paleo data:
  measurement table:
    google work sheet key: opez460
    table name: paleo1measurement1
    missing value: NaN
    d2 h:
      description: aquatic biomarker
      has chron: 1
      has max value: 6
      has mean value: 3.7391
      has median value: 4
      has min value: 1
      has paleo depth: 1
      inferred material: lake water
      inferred material group: surface water
      inferred material group original: lake water
      iso2k certification: ET
      iso2k hackathon notes: Inferred material is missing
      iso2k primary timeseries: TRUE
      iso2k UI: LS09SASP01
      long name: AD
      measurement material: dinosterol
      measurement table name: measurementTable1
      median res12k: NA
      notes: ; archiveType changed - was originally Lake sediment (LS)
      paleo data table name: pt1_1
      QC certification: ET
      t sid: LPD292174f8
      units: permil
      variable name: d2H
      variable name original: dD
      is primary: false
      primary age column: false
      has time tsid: MAT3e773ec33c
      values: 5
      values: 3
      values: 4
      values: 1
      values: 6
      interpretation:
        scope: climate
      interpretation:
        scope: climate
      interpretation:
        scope: climate
      interpretation:
        direction: negative
        mathematical relation: linear
        scope: isotope
        variable: hydrologicBalance
        variable group: EffectiveMoisture
        variable group direction: negative
        variable group original: I_E
        coefficient: NA
        fraction: NA
        rank: NA
      interpretation:
        scope: isotope
        coefficient: NA
        fraction: NA
        rank: NA
      interpretation:
        scope: isotope
        coefficient: NA
        fraction: NA
        rank: NA
      has resolution:
        has max value: 75
        has mean value: 21.5
        has median value: 8
        has min value: 4
        units: AD
      in compilation beta:
        compilation name: iso2k
        compilation version: 0_14_8
        compilation version: 0_15_0
        compilation version: 1_0_0
        compilation version: 1_1_0
        compilation version: 1_1_1
    year:
      data type: float
      description: Year AD
      has max value: 1994
      has mean value: 1871.4783
      has median value: 1935
      has min value: 1521
      inferred variable type: year
      iso2k primary timeseries: FALSE
      long name: AD
      measurement table name: measurementTable1
      median res12k: NA
      paleo data table name: pt1_1
      t sid: MAT3e773ec33c
      units: yr AD
      units original: CE
      variable name: year
      variable type: inferred
      is primary: true
      primary age column: true
      has time tsid: MAT3e773ec33c
      values: -44
      values: -39
      values: -35
      values: -30
      values: -26
      values: -21
      values: -16
      values: -11
      values: -1
      values: 4
      values: 9
      values: 15
      values: 20
      values: 32
      values: 50
      values: 82
      values: 118
      values: 157
      values: 200
      values: 246
      values: 296
      values: 371
      values: 429
      has resolution:
        has max value: 75
        has mean value: 21.5
        has median value: 8
        has min value: 4
        units: AD
    depth:
      data type: float
      description: depth
      has max value: 70.5
      has mean value: 24.087
      has median value: 14.5
      has min value: 2.5
      iso2k primary timeseries: FALSE
      long name: AD
      measurement table name: measurementTable1
      median res12k: NA
      paleo data table name: pt1_1
      t sid: MAT851bf03235
      units: cm
      variable name: depth
      variable type: measured
      is primary: false
      primary age column: false
      has time tsid: MAT3e773ec33c
      values: 2.5
      values: 3.5
      values: 4.5
      values: 5.5
      values: 6.5
      values: 7.5
      values: 8.5
      values: 9.5
      values: 11.5
      values: 12.5
      values: 13.5
      values: 14.5
      values: 15.5
      values: 17.5
      values: 20.5
      values: 25.5
      values: 37.5
      values: 43
      values: 47.5
      values: 52.5
      values: 58.5
      values: 65.5
      values: 70.5
      has resolution:
        has max value: 75
        has mean value: 21.5
        has median value: 8
        has min value: 4
        units: AD
    d2 H-1:
      description: aquatic biomarker
      has max value: -284.7
      has mean value: -300.7522
      has median value: -300.3
      has min value: -316
      instrument: Semi-preparative HPLC-MS to isolate dinosterol, which was then acetylated and injected on a GC, Delta V IRMS system
      iso2k primary timeseries: ?
      long name: AD
      measurement material: dinosterol
      measurement standard: VSMOW
      measurement table name: measurementTable1
      median res12k: NA
      notes: ; archiveType changed - was originally Lake sediment (LS)
      paleo data table name: pt1_1
      t sid: LS09SASP01A
      units: permil
      variable name: d2H
      variable name original: dD
      variable type: measured
      is primary: false
      primary age column: false
      has time tsid: MAT3e773ec33c
      values: -290.8
      values: -284.7
      values: -296.3
      values: -295.2
      values: -298.1
      values: -315.8
      values: -313.2
      values: -315.4
      values: -308.7
      values: -306.9
      values: -303.3
      values: -304.1
      values: -316
      values: -305.2
      values: -300.3
      values: -313.4
      values: -302.6
      values: -293
      values: -298.7
      values: -288.3
      values: -286
      values: -291.1
      values: -290.2
archive type: LakeSediment
archive type original: lake sediment
created by: matlab
dataset id: ibVsIVMBin5vvLzzHu5r
data set name: LS09SASP
dataset version: 1.0.5
google metadata worksheet: on4l1hc
has chron: 1
has depth: 1
has paleo depth: 1
lipdverse link: https://lipdverse.org/data/ibVsIVMBin5vvLzzHu5r/1_0_5
max year: 429
min year: -44
n unique ages: 11
n unique good ages: 0
n unique other ages: 0
original data url: https://www.ncdc.noaa.gov/paleo/study/29432
original data URL: Methodology in Smittenberg and Sachs, 2007, Journal of Chromatography, 1169:70-76
lipd version: 1.3
pub: Southward movement of the Pacific intertropical convergence zone AD 1400?1850

