1903 papers
This study identifies specific CIMMYT maize inbred lines as tolerant to low-phosphorus conditions through combined hydroponic and field screening in Meghalaya, India, validating early-stage hydroponic methods as a cost-effective tool for breeding sustainable, high-yielding cultivars.
This study demonstrates a scalable, pilot-scale bioprocess using engineered *Candida tropicalis* to convert renewable methyl laurate into high-purity dodecanedioic acid, coupled with a simplified acetic acid crystallization method that eliminates complex purification steps and reduces environmental impact.
This study demonstrates that applying Modified Genetic Porous Carbon (MGPC) biochar, particularly at a 5% weight concentration, significantly mitigates sheet and splash erosion in loess soils under simulated rainfall, with effectiveness increasing at higher application rates and gentler slope gradients.
This study demonstrates that amorphous silica soil amendments mitigate drought stress in spring barley by enhancing soil water retention and maintaining physiological function, thereby preserving yield particularly when drought occurs during sensitive reproductive stages like flowering and grain filling.
This study demonstrates that an aqueous extract derived from *Chlorella sorokiniana* biomass effectively suppresses *Magnaporthe oryzae* and rice blast disease by inhibiting fungal growth and appressorium formation, offering a promising biobased alternative for sustainable disease management.
This study demonstrates that a data-driven framework using only dry-bulb temperature and relative humidity, processed via artificial neural networks, can accurately recover conventional dairy heat-stress classifications in a tropical compost barn, offering a streamlined approach for precision livestock management.
This study demonstrates that seasonal water-quality dynamics, particularly temperature and nutrient levels, drive significant variations in *Kappaphycus alvarezii* growth in Ambon Bay, with the East monsoon yielding substantially higher productivity than the West monsoon, thereby highlighting the need for seasonally adaptive management to optimize tropical seaweed aquaculture.
Based on a two-year field study, this research systematically compares four flue-cured tobacco seedling cultivation methods, revealing that while two-stage cultivation offers the best overall performance, paper pot cultivation demonstrates significant potential for labor-saving and green production through its unique air-root pruning mechanism that drives strong compensatory growth post-transplanting.
This study demonstrates that sorghum exhibits stable, biotype-specific resistance to greenbugs, with induced defenses failing to alter aphid performance or overcome the distinct susceptibility differences between biotypes E and K.
This study analyzes longitudinal data from 192 rural households in North Wollo, Ethiopia, to identify that while food insecurity has increased over time, factors such as education, asset ownership, and agricultural inputs significantly improve food security, whereas large family sizes, shocks, and market distance negatively impact it.