paleo data:
  measurement table:
    google work sheet key: ogfefx9
    table name: paleo1measurement1
    missing value: NaN
    d18 o:
      chronology integration time units: Years
      description: carbonate
      has chron: 1
      has max value: 1.81
      has mean value: -0.9311
      has median value: -0.865
      has min value: -3.46
      has paleo depth: 1
      inferred material: lake water
      inferred material group: surface water
      inferred material group original: lake water
      instrument: dual-inlet GV Instruments, Ltd. IsoPrime? stable isotope ratio mass spectrometer equipped with a dual inlet, MultiPrep? module and Gilson autosampler
      iso2k certification: MJ
      iso2k hackathon notes: IntegrationTime units are missing. -BK
      iso2k primary timeseries: TRUE
      iso2k UI: LS13STEL01
      long name: AD
      measurement material: ostracod
      measurement material detail: Physocypria
      measurement material screening: See below
      measurement standard: VPDB
      measurement table name: measurementTable1
      median res12k: NA
      notes: ; archiveType changed - was originally Lake sediment (LS)
      paleo data table name: pt1_1
      QC certification: MJ
      sampling method: Aggregates of ~30 adult ostracod carapaces of the genus Physocypria, with no evidence of corrosion, were isolated from sediment for oxygen isotope analysis at 1?2 cm intervals. Ostracod valves were soaked in 15 % H2O2, cleaned ultrasonically in deionized water, rinsed with methanol and dried at 60�C for 12 hours
      t sid: LS13STEL
      uncertainty analytical: 0.1
      units: permil
      variable name: d18O
      variable type: measured
      is primary: false
      primary age column: false
      has time tsid: MAT12f2b34800
      values: 0.29
      values: -0.75
      values: 0.36
      values: -0.03
      values: 1.29
      values: 1.65
      values: 1.81
      values: 0.01
      values: 1.35
      values: 0.26
      values: 1.8
      values: 1.42
      values: 0.55
      values: -0.22
      values: 0.86
      values: 0.61
      values: 0.27
      values: 0.68
      values: 0.31
      values: 1.32
      values: 0.16
      values: 0.43
      values: -0.9
      values: -0.61
      values: -0.36
      values: 0.05
      values: -0.72
      values: -0.09
      values: -0.33
      values: -0.88
      values: 0.11
      values: -0.71
      values: -0.25
      values: -0.91
      values: 0.02
      values: -0.68
      values: -0.47
      values: -0.12
      values: -1.06
      values: -0.15
      values: -0.76
      values: -0.87
      values: -0.18
      values: -0.59
      values: -0.02
    year:
      data type: float
      description: Year AD
      has max value: 2004
      has mean value: 1157.4876
      has median value: 1129.5
      has min value: 341
      inferred variable type: year
      iso2k primary timeseries: FALSE
      long name: AD
      measurement table name: measurementTable1
      median res12k: NA
      paleo data table name: pt1_1
      sampling method: Aggregates of ~30 adult ostracod carapaces of the genus Physocypria, with no evidence of corrosion, were isolated from sediment for oxygen isotope analysis at 1?2 cm intervals. Ostracod valves were soaked in 15 % H2O2, cleaned ultrasonically in deionized water, rinsed with methanol and dried at 60�C for 12 hours
      t sid: MAT12f2b34800
      units: yr AD
      units original: CE
      variable name: year
      variable type: inferred
      is primary: true
      primary age column: true
      has time tsid: MAT12f2b34800
      values: -54
      values: -42
      values: -31
      values: -20
      values: -9
      values: 3
      values: 14
      values: 24
      values: 35
      values: 46
      values: 56
      values: 67
      values: 77
      values: 87
      values: 97
      values: 107
      values: 126
      values: 136
      values: 146
      values: 155
      values: 164
      values: 174
      values: 183
      values: 192
      values: 201
      values: 209
      values: 218
      values: 227
      values: 235
      values: 244
      values: 252
      values: 260
      values: 269
      values: 273
      values: 277
      values: 285
      values: 289
      values: 293
      values: 297
      values: 300
      values: 304
      values: 308
      values: 312
      values: 316
      values: 320
      values: 324
      values: 327
      values: 331
      values: 335
      values: 339
      values: 342
      values: 346
      values: 350
      values: 353
      values: 357
      values: 360
      values: 364
      values: 368
      values: 371
    depth:
      data type: float
      description: depth
      has max value: 220.5
      has mean value: 117.3727
      has median value: 126.75
      has min value: 0
      iso2k primary timeseries: FALSE
      long name: AD
      measurement table name: measurementTable1
      median res12k: NA
      paleo data table name: pt1_1
      sampling method: Aggregates of ~30 adult ostracod carapaces of the genus Physocypria, with no evidence of corrosion, were isolated from sediment for oxygen isotope analysis at 1?2 cm intervals. Ostracod valves were soaked in 15 % H2O2, cleaned ultrasonically in deionized water, rinsed with methanol and dried at 60�C for 12 hours
      t sid: MAT7d3f8a3175
      units: cm
      variable name: depth
      variable type: measured
      is primary: false
      primary age column: false
      has time tsid: MAT12f2b34800
      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: 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: 33.5
      values: 34
      values: 35
      values: 35.5
      values: 36
      values: 36.5
      values: 37
      values: 37.5
      values: 38
      values: 38.5
      values: 39
      values: 39.5
      values: 40
      values: 40.5
      values: 41
      values: 41.5
      values: 42
      values: 42.5
      values: 43
      values: 43.5
      values: 44
      values: 44.5
      values: 45
      values: 45.5
      values: 46
      values: 46.5
      values: 47.5
      values: 48
archive type: LakeSediment
archive type original: lake sediment
created by: matlab
dataset id: 4gKGCCfsqyf8TmVGIulj
data set name: LS13STEL
dataset version: 1.0.6
google metadata worksheet: o17fo57
has chron: 0
has depth: 1
has paleo depth: 1
lipdverse link: https://lipdverse.org/data/4gKGCCfsqyf8TmVGIulj/1_0_6
max year: 1609
min year: -54
notes: Methodology detail at ftp://rock.geosociety.org/pub/reposit/2013/2013037.pdf
n unique ages: 0
n unique good ages: 0
n unique other ages: 0
original data url: https://www.ncdc.noaa.gov/paleo/study/13195
sampling method: Aggregates of ~30 adult ostracod carapaces of the genus Physocypria, with no evidence of corrosion, were isolated from sediment for oxygen isotope analysis at 1?2 cm intervals. Ostracod valves were soaked in 15 % H2O2, cleaned ultrasonically in deionized water, rinsed with methanol and dried at 60�C for 12 hours
lipd version: 1.3
pub: Lacustrine stable isotope record of precipitation changes in Nicaragua during the Little Ice Age and Medieval Climate Anomaly

