paleo data:
  measurement table:
    google work sheet key: ogmwrpp
    table name: paleo1measurement1
    missing value: NaN
    d18 o:
      description: carbonate
      has chron: 1
      has max value: 1.93
      has mean value: 1.0924
      has median value: 1.02
      has min value: 0.36
      has paleo depth: 1
      has time tsid: MATe80b9fa4c1
      inferred material: lake water
      inferred material group: surface water
      inferred material group original: lake water
      instrument: VG Isocarb preparation system. Isotopic ratios of purified CO2 gas were measured on-line by a triple-collector VG Prism Series II mass spectrometer
      iso2k certification: DK
      iso2k primary timeseries: TRUE
      iso2k UI: LS99CUVA01
      is primary: false
      long name: AD
      measurement material: ostracod
      measurement material detail: Cytheridella boldi
      measurement standard: PDB
      measurement table name: measurementTable1
      median res12k: NA
      notes: ; archiveType changed - was originally Lake sediment (LS)
      paleo data table name: pt1_1
      primary age column: false
      QC certification: DK
      q cnotes: DK: Most complete of three ostracode species analyzed.
      sampling method: For stable isotope analysis, each 1 cm subsample was disaggregated by soaking in 3% H2O2 and subsequently sieved at 250 mm. The .250 mm fraction was collected on filter paper, dried at 60�C and transferred to glass scintillation vials. Ostracods and gastropods were separated from the matrix using a dissecting microscope at 10 � magnification. Adult specimens of the ostracod Cytheridella boldi were picked from the sieved 425?500 mm fraction, Heterocypris communis were picked from the 351?500 mm fraction, and Cypria obtusa were picked from the 250?300 mm fraction. Specimens of the gastropod Pyrgophorus sp. were separated from the sieved .1000 mm fraction. Ostracod valves were cleaned of organic material using 15% H2O2, then washed in deionized water, rinsed in methanol, and dried. Gastropods were cleaned in the same manner, except that specimens were cleaned further by sonication. Samples consisting of many monospecific ostracod carapaces (|15 C. boldi, |20 H. communis, |25 C. obtusa) were loaded into a stainless-steel carrying boat, crushed with a glass rod dipped in methanol and allowed to dry overnight. Numerous monospecific ostracod valves were used to constitute a sample to reduce variance that might result from running single, short-lived individuals whose isotopic signatures might reflect short-term (i.e., seasonal) water-column temperature and salinity conditions (Heaton et al., 1995)
      t sid: LS99CUVAc
      uncertainty analytical: 0.1
      units: permil
      variable name: d18O
      variable type: measured
      values: 0.62
      values: 0.71
      values: 1.09
      values: 0.63
      values: 1.07
      values: 0.95
      values: 0.91
      values: 1.12
      values: NaN
      values: 1.2
      values: 0.76
      values: 0.88
      values: 0.83
      values: 0.89
      values: 0.84
      values: 0.77
      values: 0.8
      values: 1.08
      values: 0.99
      values: 1.02
      values: 1.04
      values: 1
      values: 0.9
      values: 1.11
      values: 1.05
      values: 0.78
      values: 0.96
      values: 0.61
      values: 0.68
      values: 0.93
      values: 0.81
      values: 0.86
      values: 0.92
      values: 0.82
      values: 0.73
      values: 0.87
      values: 0.7
      values: 1.13
      values: 1.41
      values: 0.72
      values: 1.25
      values: 1.27
      values: 0.59
      values: 0.94
      values: 1.32
      values: 1.52
      values: 1.35
    age:
      data type: float
      description: Year AD
      has max value: 1993
      has mean value: -4909.9745
      has median value: -6583.4
      has min value: -10714
      has time tsid: MATe80b9fa4c1
      inferred variable type: year
      iso2k primary timeseries: FALSE
      is primary: true
      long name: AD
      measurement table name: measurementTable1
      median res12k: NA
      paleo data table name: pt1_1
      primary age column: true
      sampling method: For stable isotope analysis, each 1 cm subsample was disaggregated by soaking in 3% H2O2 and subsequently sieved at 250 mm. The .250 mm fraction was collected on filter paper, dried at 60�C and transferred to glass scintillation vials. Ostracods and gastropods were separated from the matrix using a dissecting microscope at 10 � magnification. Adult specimens of the ostracod Cytheridella boldi were picked from the sieved 425?500 mm fraction, Heterocypris communis were picked from the 351?500 mm fraction, and Cypria obtusa were picked from the 250?300 mm fraction. Specimens of the gastropod Pyrgophorus sp. were separated from the sieved .1000 mm fraction. Ostracod valves were cleaned of organic material using 15% H2O2, then washed in deionized water, rinsed in methanol, and dried. Gastropods were cleaned in the same manner, except that specimens were cleaned further by sonication. Samples consisting of many monospecific ostracod carapaces (|15 C. boldi, |20 H. communis, |25 C. obtusa) were loaded into a stainless-steel carrying boat, crushed with a glass rod dipped in methanol and allowed to dry overnight. Numerous monospecific ostracod valves were used to constitute a sample to reduce variance that might result from running single, short-lived individuals whose isotopic signatures might reflect short-term (i.e., seasonal) water-column temperature and salinity conditions (Heaton et al., 1995)
      t sid: MATe80b9fa4c1
      units: yr BP
      units original: CE
      variable name: age
      variable type: inferred
      values: -43
      values: -35.645
      values: -28.29
      values: -20.935
      values: -13.581
      values: -6.2258
      values: 1.129
      values: 8.4839
      values: 15.839
      values: 23.194
      values: 30.548
      values: 37.903
      values: 45.258
      values: 52.613
      values: 59.968
      values: 67.323
      values: 74.677
      values: 82.032
      values: 89.387
      values: 96.742
      values: 104.1
      values: 111.45
      values: 118.81
      values: 126.16
      values: 133.52
      values: 140.87
      values: 148.23
      values: 155.58
      values: 162.94
      values: 170.29
      values: 177.65
      values: 185
      values: 225.66
      values: 266.32
      values: 306.97
      values: 347.63
      values: 388.29
      values: 428.95
      values: 469.61
      values: 510.26
      values: 550.92
      values: 591.58
      values: 632.24
      values: 672.89
      values: 713.55
      values: 754.21
      values: 794.87
      values: 835.53
      values: 876.18
      values: 916.84
      values: 957.5
      values: 998.16
      values: 1038.8
      values: 1079.5
      values: 1120.1
      values: 1160.8
      values: 1201.4
      values: 1242.1
      values: 1282.8
    depth:
      data type: float
      description: depth
      has max value: 567
      has mean value: 279.434
      has median value: 278
      has min value: 0
      has time tsid: MATe80b9fa4c1
      iso2k primary timeseries: FALSE
      is primary: false
      long name: AD
      measurement table name: measurementTable1
      median res12k: NA
      paleo data table name: pt1_1
      primary age column: false
      sampling method: For stable isotope analysis, each 1 cm subsample was disaggregated by soaking in 3% H2O2 and subsequently sieved at 250 mm. The .250 mm fraction was collected on filter paper, dried at 60�C and transferred to glass scintillation vials. Ostracods and gastropods were separated from the matrix using a dissecting microscope at 10 � magnification. Adult specimens of the ostracod Cytheridella boldi were picked from the sieved 425?500 mm fraction, Heterocypris communis were picked from the 351?500 mm fraction, and Cypria obtusa were picked from the 250?300 mm fraction. Specimens of the gastropod Pyrgophorus sp. were separated from the sieved .1000 mm fraction. Ostracod valves were cleaned of organic material using 15% H2O2, then washed in deionized water, rinsed in methanol, and dried. Gastropods were cleaned in the same manner, except that specimens were cleaned further by sonication. Samples consisting of many monospecific ostracod carapaces (|15 C. boldi, |20 H. communis, |25 C. obtusa) were loaded into a stainless-steel carrying boat, crushed with a glass rod dipped in methanol and allowed to dry overnight. Numerous monospecific ostracod valves were used to constitute a sample to reduce variance that might result from running single, short-lived individuals whose isotopic signatures might reflect short-term (i.e., seasonal) water-column temperature and salinity conditions (Heaton et al., 1995)
      t sid: MAT453770a586
      units: cm
      variable name: depth
      variable type: measured
      values: 0
      values: 1
      values: 2
      values: 3
      values: 4
      values: 5
      values: 6
      values: 7
      values: 8
      values: 9
      values: 10
      values: 11
      values: 12
      values: 13
      values: 14
      values: 15
      values: 16
      values: 17
      values: 18
      values: 19
      values: 20
      values: 21
      values: 22
      values: 23
      values: 24
      values: 25
      values: 26
      values: 27
      values: 28
      values: 29
      values: 30
      values: 31
      values: 32
      values: 33
      values: 34
      values: 35
      values: 36
      values: 37
      values: 38
      values: 39
      values: 40
      values: 41
      values: 42
      values: 43
      values: 44
      values: 45
      values: 46
      values: 47
      values: 48
      values: 49
      values: 50
      values: 51
      values: 52
      values: 53
      values: 54
      values: 55
      values: 56
      values: 57
      values: 58
      values: 59
      values: 60
archive type: LakeSediment
archive type original: lake sediment
created by: matlab
dataset id: 6b2IjC8xcwhkBU3UVYoi
data set name: LS99CUVA
dataset version: 1.0.7
google metadata worksheet: ojej82t
has chron: 0
has depth: 1
has paleo depth: 1
lipdverse link: https://lipdverse.org/data/6b2IjC8xcwhkBU3UVYoi/1_0_7
max year: 1993
min year: -10714
notes: One ostracod species used here but other shell typrsd show similar trends with values offset with a smaller range
n unique ages: 0
n unique good ages: 0
n unique other ages: 0
original data url: https://www.ncdc.noaa.gov/cdo/f
sampling method: For stable isotope analysis, each 1 cm subsample was disaggregated by soaking in 3% H2O2 and subsequently sieved at 250 mm. The .250 mm fraction was collected on filter paper, dried at 60�C and transferred to glass scintillation vials. Ostracods and gastropods were separated from the matrix using a dissecting microscope at 10 � magnification. Adult specimens of the ostracod Cytheridella boldi were picked from the sieved 425?500 mm fraction, Heterocypris communis were picked from the 351?500 mm fraction, and Cypria obtusa were picked from the 250?300 mm fraction. Specimens of the gastropod Pyrgophorus sp. were separated from the sieved .1000 mm fraction. Ostracod valves were cleaned of organic material using 15% H2O2, then washed in deionized water, rinsed in methanol, and dried. Gastropods were cleaned in the same manner, except that specimens were cleaned further by sonication. Samples consisting of many monospecific ostracod carapaces (|15 C. boldi, |20 H. communis, |25 C. obtusa) were loaded into a stainless-steel carrying boat, crushed with a glass rod dipped in methanol and allowed to dry overnight. Numerous monospecific ostracod valves were used to constitute a sample to reduce variance that might result from running single, short-lived individuals whose isotopic signatures might reflect short-term (i.e., seasonal) water-column temperature and salinity conditions (Heaton et al., 1995)
lipd version: 1.3
pub: Climate change in the Lake Valencia Basin, Venezuela, |12600 yr BP to present