basis: dD values of lake surface water are controlled by the amount of rainfall, its isotopic composition and the amount of mixing with the underlying seawater. As rain also increases the density stratification in the lakes, decreasing mixing, surface water dD values are expected to be significantly lower during wet periods compared with dry periods. Conclusions of the paper are about moisture balance (P-E) in the tropical Pacific.
interp direction: positive
scope: climate
seasonality: Annual
seasonality original: Annual
variable: precipitation
variable detail: air@surface
variable detail original: air
variable group: EffectiveMoisture
variable group direction: negative
variable group original: Precipitation amount

scope: climate

scope: climate

basis: Permanent anoxia in the subsurface water confines phytoplankton, dominated by dinoflagellates and diatoms24, to the oxygenated, brackish and deuterium-depleted surface water where their lipid ?D values can be expected to closely co-vary with the surface water ?Dvalues25,26. ?D values of that water are controlled by the amount of rainfall, its isotopic composition and the amount of mixing with the underlying sea water. As rain also increases the density stratification in the lakes, decreasing mixing, surface water ?D values are expected to be significantly lower during wet periods compared with dry periods. Zhang and Sachs 2007, Organic Geochemistry, 38: 582-608.
direction: negative
inferred material: lake water
mathematical relation: linear
scope: isotope
seasonality: Annual
seasonality original: Annual
variable: precipitation
variable group: EffectiveMoisture
variable group direction: negative
variable group original: P_amount
coefficient: NA
fraction: NA
rank: NA

basis: Permanent anoxia in the subsurface water confines phytoplankton, dominated by dinoflagellates and diatoms24, to the oxygenated, brackish and deuterium-depleted surface water where their lipid ?D values can be expected to closely co-vary with the surface water ?Dvalues25,26. ?D values of that water are controlled by the amount of rainfall, its isotopic composition and the amount of mixing with the underlying sea water. As rain also increases the density stratification in the lakes, decreasing mixing, surface water ?D values are expected to be significantly lower during wet periods compared with dry periods. Zhang and Sachs 2007, Organic Geochemistry, 38: 582-608.
direction: depends on source, transport history, etc
inferred material: lake water
scope: isotope
seasonality: Annual
seasonality original: Annual
variable: precipitationIsotope
variable group: P_isotope
variable group direction: positive
variable group original: rainfall d2H
coefficient: NA
fraction: NA
rank: NA

basis: Permanent anoxia in the subsurface water confines phytoplankton, dominated by dinoflagellates and diatoms24, to the oxygenated, brackish and deuterium-depleted surface water where their lipid dD values can be expected to closely co-vary with the surface water dDvalues25,26. dD values of that water are controlled by the amount of rainfall, its isotopic composition and the amount of mixing with the underlying sea water. As rain also increases the density stratification in the lakes, decreasing mixing, surface water dD values are expected to be significantly lower during wet periods compared with dry periods. Zhang and Sachs 2007, Organic Geochemistry, 38: 582-608.
direction: positive (more mixing, higher d2H in surface waters)
inferred material: lake water
scope: isotope
seasonality: Annual
seasonality original: Annual
variable: lakeWaterIsotope
variable group: mixing with sea water which is in bottom of meromictic lake
coefficient: NA
fraction: NA
rank: NA

has max value: 75
has mean value: 21.5
has median value: 8
has min value: 4
units: AD

compilation name: iso2k
compilation version: 0_14_8
compilation version: 0_15_0
compilation version: 1_0_0
compilation version: 1_1_0
compilation version: 1_1_1

