonstrating that specific temperature and residence time conditions can achieve high yields, significant carbon benefits, and substantial net revenues within a circular economy model.
This study demonstrates that incorporating yeast by-products into dairy cow diets is both economically feasible and environmentally beneficial, as it yields positive financial returns over a decade while significantly reducing enteric methane emissions per unit of milk produced.
A two-year field trial in Arsi Zone demonstrated that integrating full or partial lime with vermicompost and crop rotation significantly enhanced bread wheat and malt barley yields and improved soil chemical properties in acidic soils, offering a sustainable, lower-input alternative for resource-limited farmers.
This study in northern Malawi reveals that while the African breadfruit (*Treculia africana*) is widely recognized for its nutritious seeds, its utilization is currently limited by labor-intensive processing and a lack of market structures, necessitating targeted conservation efforts and post-harvest technology interventions to harness its potential for food security and economic development.
This study demonstrates that the plant-derived biopesticide "brahmastra" effectively controls mustard aphids in organic rapeseed–mustard farming, with its highest efficacy observed at a 12.5 L/ha application rate and maintained stability for up to 150 days of storage, while preserving beneficial predatory fauna.