scope: climate

scope: climate

scope: climate

basis: Lake level also important as lake not always closed but Since ,3000 14C yr BP the level of Lake Valencia has been dropping. Lake closed in present day, but last 2k isotoeps realtively fresh suggesting more open system?
coefficient: NA
direction: negative
fraction: NA
inferred material: lake water
integration time units: years
rank: 1
scope: isotope
variable: effectivePrecipitation
variable group: EffectiveMoisture
variable group direction: negative
variable group original: P_E

coefficient: NA
fraction: NA
inferred material: lake water
integration time units: years
rank: 2
scope: isotope
variable: temperature
variable group: Temperature
variable group direction: negative
variable group original: T
variable original: temperature

coefficient: NA
fraction: NA
rank: NA
scope: isotope

has max value: 302
has mean value: 23.0199
has median value: 22.5
has min value: 6.7
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
compilation version: 1_1_2

rank: NA
scope: climate

rank: NA
scope: climate

rank: NA
scope: climate

rank: NA
scope: climate

has max value: 302
has mean value: 23.0199
has median value: 22.5
has min value: 6.7
units: AD

rank: NA
scope: climate

rank: NA
scope: climate

rank: NA
scope: climate

rank: NA
scope: climate

has max value: 302
has mean value: 23.0199
has median value: 22.5
has min value: 6.7
units: AD

scope: climate

scope: climate

scope: climate

basis: Lake level also important as lake not always closed but Since ,3000 14C yr BP the level of Lake Valencia has been dropping. Lake closed in present day, but last 2k isotoeps realtively fresh suggesting more open system?
coefficient: NA
direction: negative
fraction: NA
inferred material: lake water
integration time units: years
rank: 1
scope: isotope
variable: effectivePrecipitation
variable group: EffectiveMoisture
variable group direction: negative
variable group original: P_E

coefficient: NA
fraction: NA
inferred material: lake water
integration time units: years
rank: 2
scope: isotope
variable: temperature
variable group: Temperature
variable group direction: negative
variable group original: T
variable original: temperature

coefficient: NA
fraction: NA
rank: NA
scope: isotope

has max value: 302
has mean value: 23.0199
has median value: 22.5
has min value: 6.7
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
compilation version: 1_1_2

description: carbonate
has chron: 1
has max value: 1.27
has mean value: 0.9642
has median value: 0.98
has min value: 0.57
has paleo depth: 1
has time tsid: MATe80b9fa4c1
inferred material: lake water
inferred material group: surface water
inferred material group original: lake water
instrument: VG Isocarb preparation system. Isotopic ratios of purified CO2 gas were measured on-line by a triple-collector VG Prism Series II mass spectrometer
iso2k primary timeseries: FALSE
is primary: false
long name: AD
measurement material: gastropod
measurement material detail: Pygophorus sp
measurement standard: PDB
measurement table name: measurementTable1
median res12k: NA
notes: ; archiveType changed - was originally Lake sediment (LS)
paleo data table name: pt1_1
primary age column: false
QC certification: DK
q cnotes: DK: Reject and defer to ostracode-based timeseries. Good for replication
sampling method: For stable isotope analysis, each 1 cm subsample was disaggregated by soaking in 3% H2O2 and subsequently sieved at 250 mm. The .250 mm fraction was collected on filter paper, dried at 60�C and transferred to glass scintillation vials. Ostracods and gastropods were separated from the matrix using a dissecting microscope at 10 � magnification. Adult specimens of the ostracod Cytheridella boldi were picked from the sieved 425?500 mm fraction, Heterocypris communis were picked from the 351?500 mm fraction, and Cypria obtusa were picked from the 250?300 mm fraction. Specimens of the gastropod Pyrgophorus sp. were separated from the sieved .1000 mm fraction. Ostracod valves were cleaned of organic material using 15% H2O2, then washed in deionized water, rinsed in methanol, and dried. Gastropods were cleaned in the same manner, except that specimens were cleaned further by sonication. Samples consisting of many monospecific ostracod carapaces (|15 C. boldi, |20 H. communis, |25 C. obtusa) were loaded into a stainless-steel carrying boat, crushed with a glass rod dipped in methanol and allowed to dry overnight. Numerous monospecific ostracod valves were used to constitute a sample to reduce variance that might result from running single, short-lived individuals whose isotopic signatures might reflect short-term (i.e., seasonal) water-column temperature and salinity conditions (Heaton et al., 1995)
t sid: LS99CUVAb
uncertainty analytical: 0.1
units: permil
variable name: d18O
variable type: measured
values: NaN
values: 1.08
values: 1.1
values: 1.06
values: 1.23
values: 0.92
values: 1.02
values: 1.12
values: 0.82
values: 1.04
values: 1
values: 0.91
values: 1.13
values: 0.88
values: 0.9
values: 0.8
values: 1.09
values: 1.03
values: 1.17
values: 1.18
values: 1.14
values: 1.25
values: 0.68
values: 0.85
values: 0.95
values: 0.6
values: 1.01
values: 0.76
values: 0.57
values: 0.71
values: 0.96
values: 0.7
values: 0.75
values: 0.79
values: 0.98
values: 0.74
values: 1.2
values: 1.27
values: 0.94
values: 0.83
interpretation:
  scope: climate
interpretation:
  scope: climate
interpretation:
  scope: climate
interpretation:
  basis: Lake level also important as lake not always closed but Since ,3000 14C yr BP the level of Lake Valencia has been dropping. Lake closed in present day, but last 2k isotoeps realtively fresh suggesting more open system?
  coefficient: NA
  direction: negative
  fraction: NA
  inferred material: lake water
  integration time units: years
  rank: 1
  scope: isotope
  variable: effectivePrecipitation
  variable group: EffectiveMoisture
  variable group direction: negative
  variable group original: P_E
interpretation:
  coefficient: NA
  fraction: NA
  inferred material: lake water
  integration time units: years
  rank: 2
  scope: isotope
  variable: temperature
  variable group: Temperature
  variable group direction: negative
  variable group original: T
  variable original: temperature
interpretation:
  coefficient: NA
  fraction: NA
  rank: NA
  scope: isotope
has resolution:
  has max value: 302
  has mean value: 23.0199
  has median value: 22.5
  has min value: 6.7
  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
  compilation version: 1_1_2