measurement table:
  google work sheet key: o46g9e1
  table name: chron1measurement1
  missing value: NaN
  depth:
    measurement table name: measurementTable1
    t sid: chron1
    variable name: depth
    description: mid-point depth
    units: cm
    chron name: chron1
    chron measurement table number: 1
    chron number: 1
    has max value: 63.5
    has mean value: 12.5909
    has median value: 8.5
    has min value: 0.5
    paleo name: chron1
    number: 1
    values: 0.5
    values: 1.5
    values: 2.5
    values: 3.5
    values: 6.5
    values: 8.5
    values: 9.5
    values: 10.5
    values: 13.5
    values: 18.5
    values: 63.5
  age14 c:
    measurement table name: measurementTable1
    t sid: chron2
    variable name: age14C
    description: 14C years before 1950
    units: yr14C BP
    chron name: chron1
    chron measurement table number: 1
    chron number: 1
    has max value: 470
    has mean value: 470
    has median value: 470
    has min value: 470
    paleo name: chron1
    number: 2
    values: NaN
    values: 470
  SD:
    measurement table name: measurementTable1
    t sid: chron3
    variable name: SD
    description: 14C years uncertainty
    units: yr14C BP
    chron name: chron1
    chron measurement table number: 1
    chron number: 1
    has max value: 25
    has mean value: 25
    has median value: 25
    has min value: 25
    paleo name: chron1
    variable name original: age14Cuncertainty
    number: 3
    values: NaN
    values: 25
  fraction modern:
    measurement table name: measurementTable1
    t sid: chron4
    variable name: fractionModern
    description: fraction of modern 14C activity
    chron name: chron1
    chron measurement table number: 1
    chron number: 1
    has max value: _NaN_
    has mean value: _NaN_
    has median value: _NaN_
    has min value: _NaN_
    paleo name: chron1
    number: 4
    values: NaN
  fraction modern uncertainty:
    measurement table name: measurementTable1
    t sid: chron5
    variable name: fractionModernUncertainty
    description: fraction of modern 14C activity uncertainty
    chron name: chron1
    chron measurement table number: 1
    chron number: 1
    has max value: _NaN_
    has mean value: _NaN_
    has median value: _NaN_
    has min value: _NaN_
    paleo name: chron1
    number: 5
    values: NaN
  delta13 c:
    measurement table name: measurementTable1
    t sid: chron6
    variable name: delta13C
    description: delta13C of material analyzed for 14C
    units: permil
    chron name: chron1
    chron measurement table number: 1
    chron number: 1
    has max value: _NaN_
    has mean value: _NaN_
    has median value: _NaN_
    has min value: _NaN_
    paleo name: chron1
    number: 6
    values: NaN
  delta13 cuncertainty:
    measurement table name: measurementTable1
    t sid: chron7
    variable name: delta13Cuncertainty
    description: delta13C uncertainty
    units: permil
    chron name: chron1
    chron measurement table number: 1
    chron number: 1
    has max value: _NaN_
    has mean value: _NaN_
    has median value: _NaN_
    has min value: _NaN_
    paleo name: chron1
    number: 7
    values: NaN
  thickness:
    measurement table name: measurementTable1
    t sid: chron8
    variable name: thickness
    description: thickness of sample (along depth axis)
    units: cm
    chron name: chron1
    chron measurement table number: 1
    chron number: 1
    has max value: _NaN_
    has mean value: _NaN_
    has median value: _NaN_
    has min value: _NaN_
    paleo name: chron1
    number: 8
    values: NaN
  lab ID:
    measurement table name: measurementTable1
    t sid: chron9
    variable name: labID
    description: laboratory ID from radiocarbon facility
    chron name: chron1
    chron measurement table number: 1
    chron number: 1
    has max value: _NaN_
    has mean value: _NaN_
    has median value: _NaN_
    has min value: _NaN_
    paleo name: chron1
    number: 9
    values: NaN
  material dated:
    measurement table name: measurementTable1
    t sid: chron10
    variable name: materialDated
    description: material analyzed
    chron name: chron1
    chron measurement table number: 1
    chron number: 1
    has max value: _NaN_
    has mean value: _NaN_
    has median value: _NaN_
    has min value: _NaN_
    paleo name: chron1
    number: 10
    values: NaN
  activity:
    measurement table name: measurementTable1
    t sid: chron11
    variable name: activity
    description: 210Pb, 239+240Pu or 137Cs activity
    units: Bq g-1
    chron name: chron1
    chron measurement table number: 1
    chron number: 1
    has max value: 102.7
    has mean value: 59.9578
    has median value: 63.9
    has min value: 4.52
    paleo name: chron1
    number: 11
    values: 77.1
    values: 102.7
    values: 98.2
    values: 79.3
    values: 63.9
    values: 52
    values: NaN
    values: 32.8
    values: 29.1
    values: 4.52
  activity uncertainty:
    measurement table name: measurementTable1
    t sid: chron12
    variable name: activityUncertainty
    description: 210Pb, 239+240Pu or 137Cs activity uncertainty
    units: Bq g-1
    chron name: chron1
    chron measurement table number: 1
    chron number: 1
    has max value: 4
    has mean value: 4
    has median value: 4
    has min value: 4
    paleo name: chron1
    number: 12
    values: 4
    values: NaN

measurement table name: measurementTable1
t sid: chron13
variable name: supportedActivity
description: Y if supported 210Pb activity, N if unsupported 210Pb activity
chron name: chron1
chron measurement table number: 1
chron number: 1
has max value: _NaN_
has mean value: _NaN_
has median value: _NaN_
has min value: _NaN_
paleo name: chron1
number: 13
values: NaN

measurement table name: measurementTable1
t sid: chron14
variable name: x210PbModel
description: model used to convert 210Pb activity to age (e.g., constant rate of supply)
chron name: chron1
chron measurement table number: 1
chron number: 1
has max value: _NaN_
has mean value: _NaN_
has median value: _NaN_
has min value: _NaN_
paleo name: chron1
number: 14
values: NaN

measurement table name: measurementTable1
t sid: chron15
variable name: age
description: years before 1950 (calibrated age, or ages that dont need calibration)
units: yr BP
chron name: chron1
chron measurement table number: 1
chron number: 1
has max value: 517
has mean value: 38.8182
has median value: -4
has min value: -51
paleo name: chron1
number: 15
values: -51
values: -46
values: -40
values: -34
values: -16
values: -4
values: 2
values: 9
values: 28
values: 62
values: 517

measurement table name: measurementTable1
t sid: chron16
variable name: SD
description: uncertainty in age
units: yr BP
chron name: chron1
chron measurement table number: 1
chron number: 1
has max value: 36
has mean value: 36
has median value: 36
has min value: 36
paleo name: chron1
variable name original: ageUncertainty
number: 16
values: NaN
values: 36

measurement table name: measurementTable1
t sid: chron17
variable name: reservoirAge14C
description: 14C reservoir age
units: yr14C BP
chron name: chron1
chron measurement table number: 1
chron number: 1
has max value: _NaN_
has mean value: _NaN_
has median value: _NaN_
has min value: _NaN_
paleo name: chron1
number: 17
values: NaN

measurement table name: measurementTable1
t sid: chron18
variable name: reservoirAge14CUncertainty
description: 14C reservoir age uncertainty
units: yr14C BP
chron name: chron1
chron measurement table number: 1
chron number: 1
has max value: _NaN_
has mean value: _NaN_
has median value: _NaN_
has min value: _NaN_
paleo name: chron1
number: 18
values: NaN

