logo
CanyamAI summaries for academic research
language
MobileMobile
  • Phone FeatureWeChat Mini Program
EnglishEnglish
noticeNotice
BlogBlog
delete
arrow
BackJournal Details
Artificial Intelligence in Agriculture cover

Artificial Intelligence in Agriculture

IF12.4
Papers360
Citations1665
Journal Papers 351
Publication Date
delete
Multimodal remote sensing combination for maize LAI estimation: Stacking model development and phenology-specific feature sensitivity analysis
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-06-01
delete1
PREAI
deleteWang, Baoju; Zhu, Junke; Sun, Shuai; Zhang, Lechun; Yan, Yu; Wang, Huizheng; Yang, Weiguang; Lan, Yubin
deleteShare
deleteSave
Optimization and evaluation of weed control performance in variable-rate patch spraying in field: Small-scale prescription operation
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-06-01
delete0
PREAI
deleteChen, Tianbao; Wang, Jiakang; Guo, Zhiming; Sun, Deng; He, Jinbin; Ho, Pengbiao; Yin, Zhiqiang; Wang, Zhenya; Quan, Longzhe
deleteShare
deleteSave
Can generative AI make farming decisions? Current status and future pathways - A case study in row crop production with ChatGPT
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-06-01
delete2
PREAI
deleteChamara, Nipuna; Pan, Yu; Taghvaeian, Saleh; Walters, Cory; Proctor, Christopher; Rudnick, Daran; Redfearn, Daren; Luck, Joe; Ge, Yufeng
deleteShare
deleteSave
An integrated time series modeling and computer vision framework for predictive structure characterization of extruded plant-based meat products
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-06-01
delete0
PREAI
deleteBagheri, Amirsalar; Sheikhizadeh, Shirin; Alavi, Sajid; Pourkargar, Davood B.
deleteShare
deleteSave
Recent advances in crop pest detection, forecasting and early warning: A review
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-06-01
delete5
deleteOAAI
deleteYang, Yuanyuan; Chen, Liping; Diao, Zhihua; Gao, Pan; Zhang, Baohua; Zhao, Chunjiang
deleteShare
deleteSave
Organ3DNet: A deep network for segmenting organ semantics and instances from dense plant point clouds
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-03-01
delete2
PREAI
deleteLi, Dawei; Huang, Jiali; Zhao, Boyuan; Wen, Weiliang
deleteShare
deleteSave
Automatic body temperature detection of group-housed piglets based on infrared and visible image fusion
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-03-01
delete5
PREAI
deleteCuan, Kaixuan; Hu, Feiyue; Wang, Xiaoshuai; Yan, Xiaojie; Wang, Yanchao; Wang, Kaiying
deleteShare
deleteSave
Optimizing herbicide reduction: A simulation approach using Artificial Intelligence and different nozzle configurations
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-03-01
delete0
PREAI
deleteFurlanetto, Renato H.; Buzanini, Ana C.; Schumann, Arnold W.; Boyd, Nathan S.
deleteShare
deleteSave
Hyperspectral estimation of leaf chlorophyll content in wine grape using transfer learning and three-dimensional radiation transfer model
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-03-01
delete2
PREAI
deleteChen, Qifan; Song, Yuyang; Su, Baofeng; Mi, Zhiwen; Wang, Qifan; Xu, Fahu; Fang, Yulin; Wang, Rui
deleteShare
deleteSave
Prediction of wheat stem biomass using a new unified model driven by phenological variable under remote-sensed canopy vegetation index constraints
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-03-01
delete1
PREAI
deleteChen, Weinan; Yang, Guijun; Meng, Yang; Feng, Haikuan; Wen, Hongrui; Tang, Aohua; Zhang, Jing; Yang, Hao; Li, Heli; Xu, Xingang; Li, Changchun; Li, Zhenhong
deleteShare
deleteSave
SCLFormer: A synergistic convolution-linear attention transformer for hyperspectral image classification of mechanical damage in maize kernels
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-03-01
delete1
PREAI
deleteZheng, Yiqiang; Fu, Jun; Liu, Fengshuang; Zhao, Haiming; Liu, Jindai
deleteShare
deleteSave
Multi-arm robotic system and strategy for the automatic packaging of apples
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-03-01
delete0
PREAI
deleteZhang, Yizhi; Chen, Liping; Li, Xin; Li, Qicheng; Li, Jiangbo
deleteShare
deleteSave
LPNet: A lightweight progressive network for calyx-aware apple pose estimation in orchard environments
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-03-01
delete3
PREAI
deleteWang, Wenbei; Zhu, Licheng; Zhao, Bo; Gao, Jianbo; Cui, Xuezhi; Han, Zhenhao; Zhao, Siyuan
deleteShare
deleteSave
Utilizing interpretable machine learning algorithms and multiple features from multi-temporal Sentinel-2 imagery for predicting wheat fusarium head blight
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-03-01
delete2
PREAI
deleteWang, Hui; Ruan, Chao; Zhao, Jinling; Wang, Yunran; Li, Ying; Dong, Yingying; Huang, Linsheng
deleteShare
deleteSave
Maize phenological stage recognition via coordinated UAV and UGVmulti-view sensing and deep learning (Vol 16, pg 643, 2026)
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-03-01
delete0
PREAI
deleteYue, Jibo
deleteShare
deleteSave
Early detection of wheat powdery mildew: A multi-source in situ remote sensing approach enabled by stacked ensemble learning
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-03-01
delete3
PREAI
deleteSong, Li; Zhao, Jiliang; Li, Yahui; Liu, Linru; Duan, Jianzhao; He, Li; Wang, Yonghua; Guo, Tiancai; Feng, Wei
deleteShare
deleteSave
Energy-saving and stability-enhancing control for unmanned distributed drive electric plant protection vehicle based on active torque distribution
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-03-01
delete2
PREAI
deleteXu, Wenxiang; Zhu, Yejun; Xiao, Maohua; Liu, Mengnan; Ye, Liling; Yang, Yanpeng; Liu, Ze
deleteShare
deleteSave
Improved YOLOv8 for multi-colored apple fruit instance segmentation and 3D localization
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-03-01
delete6
PREAI
deleteZhou, Jiaren; Chen, Mengyan; Zhang, Man; Zhang, Zhao; Zhang, Yao; Wang, Minjuan
deleteShare
deleteSave
Adaptive compensation method for navigation positioning errors considering the vibration characteristics of a combine harvester1
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-03-01
delete0
PREAI
deleteWei, Wenbo; Wang, Hui; Xiao, Maohua; Zhu, Yejun; Li, Dongfang; Xu, Xiaomei; Guo, Peiqi; Xie, Chenshuo; Zheng, He
deleteShare
deleteSave
CTGNN: UAV-satellite cross-domain transfer learning for monitoring oat growth in China's key production areas
deleteArtificial Intelligence in Agriculture
IF12.4
delete2026-03-01
delete0
PREAI
deleteZhang, Pengpeng; Yang, Yadong; Zang, Huadong; Zeng, Zhaohai; Lu, Bing; Shang, Jiali; Tan, Changwei; Sun, Shuchang; Xu, Zhuo; Ge, Junyong
deleteShare
deleteSave