basis: More specifi cally, the ostracod-based oxygen isotope record from El Gancho, Nicaragua, indicates that wetter conditions prevailed from as early as ca. A.D. 600 until the end of the MCA, ca. A.D. 1250. An abrupt shift toward arid conditions occurred during the ~150 yr interval between the MCA and the LIA, and was followed by a generally drier climate that has persisted until present
direction: negative
interp direction: increase
scope: climate
variable: effectivePrecipitation
variable group: E/P

scope: climate

scope: climate

basis: Oxygen isotope values of El Gancho surface water samples are enriched by ~8? relative to local meteoric water (Fig. 3), indicating substantial water loss through both evaporation and nonfractionating outfl ow pathways (i.e., overfl ow and outseepage through the lake bed), and a resulting lake water isotopic sensitivity to changes in hydrologic balance. isotopic and hydrologic modeling supports these assertions, indicating that precipitation [amount] is the principle control on El Gancho lake water !18O values. For example, in response to modeled precipitation changes of i¿½50%, El Gancho exhibited water and ostracod !18O increases of >1.5? and decreases of >1.0?, respectively; largely as a result of hydrologic control of the proportions of water lost through evaporation and overfl ow (Table DR5).
direction: negative
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_water
coefficient: NA
fraction: NA

inferred material: lake water
integration time units: Years
rank: 3
scope: isotope
variable: relativeHumidity
variable group: EffectiveMoisture
variable group direction: negative
variable group original: RH
coefficient: NA
fraction: NA

has max value: 30
has mean value: 5.1807
has median value: 4
has min value: 0
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

rank: NA
scope: climate

rank: NA
scope: climate

rank: NA
scope: climate

rank: NA
scope: climate

rank: NA
scope: climate

has max value: 30
has mean value: 5.1807
has median value: 4
has min value: 0
units: AD

rank: NA
scope: climate

rank: NA
scope: climate

rank: NA
scope: climate

rank: NA
scope: climate

rank: NA
scope: climate

has max value: 30
has mean value: 5.1807
has median value: 4
has min value: 0
units: AD

