IC82STVE - v1.0.7

Dataset Id: ZYzMzNTlsQbQZ4fO1wig

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R code to load dataset:

L <- lipdR::readLipd("https://lipdverse.org/data/ZYzMzNTlsQbQZ4fO1wig/1_0_7/IC82STVE.lpd")

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iso2k-1_1_0

root

archiveType: GlacierIce

originalDataUrl: https://doi.pangaea.de/10.1594/PANGAEA.770159

lipdVersion: 1.3

pub
pub1

author: Stichler

doi: {stichler1982core}

geo

latitude: 46.8842

longitude: 10.8256

elevation: 3150

siteName: Vernagtferner VF79_core1

PaleoData columns
year (yr AD)

TSid: LPD2fd862e0

variableName: year

units: yr AD

description: Year AD

interpretation
1

rank: NA

scope: climate

2

rank: NA

scope: climate

3

rank: NA

scope: climate

depth (cm)

TSid: LPD3502b854

variableName: depth

units: cm

description: depth

interpretation
1

rank: NA

scope: climate

2

rank: NA

scope: climate

3

rank: NA

scope: climate

d18O (permil)

TSid: IC82STVE01A

variableName: d18O

units: permil

description: glacier ice

interpretation
1

basis: correlation to meteorological data

direction: positive

interpDirection: positive

scope: climate

seasonality: Annual

seasonalityOriginal: Annual

variable: temperature

variableDetail: air@surface

variableDetailOriginal: air

variableGroup: Temperature

variableGroupDirection: negative

variableGroupOriginal: T

variableOriginal: temperature

2

scope: climate

3

scope: climate

4

basis: This annual variation of the isotope content of precipitation usually remains detectable in snow covers (Moser and Stichler, 1975).

direction: positive

inferredMaterial: precipitation

integrationTime: 1

integrationTimeBasis: based on counting of annual layers (seasonal variations of stable isotopes)

integrationTimeUncertainty: 7

integrationTimeUncertaintyType: chronology

integrationTimeUnits: years

mathematicalRelation: linear

rank: 1

scope: isotope

seasonality: Annual

seasonalityOriginal: Annual

variable: precipitationIsotope

variableGroup: P_isotope

variableGroupDirection: positive

5

scope: isotope

6

scope: isotope

d2H (permil)

TSid: IC82STVE01B

variableName: d2H

units: permil

description: glacier ice

interpretation
1

basis: correlation to meteorological data

direction: positive

interpDirection: positive

scope: climate

seasonality: Annual

seasonalityOriginal: Annual

variable: temperature

variableDetail: air@surface

variableDetailOriginal: air

variableGroup: Temperature

variableGroupDirection: negative

variableGroupOriginal: T

variableOriginal: temperature

2

scope: climate

3

scope: climate

4

basis: This annual variation of the isotope content of precipitation usually remains detectable in snow covers (Moser and Stichler, 1975).

direction: positive

inferredMaterial: precipitation

integrationTime: 1

integrationTimeBasis: based on counting of annual layers (seasonal variations of stable isotopes)

integrationTimeUncertainty: 7

integrationTimeUncertaintyType: chronology

integrationTimeUnits: years

mathematicalRelation: linear

rank: 1

scope: isotope

seasonality: Annual

seasonalityOriginal: Annual

variable: precipitationIsotope

variableGroup: P_isotope

variableGroupDirection: positive

5

scope: isotope

6

scope: isotope

deuteriumExcess (permil)

TSid: IC82STVE01C

variableName: deuteriumExcess

units: permil

description: glacier ice

interpretation
1

basis: These results indicate that besides the general enrichment of the stable isotopes 2H and 180 during ablation (melting and evaporation), the deuterium excess d decreases. These effects can be used to identify those snow layers exposed at the glacier surface during summer time.

direction: summer

interpDirection: summer

scope: climate

seasonality: Summer

seasonalityOriginal: summer

variable: evaporation

variableDetail: NaN

variableGroup: amount of melting and evaporation

2

scope: climate

3

scope: climate

4

basis: This annual variation of the isotope content of precipitation usually remains detectable in snow covers (Moser and Stichler, 1975).

direction: positive

inferredMaterial: precipitation

integrationTime: 1

integrationTimeBasis: based on counting of annual layers (seasonal variations of stable isotopes)

integrationTimeUncertainty: 7

integrationTimeUncertaintyType: chronology

integrationTimeUnits: years

mathematicalRelation: linear

rank: 1

scope: isotope

seasonality: Annual

seasonalityOriginal: Annual

variable: precipitationIsotope

variableGroup: P_isotope

variableGroupDirection: positive

5

scope: isotope

6

scope: isotope