BednikundLake.Rawat.2021 - v1.0.10

Dataset Id: M2QPzrs6lf8hjCbjtb00

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R code to load dataset:

L <- lipdR::readLipd("https://lipdverse.org/data/M2QPzrs6lf8hjCbjtb00/1_0_10/BednikundLake.Rawat.2021.lpd")

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In compilations: (only most recent versions are shown)

root

archiveType: LakeSediment

originalDataUrl: https://doi.org/10.17632/zkn8rs76hy.1

lipdVersion: 1.3

pub
pub1

author: list(list(name = "Rawat, Varsha"))

journal: Quaternary Science Reviews

volume: 255

pages: 106825

title: Middle Holocene Indian summer monsoon variability and its impact on cultural changes in the Indian subcontinent

doi: 10.1016/j.dib.2021.106930

geo

latitude: 30.206

longitude: 79.6661

elevation: 3550

siteName: Bednikund Lake

PaleoData columns
age (yr BP) [1-1]

TSid: WEB9ba6d6f9

variableName: age

units: yr BP

sampleID (unitless) [1-1]

TSid: WEBd3a83bc8

variableName: sampleID

units: unitless

interpretation
1

scope: climate

organicCarbon (percent) [1-1]

TSid: WEBb0b604d0

variableName: organicCarbon

units: percent

interpretation
1

scope: climate

totalNitrogen (percent) [1-1]

TSid: WEBc06752bd

variableName: totalNitrogen

units: percent

interpretation
1

scope: climate

d13C (permil) [1-1]

TSid: WEB3aa360e0

variableName: d13C

units: permil

description: "Several studies based on d13Corg analysis of modern C3 plant leaves have shown that variations in d13Corg are mainly explained by the availability of water (mean annual precipitation)"

interpretation
1

direction: negative

scope: climate

seasonality: Annual

seasonalityGeneral: Annual

variable: precipitation

variableDetail: @surface

age (yr BP) [1-2]

TSid: WEB85bfd4e1

variableName: age

units: yr BP

sampleID (unitless) [1-2]

TSid: WEB508ce79c

variableName: sampleID

units: unitless

interpretation
1

scope: climate

clay (unitless) [1-2]

TSid: WEBf2cadb57

variableName: clay

units: unitless

interpretation
1

scope: climate

silt (unitless) [1-2]

TSid: WEB6c10aa2f

variableName: silt

units: unitless

interpretation
1

scope: climate

d13C (permil) [1-2]

TSid: WEBa5fcc0ed

variableName: d13C

units: permil

interpretation
1

direction: negative

scope: climate

seasonality: Annual

seasonalityGeneral: Annual

variable: precipitation

variableDetail: @surface

grainSize (percent) [1-2]

TSid: WEB22a46599

variableName: grainSize

units: percent

description: "In lacustrine environments, finer sediment fraction suggests higher/deeper lake levels, whereas coarser particles suggest lower/ shallower lake levels "

interpretation
1

direction: positive

scope: climate

seasonality: Annual

seasonalityGeneral: Annual

variable: effectivePrecipitation

variableDetail: LakeLevel@surface

needsToBeChanged (unitless) [1-2]

TSid: WEBe2fc9d23

variableName: needsToBeChanged

units: unitless

interpretation
1

scope: climate

needsToBeChanged (unitless) [1-2]

TSid: WEBa93475e6

variableName: needsToBeChanged

units: unitless

interpretation
1

scope: climate

ChronData columns
depth (cm)

TSid: WEBd9eae637

variableName: depth

units: cm

age (yr BP)

TSid: WEB51d24385

variableName: age

units: yr BP

error (yr)

TSid: WEB96c9724b

variableName: error

units: yr

material (unitless)

TSid: WEBe1a2ea3d

variableName: material

units: unitless