measurement table:
  google work sheet key: o7urv6q
  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: 228
    has mean value: 171.4583
    has median value: 187.5
    has min value: 82.25
    paleo name: chron1
    number: 1
    values: 0
    values: 82.25
    values: 117.25
    values: 162.25
    values: 212.75
    values: 226.25
    values: 228
  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: 1770
    has mean value: 1112.5
    has median value: 980
    has min value: 630
    paleo name: chron1
    number: 2
    values: NaN
    values: 630
    values: 860
    values: 1100
    values: 1640
    values: 1770
    values: 675
  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: 40
    has mean value: 30.8333
    has median value: 32.5
    has min value: 15
    paleo name: chron1
    variable name original: age14Cuncertainty
    number: 3
    values: NaN
    values: 35
    values: 30
    values: 40
    values: 15
  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: coretop
    values: UCI-19881
    values: UCI-19882
    values: UCI-19883
    values: UCI-22766
    values: UCI-22767
    values: UCI-14575
  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: charcoal
  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: _NaN_
    has mean value: _NaN_
    has median value: _NaN_
    has min value: _NaN_
    paleo name: chron1
    number: 11
    values: NaN
  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: _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: -54
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: 0
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

input table:
  id: coretop
  id: UCI-19881
  id: UCI-19882
  id: UCI-19883
  id: UCI-22766
  id: UCI-22767
  id: UCI-14575
  age: -54
  age: 630
  age: 860
  age: 1100
  age: 1640
  age: 1770
  age: 675
  error: 0
  error: 35
  error: 30
  error: 40
  error: 15
  depth: 0
  depth: 82.25
  depth: 117.25
  depth: 162.25
  depth: 212.75
  depth: 226.25
  depth: 228
  cc: 0
  cc: 1
  d r: 0
  d STD: 0
  ta: 33
  ta: 3
  tb: 34
  tb: 4
methods:
  parameters:
    d.min: 0
    d.max: 228
    d.by: 5
    depths.file: 0
    acc.mean: 5
    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: 0
    values: 5
    values: 10
    values: 15
    values: 20
    values: 25
    values: 30
    values: 35
    values: 40
    values: 45
    values: 50
    values: 55
    values: 60
    values: 65
    values: 70
    values: 75
    values: 80
    values: 85
    values: 90
    values: 95
    values: 100
    values: 105
    values: 110
    values: 115
    values: 120
    values: 125
    values: 130
    values: 135
    values: 140
    values: 145
    values: 150
    values: 155
    values: 160
    values: 165
    values: 170
    values: 175
    values: 180
    values: 185
    values: 190
    values: 195
    values: 200
    values: 205
    values: 210
    values: 215
    values: 220
    values: 225
  age.range low:
    variable name: age.rangeLow
    units: yr BP
    description: low end of the uncertainty range
    uncertainty level: 2.5%
    number: 2
    values: 2002
    values: 1923
    values: 1870
    values: 1822
    values: 1777
    values: 1733
    values: 1694
    values: 1654
    values: 1617
    values: 1579
    values: 1540
    values: 1505
    values: 1471
    values: 1439
    values: 1406
    values: 1371
    values: 1339
    values: 1307
    values: 1276
    values: 1245
    values: 1213
    values: 1182
    values: 1151
    values: 1118
    values: 1086
    values: 1051
    values: 1018
    values: 986
    values: 953
    values: 920
    values: 887
    values: 853
    values: 814
    values: 778
    values: 742
    values: 705
    values: 667
    values: 627
    values: 588
    values: 550
    values: 515
    values: 477
    values: 441
    values: 408
    values: 374
    values: 339
  age.range high:
    variable name: age.rangeHigh
    units: yr BP
    description: high end of the uncertainty range
    uncertainty level: 97.5%
    number: 3
    values: 2006
    values: 1994
    values: 1972
    values: 1946
    values: 1918
    values: 1888
    values: 1856
    values: 1820
    values: 1786
    values: 1750
    values: 1714
    values: 1675
    values: 1633
    values: 1593
    values: 1548
    values: 1502
    values: 1450
    values: 1409
    values: 1385
    values: 1360
    values: 1334
    values: 1308
    values: 1279
    values: 1248
    values: 1221
    values: 1194
    values: 1168
    values: 1140
    values: 1110
    values: 1081
    values: 1052
    values: 1021
    values: 991
    values: 961
    values: 928
    values: 896
    values: 864
    values: 830
    values: 798
    values: 763
    values: 727
    values: 695
    values: 660
    values: 627
    values: 601
    values: 574