measurement table name: measurementTable1
t sid: chron19
variable name: useInAgeModel
description: was this date used in the age model?
chron name: chron1
chron measurement table number: 1
chron number: 1
has max value: _NaN_
has mean value: _NaN_
has median value: _NaN_
has min value: _NaN_
paleo name: chron1
number: 19
values: Y

input table:
  id: randomLabId_eOIG8YDPur
  id: randomLabId_LMun5BqJZA
  id: randomLabId_v9aZWuVbln
  id: randomLabId_ZJHnrkmSah
  id: randomLabId_ojI2gm136c
  id: randomLabId_dNxeDVJmBS
  id: randomLabId_o1qX2E0VgU
  id: randomLabId_96HJsOrWfX
  id: randomLabId_eVbXhjEnMH
  id: randomLabId_XwZRJ9nMGh
  id: randomLabId_dAtgQZHN0k
  age: -51
  age: -46
  age: -40
  age: -34
  age: -16
  age: -4
  age: 2
  age: 9
  age: 28
  age: 62
  age: 470
  error: 1
  error: 25
  depth: 0.5
  depth: 1.5
  depth: 2.5
  depth: 3.5
  depth: 6.5
  depth: 8.5
  depth: 9.5
  depth: 10.5
  depth: 13.5
  depth: 18.5
  depth: 63.5
  cc: 0
  cc: 1
  d r: 0
  d STD: 0
  ta: 33
  ta: 3
  tb: 34
  tb: 4
methods:
  parameters:
    d.min: 0.5
    d.max: 63.5
    d.by: 5
    depths.file: 0
    acc.mean: 10
    acc.shape: 1.5
    mem.mean: 0.7
    mem.strength: 15
    boundary: NA
    hiatus.depths: NA
    hiatus.max: 10000
    BCAD: 1
    cc: 1
    postbomb: 0
    cc1: IntCal20
    cc2: Marine20
    cc3: SHCal20
    cc4: ConstCal
    depth.unit: cm
    normal: 0
    t.a: 3
    t.b: 4
    delta.r: 0
    d.std: 0
    prob: 0.95
    age.unit: yr
  algorithm: bacon
  version: 2.3
summary table:
  table name: chron1model1measurement1
  depth:
    variable name: depth
    units: cm
    description: modeled depth
    number: 1
    values: 0.5
    values: 5.5
    values: 10.5
    values: 15.5
    values: 20.5
    values: 25.5
    values: 30.5
    values: 35.5
    values: 40.5
    values: 45.5
    values: 50.5
    values: 55.5
    values: 60.5
  age.range low:
    variable name: age.rangeLow
    units: yr BP
    description: low end of the uncertainty range
    uncertainty level: 2.5%
    number: 2
    values: 1992
    values: 1961
    values: 1933
    values: 1900
    values: 1866
    values: 1807
    values: 1747
    values: 1691
    values: 1637
    values: 1584
    values: 1533
    values: 1485
    values: 1439
  age.range high:
    variable name: age.rangeHigh
    units: yr BP
    description: high end of the uncertainty range
    uncertainty level: 97.5%
    number: 3
    values: 2002
    values: 1977
    values: 1947
    values: 1917
    values: 1889
    values: 1854
    values: 1815
    values: 1773
    values: 1729
    values: 1683
    values: 1635
    values: 1586
    values: 1535
  age:
    variable name: age
    units: yr BP
    description: weighted mean age estimate
    number: 4
    values: 1998
    values: 1969
    values: 1940
    values: 1909
    values: 1877
    values: 1833
    values: 1785
    values: 1735
    values: 1684
    values: 1633
    values: 1582
    values: 1531
    values: 1480
distribution table:
  depth: 0.5
  depth.units: cm
  table name: chron1model1distribution1
  age:
    units: yr BP
    variable name: age
    number: 1
    values: -54.1111
    values: -54.0303
    values: -53.9495
    values: -53.8687
    values: -53.7879
    values: -53.7071
    values: -53.6263
    values: -53.5455
    values: -53.4646
    values: -53.3838
    values: -53.303
    values: -53.2222
    values: -53.1414
    values: -53.0606
    values: -52.9798
    values: -52.899
    values: -52.8182
    values: -52.7374
    values: -52.6566
    values: -52.5758
    values: -52.4949
    values: -52.4141
    values: -52.3333
    values: -52.2525
    values: -52.1717
    values: -52.0909
    values: -52.0101
    values: -51.9293
    values: -51.8485
    values: -51.7677
    values: -51.6869
    values: -51.6061
    values: -51.5253
    values: -51.4444
    values: -51.3636
    values: -51.2828
    values: -51.202
    values: -51.1212
    values: -51.0404
    values: -50.9596
    values: -50.8788
    values: -50.798
    values: -50.7172
    values: -50.6364
    values: -50.5556
    values: -50.4747
    values: -50.3939
    values: -50.3131
    values: -50.2323
    values: -50.1515
    values: -50.0707
    values: -49.9899
    values: -49.9091
    values: -49.8283
    values: -49.7475
    values: -49.6667
    values: -49.5859
    values: -49.5051
    values: -49.4242
    values: -49.3434
    values: -49.2626
    values: -49.1818
    values: -49.101
    values: -49.0202
    values: -48.9394
    values: -48.8586
    values: -48.7778
    values: -48.697
    values: -48.6162
    values: -48.5354
    values: -48.4545
    values: -48.3737
    values: -48.2929
    values: -48.2121
    values: -48.1313
    values: -48.0505
    values: -47.9697