description: carbonate
has max value: 3.89
has mean value: 2.4143
has median value: 2.53
has min value: 0.88
has time tsid: MATe80b9fa4c1
instrument: VG Isocarb preparation system. Isotopic ratios of purified CO2 gas were measured on-line by a triple-collector VG Prism Series II mass spectrometer
iso2k primary timeseries: ?
is primary: false
long name: AD
measurement material: ostracod
measurement material detail: Heterocypris communis
measurement standard: PDB
measurement table name: measurementTable1
median res12k: NA
notes: ; archiveType changed - was originally Lake sediment (LS)
paleo data table name: pt1_1
primary age column: false
sampling method: For stable isotope analysis, each 1 cm subsample was disaggregated by soaking in 3% H2O2 and subsequently sieved at 250 mm. The .250 mm fraction was collected on filter paper, dried at 60�C and transferred to glass scintillation vials. Ostracods and gastropods were separated from the matrix using a dissecting microscope at 10 � magnification. Adult specimens of the ostracod Cytheridella boldi were picked from the sieved 425?500 mm fraction, Heterocypris communis were picked from the 351?500 mm fraction, and Cypria obtusa were picked from the 250?300 mm fraction. Specimens of the gastropod Pyrgophorus sp. were separated from the sieved .1000 mm fraction. Ostracod valves were cleaned of organic material using 15% H2O2, then washed in deionized water, rinsed in methanol, and dried. Gastropods were cleaned in the same manner, except that specimens were cleaned further by sonication. Samples consisting of many monospecific ostracod carapaces (|15 C. boldi, |20 H. communis, |25 C. obtusa) were loaded into a stainless-steel carrying boat, crushed with a glass rod dipped in methanol and allowed to dry overnight. Numerous monospecific ostracod valves were used to constitute a sample to reduce variance that might result from running single, short-lived individuals whose isotopic signatures might reflect short-term (i.e., seasonal) water-column temperature and salinity conditions (Heaton et al., 1995)
t sid: LS99CUVAa
uncertainty analytical: 0.1
units: permil
variable name: d18O
variable type: measured
values: NaN
values: 1.24
values: 1.62
values: 0.98
values: 1.34
values: 1.17
values: 1.89
values: 1.02
values: 2.03
values: 1.77
values: 1.87
values: 2.51
values: 1.88
values: 1.8
values: 2.74
values: 3.04
values: 1.98
values: 1.39
values: 1.99
values: 1.52
values: 2.7
values: 1.91
values: 1.44
values: 1.3
values: 1.28
values: 1.22
values: 1.51
values: 0.92
values: 0.88
values: 1.13
values: 1.32
values: 1.33
values: 0.9
values: 1
values: 1.35
values: 2.17
values: 1.95
values: 2.1
values: 2
values: 2.22
values: 2.13
values: 2.06
values: 2.05
values: 2.14
values: 2.58
values: 2.53
values: 2.4
values: 2.45
values: 2.62
values: 2.63
values: 2.85
values: 2.82
values: 1.84
values: 2.35
values: 2.67
values: 2.81

measurement table:
  google work sheet key: op43r58
  table name: chron1measurement1
  missing value: NaN
  goog work sheet key: obkjfp6
  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: 560
    has mean value: 244.5769
    has median value: 231
    has min value: 31
    paleo name: chron1
    number: 1
    values: 31
    values: 69.5
    values: 139
    values: 171
    values: 231
    values: 249
    values: 486
    values: 511
    values: 560
    values: 31.5
    values: 253
    values: 378
  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: 12400
    has mean value: 6020.7692
    has median value: 7670
    has min value: 185
    paleo name: chron1
    number: 2
    values: 185
    values: 1730
    values: 3310
    values: 4830
    values: 7670
    values: 8330
    values: 10200
    values: 9960
    values: 12400
    values: 485
    values: 1810
    values: 7990
    values: 9370
  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: 85
    has mean value: 51.3846
    has median value: 45
    has min value: 30
    paleo name: chron1
    variable name original: age14Cuncertainty
    number: 3
    values: 40
    values: 35
    values: 85
    values: 55
    values: 70
    values: 60
    values: 30
    values: 53
    values: 45
    values: 80
  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: OS-8854
    values: OS-8856
    values: OS-8858
    values: OS-8859
    values: OS-10011
    values: OS-10012
    values: OS-8862
    values: OS-8863
    values: OS-8864
    values: OS-8855
    values: OS-8857
    values: OS-8860
    values: OS-8861
  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: Terrestrial Wood
    values: Charcoal
    values: Ostracod shells

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: _NaN_
has mean value: _NaN_
has median value: _NaN_
has min value: _NaN_
paleo name: chron1
number: 11
values: NaN

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: _NaN_
has mean value: _NaN_
has median value: _NaN_
has min value: _NaN_
paleo name: chron1
number: 12
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: _NaN_
has mean value: _NaN_
has median value: _NaN_
has min value: _NaN_
paleo name: chron1
number: 15
values: NaN

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: _NaN_
has mean value: _NaN_
has median value: _NaN_
has min value: _NaN_
paleo name: chron1
variable name original: ageUncertainty
number: 16
values: NaN

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: true
values: false

variable name: reject
number: 20
t sid: R6kAkP1L2OfPPZj03
values: NaN
values: 485
values: 1810
values: 7990
values: 9370

input table:
  id: OS-8854
  id: OS-8856
  id: OS-8858
  id: OS-8859
  id: OS-10011
  id: OS-10012
  id: OS-8862
  id: OS-8863
  id: OS-8864
  age: 185
  age: 1730
  age: 3310
  age: 4830
  age: 7670
  age: 8330
  age: 10200
  age: 9960
  age: 12400
  error: 40
  error: 35
  error: 85
  error: 55
  error: 70
  error: 60
  depth: 31
  depth: 69.5
  depth: 139
  depth: 171
  depth: 231
  depth: 249
  depth: 486
  depth: 511
  depth: 560
  cc: 1
  d r: 0
  d STD: 0
  ta: 3
  tb: 4
methods:
  parameters:
    d.min: 31
    d.max: 560
    d.by: 5
    depths.file: 0
    acc.mean: 20
    acc.shape: 1.5
    mem.mean: 0.5
    mem.strength: 10
    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: 31
    values: 36
    values: 41
    values: 46
    values: 51
    values: 56
    values: 61
    values: 66
    values: 71
    values: 76
    values: 81
    values: 86
    values: 91
    values: 96
    values: 101
    values: 106
    values: 111
    values: 116
    values: 121
    values: 126
    values: 131
    values: 136
    values: 141
    values: 146
    values: 151
    values: 156
    values: 161
    values: 166
    values: 171
    values: 176
    values: 181
    values: 186
    values: 191
    values: 196
    values: 201
    values: 206
    values: 211
    values: 216
    values: 221
    values: 226
    values: 231
    values: 236
    values: 241
    values: 246
    values: 251
    values: 256
    values: 261
    values: 266
    values: 271
    values: 276
    values: 281
    values: 286
    values: 291
    values: 296
    values: 301
    values: 306
    values: 311
    values: 316
    values: 321
    values: 326
    values: 331
    values: 336
    values: 341
    values: 346
    values: 351
    values: 356
    values: 361
    values: 366
    values: 371
    values: 376
    values: 381
    values: 386
    values: 391
    values: 396
    values: 401
    values: 406
  age.range low:
    variable name: age.rangeLow
    units: yr BP
    description: low end of the uncertainty range
    uncertainty level: 2.5%
    number: 2
    values: 1510
    values: 1191
    values: 972
    values: 771
    values: 621
    values: 489
    values: 384
    values: 300
    values: 155
    values: -122
    values: -326
    values: -498
    values: -666
    values: -810
    values: -956
    values: -1095
    values: -1205
    values: -1341
    values: -1443
    values: -1540
    values: -1621
    values: -1715
    values: -1934
    values: -2424
    values: -2837
    values: -3141
    values: -3394
    values: -3563
    values: -3736
    values: -4226
    values: -4597
    values: -4918
    values: -5192
    values: -5453
    values: -5680
    values: -5895
    values: -6067
    values: -6245
    values: -6393
    values: -6502
    values: -6615
    values: -6852
    values: -7040
    values: -7181
    values: -7297
    values: -7394
    values: -7481
    values: -7558
    values: -7634
    values: -7716
    values: -7789
    values: -7857
    values: -7934
    values: -8004
    values: -8090
    values: -8159
    values: -8229
    values: -8289
    values: -8359
    values: -8443
    values: -8506
    values: -8576
    values: -8652
    values: -8716
    values: -8784
    values: -8861
    values: -8925
    values: -8997
    values: -9062
    values: -9126
    values: -9202
    values: -9275
    values: -9337
    values: -9396
    values: -9471