variable name: age
units: yr BP
description: weighted mean age estimate
number: 4
values: 2004
values: 1968
values: 1930
values: 1892
values: 1854
values: 1816
values: 1778
values: 1740
values: 1702
values: 1664
values: 1626
values: 1588
values: 1550
values: 1512
values: 1474
values: 1436
values: 1397
values: 1364
values: 1336
values: 1308
values: 1280
values: 1252
values: 1224
values: 1195
values: 1166
values: 1136
values: 1104
values: 1074
values: 1043
values: 1012
values: 981
values: 950
values: 919
values: 886
values: 849
values: 812
values: 776
values: 739
values: 702
values: 665
values: 628
values: 591
values: 554
values: 520
values: 489
values: 459

depth: 0
depth.units: cm
table name: chron1model1distribution1
age:
  units: yr BP
  variable name: age
  number: 1
  values: -57.1111
  values: -57.0303
  values: -56.9495
  values: -56.8687
  values: -56.7879
  values: -56.7071
  values: -56.6263
  values: -56.5455
  values: -56.4646
  values: -56.3838
  values: -56.303
  values: -56.2222
  values: -56.1414
  values: -56.0606
  values: -55.9798
  values: -55.899
  values: -55.8182
  values: -55.7374
  values: -55.6566
  values: -55.5758
  values: -55.4949
  values: -55.4141
  values: -55.3333
  values: -55.2525
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  values: -55.0909
  values: -55.0101
  values: -54.9293
  values: -54.8485
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  values: -52.5859
  values: -52.5051
  values: -52.4242
  values: -52.3434
  values: -52.2626
  values: -52.1818
  values: -52.101
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  values: -51.9394
  values: -51.8586
  values: -51.7778
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  values: -51.6162
  values: -51.5354
  values: -51.4545
  values: -51.3737
  values: -51.2929
  values: -51.2121
  values: -51.1313
  values: -51.0505
  values: -50.9697
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: 82.25
depth.units: cm
table name: chron1model1distribution2
age:
  units: yr BP
  variable name: age
  number: 1
  values: 509
  values: 510
  values: 511
  values: 512
  values: 513
  values: 514
  values: 515
  values: 516
  values: 517
  values: 518
  values: 519
  values: 520
  values: 521
  values: 522
  values: 523
  values: 524
  values: 525
  values: 526
  values: 527
  values: 528
  values: 529
  values: 530
  values: 531
  values: 532
  values: 533
  values: 534
  values: 535
  values: 536
  values: 537
  values: 538
  values: 539
  values: 540
  values: 541
  values: 542
  values: 543
  values: 544
  values: 545
  values: 546
  values: 547
  values: 548
  values: 549
  values: 550
  values: 551
  values: 552
  values: 553
  values: 554
  values: 555
  values: 556
  values: 557
  values: 558
  values: 559
  values: 560
  values: 561
  values: 562
  values: 563
  values: 564
  values: 565
  values: 566
  values: 567
  values: 568
  values: 569
  values: 570
  values: 571
  values: 572
  values: 573
  values: 574
  values: 575
  values: 576
  values: 577
  values: 578
  values: 579
  values: 580
  values: 581
  values: 582
  values: 583
  values: 584
  values: 585
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
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  values: 0.0016
  values: 0.0018
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  values: 0.0027
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  values: 0.0049
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  values: 0.0065
  values: 0.0073
  values: 0.008
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  values: 0.0096
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  values: 0.0105
  values: 0.0108
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  values: 0.0107
  values: 0.0103
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  values: 0.0075
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  values: 0.0064
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  values: 0.0042
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  values: 0.0023
  values: 0.002
  values: 0.0013

