UAV-FlameNet: A Lightweight and High-Precision Flame Detection Model for UAV Aerial Fire Monitoring [0.03%]
基于无人机的轻量级高精度火焰检测模型UAV-FlameNet研究
Jie Hu,Qianxu Lin,Weijie Jiao et al.
Jie Hu et al.
Introduction: Early flame detection via Unmanned Aerial Vehicles (UAVs) is crucial for wildfire prevention. However, extreme small scales, non-rigid morphological distortions, and severe background interference in aerial ...
Plant RNA interference from antiviral silencing to multiplex trait engineering for climate-resilient crops [0.03%]
从抗病毒基因沉默到多重性状工程化培养气候适应型作物的植物RNA干扰技术
Ibrokhim Y Abdurakhmonov
Ibrokhim Y Abdurakhmonov
RNA interference (RNAi) in plants has evolved from an unexplained antiviral and transgene interference phenomenon into a general regulatory platform for sequence-guided gene suppression, chromatin control, systemic signaling, and phenotypic...
YOLO11-ALi: an improved YOLO11-based model for blueberry target detection from full flowering to fruit expansion in greenhouse environments [0.03%]
基于YOLO11的改进模型YOLO11-ALi：用于温室环境中蓝莓开花至果实膨大期目标检测
Jiarui Zhang,Ye Su,Long Zhang et al.
Jiarui Zhang et al.
The abscission of blueberry floral organs after fruit set is crucial for fruit development and quality, while the closed, high-humidity greenhouse environment often causes withered flower retention, adversely affecting blueberry growth and ...
Hyperspectral imaging and dynamic selective peak transformer for early-stage classification of lettuce heat responses [0.03%]
高光谱成像和动态选择峰值变换用于生菜热响应早期分类
Minglu Tian,Hui Yang,Mengen Yuan et al.
Minglu Tian et al.
Introduction: Early-stage detection and classification of lettuce heat responses are essential for non-destructive phenotyping, yet conventional assessment mainly relies on visible symptoms and manual observation. ...
Unravelling the role of contrasting light environments in shaping leaf functional traits: a global meta-analysis [0.03%]
解构不同光照环境在塑造叶片功能特征中的作用：全球元分析
Wajee Ul Hassan,Xiping Cheng,Yanfang Wang et al.
Wajee Ul Hassan et al.
Leaf functional traits play a decisive role in harnessing plant performance and the functionality of leaf functional traits is largely governed by change in light environments yet at global scale this mechanistic relationship of leaf functi...
Acid-modified biochar combined with reduced nitrogen fertilizer improves soil organic carbon and cotton yield in saline-alkali soil [0.03%]
酸改性生物炭结合减施氮肥可改善盐碱土的土壤有机碳及棉花产量
Shining Liu,Yongjie Wei,Xiaofeng Wang et al.
Shining Liu et al.
Background: Saline-alkali soils commonly face the dual challenges of low stock and activity in soil organic carbon (SOC), and long-term excessive nitrogen (N) fertilizer application further exacerbates soil quality degrad...
Ripening cycle and its relationship with fruiting in advanced Coffea arabica L. progenies derived from intra- and interspecific crosses [0.03%]
Coffea arabica L. 高世代种内和种间杂交后代果实成熟期及其与坐果的关系
Carlos Andres Unigarro,Aquiles Enrique Darghan,Daniel Gerardo Cayón Salinas et al.
Carlos Andres Unigarro et al.
Introduction: The fruit ripening cycle is a key factor in coffee production because it directly influences harvest scheduling and crop environmental adaptability. Therefore, evaluating the variability of this trait in dif...
Synergistic effects of temperature and salt stress on seed germination and the antioxidant enzyme system of okra [0.03%]
盐和高温胁迫对秋葵种子萌发及抗氧化酶系统的影响的协同作用
Guojun Han,Zhaozhao Hu,Zhihui Zhao et al.
Guojun Han et al.
Introduction: Against the backdrop of global warming and intensifying soil salinization, the interactive effects of temperature and salt stress are reshaping physiological regulation during crop germination; however, thei...
Developmental diversity in meristem organization: lessons from non-canonical plant body plans for biotechnology [0.03%]
植物体原胚组织的发育多样性：非常规植物体型对生物技术的启示
Carlo Massimo Pozzi,Alberto Spada
Carlo Massimo Pozzi
The canonical plant bauplan is governed by the activity of the shoot apical meristem (SAM), a structural hub established during embryogenesis that produces repeating modular units known as phytomers. However, extreme morphological divergenc...
The efficient plant genetic transformation system mediated by FELBs and RTBs respectively via novel somatic embryogenesis in Allium sativum [0.03%]
一种通过新型植物体胚胎发生的FELBs和RTBs分别介导的高效大蒜遗传转化系统
Kedong Xu,Xinliang Shao,Ruifang Bu et al.
Kedong Xu et al.
Introduction: Somatic embryogenesis represents an indirect but highly efficient biotechnological method for plant regeneration, genetic transformation, and virus-free propagation. ...