Version history for fqowv5NXQUWGpLdAxbtF - NgamringTso.Conroy.
2017
Version: 1.0.20
- lastVersion: 1.0.19
- curator: nicholas
- timestamp: 2023-08-10 23:08:42 UTC
- changes:
- Base metadata:
- Paleo Interpretation metadata:
- PC1 (WEB720c22d6): interpretation1_seasonality: ‘((( ((( SummerOnly
))) summerOnly /// null ))) Summer /// Summer’ has been replaced by
‘Summer’
- Paleo Column metadata:
- precipitation (WEB820982f9): paleoData_proxy: ‘((( PCA ))) deleteMe
/// multiproxy’ has been replaced by ‘multiproxy’
Version: 1.0.19
- lastVersion: 1.0.18
- curator: nicholas
- timestamp: 2023-07-05 00:52:23 UTC
- changes:
- Publication metadata:
- pub1_doi: ‘10..1016/j.epsl.2016.10.044’ has been replaced by
‘10.1016/j.epsl.2016.10.044’
- Paleo Interpretation metadata:
- PC1 (WEB720c22d6): interpretation1_seasonality: ‘Summer’ has been
replaced by ‘((( ((( SummerOnly ))) summerOnly /// null ))) Summer ///
Summer’
- Paleo Column metadata:
- precipitation (WEB820982f9): paleoData_proxy: ‘multiproxy’ has been
replaced by ‘((( PCA ))) deleteMe /// multiproxy’
Version: 1.0.18
- lastVersion: 1.0.17
- curator: nicholas
- timestamp: 2023-05-31 20:39:49 UTC
- changes:
- Paleo Column metadata:
- PC1 (WEB720c22d6): paleoData_notes: ‘((( ((( “We find that PC1 of
the grain size record is significantly correlated with regional summer
(JJAS) precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_variableName updated;
paleoData_proxy updated; paleoData_proxyGeneral has been standardized
))) “We find that PC1 of the grain size record is significantly
correlated with regional summer (JJAS) precipitation, which provides
over three-quarters of the annual precipitation to this region (Fig. 6).
Prior to correlation with instrumental precipitation, we interpolated
the 20th century portion of the PC1 time series to annual resolution and
applied a 5-year low pass filter to accommodate the interannual
resolution of the age model during the 20th century. We then applied a
5-year low pass filter to the instrumental JJAS precipitation time
series. PC1 of the grain size dataset and precipitation covary”;
paleoData_proxyGeneral has been standardized /// “We find that PC1 of
the grain size record is significantly correlated with regional summer
(JJAS) precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_proxyGeneral has been
standardized ))) “We find that PC1 of the grain size record is
significantly correlated with regional summer (JJAS) precipitation,
which provides over three-quarters of the annual precipitation to this
region (Fig. 6). Prior to correlation with instrumental precipitation,
we interpolated the 20th century portion of the PC1 time series to
annual resolution and applied a 5-year low pass filter to accommodate
the interannual resolution of the age model during the 20th century. We
then applied a 5-year low pass filter to the instrumental JJAS
precipitation time series. PC1 of the grain size dataset and
precipitation covary”; paleoData_proxyGeneral has been standardized ///
“We find that PC1 of the grain size record is significantly correlated
with regional summer (JJAS) precipitation, which provides over
three-quarters of the annual precipitation to this region (Fig. 6).
Prior to correlation with instrumental precipitation, we interpolated
the 20th century portion of the PC1 time series to annual resolution and
applied a 5-year low pass filter to accommodate the interannual
resolution of the age model during the 20th century. We then applied a
5-year low pass filter to the instrumental JJAS precipitation time
series. PC1 of the grain size dataset and precipitation covary”;
paleoData_proxyGeneral has been standardized’ has been replaced by ‘“We
find that PC1 of the grain size record is significantly correlated with
regional summer (JJAS) precipitation, which provides over three-quarters
of the annual precipitation to this region (Fig. 6). Prior to
correlation with instrumental precipitation, we interpolated the 20th
century portion of the PC1 time series to annual resolution and applied
a 5-year low pass filter to accommodate the interannual resolution of
the age model during the 20th century. We then applied a 5-year low pass
filter to the instrumental JJAS precipitation time series. PC1 of the
grain size dataset and precipitation covary”; paleoData_proxyGeneral has
been standardized’
- precipitation (WEB820982f9): paleoData_notes: ‘((( ((( “We find that
PC1 of the grain size record is significantly correlated with regional
summer (JJAS) precipitation, which provides over three-quarters of the
annual precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_variableName updated;
paleoData_summaryStatistic has been standardized; paleoData_proxy
updated ))) “We find that PC1 of the grain size record is significantly
correlated with regional summer (JJAS) precipitation, which provides
over three-quarters of the annual precipitation to this region (Fig. 6).