depth: 117.25
depth.units: cm
table name: chron1model1distribution3
age:
  units: yr BP
  variable name: age
  number: 1
  values: 662
  values: 663
  values: 664
  values: 665
  values: 666
  values: 667
  values: 668
  values: 669
  values: 670
  values: 671
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  values: 673
  values: 674
  values: 675
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  values: 677
  values: 678
  values: 679
  values: 680
  values: 681
  values: 682
  values: 683
  values: 684
  values: 685
  values: 686
  values: 687
  values: 688
  values: 689
  values: 690
  values: 691
  values: 692
  values: 693
  values: 694
  values: 695
  values: 696
  values: 697
  values: 698
  values: 699
  values: 700
  values: 701
  values: 702
  values: 703
  values: 704
  values: 705
  values: 706
  values: 707
  values: 708
  values: 709
  values: 710
  values: 711
  values: 712
  values: 713
  values: 714
  values: 715
  values: 716
  values: 717
  values: 718
  values: 719
  values: 720
  values: 721
  values: 722
  values: 723
  values: 724
  values: 725
  values: 726
  values: 727
  values: 728
  values: 729
  values: 730
  values: 731
  values: 732
  values: 733
  values: 734
  values: 735
  values: 736
  values: 737
  values: 738
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
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depth: 162.25
depth.units: cm
table name: chron1model1distribution4
age:
  units: yr BP
  variable name: age
  number: 1
  values: 831
  values: 832
  values: 833
  values: 834
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  values: 860
  values: 861
  values: 862
  values: 863
  values: 864
  values: 865
  values: 866
  values: 867
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  values: 870
  values: 871
  values: 872
  values: 873
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  values: 877
  values: 878
  values: 879
  values: 880
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  values: 882
  values: 883
  values: 884
  values: 885
  values: 886
  values: 887
  values: 888
  values: 889
  values: 890
  values: 891
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  values: 895
  values: 896
  values: 897
  values: 898
  values: 899
  values: 900
  values: 901
  values: 902
  values: 903
  values: 904
  values: 905
  values: 906
  values: 907
probability density:
  variable name: probabilityDensity
  number: 2
  values: 0.0001
  values: 0
  values: 0.0002
  values: 0.0003
  values: 0.0004
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  values: 0.0007
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depth: 212.75
depth.units: cm
table name: chron1model1distribution5
age:
  units: yr BP
  variable name: age
  number: 1
  values: 1313
  values: 1314
  values: 1315
  values: 1316
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  values: 1320
  values: 1321
  values: 1322
  values: 1323
  values: 1324
  values: 1325
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  values: 1327
  values: 1328
  values: 1329
  values: 1330
  values: 1331
  values: 1332
  values: 1333
  values: 1334
  values: 1335
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  values: 1337
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  values: 1339
  values: 1340
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  values: 1343
  values: 1344
  values: 1345
  values: 1346
  values: 1347
  values: 1348
  values: 1349
  values: 1350
  values: 1351
  values: 1352
  values: 1353
  values: 1354
  values: 1355
  values: 1356
  values: 1357
  values: 1358
  values: 1359
  values: 1360
  values: 1361
  values: 1362
  values: 1363
  values: 1364
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  values: 1366
  values: 1367
  values: 1368
  values: 1369
  values: 1370
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  values: 1372
  values: 1373
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  values: 1375
  values: 1376
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  values: 1379
  values: 1380
  values: 1381
  values: 1382
  values: 1383
  values: 1384
  values: 1385
  values: 1386
  values: 1387
  values: 1388
  values: 1389
probability density:
  variable name: probabilityDensity
  number: 2
  values: 0.0001
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depth: 226.25
depth.units: cm
table name: chron1model1distribution6
age:
  units: yr BP
  variable name: age
  number: 1
  values: 1527
  values: 1528
  values: 1529
  values: 1530
  values: 1531
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  values: 1559
  values: 1560
  values: 1561
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  values: 1563
  values: 1564
  values: 1565
  values: 1566
  values: 1567
  values: 1568
  values: 1569
  values: 1570
  values: 1571
  values: 1572
  values: 1573
  values: 1574
  values: 1575
  values: 1576
  values: 1577
  values: 1578
  values: 1579
  values: 1580
  values: 1581
  values: 1582
  values: 1583
  values: 1584
  values: 1585
  values: 1586
  values: 1587
  values: 1588
  values: 1589
  values: 1590
  values: 1591
  values: 1592
  values: 1593
  values: 1594
  values: 1595
  values: 1596
  values: 1597
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  values: 1599
  values: 1600
  values: 1601
  values: 1602
  values: 1603
probability density:
  variable name: probabilityDensity
  number: 2
  values: 0.0001
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depth: 228
depth.units: cm
table name: chron1model1distribution7
age:
  units: yr BP
  variable name: age
  number: 1
  values: 556
  values: 557
  values: 558
  values: 559
  values: 560
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  values: 600
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  values: 606
  values: 607
  values: 608
  values: 609
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  values: 612
  values: 613
  values: 614
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  values: 617
  values: 618
  values: 619
  values: 620
  values: 621
  values: 622
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  values: 624
  values: 625
  values: 626
  values: 627
  values: 628
  values: 629
  values: 630
  values: 631
  values: 632
probability density:
  variable name: probabilityDensity
  number: 2
  values: 0.0004
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  values: 0.0008
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  values: 0.0081
  values: 0.0097
  values: 0.0117
  values: 0.0155
  values: 0.0189
  values: 0.0224
  values: 0.0258
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  values: 0.0268
  values: 0.0253
  values: 0.0237
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  values: 0.0145
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  values: 0.0072
  values: 0.0092
  values: 0.0146
  values: 0.018
  values: 0.0228
  values: 0.0261
  values: 0.0293
  values: 0.0308
  values: 0.0311
  values: 0.0302
  values: 0.0298
  values: 0.0287
  values: 0.0281
  values: 0.0245
  values: 0.022
  values: 0.0186
  values: 0.0161
  values: 0.013
  values: 0.0103
  values: 0.0052
  values: 0.0013