variable name: age.rangeHigh
units: yr BP
description: high end of the uncertainty range
uncertainty level: 97.5%
number: 3
values: 1970
values: 1843
values: 1711
values: 1563
values: 1431
values: 1231
values: 982
values: 638
values: 418
values: 330
values: 256
values: 169
values: 69
values: -45
values: -162
values: -289
values: -418
values: -559
values: -696
values: -861
values: -1043
values: -1262
values: -1540
values: -1663
values: -1828
values: -2053
values: -2402
values: -2899
values: -3390
values: -3584
values: -3713
values: -3869
values: -4037
values: -4206
values: -4409
values: -4622
values: -4868
values: -5123
values: -5448
values: -5905
values: -6298
values: -6447
values: -6523
values: -6603
values: -6672
values: -6720
values: -6773
values: -6816
values: -6874
values: -6935
values: -6993
values: -7053
values: -7108
values: -7163
values: -7218
values: -7271
values: -7340
values: -7387
values: -7456
values: -7520
values: -7577
values: -7637
values: -7703
values: -7764
values: -7830
values: -7896
values: -7972
values: -8034
values: -8105
values: -8170
values: -8236
values: -8298
values: -8365
values: -8438
values: -8508

variable name: age
units: yr BP
description: weighted mean age estimate
number: 4
values: 1726
values: 1546
values: 1351
values: 1167
values: 985
values: 810
values: 632
values: 454
values: 288
values: 142
values: 7
values: -133
values: -275
values: -413
values: -552
values: -688
values: -819
values: -959
values: -1091
values: -1226
values: -1362
values: -1495
values: -1692
values: -1975
values: -2296
values: -2621
values: -2952
values: -3274
values: -3579
values: -3850
values: -4088
values: -4329
values: -4566
values: -4797
values: -5028
values: -5265
values: -5512
values: -5767
values: -6029
values: -6282
values: -6492
values: -6623
values: -6736
values: -6847
values: -6936
values: -7010
values: -7080
values: -7147
values: -7214
values: -7283
values: -7352
values: -7421
values: -7488
values: -7556
values: -7622
values: -7689
values: -7756
values: -7822
values: -7887
values: -7952
values: -8018
values: -8085
values: -8152
values: -8220
values: -8288
values: -8357
values: -8424
values: -8491
values: -8559
values: -8627
values: -8697
values: -8766
values: -8833
values: -8900
values: -8968
values: -9036

depth: 31
depth.units: cm
table name: chron1model1distribution1
age:
  units: yr BP
  variable name: age
  number: 1
  values: 0
  values: 1
  values: 2
  values: 3
  values: 4
  values: 5
  values: 6
  values: 7
  values: 8
  values: 9
  values: 10
  values: 11
  values: 12
  values: 13
  values: 14
  values: 15
  values: 16
  values: 17
  values: 18
  values: 19
  values: 20
  values: 21
  values: 22
  values: 23
  values: 24
  values: 25
  values: 26
  values: 27
  values: 28
  values: 29
  values: 30
  values: 31
  values: 32
  values: 33
  values: 34
  values: 35
  values: 36
  values: 37
  values: 38
  values: 39
  values: 40
  values: 41
  values: 42
  values: 43
  values: 44
  values: 45
  values: 46
  values: 47
  values: 48
  values: 49
  values: 50
  values: 51
  values: 52
  values: 53
  values: 54
  values: 55
  values: 56
  values: 57
  values: 58
  values: 59
  values: 60
  values: 61
  values: 62
  values: 63
  values: 64
  values: 65
  values: 66
  values: 67
  values: 68
  values: 69
  values: 70
  values: 71
  values: 72
  values: 73
  values: 74
  values: 75
  values: 76
probability density:
  variable name: probabilityDensity
  number: 2
  values: 0.005
  values: 0.0051
  values: 0.0052
  values: 0.0049
  values: 0.0048
  values: 0.0046
  values: 0.0045
  values: 0.0047
  values: 0.0042
  values: 0.004
  values: 0.0038
  values: 0.0036
  values: 0.0034
  values: 0.0033
  values: 0.0032
  values: 0.003
  values: 0.0029
  values: 0.0027
  values: 0.0025
  values: 0.0024
  values: 0.0022
  values: 0.0021
  values: 0.002
  values: 0.0019
  values: 0.0018
  values: 0.0017
  values: 0.0016
  values: 0.0014
  values: 0.0012
  values: 0.0011
  values: 0.001
  values: 0.0013
  values: 0.0015
  values: 0.0023
  values: 0.0026
  values: 0.0028
  values: 0.0031
  values: 0.0035
  values: 0.0039
  values: 0.0043
  values: 0.0044
  values: 0.0041
  values: 0.0037
  values: 0.0009
  values: 0.0008
  values: 0.0007
  values: 0.0006
  values: 0.0005
  values: 0.0004
  values: 0.0003
  values: 0.0002
  values: 0.0001

depth: 69.5
depth.units: cm
table name: chron1model1distribution2
age:
  units: yr BP
  variable name: age
  number: 1
  values: 1407
  values: 1408
  values: 1409
  values: 1410
  values: 1411
  values: 1412
  values: 1413
  values: 1414
  values: 1415
  values: 1416
  values: 1417
  values: 1418
  values: 1419
  values: 1420
  values: 1421
  values: 1422
  values: 1423
  values: 1424
  values: 1425
  values: 1426
  values: 1427
  values: 1428
  values: 1429
  values: 1430
  values: 1431
  values: 1432
  values: 1433
  values: 1434
  values: 1435
  values: 1436
  values: 1437
  values: 1438
  values: 1439
  values: 1440
  values: 1441
  values: 1442
  values: 1443
  values: 1444
  values: 1445
  values: 1446
  values: 1447
  values: 1448
  values: 1449
  values: 1450
  values: 1451
  values: 1452
  values: 1453
  values: 1454
  values: 1455
  values: 1456
  values: 1457
  values: 1458
  values: 1459
  values: 1460
  values: 1461
  values: 1462
  values: 1463
  values: 1464
  values: 1465
  values: 1466
  values: 1467
  values: 1468
  values: 1469
  values: 1470
  values: 1471
  values: 1472
  values: 1473
  values: 1474
  values: 1475
  values: 1476
  values: 1477
  values: 1478
  values: 1479
  values: 1480
  values: 1481
  values: 1482
  values: 1483
probability density:
  variable name: probabilityDensity
  number: 2
  values: 0.0001
  values: 0.0002
  values: 0.0003
  values: 0.0004
  values: 0.0005
  values: 0.0006
  values: 0.0007
  values: 0.0008
  values: 0.0009
  values: 0.0011
  values: 0.0013
  values: 0.0016
  values: 0.0018
  values: 0.0021
  values: 0.0023
  values: 0.0024
  values: 0.0025
  values: 0.0026
  values: 0.0028
  values: 0.003
  values: 0.0033
  values: 0.0037
  values: 0.0042
  values: 0.0046
  values: 0.0049
  values: 0.0051
  values: 0.0052
  values: 0.005
  values: 0.0048
  values: 0.0054
  values: 0.0056
  values: 0.0058
  values: 0.0059
  values: 0.006
  values: 0.0062
  values: 0.0064
  values: 0.0065
  values: 0.0066
  values: 0.0067
  values: 0.0069
  values: 0.007
  values: 0.0071
  values: 0.0072
  values: 0.0053
  values: 0.0047
  values: 0.0045
  values: 0.0044
  values: 0.0043
  values: 0.0041
  values: 0.004
  values: 0.0039
  values: 0.0035
  values: 0.0031
  values: 0.0032
  values: 0.0055
  values: 0.0057
  values: 0.0061
  values: 0.0068
  values: 0.0038
  values: 0.0029
  values: 0.0022
  values: 0.002
  values: 0.0014
  values: 0.001