Prior to correlation with instrumental precipitation, we interpolated
the 20th century portion of the PC1 time series to annual resolution and
applied a 5-year low pass filter to accommodate the interannual
resolution of the age model during the 20th century. We then applied a
5-year low pass filter to the instrumental JJAS precipitation time
series. PC1 of the grain size dataset and precipitation covary”;
paleoData_summaryStatistic has been standardized /// “We find that PC1
of the grain size record is significantly correlated with regional
summer (JJAS) precipitation, which provides over three-quarters of the
annual precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_summaryStatistic has been
standardized ))) “We find that PC1 of the grain size record is
significantly correlated with regional summer (JJAS) precipitation,
which provides over three-quarters of the annual precipitation to this
region (Fig. 6). Prior to correlation with instrumental precipitation,
we interpolated the 20th century portion of the PC1 time series to
annual resolution and applied a 5-year low pass filter to accommodate
the interannual resolution of the age model during the 20th century. We
then applied a 5-year low pass filter to the instrumental JJAS
precipitation time series. PC1 of the grain size dataset and
precipitation covary”; paleoData_summaryStatistic has been standardized
/// “We find that PC1 of the grain size record is significantly
correlated with regional summer (JJAS) precipitation, which provides
over three-quarters of the annual precipitation to this region (Fig. 6).
Prior to correlation with instrumental precipitation, we interpolated
the 20th century portion of the PC1 time series to annual resolution and
applied a 5-year low pass filter to accommodate the interannual
resolution of the age model during the 20th century. We then applied a
5-year low pass filter to the instrumental JJAS precipitation time
series. PC1 of the grain size dataset and precipitation covary”;
paleoData_summaryStatistic has been standardized’ has been replaced by
‘“We find that PC1 of the grain size record is significantly correlated
with regional summer (JJAS) precipitation, which provides over
three-quarters of the annual precipitation to this region (Fig. 6).
Prior to correlation with instrumental precipitation, we interpolated
the 20th century portion of the PC1 time series to annual resolution and
applied a 5-year low pass filter to accommodate the interannual
resolution of the age model during the 20th century. We then applied a
5-year low pass filter to the instrumental JJAS precipitation time
series. PC1 of the grain size dataset and precipitation covary”;
paleoData_summaryStatistic has been standardized’
Version: 1.0.17
- lastVersion: 1.0.16
- curator: nicholas
- timestamp: 2023-05-30 15:50:02 UTC
- changes:
- Paleo Column metadata:
- PC1 (WEB720c22d6): paleoData_notes: ‘“We find that PC1 of the grain
size record is significantly correlated with regional summer (JJAS)
precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_proxyGeneral has been
standardized’ has been replaced by ‘((( ((( “We find that PC1 of the
grain size record is significantly correlated with regional summer
(JJAS) precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_variableName updated;
paleoData_proxy updated; paleoData_proxyGeneral has been standardized
))) “We find that PC1 of the grain size record is significantly
correlated with regional summer (JJAS) precipitation, which provides
over three-quarters of the annual precipitation to this region (Fig. 6).
Prior to correlation with instrumental precipitation, we interpolated
the 20th century portion of the PC1 time series to annual resolution and
applied a 5-year low pass filter to accommodate the interannual
resolution of the age model during the 20th century. We then applied a
5-year low pass filter to the instrumental JJAS precipitation time
series. PC1 of the grain size dataset and precipitation covary”;
paleoData_proxyGeneral has been standardized /// “We find that PC1 of
the grain size record is significantly correlated with regional summer
(JJAS) precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_proxyGeneral has been
standardized ))) “We find that PC1 of the grain size record is
significantly correlated with regional summer (JJAS) precipitation,
which provides over three-quarters of the annual precipitation to this
region (Fig. 6). Prior to correlation with instrumental precipitation,
we interpolated the 20th century portion of the PC1 time series to
annual resolution and applied a 5-year low pass filter to accommodate
the interannual resolution of the age model during the 20th century. We
then applied a 5-year low pass filter to the instrumental JJAS
precipitation time series. PC1 of the grain size dataset and
precipitation covary”; paleoData_proxyGeneral has been standardized ///
“We find that PC1 of the grain size record is significantly correlated
with regional summer (JJAS) precipitation, which provides over
three-quarters of the annual precipitation to this region (Fig. 6).