version: 1.0.6
last version: 1.0.5
curator: nicholas
timestamp: 2025-05-20 16:18:57.368352 UTC
changes:
  paleo interpretation metadata: year (MAT12f2b34800): interpretation5_scope: '' has been replaced by 'climate'
  paleo interpretation metadata: depth (MAT7d3f8a3175): interpretation5_scope: '' has been replaced by 'climate'

version: 1.0.5
last version: 1.0.4
curator: nicholas
timestamp: 2025-04-17 20:04:39.804074 UTC
changes:
  paleo column metadata: d18O (LS13STEL): paleoData_isPrimary: '' has been replaced by 'FALSE'
  paleo column metadata: d18O (LS13STEL): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'
  paleo column metadata: year (MAT12f2b34800): paleoData_isPrimary: '' has been replaced by 'TRUE'
  paleo column metadata: year (MAT12f2b34800): paleoData_primaryAgeColumn: '' has been replaced by 'TRUE'
  paleo column metadata: depth (MAT7d3f8a3175): paleoData_isPrimary: '' has been replaced by 'FALSE'
  paleo column metadata: depth (MAT7d3f8a3175): paleoData_primaryAgeColumn: '' has been replaced by 'FALSE'

version: 1.0.4
last version: 1.0.3
curator: nicholas
timestamp: 2025-04-11 16:26:58.11588 UTC
changes:
  paleo interpretation metadata: d18O (LS13STEL): interpretation2_basis: 'Oxygen isotope values of El Gancho surface water samples are enriched by ~8? relative to local meteoric water (Fig. 3), indicating substantial water loss through both evaporation and nonfractionating outfl ow pathways (i.e., overfl ow and outseepage through the lake bed), and a resulting lake water isotopic sensitivity to changes in hydrologic balance. isotopic and hydrologic modeling supports these assertions, indicating that precipitation [amount] is the principle control on El Gancho lake water !18O values. For example, in response to modeled precipitation changes of i¿½50%, El Gancho exhibited water and ostracod !18O increases of >1.5? and decreases of >1.0?, respectively; largely as a result of hydrologic control of the proportions of water lost through evaporation and overfl ow (Table DR5).' has been replaced by ''
  paleo interpretation metadata: d18O (LS13STEL): interpretation2_direction: 'negative' has been replaced by ''
  paleo interpretation metadata: d18O (LS13STEL): interpretation2_inferredMaterial: 'lake water' has been replaced by ''
  paleo interpretation metadata: d18O (LS13STEL): interpretation2_integrationTimeUnits: 'Years' has been replaced by ''
  paleo interpretation metadata: d18O (LS13STEL): interpretation2_rank: '1' has been replaced by ''
  paleo interpretation metadata: d18O (LS13STEL): interpretation2_scope: 'isotope' has been replaced by 'climate'
  paleo interpretation metadata: d18O (LS13STEL): interpretation2_variable: 'effectivePrecipitation' has been replaced by ''
  paleo interpretation metadata: d18O (LS13STEL): interpretation2_variableGroup: 'EffectiveMoisture' has been replaced by ''
  paleo interpretation metadata: d18O (LS13STEL): interpretation2_variableGroupDirection: 'negative' has been replaced by ''
  paleo interpretation metadata: d18O (LS13STEL): interpretation2_variableGroupOriginal: 'P_E' has been replaced by ''
  paleo interpretation metadata: d18O (LS13STEL): interpretation3_inferredMaterial: 'lake water' has been replaced by ''
  paleo interpretation metadata: d18O (LS13STEL): interpretation3_integrationTimeUnits: 'Years' has been replaced by ''
  paleo interpretation metadata: d18O (LS13STEL): interpretation3_rank: '2' has been replaced by ''
  paleo interpretation metadata: d18O (LS13STEL): interpretation3_scope: 'isotope' has been replaced by 'climate'
  paleo interpretation metadata: d18O (LS13STEL): interpretation3_variable: 'temperature' has been replaced by ''
  paleo interpretation metadata: d18O (LS13STEL): interpretation3_variableGroup: 'Temperature' has been replaced by ''
  paleo interpretation metadata: d18O (LS13STEL): interpretation3_variableGroupDirection: 'negative' has been replaced by ''
  paleo interpretation metadata: d18O (LS13STEL): interpretation3_variableGroupOriginal: 'T_water' has been replaced by ''