depth: 139
depth.units: cm
table name: chron1model1distribution3
age:
  units: yr BP
  variable name: age
  number: 1
  values: 3365
  values: 3366
  values: 3367
  values: 3368
  values: 3369
  values: 3370
  values: 3371
  values: 3372
  values: 3373
  values: 3374
  values: 3375
  values: 3376
  values: 3377
  values: 3378
  values: 3379
  values: 3380
  values: 3381
  values: 3382
  values: 3383
  values: 3384
  values: 3385
  values: 3386
  values: 3387
  values: 3388
  values: 3389
  values: 3390
  values: 3391
  values: 3392
  values: 3393
  values: 3394
  values: 3395
  values: 3396
  values: 3397
  values: 3398
  values: 3399
  values: 3400
  values: 3401
  values: 3402
  values: 3403
  values: 3404
  values: 3405
  values: 3406
  values: 3407
  values: 3408
  values: 3409
  values: 3410
  values: 3411
  values: 3412
  values: 3413
  values: 3414
  values: 3415
  values: 3416
  values: 3417
  values: 3418
  values: 3419
  values: 3420
  values: 3421
  values: 3422
  values: 3423
  values: 3424
  values: 3425
  values: 3426
  values: 3427
  values: 3428
  values: 3429
  values: 3430
  values: 3431
  values: 3432
  values: 3433
  values: 3434
  values: 3435
  values: 3436
  values: 3437
  values: 3438
  values: 3439
  values: 3440
  values: 3441
probability density:
  variable name: probabilityDensity
  number: 2
  values: 0.0001
  values: 0.0002
  values: 0.0003
  values: 0.0004
  values: 0.0005
  values: 0.0006
  values: 0.0007
  values: 0.0008
  values: 0.0009
  values: 0.001
  values: 0.0012
  values: 0.0013
  values: 0.0015
  values: 0.0018
  values: 0.002
  values: 0.0023
  values: 0.0026
  values: 0.0029
  values: 0.0033
  values: 0.0036
  values: 0.0038
  values: 0.0039
  values: 0.0041
  values: 0.0043
  values: 0.0046
  values: 0.005
  values: 0.0054
  values: 0.0056
  values: 0.0057
  values: 0.0045
  values: 0.0042
  values: 0.0051
  values: 0.0062
  values: 0.0065
  values: 0.0067
  values: 0.0069
  values: 0.007
  values: 0.0071
  values: 0.0072
  values: 0.0073
  values: 0.0068
  values: 0.0059
  values: 0.0053
  values: 0.0048
  values: 0.0034
  values: 0.0032
  values: 0.0027
  values: 0.0025
  values: 0.0024
  values: 0.0022
  values: 0.0021
  values: 0.0019
  values: 0.0017
  values: 0.0016
  values: 0.0014
  values: 0

depth: 171
depth.units: cm
table name: chron1model1distribution4
age:
  units: yr BP
  variable name: age
  number: 1
  values: 5325
  values: 5330
  values: 5335
  values: 5340
  values: 5345
  values: 5350
  values: 5355
  values: 5360
  values: 5365
  values: 5370
  values: 5375
  values: 5380
  values: 5385
  values: 5390
  values: 5395
  values: 5400
  values: 5405
  values: 5410
  values: 5415
  values: 5420
  values: 5425
  values: 5430
  values: 5435
  values: 5440
  values: 5445
  values: 5450
  values: 5455
  values: 5460
  values: 5465
  values: 5470
  values: 5475
  values: 5480
  values: 5485
  values: 5490
  values: 5495
  values: 5500
  values: 5505
  values: 5510
  values: 5515
  values: 5520
  values: 5525
  values: 5530
  values: 5535
  values: 5540
  values: 5545
  values: 5550
  values: 5555
  values: 5560
  values: 5565
  values: 5570
  values: 5575
  values: 5580
  values: 5585
  values: 5590
  values: 5595
  values: 5600
  values: 5605
  values: 5610
  values: 5615
  values: 5620
  values: 5625
  values: 5630
  values: 5635
  values: 5640
  values: 5645
  values: 5650
  values: 5655
  values: 5660
  values: 5665
  values: 5670
  values: 5675
  values: 5680
  values: 5685
  values: 5690
  values: 5695
  values: 5700
  values: 5705
probability density:
  variable name: probabilityDensity
  number: 2
  values: 0.0014
  values: 0.003
  values: 0.0047
  values: 0.0038
  values: 0.0032
  values: 0.0033
  values: 0.0042
  values: 0.0046
  values: 0.0036
  values: 0.0026
  values: 0.0019
  values: 0.0017
  values: 0.0018
  values: 0.0016
  values: 0.0013
  values: 0.001
  values: 0.0007
  values: 0.0006
  values: 0.0011
  values: 0.0025
  values: 0.0028
  values: 0.0035
  values: 0.0079
  values: 0.014
  values: 0.0238
  values: 0.0358
  values: 0.0451
  values: 0.0494
  values: 0.0471
  values: 0.0382
  values: 0.0296
  values: 0.0274
  values: 0.0293
  values: 0.0247
  values: 0.02
  values: 0.0169
  values: 0.0167
  values: 0.0181
  values: 0.0192
  values: 0.0187
  values: 0.0184
  values: 0.0215
  values: 0.0294
  values: 0.0433
  values: 0.0583
  values: 0.0498
  values: 0.0318
  values: 0.0175
  values: 0.0085
  values: 0.004
  values: 0.0055
  values: 0.0074
  values: 0.0088
  values: 0.0107
  values: 0.0126
  values: 0.0131
  values: 0.0102
  values: 0.0061
  values: 0.0031
  values: 0.0021
  values: 0.0022
  values: 0.0024
  values: 0.0027
  values: 0.0023
  values: 0.002
  values: 0.0009
  values: 0.0004
  values: 0.0003
  values: 0.0002
  values: 0.0005

depth: 231
depth.units: cm
table name: chron1model1distribution5
age:
  units: yr BP
  variable name: age
  number: 1
  values: 8225
  values: 8230
  values: 8235
  values: 8240
  values: 8245
  values: 8250
  values: 8255
  values: 8260
  values: 8265
  values: 8270
  values: 8275
  values: 8280
  values: 8285
  values: 8290
  values: 8295
  values: 8300
  values: 8305
  values: 8310
  values: 8315
  values: 8320
  values: 8325
  values: 8330
  values: 8335
  values: 8340
  values: 8345
  values: 8350
  values: 8355
  values: 8360
  values: 8365
  values: 8370
  values: 8375
  values: 8380
  values: 8385
  values: 8390
  values: 8395
  values: 8400
  values: 8405
  values: 8410
  values: 8415
  values: 8420
  values: 8425
  values: 8430
  values: 8435
  values: 8440
  values: 8445
  values: 8450
  values: 8455
  values: 8460
  values: 8465
  values: 8470
  values: 8475
  values: 8480
  values: 8485
  values: 8490
  values: 8495
  values: 8500
  values: 8505
  values: 8510
  values: 8515
  values: 8520
  values: 8525
  values: 8530
  values: 8535
  values: 8540
  values: 8545
  values: 8550
  values: 8555
  values: 8560
  values: 8565
  values: 8570
  values: 8575
  values: 8580
  values: 8585
  values: 8590
  values: 8595
  values: 8600
  values: 8605
probability density:
  variable name: probabilityDensity
  number: 2
  values: 0.0005
  values: 0.0006
  values: 0.0004
  values: 0.0003
  values: 0.0002
  values: 0.0001
  values: 0.0007
  values: 0.0011
  values: 0.0015
  values: 0.0016
  values: 0.0021
  values: 0.0032
  values: 0.0047
  values: 0.0071
  values: 0.0106
  values: 0.0151
  values: 0.0171
  values: 0.0186
  values: 0.0228
  values: 0.03
  values: 0.0366
  values: 0.0414
  values: 0.0419
  values: 0.0395
  values: 0.0389
  values: 0.0398
  values: 0.0399
  values: 0.037
  values: 0.0311
  values: 0.0264
  values: 0.0248
  values: 0.0255
  values: 0.0252
  values: 0.0238
  values: 0.0231
  values: 0.0292
  values: 0.0336
  values: 0.0344
  values: 0.0291
  values: 0.0226
  values: 0.0204
  values: 0.0222
  values: 0.0229
  values: 0.0178
  values: 0.0091
  values: 0.0056
  values: 0.0046
  values: 0.0044
  values: 0.0049
  values: 0.0059
  values: 0.007
  values: 0.0075
  values: 0.004
  values: 0.0019
  values: 0.001
  values: 0.0009