Prior to correlation with instrumental precipitation, we interpolated
the 20th century portion of the PC1 time series to annual resolution and
applied a 5-year low pass filter to accommodate the interannual
resolution of the age model during the 20th century. We then applied a
5-year low pass filter to the instrumental JJAS precipitation time
series. PC1 of the grain size dataset and precipitation covary”;
paleoData_proxyGeneral has been standardized’
- precipitation (WEB820982f9): paleoData_notes: ‘“We find that PC1 of
the grain size record is significantly correlated with regional summer
(JJAS) precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_summaryStatistic has been
standardized’ has been replaced by ‘((( ((( “We find that PC1 of the
grain size record is significantly correlated with regional summer
(JJAS) precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_variableName updated;
paleoData_summaryStatistic has been standardized; paleoData_proxy
updated ))) “We find that PC1 of the grain size record is significantly
correlated with regional summer (JJAS) precipitation, which provides
over three-quarters of the annual precipitation to this region (Fig. 6).
Prior to correlation with instrumental precipitation, we interpolated
the 20th century portion of the PC1 time series to annual resolution and
applied a 5-year low pass filter to accommodate the interannual
resolution of the age model during the 20th century. We then applied a
5-year low pass filter to the instrumental JJAS precipitation time
series. PC1 of the grain size dataset and precipitation covary”;
paleoData_summaryStatistic has been standardized /// “We find that PC1
of the grain size record is significantly correlated with regional
summer (JJAS) precipitation, which provides over three-quarters of the
annual precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_summaryStatistic has been
standardized ))) “We find that PC1 of the grain size record is
significantly correlated with regional summer (JJAS) precipitation,
which provides over three-quarters of the annual precipitation to this
region (Fig. 6). Prior to correlation with instrumental precipitation,
we interpolated the 20th century portion of the PC1 time series to
annual resolution and applied a 5-year low pass filter to accommodate
the interannual resolution of the age model during the 20th century. We
then applied a 5-year low pass filter to the instrumental JJAS
precipitation time series. PC1 of the grain size dataset and
precipitation covary”; paleoData_summaryStatistic has been standardized
/// “We find that PC1 of the grain size record is significantly
correlated with regional summer (JJAS) precipitation, which provides
over three-quarters of the annual precipitation to this region (Fig. 6).
Prior to correlation with instrumental precipitation, we interpolated
the 20th century portion of the PC1 time series to annual resolution and
applied a 5-year low pass filter to accommodate the interannual
resolution of the age model during the 20th century. We then applied a
5-year low pass filter to the instrumental JJAS precipitation time
series. PC1 of the grain size dataset and precipitation covary”;
paleoData_summaryStatistic has been standardized’
- precipitation (WEB820982f9): paleoData_QCnotes: NULL has been
replaced by ‘elevation obtained from google earth (CR)’
Version: 1.0.16
- lastVersion: 1.0.15
- curator: nicholas
- timestamp: 2023-05-25 17:52:48 UTC
- notes: Updated lipdverse database entry with a changed
file.
- changes:
- Geographic metadata:
- geo_elevation: NULL has been replaced by ‘4303’
Version: 1.0.15
- lastVersion: 1.0.14
- curator: nicholas
- timestamp: 2023-05-12 22:06:09 UTC
- changes:
- Paleo Column metadata:
- PC1 (WEB720c22d6): paleoData_notes: ‘((( “We find that PC1 of the
grain size record is significantly correlated with regional summer
(JJAS) precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_variableName updated;
paleoData_proxy updated; paleoData_proxyGeneral has been standardized
))) “We find that PC1 of the grain size record is significantly
correlated with regional summer (JJAS) precipitation, which provides
over three-quarters of the annual precipitation to this region (Fig. 6).
