Qinghai.Liu.2002 - v1.0.7

Dataset Id: Hb90G0AhUTuR0yVT8gqe

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R code to load dataset:

L <- lipdR::readLipd("https://lipdverse.org/data/Hb90G0AhUTuR0yVT8gqe/1_0_7/Qinghai.Liu.2002.lpd")

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In compilations: (only most recent versions are shown)

root

archiveType: LakeSediment

originalDataUrl: https://doi.org/10.6084/m9.figshare.12480344

lipdVersion: 1.3

pub
pub1

author: list(list(name = "LIU, Xingqi"))

journal: Chinese Science Bulletin

volume: 47

pages: 1931

title: A 16000-year pollen record of Qinghai Lake and its paleocli-mate and paleoenvironment

doi: 10.1016/j.quascirev.2020.106444

pub2

author: list(list(name = "Chen, Fahu"), list(name = "Zhang, Jifeng"), list(name = "Liu, Jianbao"), list(name = "Cao, Xianyong"), list(name = "Hou, Juzhi"), list(name = "Zhu, Liping"), list(name = "Xu, Xiangke"), list(name = "Liu, Xiangjun"), list(name = "Wang, Mingda"), list(name = "Wu, Duo"), list(name = "Huang, Lingxin"), list(name = "Zeng, Tian"), list(name = "Zhang, Shuai"), list(name = "Huang, Wei"), list(name = "Zhang, Xu"), list(name = "Yang, Kun"))

journal: Quaternary Science Reviews

volume: 243

pages: 106444

title: Climate change, vegetation history, and landscape responses on the Tibetan Plateau during the Holocene: A comprehensive review

geo

latitude: 36.67

longitude: 100.58

elevation: 3194

siteName: Qinghai Lake

PaleoData columns
age (yr BP)

TSid: WEB7fcc528e

variableName: age

units: yr BP

temperature (degC)

TSid: WEBed8af4cc

variableName: temperature

units: degC

interpretation
1

direction: positive

scope: climate

seasonality: Annual

variable: temperature

variableDetail: air@surface

temperature (degC)

TSid: WEBd6c7fc0c

variableName: temperature

units: degC

interpretation
1

direction: positive

scope: climate

seasonality: Summer

variable: temperature

variableDetail: air@surface

precipitation (mm/yr)

TSid: WEB6d14587e

variableName: precipitation

units: mm/yr

interpretation
1

direction: positive

scope: climate

seasonality: Annual

seasonalityGeneral: Annual

variable: precipitation

variableDetail: amount@surface