depth: 249
depth.units: cm
table name: chron1model1distribution6
age:
  units: yr BP
  variable name: age
  number: 1
  values: 8655
  values: 8660
  values: 8665
  values: 8670
  values: 8675
  values: 8680
  values: 8685
  values: 8690
  values: 8695
  values: 8700
  values: 8705
  values: 8710
  values: 8715
  values: 8720
  values: 8725
  values: 8730
  values: 8735
  values: 8740
  values: 8745
  values: 8750
  values: 8755
  values: 8760
  values: 8765
  values: 8770
  values: 8775
  values: 8780
  values: 8785
  values: 8790
  values: 8795
  values: 8800
  values: 8805
  values: 8810
  values: 8815
  values: 8820
  values: 8825
  values: 8830
  values: 8835
  values: 8840
  values: 8845
  values: 8850
  values: 8855
  values: 8860
  values: 8865
  values: 8870
  values: 8875
  values: 8880
  values: 8885
  values: 8890
  values: 8895
  values: 8900
  values: 8905
  values: 8910
  values: 8915
  values: 8920
  values: 8925
  values: 8930
  values: 8935
  values: 8940
  values: 8945
  values: 8950
  values: 8955
  values: 8960
  values: 8965
  values: 8970
  values: 8975
  values: 8980
  values: 8985
  values: 8990
  values: 8995
  values: 9000
  values: 9005
  values: 9010
  values: 9015
  values: 9020
  values: 9025
  values: 9030
  values: 9035
probability density:
  variable name: probabilityDensity
  number: 2
  values: 0.0002
  values: 0.0001
  values: 0.0003
  values: 0.0004
  values: 0.0005
  values: 0.0007
  values: 0.001
  values: 0.0012
  values: 0.0015
  values: 0.0019
  values: 0.0023
  values: 0.003
  values: 0.0041
  values: 0.0051
  values: 0.0057
  values: 0.0054
  values: 0.0046
  values: 0.0038
  values: 0.0033
  values: 0.0032
  values: 0.0031
  values: 0.0052
  values: 0.005
  values: 0.0047
  values: 0.0044
  values: 0.0045
  values: 0.0067
  values: 0.0076
  values: 0.0086
  values: 0.0097
  values: 0.0107
  values: 0.0113
  values: 0.0115
  values: 0.0112
  values: 0.0105
  values: 0.0092
  values: 0.008
  values: 0.0073
  values: 0.0071
  values: 0.0084
  values: 0.0091
  values: 0.0093
  values: 0.009
  values: 0.0087
  values: 0.0085
  values: 0.0088
  values: 0.0114
  values: 0.0123
  values: 0.013
  values: 0.0135
  values: 0.0139
  values: 0.0142
  values: 0.0144
  values: 0.0146
  values: 0.0147
  values: 0.0148
  values: 0.0145
  values: 0.0143
  values: 0.0141
  values: 0.0138
  values: 0.0132
  values: 0.0125
  values: 0.0121
  values: 0.0119
  values: 0.0117
  values: 0.0099
  values: 0.0069
  values: 0.0059
  values: 0.0049
  values: 0.0043
  values: 0.004
  values: 0.0053
  values: 0.002

depth: 486
depth.units: cm
table name: chron1model1distribution7
age:
  units: yr BP
  variable name: age
  number: 1
  values: 11275
  values: 11280
  values: 11285
  values: 11290
  values: 11295
  values: 11300
  values: 11305
  values: 11310
  values: 11315
  values: 11320
  values: 11325
  values: 11330
  values: 11335
  values: 11340
  values: 11345
  values: 11350
  values: 11355
  values: 11360
  values: 11365
  values: 11370
  values: 11375
  values: 11380
  values: 11385
  values: 11390
  values: 11395
  values: 11400
  values: 11405
  values: 11410
  values: 11415
  values: 11420
  values: 11425
  values: 11430
  values: 11435
  values: 11440
  values: 11445
  values: 11450
  values: 11455
  values: 11460
  values: 11465
  values: 11470
  values: 11475
  values: 11480
  values: 11485
  values: 11490
  values: 11495
  values: 11500
  values: 11505
  values: 11510
  values: 11515
  values: 11520
  values: 11525
  values: 11530
  values: 11535
  values: 11540
  values: 11545
  values: 11550
  values: 11555
  values: 11560
  values: 11565
  values: 11570
  values: 11575
  values: 11580
  values: 11585
  values: 11590
  values: 11595
  values: 11600
  values: 11605
  values: 11610
  values: 11615
  values: 11620
  values: 11625
  values: 11630
  values: 11635
  values: 11640
  values: 11645
  values: 11650
  values: 11655
probability density:
  variable name: probabilityDensity
  number: 2
  values: 0.0002
  values: 0.0003
  values: 0.0004
  values: 0.0005
  values: 0.0006
  values: 0.0007
  values: 0.0009
  values: 0.0014
  values: 0.0019
  values: 0.0022
  values: 0.002
  values: 0.0017
  values: 0.0015
  values: 0.0013
  values: 0.0012
  values: 0.0011
  values: 0.001
  values: 0.0025
  values: 0.0028
  values: 0.0016
  values: 0.0024
  values: 0.0031
  values: 0.0029
  values: 0.0035
  values: 0.0045
  values: 0.0056
  values: 0.0057
  values: 0.0044
  values: 0.003
  values: 0.0021
  values: 0.004
  values: 0.0048
  values: 0.0051
  values: 0.0052
  values: 0.0049
  values: 0.0054
  values: 0.0061
  values: 0.0071
  values: 0.0086
  values: 0.0101
  values: 0.0115
  values: 0.0125
  values: 0.0129
  values: 0.0116
  values: 0.0104
  values: 0.0091
  values: 0.0084
  values: 0.0083
  values: 0.0089
  values: 0.0106
  values: 0.0127
  values: 0.0151
  values: 0.0166
  values: 0.0173
  values: 0.0172
  values: 0.0171
  values: 0.0164
  values: 0.0156
  values: 0.0157
  values: 0.0163
  values: 0.0167
  values: 0.0169
  values: 0.0168
  values: 0.0153
  values: 0.0126
  values: 0.0097
  values: 0.0081
  values: 0.0078
  values: 0.0087
  values: 0.0075
  values: 0.0064
  values: 0.007
  values: 0.0038
  values: 0.0037
  values: 0.0042
  values: 0.0041
  values: 0.0047
  values: 0.0033