Prior to correlation with instrumental precipitation, we interpolated
the 20th century portion of the PC1 time series to annual resolution and
applied a 5-year low pass filter to accommodate the interannual
resolution of the age model during the 20th century. We then applied a
5-year low pass filter to the instrumental JJAS precipitation time
series. PC1 of the grain size dataset and precipitation covary”;
paleoData_proxyGeneral has been standardized /// “We find that PC1 of
the grain size record is significantly correlated with regional summer
(JJAS) precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_proxyGeneral has been
standardized’ has been replaced by ‘“We find that PC1 of the grain size
record is significantly correlated with regional summer (JJAS)
precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_proxyGeneral has been
standardized’
- precipitation (WEB820982f9): paleoData_notes: ‘((( “We find that PC1
of the grain size record is significantly correlated with regional
summer (JJAS) precipitation, which provides over three-quarters of the
annual precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_variableName updated;
paleoData_summaryStatistic has been standardized; paleoData_proxy
updated ))) “We find that PC1 of the grain size record is significantly
correlated with regional summer (JJAS) precipitation, which provides
over three-quarters of the annual precipitation to this region (Fig. 6).
Prior to correlation with instrumental precipitation, we interpolated
the 20th century portion of the PC1 time series to annual resolution and
applied a 5-year low pass filter to accommodate the interannual
resolution of the age model during the 20th century. We then applied a
5-year low pass filter to the instrumental JJAS precipitation time
series. PC1 of the grain size dataset and precipitation covary”;
paleoData_summaryStatistic has been standardized /// “We find that PC1
of the grain size record is significantly correlated with regional
summer (JJAS) precipitation, which provides over three-quarters of the
annual precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_summaryStatistic has been
standardized’ has been replaced by ‘“We find that PC1 of the grain size
record is significantly correlated with regional summer (JJAS)
precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_summaryStatistic has been
standardized’
Version: 1.0.14
- lastVersion: 1.0.13
- curator: nicholas
- timestamp: 2023-05-09 22:41:57 UTC
- changes:
- Paleo Interpretation metadata:
- PC1 (WEB720c22d6): interpretation1_seasonality: ‘((( ((( null )))
((( Summer ))) ((( SummerOnly ))) summerOnly /// null /// ((( SummerOnly
))) summerOnly /// null /// ((( Summer ))) ((( SummerOnly ))) summerOnly
/// null /// ((( SummerOnly ))) summerOnly /// null ))) Summer ///
Summer’ has been replaced by ‘Summer’
- precipitation (WEB820982f9): interpretation1_seasonality: ‘((( (((
null ))) ((( Summer (6,7,8,9) ))) 6,7,8,9 /// 6,7,8,9 /// ((( Summer
(6,7,8,9) ))) 6,7,8,9 /// 6,7,8,9 ))) Summer /// Jun-Sep’ has been
replaced by ‘Jun-Sep’
Version: 1.0.13
- lastVersion: 1.0.12
- curator: nicholas
- timestamp: 2023-03-29 19:58:53 UTC
- changes:
- Paleo Interpretation metadata:
- PC1 (WEB720c22d6): interpretation1_seasonality: ‘Summer’ has been
replaced by ‘((( ((( null ))) ((( Summer ))) ((( SummerOnly )))
summerOnly /// null /// ((( SummerOnly ))) summerOnly /// null /// (((
Summer ))) ((( SummerOnly ))) summerOnly /// null /// ((( SummerOnly )))
summerOnly /// null ))) Summer /// Summer’
- precipitation (WEB820982f9): interpretation1_seasonality: ‘Jun-Sep’
has been replaced by ‘((( ((( null ))) ((( Summer (6,7,8,9) ))) 6,7,8,9
/// 6,7,8,9 /// ((( Summer (6,7,8,9) ))) 6,7,8,9 /// 6,7,8,9 ))) Summer
/// Jun-Sep’
Version: 1.0.12
- lastVersion: 1.0.11
- curator: nicholas
- timestamp: 2023-03-24 22:25:52 UTC
- changes:
- Paleo Interpretation metadata:
- PC1 (WEB720c22d6): interpretation1_seasonality: ‘((( ((( Summer )))
((( SummerOnly ))) summerOnly /// null /// ((( SummerOnly ))) summerOnly
/// null ))) Summer /// ((( null ))) ((( Summer ))) ((( SummerOnly )))
