GLDAS2.0 provides long-term fine resolution gridded hydrometeorological data sets, which are necessary for water-related studies, particularly in some transboundary rivers that partially without observation. Yet, has only been validated at limited locations, and few studies have conducted to develop approaches correct the rivers. This work assessed developed their uncertainties large Tibetan Pl...

[1] Uppermost Cretaceous to Eocene marine sedimentary sequences occur both to the south and north of the Yarlung Zangbo suture in south central Tibet. They consist of Indian-margin strata of the northern Tethyan Himalaya and Asian-margin strata of the Gangdese forearc. Both assemblages are characterized by major changes in depositional environment and sedimentary provenance at 65 Ma and an appe...

Uplift and erosion of the Himalayas Tibetan Plateau have resulted in deposition some largest sedimentary masses on Earth. Chemical weathering these materials has been invoked as a primary driver long-term global cooling because silicate material consumes atmospheric CO2. We here combine geochemical data from scientific drill sites Arabian South China Seas, together with sediment mass flux budge...

Anthropogenic impacts and climate change modify instream flow, altering ecosystem services impacting on aquatic ecosystems. Alpine rivers streams the Qinghai-Tibet Plateau (QTP) are especially vulnerable to disturbance owing limited taxonomic complexity. The effects of flow have been studied using specific taxa, yet flow-biota relationships assemblages poorly understood. A multi-metric habitat ...