1903 papers
This study demonstrates that an ensemble of U-Net and PSPNet deep learning models, trained on fused multi-temporal Sentinel-1 SAR and Sentinel-2 optical data, achieves high-accuracy mapping of fragmented smallholder paddy rice fields by leveraging multi-scale contextual reasoning and phenological growth stages.
This study demonstrates that salinity tolerance in citrus cultivars is driven by the maintenance of ionic homeostasis and physiological stability, with sweet orange and kinnow exhibiting superior resilience compared to grapefruit and lemon under increasing salt stress.
This paper presents the design and field testing of a tractor-integrated corn seed planter, demonstrating that an operating speed of 4.5 km/h yields the optimal balance between work capacity (0.45 ha/h) and high planting accuracy (92.4% distance index), whereas higher speeds significantly compromise precision due to wheel slippage.
This study demonstrates that co-applying urban sewage sludge with bio-inoculants, particularly in combination with 100% NPK and rhizobium, significantly enhances nutrient availability, vegetative growth, and seed yield of fenugreek in sandy loam soil, offering a sustainable strategy to boost agricultural productivity while maintaining environmental safety.
This study utilizes an integrated GIS and Multi-Criteria Decision Analysis framework to map Nigeria's biophysical suitability for Climate-Smart Agriculture, revealing a pronounced south–north gradient where over 80% of the country exhibits low to very low suitability, thereby providing a critical baseline for targeted climate adaptation and agricultural planning.
This study proposes HFI-Net, a lightweight physics-inspired dual-stream network that integrates RGB texture and vegetation index features via attention-guided interactions to achieve robust, high-accuracy winter wheat LAI estimation under spectral saturation conditions while significantly reducing computational costs compared to traditional deep learning models.
This study demonstrates that foliar application of iron, particularly at 1% concentration, mitigates drought-induced damage in mung bean by enhancing iron accumulation and activating the antioxidant defense system, with the Pre-Mung 2018 variety showing superior resilience compared to LS-442.
This study demonstrates that in North-Eastern Indian rice soils, continuous flooding and the combined application of 60 kg P and 25 kg Zn ha⁻¹ maximize grain yield by enhancing nutrient availability and uptake, with phosphorus acting as the primary productivity driver and zinc providing complementary benefits despite minor antagonistic interactions.
This study utilized a Central Composite Rotatable Design to optimize kombucha production from organic green tea and specialty coffee, revealing that while high tea concentration boosts phenolic content and acidity, formulations with higher residual sugar and balanced acidity achieved the best sensory acceptance and market potential.
This study demonstrates that foliar application of sorbitol-chelated potassium and zinc significantly enhances winter wheat yield and quality by coordinating source-flow-sink dynamics and enriching beneficial rhizosphere bacteria, offering a sustainable alternative to conventional fertilization.