1903 papers
A study conducted in India during 2021–2022 demonstrated that combined treatments of gamma rays and sodium azide, particularly at 200 Gy + 0.02% SA, offer superior mutagenic effectiveness and efficiency for generating diverse and desirable genetic variability in cowpea compared to individual mutagens.
This study demonstrates that foliar application of indole-3-acetic acid (IAA) to maternal okra plants significantly enhances their reproductive performance and confers transgenerational benefits, resulting in progeny seeds with superior germination, seedling vigor, and salinity tolerance compared to those treated with L-tryptophan or untreated controls.
This study demonstrates that fermented products of *Bacillus velezensis* LK1, particularly its culture, serve as a sustainable antibiotic alternative that significantly enhances the growth, immunity, and intestinal health of crucian carp by regulating core gut microbiota, specifically promoting beneficial *Cetobacterium* species.
This study demonstrates that dietary β-glucan supplementation mitigates *Aeromonas hydrophila*-induced excessive inflammation and tissue damage in the endangered catfish *Silurus lanzouensis* by suppressing pro-inflammatory cytokine expression and necroptosis pathways, thereby offering a promising strategy for its conservation-oriented aquaculture.
This study establishes the first aerobiological baseline for Japanese rice in South America by characterizing the airborne fungal assemblage in Paraguay, revealing that *Alternaria* and *Curvularia* are weather-driven and peak at grain maturity, while *Cochliobolus* and *Magnaporthe* are phenology-driven and associated with early vegetative and panicle emergence stages, respectively.
This study reveals that mold dimensions in high-temperature Daqu production primarily influence aroma quality through thermodynamic modulation of non-enzymatic Maillard reactions driven by prolonged thermal regimes in larger bricks, rather than through direct microbial succession.
The paper introduces PGD-RiceNet, a novel deep learning framework that integrates reliability-calibrated gap topology and phenology-guided dual-cycle learning to achieve state-of-the-art accuracy in mapping single- and double-season rice from cloud-affected Harmonized Landsat and Sentinel-2 time series.
This study demonstrates that bio-Greek yogurt produced from sheep, buffalo, and cow milk using transglutaminase and probiotic cultures exhibits superior chemical, rheological, and sensory properties compared to those made from goat or camel milk, although the latter offer distinct advantages in antioxidant activity and specific probiotic viability.
This study conducted in Bangladesh during 2024–2025 demonstrates that late sowing severely compresses the wheat life cycle and drastically reduces yield across three varieties, identifying BARI Gom 21 as the most robust option for absolute grain production under terminal heat stress and BARI Gom 26 as the superior choice for maintaining grain-weight stability.
This study identifies and evaluates native root-nodule endophytic bacteria, particularly *Rhizobium* sp. MU-RM12, *Bacillus licheniformis* MU-RM3, and *Pseudomonas* sp. MU_RM2, as highly effective bioinoculants that significantly enhance groundnut growth and pod production in the semi-arid soils of Saurashtra.