  paleo interpretation metadata: d18O (LS13STEL): interpretation4_rank: '3' has been replaced by '1'
  paleo interpretation metadata: d18O (LS13STEL): interpretation4_variable: 'relativeHumidity' has been replaced by 'effectivePrecipitation'
  paleo interpretation metadata: d18O (LS13STEL): interpretation4_variableGroupOriginal: 'RH' has been replaced by 'P_E'
  paleo interpretation metadata: d18O (LS13STEL): interpretation4_basis: '' has been replaced by 'Oxygen isotope values of El Gancho surface water samples are enriched by ~8? relative to local meteoric water (Fig. 3), indicating substantial water loss through both evaporation and nonfractionating outfl ow pathways (i.e., overfl ow and outseepage through the lake bed), and a resulting lake water isotopic sensitivity to changes in hydrologic balance. isotopic and hydrologic modeling supports these assertions, indicating that precipitation [amount] is the principle control on El Gancho lake water !18O values. For example, in response to modeled precipitation changes of i¿½50%, El Gancho exhibited water and ostracod !18O increases of >1.5? and decreases of >1.0?, respectively; largely as a result of hydrologic control of the proportions of water lost through evaporation and overfl ow (Table DR5).'
  paleo interpretation metadata: d18O (LS13STEL): interpretation4_direction: '' has been replaced by 'negative'
  paleo interpretation metadata: d18O (LS13STEL): interpretation5_inferredMaterial: '' has been replaced by 'lake water'
  paleo interpretation metadata: d18O (LS13STEL): interpretation5_integrationTimeUnits: '' has been replaced by 'Years'
  paleo interpretation metadata: d18O (LS13STEL): interpretation5_rank: '' has been replaced by '2'
  paleo interpretation metadata: d18O (LS13STEL): interpretation5_scope: '' has been replaced by 'isotope'
  paleo interpretation metadata: d18O (LS13STEL): interpretation5_variable: '' has been replaced by 'temperature'
  paleo interpretation metadata: d18O (LS13STEL): interpretation5_variableGroup: '' has been replaced by 'Temperature'
  paleo interpretation metadata: d18O (LS13STEL): interpretation5_variableGroupDirection: '' has been replaced by 'negative'
  paleo interpretation metadata: d18O (LS13STEL): interpretation5_variableGroupOriginal: '' has been replaced by 'T_water'
  paleo interpretation metadata: d18O (LS13STEL): interpretation6_inferredMaterial: '' has been replaced by 'lake water'
  paleo interpretation metadata: d18O (LS13STEL): interpretation6_integrationTimeUnits: '' has been replaced by 'Years'
  paleo interpretation metadata: d18O (LS13STEL): interpretation6_rank: '' has been replaced by '3'
  paleo interpretation metadata: d18O (LS13STEL): interpretation6_scope: '' has been replaced by 'isotope'
  paleo interpretation metadata: d18O (LS13STEL): interpretation6_variable: '' has been replaced by 'relativeHumidity'
  paleo interpretation metadata: d18O (LS13STEL): interpretation6_variableGroup: '' has been replaced by 'EffectiveMoisture'
  paleo interpretation metadata: d18O (LS13STEL): interpretation6_variableGroupDirection: '' has been replaced by 'negative'
  paleo interpretation metadata: d18O (LS13STEL): interpretation6_variableGroupOriginal: '' has been replaced by 'RH'
  paleo interpretation metadata: year (MAT12f2b34800): interpretation1_scope: '' has been replaced by 'climate'
  paleo interpretation metadata: year (MAT12f2b34800): interpretation2_scope: '' has been replaced by 'climate'
  paleo interpretation metadata: year (MAT12f2b34800): interpretation3_scope: '' has been replaced by 'climate'
  paleo interpretation metadata: year (MAT12f2b34800): interpretation4_scope: '' has been replaced by 'climate'
  paleo interpretation metadata: depth (MAT7d3f8a3175): interpretation1_scope: '' has been replaced by 'climate'
  paleo interpretation metadata: depth (MAT7d3f8a3175): interpretation2_scope: '' has been replaced by 'climate'
  paleo interpretation metadata: depth (MAT7d3f8a3175): interpretation3_scope: '' has been replaced by 'climate'
  paleo interpretation metadata: depth (MAT7d3f8a3175): interpretation4_scope: '' has been replaced by 'climate'

