Rangjian Qiu

Evaluating Greenhouse Tomato Responses to High Temperature Using AquaCrop-OSPy with Sequential Sensitivity Analysis and GLUE Calibration

How to precisely depict the effects of high temperature on greenhouse crop growth and yield formation and derive optimal irrigation schedules remains an emerging challenge for current crop models. To address this issue, our study focused on drip-irrigated tomato plants grown in a...

Integrating global crop models with knowledge graphs: Evolution, comparison, and future directions

Crop models leverage mathematical methods to simulate plant growth and environmental responses, forming a powerful and critical tool for agricultural decision support in research, management, and policy–making. However, a comprehensive review that systematically integrates global...

Photovoltaic Panel Identification and Potential Assessment Based on Remote Sensing and Deep Learning: A Case Study of Yancheng City

The rapid expansion of PV power stations necessitates precise spatial mapping and balanced development planning, yet trade-offs between PV deployment and ecological conservation remain underexplored. This study evaluates the spatial distribution and development potential of PV in...