variable name: probabilityDensity
number: 2
values: 0.0004
values: 0.0005
values: 0.0006
values: 0.0007
values: 0.0008
values: 0.001
values: 0.0012
values: 0.0015
values: 0.0018
values: 0.0022
values: 0.0026
values: 0.003
values: 0.0036
values: 0.0042
values: 0.0048
values: 0.0056
values: 0.0065
values: 0.0074
values: 0.0084
values: 0.0095
values: 0.0107
values: 0.012
values: 0.0133
values: 0.0147
values: 0.0162
values: 0.0177
values: 0.0192
values: 0.0207
values: 0.0222
values: 0.0237
values: 0.0251
values: 0.0264
values: 0.0276
values: 0.0287
values: 0.0297
values: 0.0304
values: 0.031
values: 0.0314
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depth: 1.5
depth.units: cm
table name: chron1model1distribution2
age:
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probability density:
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depth: 2.5
depth.units: cm
table name: chron1model1distribution3
age:
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probability density:
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depth: 3.5
depth.units: cm
table name: chron1model1distribution4
age:
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probability density:
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depth: 6.5
depth.units: cm
table name: chron1model1distribution5
age:
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  variable name: age
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probability density:
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depth: 8.5
depth.units: cm
table name: chron1model1distribution6
age:
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probability density:
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depth: 9.5
depth.units: cm
table name: chron1model1distribution7
age:
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  variable name: age
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probability density:
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depth: 10.5
depth.units: cm
table name: chron1model1distribution8
age:
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  variable name: age
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probability density:
  variable name: probabilityDensity
  number: 2
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depth: 13.5
depth.units: cm
table name: chron1model1distribution9
age:
  units: yr BP
  variable name: age
  number: 1
  values: 24.8889
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  values: 25.5354
  values: 25.6162
  values: 25.697
  values: 25.7778
  values: 25.8586
  values: 25.9394
  values: 26.0202
  values: 26.101
  values: 26.1818
  values: 26.2626
  values: 26.3434
  values: 26.4242
  values: 26.5051
  values: 26.5859
  values: 26.6667
  values: 26.7475
  values: 26.8283
  values: 26.9091
  values: 26.9899
  values: 27.0707
  values: 27.1515
  values: 27.2323
  values: 27.3131
  values: 27.3939
  values: 27.4747
  values: 27.5556
  values: 27.6364
  values: 27.7172
  values: 27.798
  values: 27.8788
  values: 27.9596
  values: 28.0404
  values: 28.1212
  values: 28.202
  values: 28.2828
  values: 28.3636
  values: 28.4444
  values: 28.5253
  values: 28.6061
  values: 28.6869
  values: 28.7677
  values: 28.8485
  values: 28.9293
  values: 29.0101
  values: 29.0909
  values: 29.1717
  values: 29.2525
  values: 29.3333
  values: 29.4141
  values: 29.4949
  values: 29.5758
  values: 29.6566
  values: 29.7374
  values: 29.8182
  values: 29.899
  values: 29.9798
  values: 30.0606
  values: 30.1414
  values: 30.2222
  values: 30.303
  values: 30.3838
  values: 30.4646
  values: 30.5455
  values: 30.6263
  values: 30.7071
  values: 30.7879
  values: 30.8687
  values: 30.9495
  values: 31.0303
probability density:
  variable name: probabilityDensity
  number: 2
  values: 0.0004
  values: 0.0005
  values: 0.0006
  values: 0.0007
  values: 0.0008
  values: 0.001
  values: 0.0012
  values: 0.0015
  values: 0.0018
  values: 0.0022
  values: 0.0026
  values: 0.003
  values: 0.0036
  values: 0.0042
  values: 0.0048
  values: 0.0056
  values: 0.0065
  values: 0.0074
  values: 0.0084
  values: 0.0095
  values: 0.0107
  values: 0.012
  values: 0.0133
  values: 0.0147
  values: 0.0162
  values: 0.0177
  values: 0.0192
  values: 0.0207
  values: 0.0222
  values: 0.0237
  values: 0.0251
  values: 0.0264
  values: 0.0276
  values: 0.0287
  values: 0.0297
  values: 0.0304
  values: 0.031
  values: 0.0314
  values: 0.0316

depth: 18.5
depth.units: cm
table name: chron1model1distribution10
age:
  units: yr BP
  variable name: age
  number: 1
  values: 58.8889
  values: 58.9697
  values: 59.0505
  values: 59.1313
  values: 59.2121
  values: 59.2929
  values: 59.3737
  values: 59.4545
  values: 59.5354
  values: 59.6162
  values: 59.697
  values: 59.7778
  values: 59.8586
  values: 59.9394
  values: 60.0202
  values: 60.101
  values: 60.1818
  values: 60.2626
  values: 60.3434
  values: 60.4242
  values: 60.5051
  values: 60.5859
  values: 60.6667
  values: 60.7475
  values: 60.8283
  values: 60.9091
  values: 60.9899
  values: 61.0707
  values: 61.1515
  values: 61.2323
  values: 61.3131
  values: 61.3939
  values: 61.4747
  values: 61.5556
  values: 61.6364
  values: 61.7172
  values: 61.798
  values: 61.8788
  values: 61.9596
  values: 62.0404
  values: 62.1212
  values: 62.202
  values: 62.2828
  values: 62.3636
  values: 62.4444
  values: 62.5253
  values: 62.6061
  values: 62.6869
  values: 62.7677
  values: 62.8485
  values: 62.9293
  values: 63.0101
  values: 63.0909
  values: 63.1717
  values: 63.2525
  values: 63.3333
  values: 63.4141
  values: 63.4949
  values: 63.5758
  values: 63.6566
  values: 63.7374
  values: 63.8182
  values: 63.899
  values: 63.9798
  values: 64.0606
  values: 64.1414
  values: 64.2222
  values: 64.303
  values: 64.3838
  values: 64.4646
  values: 64.5455
  values: 64.6263
  values: 64.7071
  values: 64.7879
  values: 64.8687
  values: 64.9495
  values: 65.0303
probability density:
  variable name: probabilityDensity
  number: 2
  values: 0.0004
  values: 0.0005
  values: 0.0006
  values: 0.0007
  values: 0.0008
  values: 0.001
  values: 0.0012
  values: 0.0015
  values: 0.0018
  values: 0.0022
  values: 0.0026
  values: 0.003
  values: 0.0036
  values: 0.0042
  values: 0.0048
  values: 0.0056
  values: 0.0065
  values: 0.0074
  values: 0.0084
  values: 0.0095
  values: 0.0107
  values: 0.012
  values: 0.0133
  values: 0.0147
  values: 0.0162
  values: 0.0177
  values: 0.0192
  values: 0.0207
  values: 0.0222
  values: 0.0237
  values: 0.0251
  values: 0.0264
  values: 0.0276
  values: 0.0287
  values: 0.0297
  values: 0.0304
  values: 0.031
  values: 0.0314
  values: 0.0316