summerOnly /// null /// ((( SummerOnly ))) summerOnly /// null /// (((
Summer ))) ((( SummerOnly ))) summerOnly /// null /// ((( SummerOnly )))
summerOnly /// null’ has been replaced by ‘Summer’
- precipitation (WEB820982f9): interpretation1_seasonality: ‘((( (((
Summer (6,7,8,9) ))) 6,7,8,9 /// 6,7,8,9 ))) Summer /// ((( null ))) (((
Summer (6,7,8,9) ))) 6,7,8,9 /// 6,7,8,9 /// ((( Summer (6,7,8,9) )))
6,7,8,9 /// 6,7,8,9’ has been replaced by ‘Jun-Sep’
- precipitation (WEB820982f9): interpretation1_seasonalityGeneral:
‘summerOnly’ has been replaced by ‘Summer’
- Paleo Column metadata:
- precipitation (WEB820982f9): paleoData_proxy: NULL has been replaced
by ‘multiproxy’
- precipitation (WEB820982f9): paleoData_proxyGeneral: ‘hybrid’ has
been replaced by ‘multiproxy’
Version: 1.0.11
- lastVersion: 1.0.10
- curator: nicholas
- timestamp: 2023-02-16 23:26:01 UTC
- changes:
- Paleo Interpretation metadata:
- PC1 (WEB720c22d6): interpretation1_seasonality: ‘((( null ))) (((
Summer ))) ((( SummerOnly ))) summerOnly /// null /// ((( SummerOnly )))
summerOnly /// null /// ((( Summer ))) ((( SummerOnly ))) summerOnly ///
null /// ((( SummerOnly ))) summerOnly /// null’ has been replaced by
‘((( ((( Summer ))) ((( SummerOnly ))) summerOnly /// null /// (((
SummerOnly ))) summerOnly /// null ))) Summer /// ((( null ))) (((
Summer ))) ((( SummerOnly ))) summerOnly /// null /// ((( SummerOnly )))
summerOnly /// null /// ((( Summer ))) ((( SummerOnly ))) summerOnly ///
null /// ((( SummerOnly ))) summerOnly /// null’
- precipitation (WEB820982f9): interpretation1_seasonality: ‘((( null
))) ((( Summer (6,7,8,9) ))) 6,7,8,9 /// 6,7,8,9 /// ((( Summer
(6,7,8,9) ))) 6,7,8,9 /// 6,7,8,9’ has been replaced by ‘((( ((( Summer
(6,7,8,9) ))) 6,7,8,9 /// 6,7,8,9 ))) Summer /// ((( null ))) ((( Summer
(6,7,8,9) ))) 6,7,8,9 /// 6,7,8,9 /// ((( Summer (6,7,8,9) ))) 6,7,8,9
/// 6,7,8,9’
Version: 1.0.10
- lastVersion: 1.0.9
- curator: nicholas
- timestamp: 2023-02-13 23:53:09 UTC
- changes:
- Paleo Column metadata:
- PC1 (WEB720c22d6): paleoData_notes: ‘“We find that PC1 of the grain
size record is significantly correlated with regional summer (JJAS)
precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_proxyGeneral has been
standardized’ has been replaced by ‘((( “We find that PC1 of the grain
size record is significantly correlated with regional summer (JJAS)
precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_variableName updated;
paleoData_proxy updated; paleoData_proxyGeneral has been standardized
))) “We find that PC1 of the grain size record is significantly
correlated with regional summer (JJAS) precipitation, which provides
over three-quarters of the annual precipitation to this region (Fig. 6).
Prior to correlation with instrumental precipitation, we interpolated
the 20th century portion of the PC1 time series to annual resolution and
applied a 5-year low pass filter to accommodate the interannual
resolution of the age model during the 20th century. We then applied a
5-year low pass filter to the instrumental JJAS precipitation time
series. PC1 of the grain size dataset and precipitation covary”;
paleoData_proxyGeneral has been standardized /// “We find that PC1 of
the grain size record is significantly correlated with regional summer
(JJAS) precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_proxyGeneral has been
standardized’
- precipitation (WEB820982f9): paleoData_notes: ‘“We find that PC1 of
the grain size record is significantly correlated with regional summer
(JJAS) precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_summaryStatistic has been
standardized’ has been replaced by ‘((( “We find that PC1 of the grain
size record is significantly correlated with regional summer (JJAS)
precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_variableName updated;
paleoData_summaryStatistic has been standardized; paleoData_proxy
updated ))) “We find that PC1 of the grain size record is significantly
correlated with regional summer (JJAS) precipitation, which provides
over three-quarters of the annual precipitation to this region (Fig. 6).
