![]()
[1].
SCA-Net: Semantic text-enhanced context-aware multimodal framework for fish feeding assessment in....
EXPERT SYSTEMS WITH APPLICATIONS.
326.
2026.
[2].
Real-time frame-level fish feeding behavior detection using a lightweight CNN-TCN architecture.
COMPUTERS AND ELECTRONICS IN AGRICULTURE.
246.
2026.
[3].
Exploring land subsidence changes and its driving factors in mine areas: a case study in the Dagu....
GEOSCIENCES JOURNAL.
29
(4).
2025.
[4].
Time-Series Land Subsidence Monitoring Based on GeoDistillBERT-BiLSTM Framework in Mine Areas.
TRANSACTIONS IN GIS.
29
(5).
2025.
[5].
Zongyao
, Qin
, Zilong
, Zongyao
, Qin
, Zilong
, Sha
, Zongyao
, Qin
, Zilong
, Sha
, Zongyao
, Qin
和 Zilong.
Modeling the impact of urbanization and climate changes on terrestrial vegetation productivity in....
ECOLOGICAL MODELLING.
482.
2023.
[6].
Can more carbon be captured by grasslands? A case study of Inner Mongolia, China.
SCIENCE OF THE TOTAL ENVIRONMENT.
723.
2022.
[7].
Modeling urban growth sustainability in the cloud by augmenting Google Earth Engine (GEE).
COMPUTERS ENVIRONMENT AND URBAN SYSTEMS.
84.
2022.
[8].
MITformer: A Multiinstance Vision Transformer for Remote Sensing Scene Classification.
IEEE GEOSCIENCE AND REMOTE SENSING LETTERS.
19.
2022.
[9].
The global carbon sink potential of terrestrial vegetation can be increased substantially by opti....
NATURE COMMUN. EARTH & ENVIRONMENT.
3
(1).
2022.
[10].
Yichun
, Zongyao
, Yichun
, Sha
, Zongyao
, Xie
, Yichun
, Sha
, Zongyao
, Ruren
, Li
, Jonathan
, Xie
, Yichun
, Sha
和 Zongyao.
Estimating Carbon Sequestration Potential in Vegetation by Distance-Constrained Zonal Analysis.
IEEE GEOSCIENCE AND REMOTE SENSING LETTERS.
18
(8).
1352-1356.
2021.
[11].
Modeling urban growth by coupling localized spatio-temporal association analysis and binary logis....
COMPUTERS ENVIRONMENT AND URBAN SYSTEMS.
81.
2020.
