L <- lipdR::readLipd("https://lipdverse.org/data/8hfYmcuNYXsT0ArEddgx/1_0_11/IzabalLake.Duarte.2021.lpd")Report an issue (include datasetId and version)
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archiveType: LakeSediment
originalDataUrl: https://doi.org/10.17632/7z66cxvscg.1
lipdVersion: 1.3
author: list(list(name = "Duarte, Edward"))
journal: Earth and Planetary Science Letters
volume: 561
pages: 116807
title: A progressively wetter early through middle Holocene climate in the eastern lowlands of Guatemala
doi: 10.1016/j.epsl.2021.116807
latitude: 15.53
longitude: -89.23
elevation: 2
siteName: Lake Izabal
TSid: WEB921f22b6
variableName: depth
units: cm
TSid: WEBc6b3f6f9
variableName: depth
units: cm
TSid: WEB729449d2
variableName: age
units: yr BP
TSid: WEB847e3a00
variableName: MS
units: SI
direction: negative
scope: climate
variableDetail: @surface
seasonality: Annual
basis: "the decrease in MS, elemental abundances, and PC1 scores at ca. 1,200 cal yr BP indicate a significant and abrupt reduction in erosion/precipitation, which corresponds to the well-known Maya droughts."
seasonalityOriginal: Annual
seasonalityGeneral: Annual
TSid: WEB32f0ce0a
variableName: density
units: g/cm3
scope: climate
TSid: WEB34a8465e
variableName: Al
units: cps
scope: climate
TSid: WEB062db5e8
variableName: Si
units: cps
scope: climate
TSid: WEB9670561e
variableName: needsToBeChanged
units: cps
scope: climate
TSid: WEB0420186a
variableName: potassium
units: cps
scope: climate
TSid: WEB73f35a64
variableName: Ca
units: cps
scope: climate
TSid: WEB8ba52da4
variableName: Ti
units: cps
variable: precipitation
direction: negative
scope: climate
variableDetail: @surface
seasonality: Annual
basis: "progressive increase in Ti (Fig. 10), both indicating intensification of erosion and precipitation at that time....The slight increase in both PC1 scores and Ti abundance during the mid-Holocene indicates that precipitation slightly increased until ca. 4,800 cal yr BP "
seasonalityGeneral: Annual
variableGroup: P
TSid: WEB7225fe45
variableName: Mn
units: cps
scope: climate
TSid: WEB46831946
variableName: Fe
units: cps
scope: climate
TSid: WEBea14d57f
variableName: Sample type
units: unitless
TSid: WEB7be7070e
variableName: Accession number
units: unitless
TSid: WEB2a31eb17
variableName: Depth (cm)
units: unitless
TSid: WEBc26b334d
variableName: 14C age
units: unitless
TSid: WEB3189db3a
variableName: 14C age ± 1σ
units: unitless
TSid: WEB824976a6
variableName: Mean age (cal yr BP)
units: unitless
TSid: WEBd33a821b
variableName: Error (1σ)
units: unitless
TSid: WEBfb32d13f
variableName: Modeled age (cal yr BP)
units: unitless
TSid: WEB5621fbb3
variableName: 95% range (cal yr BP)b
units: unitless
root
pub
pub1
geo
PaleoData columns
depth (cm)
depth (cm)
age (yr BP)
MS (SI)
interpretation
1
density (g/cm3)
interpretation
1
Al (cps)
interpretation
1
Si (cps)
interpretation
1
needsToBeChanged (cps)
interpretation
1
potassium (cps)
interpretation
1
Ca (cps)
interpretation
1
Ti (cps)
interpretation
1
Mn (cps)
interpretation
1
Fe (cps)
interpretation
1
ChronData columns
Sample type (unitless)
Accession number (unitless)
Depth (cm) (unitless)
14C age (unitless)
14C age ± 1σ (unitless)
Mean age (cal yr BP) (unitless)
Error (1σ) (unitless)
Modeled age (cal yr BP) (unitless)
95% range (cal yr BP)b (unitless)