Prior to correlation with instrumental precipitation, we interpolated
the 20th century portion of the PC1 time series to annual resolution and
applied a 5-year low pass filter to accommodate the interannual
resolution of the age model during the 20th century. We then applied a
5-year low pass filter to the instrumental JJAS precipitation time
series. PC1 of the grain size dataset and precipitation covary”;
paleoData_summaryStatistic has been standardized /// “We find that PC1
of the grain size record is significantly correlated with regional
summer (JJAS) precipitation, which provides over three-quarters of the
annual precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_summaryStatistic has been
standardized’
- Paleo Interpretation metadata:
- PC1 (WEB720c22d6): interpretation1_seasonality: ‘((( Summer ))) (((
SummerOnly ))) summerOnly /// null /// ((( SummerOnly ))) summerOnly ///
null’ has been replaced by ‘((( null ))) ((( Summer ))) ((( SummerOnly
))) summerOnly /// null /// ((( SummerOnly ))) summerOnly /// null ///
((( Summer ))) ((( SummerOnly ))) summerOnly /// null /// ((( SummerOnly
))) summerOnly /// null’
- precipitation (WEB820982f9): interpretation1_seasonality: ‘(((
Summer (6,7,8,9) ))) 6,7,8,9 /// 6,7,8,9’ has been replaced by ‘((( null
))) ((( Summer (6,7,8,9) ))) 6,7,8,9 /// 6,7,8,9 /// ((( Summer
(6,7,8,9) ))) 6,7,8,9 /// 6,7,8,9’
Version: 1.0.9
- lastVersion: 1.0.8
- curator: nicholas
- timestamp: 2023-02-09 16:06:13 UTC
- notes: Updated lipdverse database entry with a changed
file.
- changes:
- Paleo Column metadata:
- uncertaintyHigh90 (WEB3c70c511): paleoData_notes: NULL has been
replaced by ‘NA; paleoData_summaryStatistic has been standardized;
paleoData_inferredMaterial has been standardized’
- uncertaintyHigh90 (WEB3c70c511): paleoData_variableName:
‘pcpanomCI95’ has been replaced by ‘uncertaintyHigh90’
- uncertaintyHigh90 (WEB3c70c511): paleoData_inferredMaterial: NULL
has been replaced by ‘precipitation’
- uncertaintyHigh90 (WEB3c70c511): paleoData_summaryStatistic: NULL
has been replaced by ‘quantile 95’
- PC1 (WEB720c22d6): paleoData_notes: ‘“We find that PC1 of the grain
size record is significantly correlated with regional summer (JJAS)
precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”’ has been replaced by ‘“We find that
PC1 of the grain size record is significantly correlated with regional
summer (JJAS) precipitation, which provides over three-quarters of the
annual precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_proxyGeneral has been
standardized’
- PC1 (WEB720c22d6): paleoData_proxy: ‘Hybrid Grain Size’ has been
replaced by ‘multiproxy’
- PC1 (WEB720c22d6): paleoData_proxyGeneral: NULL has been replaced by
‘multiproxy’
- PC1 (WEB720c22d6): paleoData_variableName: ‘PC1gs’ has been replaced
by ‘PC1’
- age (WEB7848a4cf): paleoData_datum: NULL has been replaced by
‘1950’
- age (WEB7848a4cf): paleoData_notes: NULL has been replaced by ‘NA;
paleoData_isPrimary has been standardized; paleoData_datum has been
standardized’
- age (WEB7848a4cf): paleoData_units: ‘BP’ has been replaced by ‘yr
BP’
- age (WEB7848a4cf): paleoData_isPrimary: NULL has been replaced by
‘TRUE’
- precipitation (WEB820982f9): paleoData_notes: ‘“We find that PC1 of
the grain size record is significantly correlated with regional summer
(JJAS) precipitation, which provides over three-quarters of the annual
precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”’ has been replaced by ‘“We find that
PC1 of the grain size record is significantly correlated with regional
summer (JJAS) precipitation, which provides over three-quarters of the
annual precipitation to this region (Fig. 6). Prior to correlation with
instrumental precipitation, we interpolated the 20th century portion of