depth: 63.5
depth.units: cm
table name: chron1model1distribution11
age:
  units: yr BP
  variable name: age
  number: 1
  values: 331
  values: 332
  values: 333
  values: 334
  values: 335
  values: 336
  values: 337
  values: 338
  values: 339
  values: 340
  values: 341
  values: 342
  values: 343
  values: 344
  values: 345
  values: 346
  values: 347
  values: 348
  values: 349
  values: 350
  values: 351
  values: 352
  values: 353
  values: 354
  values: 355
  values: 356
  values: 357
  values: 358
  values: 359
  values: 360
  values: 361
  values: 362
  values: 363
  values: 364
  values: 365
  values: 366
  values: 367
  values: 368
  values: 369
  values: 370
  values: 371
  values: 372
  values: 373
  values: 374
  values: 375
  values: 376
  values: 377
  values: 378
  values: 379
  values: 380
  values: 381
  values: 382
  values: 383
  values: 384
  values: 385
  values: 386
  values: 387
  values: 388
  values: 389
  values: 390
  values: 391
  values: 392
  values: 393
  values: 394
  values: 395
  values: 396
  values: 397
  values: 398
  values: 399
  values: 400
  values: 401
  values: 402
  values: 403
  values: 404
  values: 405
  values: 406
  values: 407
probability density:
  variable name: probabilityDensity
  number: 2
  values: 0.0003
  values: 0.0004
  values: 0.0005
  values: 0.0006
  values: 0.0007
  values: 0.0008
  values: 0.0002
  values: 0.0001
  values: 0.0009
  values: 0.001
  values: 0.0011
  values: 0.0012
  values: 0.0013
  values: 0.0015
  values: 0.0017
  values: 0.002
  values: 0.0022
  values: 0.0024
  values: 0.0025
  values: 0.0026
  values: 0.0027
  values: 0.0029
  values: 0.003
  values: 0.0033
  values: 0.0039
  values: 0.0049
  values: 0.0062
  values: 0.0077
  values: 0.0091
  values: 0.0104
  values: 0.0112
  values: 0.0122
  values: 0.0132
  values: 0.0147
  values: 0.0164
  values: 0.0187
  values: 0.0212
  values: 0.023
  values: 0.0254
  values: 0.0276
  values: 0.029
  values: 0.0302
  values: 0.0311
  values: 0.0316
  values: 0.032
  values: 0.0308
  values: 0.0294
  values: 0.0285
  values: 0.0265
  values: 0.0259
  values: 0.0248
  values: 0.0236
  values: 0.0218
  values: 0.0193
  values: 0.017
  values: 0.0142
  values: 0.0117
  values: 0.0099
  values: 0.0084
  values: 0.0074
  values: 0.0071
  values: 0.0068
  values: 0.0057
  values: 0.0041
  values: 0.0034
  values: 0.0023
  values: 0.0019
  values: 0.0016
  values: 0.0014
  values: 0

version: 1.0.5
last version: 1.0.4
curator: nicholas
timestamp: 2025-04-17 20:04:36.719148 UTC
changes:
  paleo column metadata: d2H (LPD292174f8): paleoData_isPrimary: '' has been replaced by 'FALSE'
  paleo column metadata: d2H (LPD292174f8): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'
  paleo column metadata: d2H (LS09SASP01A): paleoData_isPrimary: '' has been replaced by 'FALSE'
  paleo column metadata: d2H (LS09SASP01A): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'
  paleo column metadata: year (MAT3e773ec33c): paleoData_isPrimary: '' has been replaced by 'TRUE'
  paleo column metadata: year (MAT3e773ec33c): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'
  paleo column metadata: depth (MAT851bf03235): paleoData_isPrimary: '' has been replaced by 'FALSE'
  paleo column metadata: depth (MAT851bf03235): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

