Recent advancements in high-throughput phenotyping have led to the use of drones with
RGB sensors for evaluating plant traits. This study explored the relationships between …

Thermal conductivity at ambient conditions is a vital parameter in the determination of heat
flow, thermal modelling and various geoengineering purposes. We have measured thermal …

Southeast (SE) Tibet has become a focal point of scientific interest, with an ongoing debate
about the presence of crustal flow channels in the region. We built a high-resolution crustal …

It is significant for revealing the formation mechanism of the lunar Mascon to invert the
refined 3-D lunar crust and upper mantle structure of the Mare Serenitatis. As the …

For understanding the structure of crust and upper mantle underneath the Tibetan Plateau, it
is important to determine the Moho topography. The spatial resolution of Moho topography …

青藏高原莫霍面的褶皱变形是地球深部动力学研究的重要窗口. 本文引入基于球坐标系的快速非
线性重力反演算法, 在地震先验信息的约束下, 利用GOCO06s 静态重力场模型(Gravity …

The Tibetan Plateau is a region where the Indian and Asian-European plates collide. A high-
precision Moho topography model is important for the study of plate motion and internal …

Moho fold structure beneath Tibetan Plateau is an important window for the study of deep
Earth dynamics. This paper introduces a fast nonlinear gravity inversion algorithm based on …

Moho determination is an important issue in studying the Earth's interior structure. In
accordance with the isostasy-compensation hypothesis in geodesy, it is possible to recover …

The high-resolution Moho depth model is required in various geophysical studies. However,
the available models' resolutions could be improved for this purpose. Large parts of the …