the PC1 time series to annual resolution and applied a 5-year low pass
filter to accommodate the interannual resolution of the age model during
the 20th century. We then applied a 5-year low pass filter to the
instrumental JJAS precipitation time series. PC1 of the grain size
dataset and precipitation covary”; paleoData_summaryStatistic has been
standardized’
- precipitation (WEB820982f9): paleoData_proxy: ‘PCA’ has been
replaced by NULL
- precipitation (WEB820982f9): paleoData_variableName: ‘Panom’ has
been replaced by ‘precipitation’
- precipitation (WEB820982f9): paleoData_summaryStatistic: NULL has
been replaced by ‘anomaly’
- uncertaintyLow95 (WEBa21cfda5): paleoData_notes: NULL has been
replaced by ‘NA; paleoData_summaryStatistic has been standardized;
paleoData_inferredMaterial has been standardized’
- uncertaintyLow95 (WEBa21cfda5): paleoData_variableName: ‘pcpanomCI5’
has been replaced by ‘uncertaintyLow95’
- uncertaintyLow95 (WEBa21cfda5): paleoData_inferredMaterial: NULL has
been replaced by ‘precipitation’
- uncertaintyLow95 (WEBa21cfda5): paleoData_summaryStatistic: NULL has
been replaced by ‘quantile 5’
- Paleo Interpretation metadata:
- PC1 (WEB720c22d6): interpretation1_variable: ‘P’ has been replaced
by ‘precipitation’
- precipitation (WEB820982f9): interpretation1_variable: ‘P’ has been
replaced by ‘precipitation’
Version: 1.0.8
- lastVersion: 1.0.7
- curator: nicholas
- timestamp: 2023-01-27 00:05:42 UTC
- changes:
- Paleo Interpretation metadata:
- PC1gs (WEB720c22d6): interpretation1_seasonality: ‘((( SummerOnly
))) summerOnly /// null’ has been replaced by ‘((( Summer ))) (((
SummerOnly ))) summerOnly /// null /// ((( SummerOnly ))) summerOnly ///
null’
- Panom (WEB820982f9): interpretation1_seasonality: ‘6,7,8,9’ has been
replaced by ‘((( Summer (6,7,8,9) ))) 6,7,8,9 /// 6,7,8,9’
Version: 1.0.7
- lastVersion: 1.0.6
- curator: nicholas
- timestamp: 2022-09-09 02:12:37 UTC
- changes:
- Paleo Interpretation metadata:
- Panom (WEB820982f9): interpretation1_seasonality: ‘JJAS’ has been
replaced by ‘6,7,8,9’
- Panom (WEB820982f9): interpretation1_variableDetail: ‘@surface’ has been replaced by ‘p_anom@surface’
Version: 1.0.6
- lastVersion: 1.0.5
- curator: nicholas
- timestamp: 2022-07-28 17:38:31 UTC
- changes:
- Geographic metadata:
- geo_elevation: ‘4303’ has been replaced by NULL
Version: 1.0.5
- lastVersion: 1.0.4
- curator: nicholas
- timestamp: 2022-07-15 23:07:43 UTC
- changes:
- Base metadata:
- Publication metadata:
- Paleo Interpretation metadata:
- pcpanomCI95 (WEB3c70c511): interpretation1_scope: NULL has been
replaced by ‘climate’
- Panom (WEB820982f9): interpretation1_seasonalityGeneral:
‘SummerOnly’ has been replaced by ‘summerOnly’
- pcpanomCI5 (WEBa21cfda5): interpretation1_scope: NULL has been
replaced by ‘climate’
Version: 1.0.4
- lastVersion: 1.0.3
- curator: nicholas
- timestamp: 2022-05-18 00:28:42 UTC
- changes:
- Paleo Interpretation metadata:
- pcpanomCI95 (WEB3c70c511): interpretation1_scope: ‘climate’ has been
replaced by NULL
- PC1gs (WEB720c22d6): interpretation1_variableGroup: NULL has been
replaced by ‘P’
- Panom (WEB820982f9): interpretation1_seasonality: ‘6,7,8,9’ has been
replaced by ‘JJAS’
- Panom (WEB820982f9): interpretation1_seasonalityOriginal: NULL has
been replaced by ‘6,7,8,9’
- Panom (WEB820982f9): interpretation1_variableGroup: NULL has been
replaced by ‘P’
- pcpanomCI5 (WEBa21cfda5): interpretation1_scope: ‘climate’ has been
replaced by NULL
- Paleo Column metadata:
- PC1gs (WEB720c22d6): paleoData_proxyLumps: NULL has been replaced by
‘Hybrid Grain Size’
- age (WEB7848a4cf): paleoData_units: ‘yr BP’ has been replaced by
‘BP’
- age (WEB7848a4cf): paleoData_unitsOriginal: NULL has been replaced
by ‘yr BP’
- Panom (WEB820982f9): paleoData_proxyLumps: NULL has been replaced by
