The Cenozoic rise of the Tibetan Plateau has significantly altered global climate change and
the biological redistribution of Asia. However, there remain great controversies about its …

Reconstructing the growth process of the Qiangtang terrane in space and time is crucial for
understanding the geological evolution of Central Tibet. However, its growth process and …

西藏四大成矿带是特提斯洋漫长演化的产物, 尤其**年来一系列超量富集铜金矿床的发现和勘查
评价的成果, 使得西藏不仅成为我国最重要的资源储备和开发基地之一, 更是国家资源安全保障 …

Abstract The Early Cretaceous Duolong porphyry-epithermal copper ore district is one of the
largest copper ore districts in the central Tibetan Plateau. In order to investigate the …

The Naruo porphyry copper deposit containing more than 2 Mt of copper is located in the
Duolong ore district in the west of the Bangongco–Nujiang belt in central Tibet. New zircon …

Abstract The central Tibetan Plateau has an average altitude of∼ 5000 m; its exhumation
and chemical weathering greatly influence the global climate and ocean chemistry. The …

The uplift history of the Tibetan Plateau is a hot topic for the geological study. The Lhasa
terrane, situated on the southern edge of Eurasian plate, records the tectonic evolution of the …

通过野外地质调查与机器学**方法的有机融合, 提出了一种基于梯度提升决策树算法的岩性单元
填图方法. 研究以多龙矿集区为模型试验区, 选择1∶ 5 万勘查地球化学数据为基础预测数据 …