version: 1.0.3
last version: 1.0.2
curator: nicholas
timestamp: 2025-04-09 20:48:11.717342 UTC
notes: Updated lipdverse database entry with a changed file.
changes:
  paleo interpretation metadata: d18O (LS13STEL): interpretation1_direction: 'increase' has been replaced by 'negative'
  paleo interpretation metadata: d18O (LS13STEL): interpretation1_variable: 'E/P' has been replaced by 'effectivePrecipitation'
  paleo interpretation metadata: d18O (LS13STEL): interpretation2_variable: 'P_E' has been replaced by 'effectivePrecipitation'
  paleo interpretation metadata: d18O (LS13STEL): interpretation3_variable: 'T_water' has been replaced by 'temperature'
  paleo interpretation metadata: d18O (LS13STEL): interpretation4_variable: 'RH' has been replaced by 'relativeHumidity'

version: 1.0.2
last version: 1.0.1
curator: nicholas
timestamp: 2025-04-09 18:29:59.617269 UTC
notes: Changes made as part of LiPDverse vocabulary standardization process
changes:
  paleo interpretation metadata: d18O (LS13STEL): interpretation1_direction: 'increase' has been replaced by 'negative'
  paleo interpretation metadata: d18O (LS13STEL): interpretation1_variable: 'E/P' has been replaced by 'effectivePrecipitation'
  paleo interpretation metadata: d18O (LS13STEL): interpretation2_variable: 'P_E' has been replaced by 'effectivePrecipitation'
  paleo interpretation metadata: d18O (LS13STEL): interpretation3_variable: 'T_water' has been replaced by 'temperature'
  paleo interpretation metadata: d18O (LS13STEL): interpretation4_variable: 'RH' has been replaced by 'relativeHumidity'

version: 1.0.1
last version: 1.0.0
curator: nicholas
timestamp: 2025-04-08 17:32:58.705704 UTC
notes: Changes made as part of LiPDverse vocabulary standardization process
changes:
  paleo column metadata: d18O (LS13STEL): paleoData_longName: '' has been replaced by 'AD'
  paleo column metadata: year (MAT12f2b34800): paleoData_units: 'AD' has been replaced by 'yr AD'
  paleo column metadata: year (MAT12f2b34800): paleoData_longName: '' has been replaced by 'AD'
  paleo column metadata: depth (MAT7d3f8a3175): paleoData_longName: '' has been replaced by 'AD'

Lacustrine stable isotope record of precipitation changes in Nicaragua during the Little Ice Age and Medieval Climate Anomaly
author: Stansell, N. D. , Steinman, B. A. , Abbott, M. B. , Rubinov, M. , Roman-Lacayo, M.
citation: Stansell, N. D., Steinman, B. A., Abbott, M. B., Rubinov, M. and Roman-Lacayo, M.: Lacustrine stable isotope record of precipitation changes in Nicaragua during the Little Ice Age and Medieval Climate Anomaly, Geology, 41(2), 151–154, doi:10.1130/g33736.1, 2013.
data url: doi.org
doi: 10.1130/G33736.1
issue: 2
journal: Geology
page: 151-154
pages: -3
pub data url: doi.org
publisher: Geological Society of America
type: journal-article
volume: 41
year: 2012

longitude: -85.9167
latitude: 11.9
elevation: 44
geometry type: Point
site name: Lago El Grancho