version: 1.0.4
last version: 1.0.3
curator: nicholas
timestamp: 2025-04-11 16:26:54.845742 UTC
changes:
  paleo interpretation metadata: d2H (LPD292174f8): interpretation1_direction: 'negative' has been replaced by ''
  paleo interpretation metadata: d2H (LPD292174f8): interpretation1_mathematicalRelation: 'linear' has been replaced by ''
  paleo interpretation metadata: d2H (LPD292174f8): interpretation1_scope: 'isotope' has been replaced by 'climate'
  paleo interpretation metadata: d2H (LPD292174f8): interpretation1_variable: 'hydrologicBalance' has been replaced by ''
  paleo interpretation metadata: d2H (LPD292174f8): interpretation1_variableGroup: 'EffectiveMoisture' has been replaced by ''
  paleo interpretation metadata: d2H (LPD292174f8): interpretation1_variableGroupDirection: 'negative' has been replaced by ''
  paleo interpretation metadata: d2H (LPD292174f8): interpretation1_variableGroupOriginal: 'I_E' has been replaced by ''
  paleo interpretation metadata: d2H (LPD292174f8): interpretation2_scope: '' has been replaced by 'climate'
  paleo interpretation metadata: d2H (LPD292174f8): interpretation3_scope: '' has been replaced by 'climate'
  paleo interpretation metadata: d2H (LPD292174f8): interpretation4_direction: '' has been replaced by 'negative'
  paleo interpretation metadata: d2H (LPD292174f8): interpretation4_scope: '' has been replaced by 'isotope'
  paleo interpretation metadata: d2H (LPD292174f8): interpretation4_variable: '' has been replaced by 'hydrologicBalance'
  paleo interpretation metadata: d2H (LPD292174f8): interpretation4_variableGroup: '' has been replaced by 'EffectiveMoisture'
  paleo interpretation metadata: d2H (LPD292174f8): interpretation4_mathematicalRelation: '' has been replaced by 'linear'
  paleo interpretation metadata: d2H (LPD292174f8): interpretation4_variableGroupDirection: '' has been replaced by 'negative'
  paleo interpretation metadata: d2H (LPD292174f8): interpretation4_variableGroupOriginal: '' has been replaced by 'I_E'
  paleo interpretation metadata: d2H (LPD292174f8): interpretation5_scope: '' has been replaced by 'isotope'
  paleo interpretation metadata: d2H (LPD292174f8): interpretation6_scope: '' has been replaced by 'isotope'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation2_basis: 'Permanent anoxia in the subsurface water confines phytoplankton, dominated by dinoflagellates and diatoms24, to the oxygenated, brackish and deuterium-depleted surface water where their lipid ?D values can be expected to closely co-vary with the surface water ?Dvalues25,26. ?D values of that water are controlled by the amount of rainfall, its isotopic composition and the amount of mixing with the underlying sea water. As rain also increases the density stratification in the lakes, decreasing mixing, surface water ?D values are expected to be significantly lower during wet periods compared with dry periods. Zhang and Sachs 2007, Organic Geochemistry, 38: 582-608.' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation2_direction: 'negative' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation2_inferredMaterial: 'lake water' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation2_mathematicalRelation: 'linear' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation2_scope: 'isotope' has been replaced by 'climate'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation2_seasonality: 'Annual' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation2_seasonalityOriginal: 'Annual' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation2_variable: 'precipitation' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation2_variableGroup: 'EffectiveMoisture' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation2_variableGroupDirection: 'negative' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation2_variableGroupOriginal: 'P_amount' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation3_basis: 'Permanent anoxia in the subsurface water confines phytoplankton, dominated by dinoflagellates and diatoms24, to the oxygenated, brackish and deuterium-depleted surface water where their lipid ?D values can be expected to closely co-vary with the surface water ?Dvalues25,26. ?D values of that water are controlled by the amount of rainfall, its isotopic composition and the amount of mixing with the underlying sea water. As rain also increases the density stratification in the lakes, decreasing mixing, surface water ?D values are expected to be significantly lower during wet periods compared with dry periods. Zhang and Sachs 2007, Organic Geochemistry, 38: 582-608.' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation3_direction: 'depends on source, transport history, etc' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation3_inferredMaterial: 'lake water' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation3_scope: 'isotope' has been replaced by 'climate'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation3_seasonality: 'Annual' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation3_seasonalityOriginal: 'Annual' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation3_variable: 'precipitationIsotope' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation3_variableGroup: 'P_isotope' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation3_variableGroupDirection: 'positive' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation3_variableGroupOriginal: 'rainfall d2H' has been replaced by ''
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation4_basis: 'Permanent anoxia in the subsurface water confines phytoplankton, dominated by dinoflagellates and diatoms24, to the oxygenated, brackish and deuterium-depleted surface water where their lipid dD values can be expected to closely co-vary with the surface water dDvalues25,26. dD values of that water are controlled by the amount of rainfall, its isotopic composition and the amount of mixing with the underlying sea water. As rain also increases the density stratification in the lakes, decreasing mixing, surface water dD values are expected to be significantly lower during wet periods compared with dry periods. Zhang and Sachs 2007, Organic Geochemistry, 38: 582-608.' has been replaced by 'Permanent anoxia in the subsurface water confines phytoplankton, dominated by dinoflagellates and diatoms24, to the oxygenated, brackish and deuterium-depleted surface water where their lipid ?D values can be expected to closely co-vary with the surface water ?Dvalues25,26. ?D values of that water are controlled by the amount of rainfall, its isotopic composition and the amount of mixing with the underlying sea water. As rain also increases the density stratification in the lakes, decreasing mixing, surface water ?D values are expected to be significantly lower during wet periods compared with dry periods. Zhang and Sachs 2007, Organic Geochemistry, 38: 582-608.'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation4_direction: 'positive (more mixing, higher d2H in surface waters)' has been replaced by 'negative'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation4_variable: 'lakeWaterIsotope' has been replaced by 'precipitation'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation4_variableGroup: 'mixing with sea water which is in bottom of meromictic lake' has been replaced by 'EffectiveMoisture'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation4_mathematicalRelation: '' has been replaced by 'linear'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation4_variableGroupDirection: '' has been replaced by 'negative'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation4_variableGroupOriginal: '' has been replaced by 'P_amount'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation5_basis: '' has been replaced by 'Permanent anoxia in the subsurface water confines phytoplankton, dominated by dinoflagellates and diatoms24, to the oxygenated, brackish and deuterium-depleted surface water where their lipid ?D values can be expected to closely co-vary with the surface water ?Dvalues25,26. ?D values of that water are controlled by the amount of rainfall, its isotopic composition and the amount of mixing with the underlying sea water. As rain also increases the density stratification in the lakes, decreasing mixing, surface water ?D values are expected to be significantly lower during wet periods compared with dry periods. Zhang and Sachs 2007, Organic Geochemistry, 38: 582-608.'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation5_direction: '' has been replaced by 'depends on source, transport history, etc'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation5_inferredMaterial: '' has been replaced by 'lake water'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation5_scope: '' has been replaced by 'isotope'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation5_seasonality: '' has been replaced by 'Annual'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation5_seasonalityOriginal: '' has been replaced by 'Annual'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation5_variable: '' has been replaced by 'precipitationIsotope'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation5_variableGroup: '' has been replaced by 'P_isotope'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation5_variableGroupDirection: '' has been replaced by 'positive'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation5_variableGroupOriginal: '' has been replaced by 'rainfall d2H'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation6_basis: '' has been replaced by 'Permanent anoxia in the subsurface water confines phytoplankton, dominated by dinoflagellates and diatoms24, to the oxygenated, brackish and deuterium-depleted surface water where their lipid dD values can be expected to closely co-vary with the surface water dDvalues25,26. dD values of that water are controlled by the amount of rainfall, its isotopic composition and the amount of mixing with the underlying sea water. As rain also increases the density stratification in the lakes, decreasing mixing, surface water dD values are expected to be significantly lower during wet periods compared with dry periods. Zhang and Sachs 2007, Organic Geochemistry, 38: 582-608.'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation6_direction: '' has been replaced by 'positive (more mixing, higher d2H in surface waters)'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation6_inferredMaterial: '' has been replaced by 'lake water'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation6_scope: '' has been replaced by 'isotope'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation6_seasonality: '' has been replaced by 'Annual'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation6_seasonalityOriginal: '' has been replaced by 'Annual'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation6_variable: '' has been replaced by 'lakeWaterIsotope'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation6_variableGroup: '' has been replaced by 'mixing with sea water which is in bottom of meromictic lake'