depth: 511
depth.units: cm
table name: chron1model1distribution8
age:
  units: yr BP
  variable name: age
  number: 1
  values: 10885
  values: 10890
  values: 10895
  values: 10900
  values: 10905
  values: 10910
  values: 10915
  values: 10920
  values: 10925
  values: 10930
  values: 10935
  values: 10940
  values: 10945
  values: 10950
  values: 10955
  values: 10960
  values: 10965
  values: 10970
  values: 10975
  values: 10980
  values: 10985
  values: 10990
  values: 10995
  values: 11000
  values: 11005
  values: 11010
  values: 11015
  values: 11020
  values: 11025
  values: 11030
  values: 11035
  values: 11040
  values: 11045
  values: 11050
  values: 11055
  values: 11060
  values: 11065
  values: 11070
  values: 11075
  values: 11080
  values: 11085
  values: 11090
  values: 11095
  values: 11100
  values: 11105
  values: 11110
  values: 11115
  values: 11120
  values: 11125
  values: 11130
  values: 11135
  values: 11140
  values: 11145
  values: 11150
  values: 11155
  values: 11160
  values: 11165
  values: 11170
  values: 11175
  values: 11180
  values: 11185
  values: 11190
  values: 11195
  values: 11200
  values: 11205
  values: 11210
  values: 11215
  values: 11220
  values: 11225
  values: 11230
  values: 11235
  values: 11240
  values: 11245
  values: 11250
  values: 11255
  values: 11260
  values: 11265
probability density:
  variable name: probabilityDensity
  number: 2
  values: 0.0001
  values: 0.0002
  values: 0
  values: 0.0003
  values: 0.0004
  values: 0.0006
  values: 0.0008
  values: 0.001
  values: 0.0013
  values: 0.0017
  values: 0.002
  values: 0.0024
  values: 0.0026
  values: 0.0027
  values: 0.003
  values: 0.0035
  values: 0.0046
  values: 0.0062
  values: 0.0074
  values: 0.0082
  values: 0.0088
  values: 0.0099
  values: 0.0113
  values: 0.0122
  values: 0.0125
  values: 0.0126
  values: 0.0124
  values: 0.0127
  values: 0.013
  values: 0.0132
  values: 0.0128
  values: 0.0131
  values: 0.0129
  values: 0.0114
  values: 0.0094
  values: 0.0079
  values: 0.0073
  values: 0.0077
  values: 0.0085
  values: 0.0092
  values: 0.0096
  values: 0.0102
  values: 0.0108
  values: 0.0111
  values: 0.011
  values: 0.0103
  values: 0.0101
  values: 0.0091
  values: 0.0066
  values: 0.0076
  values: 0.0089
  values: 0.0086
  values: 0.0095
  values: 0.0106
  values: 0.0109
  values: 0.007
  values: 0.0063
  values: 0.006
  values: 0.0061
  values: 0.0054
  values: 0.0045
  values: 0.0037
  values: 0.0038
  values: 0.0075
  values: 0.0069
  values: 0.0058
  values: 0.005
  values: 0.0043
  values: 0.0042
  values: 0.0041
  values: 0.0039
  values: 0.0025
  values: 0.0022
  values: 0.0019
  values: 0.0021
  values: 0.0015
  values: 0.0012
  values: 0.0009

depth: 560
depth.units: cm
table name: chron1model1distribution9
age:
  units: yr BP
  variable name: age
  number: 1
  values: 14030
  values: 14035
  values: 14040
  values: 14045
  values: 14050
  values: 14055
  values: 14060
  values: 14065
  values: 14070
  values: 14075
  values: 14080
  values: 14085
  values: 14090
  values: 14095
  values: 14100
  values: 14105
  values: 14110
  values: 14115
  values: 14120
  values: 14125
  values: 14130
  values: 14135
  values: 14140
  values: 14145
  values: 14150
  values: 14155
  values: 14160
  values: 14165
  values: 14170
  values: 14175
  values: 14180
  values: 14185
  values: 14190
  values: 14195
  values: 14200
  values: 14205
  values: 14210
  values: 14215
  values: 14220
  values: 14225
  values: 14230
  values: 14235
  values: 14240
  values: 14245
  values: 14250
  values: 14255
  values: 14260
  values: 14265
  values: 14270
  values: 14275
  values: 14280
  values: 14285
  values: 14290
  values: 14295
  values: 14300
  values: 14305
  values: 14310
  values: 14315
  values: 14320
  values: 14325
  values: 14330
  values: 14335
  values: 14340
  values: 14345
  values: 14350
  values: 14355
  values: 14360
  values: 14365
  values: 14370
  values: 14375
  values: 14380
  values: 14385
  values: 14390
  values: 14395
  values: 14400
  values: 14405
  values: 14410
probability density:
  variable name: probabilityDensity
  number: 2
  values: 0.0001
  values: 0.0002
  values: 0.0003
  values: 0.0004
  values: 0.0005
  values: 0.0006
  values: 0.0007
  values: 0.0008
  values: 0.0009
  values: 0.001
  values: 0.0011
  values: 0.0012
  values: 0.0013
  values: 0.0014
  values: 0.0015
  values: 0.0016
  values: 0.0017
  values: 0.0019
  values: 0.0021
  values: 0.0022
  values: 0.0024
  values: 0.0026
  values: 0.0028
  values: 0.003
  values: 0.0032
  values: 0.0033
  values: 0.0035
  values: 0.0037
  values: 0.0038
  values: 0.0039
  values: 0.004
  values: 0.0042
  values: 0.0043
  values: 0.0044
  values: 0.0045
  values: 0.0046
  values: 0.0047
  values: 0.0048
  values: 0.005
  values: 0.0052
  values: 0.0054
  values: 0.0057
  values: 0.0059
  values: 0.0062
  values: 0.0064
  values: 0.0066
  values: 0.0068
  values: 0.007
  values: 0.0073
  values: 0.0075
  values: 0.0077
  values: 0.0079
  values: 0.008
  values: 0.0081
  values: 0.0082
  values: 0.0078
  values: 0.0076
  values: 0.0072
  values: 0.0071
  values: 0.0067
  values: 0.0063
  values: 0.0061
  values: 0.006
  values: 0.0058
  values: 0.0056
  values: 0.0055
  values: 0.0049
  values: 0.0051
  values: 0.0074
  values: 0.0041
  values: 0.0034
  values: 0.0031
  values: 0.0029
  values: 0.0027
  values: 0.0025
  values: 0.0023
  values: 0.0018

version: 1.0.7
last version: 1.0.6
curator: nicholas
timestamp: 2025-05-22 04:33:58.956328 UTC
changes:
  paleo interpretation metadata: depth (MAT453770a586): interpretation3_scope: '' has been replaced by 'climate'
  paleo interpretation metadata: depth (MAT453770a586): interpretation4_scope: '' has been replaced by 'climate'
  paleo interpretation metadata: age (MATe80b9fa4c1): interpretation3_scope: '' has been replaced by 'climate'
  paleo interpretation metadata: age (MATe80b9fa4c1): interpretation4_scope: '' has been replaced by 'climate'

version: 1.0.6
last version: 1.0.5
curator: nicholas
timestamp: 2025-05-22 00:50:35.565327 UTC
notes: Updated lipdverse database entry with a changed file.
changes:
  paleo column metadata: age (MATe80b9fa4c1): paleoData_units: 'yr AD' has been replaced by 'yr BP'
  paleo column metadata: age (MATe80b9fa4c1): paleoData_variableName: 'year' has been replaced by 'age'

version: 1.0.5
last version: 1.0.4
curator: nicholas
timestamp: 2025-04-17 20:04:43.625151 UTC
changes:
  paleo column metadata: d18O (LS99CUVAa): paleoData_isPrimary: '' has been replaced by 'FALSE'
  paleo column metadata: d18O (LS99CUVAa): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'
  paleo column metadata: d18O (LS99CUVAb): paleoData_isPrimary: '' has been replaced by 'FALSE'
  paleo column metadata: d18O (LS99CUVAb): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'
  paleo column metadata: d18O (LS99CUVAc): paleoData_isPrimary: '' has been replaced by 'FALSE'
  paleo column metadata: d18O (LS99CUVAc): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'
  paleo column metadata: depth (MAT453770a586): paleoData_isPrimary: '' has been replaced by 'FALSE'
  paleo column metadata: depth (MAT453770a586): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'
  paleo column metadata: year (MATe80b9fa4c1): paleoData_isPrimary: '' has been replaced by 'TRUE'
  paleo column metadata: year (MATe80b9fa4c1): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'