‘PCA’
Version: 1.0.3
- lastVersion: 1.0.2
- curator: nicholas
- timestamp: 2021-11-19 21:09:36 UTC
- changes:
- Paleo Interpretation metadata:
- PC1gs (WEB720c22d6): interpretation1_seasonality: ‘Summer’ has been
replaced by ‘((( SummerOnly ))) summerOnly /// null’
- PC1gs (WEB720c22d6): interpretation1_seasonalityGeneral: ‘(((
SummerOnly ))) summerOnly /// null’ has been replaced by NULL
- Panom (WEB820982f9): interpretation1_seasonality: ‘Summer (6,7,8,9)’
has been replaced by ‘6,7,8,9’
- Panom (WEB820982f9): interpretation1_seasonalityGeneral: ‘(((
SummerOnly ))) summerOnly /// null’ has been replaced by
‘SummerOnly’
Version: 1.0.2
- lastVersion: 1.0.1
- curator: nicholas
- timestamp: 2021-11-17 02:09:05 UTC
- changes:
- Base metadata:
- archiveType: ‘Lake Sediment’ has been replaced by
‘LakeSediment’
- Geographic metadata:
- geo_gcmdLocation: NULL has been replaced by ‘Asia>Eastern
Asia>China’
- Paleo Column metadata:
- PC1gs (WEB720c22d6): paleoData_notes: NULL has been replaced by ‘“We
find that PC1 of the grain size record is significantly correlated with
regional summer (JJAS) precipitation, which provides over three-quarters
of the annual precipitation to this region (Fig. 6). Prior to
correlation with instrumental precipitation, we interpolated the 20th
century portion of the PC1 time series to annual resolution and applied
a 5-year low pass filter to accommodate the interannual resolution of
the age model during the 20th century. We then applied a 5-year low pass
filter to the instrumental JJAS precipitation time series. PC1 of the
grain size dataset and precipitation covary”’
- PC1gs (WEB720c22d6): paleoData_QCnotes: NULL has been replaced by
‘defer to calibrated ts’
- Panom (WEB820982f9): paleoData_proxy: ‘Hybrid’ has been replaced by
‘PCA’
- Panom (WEB820982f9): paleoData_variableName: ‘Pannom’ has been
replaced by ‘Panom’
- Panom (WEB820982f9): paleoData_datum: NULL has been replaced by
‘anom’
- Panom (WEB820982f9): paleoData_notes: NULL has been replaced by ‘“We
find that PC1 of the grain size record is significantly correlated with
regional summer (JJAS) precipitation, which provides over three-quarters
of the annual precipitation to this region (Fig. 6). Prior to
correlation with instrumental precipitation, we interpolated the 20th
century portion of the PC1 time series to annual resolution and applied
a 5-year low pass filter to accommodate the interannual resolution of
the age model during the 20th century. We then applied a 5-year low pass
filter to the instrumental JJAS precipitation time series. PC1 of the
grain size dataset and precipitation covary”’
- Panom (WEB820982f9): paleoData_proxyDetail: NULL has been replaced
by ‘PC1’
- Panom (WEB820982f9): paleoData_proxyGeneral: NULL has been replaced
by ‘hybrid’
- Paleo Interpretation metadata:
- PC1gs (WEB720c22d6): interpretation1_seasonalityGeneral: NULL has
been replaced by ‘((( SummerOnly ))) summerOnly /// null’
- Panom (WEB820982f9): interpretation1_seasonalityGeneral: NULL has
been replaced by ‘((( SummerOnly ))) summerOnly /// null’
Version: 1.0.1
- lastVersion: 1.0.0
- curator: nicholas
- timestamp: 2021-10-05 21:41:51 UTC
- changes:
- Publication metadata:
- pub1_author: ‘list(list(name = “Conroy, Jessica L”), list(name =
“Hudson, Adam M.”), list(name = “Overpeck, Jonathan T.”), list(name =
“Liu, Kam-Biu”), list(name = “Wang, Lou”), list(name = “Cole, Julia”))’
has been replaced by ‘Conroy, Jessica L’
- Paleo Interpretation metadata:
- pcpanomCI95 (WEB3c70c511): interpretation1_scope: NULL has been
replaced by ‘climate’
- pcpanomCI5 (WEBa21cfda5): interpretation1_scope: NULL has been
replaced by ‘climate’
Version: 1.0.0
- curator: nick
- timestamp: 2021-06-08 03:08:56 UTC
- notes: Added to lipdverse database.