version: 1.0.3
last version: 1.0.2
curator: nicholas
timestamp: 2025-04-09 20:47:40.77817 UTC
notes: Updated lipdverse database entry with a changed file.
changes:
  paleo interpretation metadata: d2H (LPD292174f8): interpretation1_variable: 'I_E' has been replaced by 'hydrologicBalance'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation1_seasonality: 'annual' has been replaced by 'Annual'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation1_variable: 'Precipitation amount' has been replaced by 'precipitation'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation2_seasonality: 'annual' has been replaced by 'Annual'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation2_variable: 'P_amount' has been replaced by 'precipitation'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation3_seasonality: 'annual' has been replaced by 'Annual'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation3_variable: 'rainfall d2H' has been replaced by 'precipitationIsotope'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation4_seasonality: 'annual' has been replaced by 'Annual'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation4_variable: 'mixing with sea water which is in bottom of meromictic lake' has been replaced by 'lakeWaterIsotope'

version: 1.0.2
last version: 1.0.1
curator: nicholas
timestamp: 2025-04-09 18:16:18.75089 UTC
notes: Changes made as part of LiPDverse vocabulary standardization process
changes:
  paleo interpretation metadata: d2H (LPD292174f8): interpretation1_variable: 'I_E' has been replaced by 'hydrologicBalance'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation1_seasonality: 'annual' has been replaced by 'Annual'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation1_variable: 'Precipitation amount' has been replaced by 'precipitation'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation2_seasonality: 'annual' has been replaced by 'Annual'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation2_variable: 'P_amount' has been replaced by 'precipitation'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation3_seasonality: 'annual' has been replaced by 'Annual'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation3_variable: 'rainfall d2H' has been replaced by 'precipitationIsotope'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation4_seasonality: 'annual' has been replaced by 'Annual'
  paleo interpretation metadata: d2H (LS09SASP01A): interpretation4_variable: 'mixing with sea water which is in bottom of meromictic lake' has been replaced by 'lakeWaterIsotope'

version: 1.0.1
last version: 1.0.0
curator: nicholas
timestamp: 2025-04-08 17:32:55.516502 UTC
notes: Changes made as part of LiPDverse vocabulary standardization process
changes:
  paleo column metadata: d2H (LPD292174f8): paleoData_longName: '' has been replaced by 'AD'
  paleo column metadata: d2H (LS09SASP01A): paleoData_longName: '' has been replaced by 'AD'
  paleo column metadata: year (MAT3e773ec33c): paleoData_units: 'AD' has been replaced by 'yr AD'
  paleo column metadata: year (MAT3e773ec33c): paleoData_longName: '' has been replaced by 'AD'
  paleo column metadata: depth (MAT851bf03235): paleoData_longName: '' has been replaced by 'AD'

Southward movement of the Pacific intertropical convergence zone AD 1400?1850
author: Sachs, Julian P. , Sachse, Dirk , Smittenberg, Rienk H. , Zhang, Zhaohui , Battisti, David S. , Golubic, Stjepko
citation: Sachs, J. P., Sachse, D., Smittenberg, R. H., Zhang, Z., Battisti, D. S. and Golubic, S.: Southward movement of the Pacific intertropical convergence zone AD 1400–1850, Nature Geoscience, 2(7), 519–525, doi:10.1038/ngeo554, 2009.
data url: doi.org
doi: 10.1038/NGEO554
issue: 7
journal: Nature Geoscience
page: 519-525
pages: -6
pub data url: doi.org
publisher: Nature Publishing Group
type: journal-article
volume: 2
year: 2009

longitude: 134.3667
latitude: 7.15
elevation: 4
geometry type: Point
site name: Spooky Lake