version: 1.0.4
last version: 1.0.3
curator: nicholas
timestamp: 2025-04-11 16:27:02.17365 UTC
changes:
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation1_basis: 'Lake level also important as lake not always closed but Since ,3000 14C yr BP the level of Lake Valencia has been dropping. Lake closed in present day, but last 2k isotoeps realtively fresh suggesting more open system?' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation1_direction: 'negative' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation1_inferredMaterial: 'lake water' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation1_integrationTimeUnits: 'years' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation1_rank: '1' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation1_scope: 'isotope' has been replaced by 'climate'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation1_variable: 'effectivePrecipitation' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation1_variableGroup: 'EffectiveMoisture' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation1_variableGroupDirection: 'negative' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation1_variableGroupOriginal: 'P_E' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation2_inferredMaterial: 'lake water' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation2_integrationTimeUnits: 'years' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation2_rank: '2' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation2_scope: 'isotope' has been replaced by 'climate'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation2_variable: 'temperature' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation2_variableGroup: 'Temperature' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation2_variableGroupDirection: 'negative' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation2_variableGroupOriginal: 'T' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation2_variableOriginal: 'temperature' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation3_scope: '' has been replaced by 'climate'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation4_basis: '' has been replaced by 'Lake level also important as lake not always closed but Since ,3000 14C yr BP the level of Lake Valencia has been dropping. Lake closed in present day, but last 2k isotoeps realtively fresh suggesting more open system?'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation4_direction: '' has been replaced by 'negative'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation4_inferredMaterial: '' has been replaced by 'lake water'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation4_integrationTimeUnits: '' has been replaced by 'years'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation4_rank: '' has been replaced by '1'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation4_scope: '' has been replaced by 'isotope'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation4_variable: '' has been replaced by 'effectivePrecipitation'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation4_variableGroup: '' has been replaced by 'EffectiveMoisture'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation4_variableGroupDirection: '' has been replaced by 'negative'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation4_variableGroupOriginal: '' has been replaced by 'P_E'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation5_inferredMaterial: '' has been replaced by 'lake water'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation5_integrationTimeUnits: '' has been replaced by 'years'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation5_rank: '' has been replaced by '2'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation5_scope: '' has been replaced by 'isotope'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation5_variable: '' has been replaced by 'temperature'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation5_variableGroup: '' has been replaced by 'Temperature'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation5_variableGroupDirection: '' has been replaced by 'negative'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation5_variableGroupOriginal: '' has been replaced by 'T'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation5_variableOriginal: '' has been replaced by 'temperature'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation6_scope: '' has been replaced by 'isotope'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation1_basis: 'Lake level also important as lake not always closed but Since ,3000 14C yr BP the level of Lake Valencia has been dropping. Lake closed in present day, but last 2k isotoeps realtively fresh suggesting more open system?' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation1_direction: 'negative' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation1_inferredMaterial: 'lake water' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation1_integrationTimeUnits: 'years' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation1_rank: '1' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation1_scope: 'isotope' has been replaced by 'climate'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation1_variable: 'effectivePrecipitation' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation1_variableGroup: 'EffectiveMoisture' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation1_variableGroupDirection: 'negative' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation1_variableGroupOriginal: 'P_E' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation2_inferredMaterial: 'lake water' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation2_integrationTimeUnits: 'years' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation2_rank: '2' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation2_scope: 'isotope' has been replaced by 'climate'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation2_variable: 'temperature' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation2_variableGroup: 'Temperature' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation2_variableGroupDirection: 'negative' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation2_variableGroupOriginal: 'T' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation2_variableOriginal: 'temperature' has been replaced by ''
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation3_scope: '' has been replaced by 'climate'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation4_basis: '' has been replaced by 'Lake level also important as lake not always closed but Since ,3000 14C yr BP the level of Lake Valencia has been dropping. Lake closed in present day, but last 2k isotoeps realtively fresh suggesting more open system?'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation4_direction: '' has been replaced by 'negative'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation4_inferredMaterial: '' has been replaced by 'lake water'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation4_integrationTimeUnits: '' has been replaced by 'years'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation4_rank: '' has been replaced by '1'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation4_scope: '' has been replaced by 'isotope'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation4_variable: '' has been replaced by 'effectivePrecipitation'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation4_variableGroup: '' has been replaced by 'EffectiveMoisture'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation4_variableGroupDirection: '' has been replaced by 'negative'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation4_variableGroupOriginal: '' has been replaced by 'P_E'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation5_inferredMaterial: '' has been replaced by 'lake water'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation5_integrationTimeUnits: '' has been replaced by 'years'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation5_rank: '' has been replaced by '2'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation5_scope: '' has been replaced by 'isotope'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation5_variable: '' has been replaced by 'temperature'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation5_variableGroup: '' has been replaced by 'Temperature'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation5_variableGroupDirection: '' has been replaced by 'negative'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation5_variableGroupOriginal: '' has been replaced by 'T'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation5_variableOriginal: '' has been replaced by 'temperature'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation6_scope: '' has been replaced by 'isotope'

version: 1.0.3
last version: 1.0.2
curator: nicholas
timestamp: 2025-04-09 20:48:42.400454 UTC
notes: Updated lipdverse database entry with a changed file.
changes:
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation1_variable: 'P_E' has been replaced by 'effectivePrecipitation'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation2_variable: 'T' has been replaced by 'temperature'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation1_variable: 'P_E' has been replaced by 'effectivePrecipitation'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation2_variable: 'T' has been replaced by 'temperature'
  paleo interpretation metadata: d18O (LS99CUVAc): interpretation1_variable: 'P_E' has been replaced by 'effectivePrecipitation'
  paleo interpretation metadata: d18O (LS99CUVAc): interpretation2_variable: 'T' has been replaced by 'temperature'
  chron data table: Column 'R6kAkP1L2OfPPZj03', with variable name 'reject', was added to the dataset
  chron data table: Column 'LS99CUVA-chron-NA1', with variable name 'reject', was removed from the dataset

version: 1.0.2
last version: 1.0.1
curator: nicholas
timestamp: 2025-04-09 19:55:27.123855 UTC
notes: Changes made as part of LiPDverse vocabulary standardization process
changes:
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation1_variable: 'P_E' has been replaced by 'effectivePrecipitation'
  paleo interpretation metadata: d18O (LS99CUVAa): interpretation2_variable: 'T' has been replaced by 'temperature'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation1_variable: 'P_E' has been replaced by 'effectivePrecipitation'
  paleo interpretation metadata: d18O (LS99CUVAb): interpretation2_variable: 'T' has been replaced by 'temperature'
  paleo interpretation metadata: d18O (LS99CUVAc): interpretation1_variable: 'P_E' has been replaced by 'effectivePrecipitation'
  paleo interpretation metadata: d18O (LS99CUVAc): interpretation2_variable: 'T' has been replaced by 'temperature'

version: 1.0.1
last version: 1.0.0
curator: nicholas
timestamp: 2025-04-08 17:33:03.191766 UTC
notes: Changes made as part of LiPDverse vocabulary standardization process
changes:
  paleo column metadata: d18O (LS99CUVAa): paleoData_longName: '' has been replaced by 'AD'
  paleo column metadata: d18O (LS99CUVAb): paleoData_longName: '' has been replaced by 'AD'
  paleo column metadata: d18O (LS99CUVAc): paleoData_longName: '' has been replaced by 'AD'
  paleo column metadata: depth (MAT453770a586): paleoData_longName: '' has been replaced by 'AD'
  paleo column metadata: year (MATe80b9fa4c1): paleoData_units: 'AD' has been replaced by 'yr AD'
  paleo column metadata: year (MATe80b9fa4c1): paleoData_longName: '' has been replaced by 'AD'

Climate change in the Lake Valencia Basin, Venezuela, |12600 yr BP to present
author:
  name: Curtis, J.H. , Hodell, D.A. , Brenner, M.
citation: Curtis, J. H., Brenner, M. and Hodell, D. A.: Climate change in the Lake Valencia Basin, Venezuela, ~12600 yr BP to present, The Holocene, 9(5), 609–619, doi:10.1191/095968399669724431, 1999.
data url: doi.org
doi: 10.1191/095968399669724431
issue: 5
journal: The Holocene
page: 609-619
pages: -10
pub data url: doi.org
publisher: Cambridge University Press (CUP)
type: journal-article
volume: 9
year: 1999

longitude: -67.75
latitude: 10.1667
elevation: 400
geometry type: Point
site name: Lake Valencia