NAm-cana062

	A	B	C	D	E	F	G	H	I	J	K	L	M	N	O	P	Q	R	S	T	U
1	Base Metadata			Publication Metadata			Geographic metadata
2	LiPDVersion	1.2		pub1_DOI	10.1007/978-3-642-61113-1_3		geo_elevation	1000
3	archiveType	tree		pub1_author	Schweingruber, Fritz H. and Briffa, Keith R.		geo_latitude	56.2
4	dataContributor	GTP		pub1_citeKey	schweingruber1996treeringdensitynetworksfo		geo_longitude	-67.7
5	dataSetName	NAm-cana062		pub1_dataUrl	doi.org		geo_pages2kRegion	NAm
6	googleDataURL	https://docs.google.com/spreadsheets/d/1RVDC5Gk9WJv6aj2lLjnSrfznOm7S77jTVYhIrJOZZfo		pub1_journal	Climatic Variations and Forcing Mechanisms of the Last 2000 Years		geo_siteName	Lac Romanel (Feucht)
7	googleMetadataWorksheet	ogzb63d		pub1_pages	43-66
8	googleSpreadSheetKey	1RVDC5Gk9WJv6aj2lLjnSrfznOm7S77jTVYhIrJOZZfo		pub1_pubYear	1996
9	maxYear	1988		pub1_publisher	Springer Science + Business Media
10	metadataMD5	e9601f870abeadd150ff397f8542e164		pub1_title	Tree-Ring Density Networks for Climate Reconstruction
11	minYear	1659		pub1_type	book-chapter
12	originalDataURL	https://www.ncdc.noaa.gov/paleo/study/4499		pub1_volume	41
13	tagMD5	5c60e9a3ed65833daf03e6ebbca38b96
14
15	paleoData column metadata
16	paleoData_TSid	paleoData_variableName	paleoData_description	paleoData_units	paleoData_QCCertification	paleoData_QCnotes	paleoData_archiveGenus	paleoData_pages2kID	paleoData_paleoDataMD5	paleoData_paleoDataTableName	paleoData_paleoMeasurementTableMD5	paleoData_paleoMeasurementTableName	paleoData_paleoMeasurementTableNumber	paleoData_paleoNumber	paleoData_proxy	paleoData_useInGlobalTemperatureAnalysis	climateInterpretation_basis	climateInterpretation_interpDirection	climateInterpretation_seasonality	climateInterpretation_variable	climateInterpretation_variableDetail
17	NAm_1009	sampleCount		count			PCMA		ba89affd7ca6f71f676e0afb2a745649	TRW	ba89affd7ca6f71f676e0afb2a745649	measurementTable1	1	1		FALSE
18	LPDa23d9913	year	Year AD	AD					ba89affd7ca6f71f676e0afb2a745649	TRW	ba89affd7ca6f71f676e0afb2a745649	measurementTable1	1	1
19	NAm_1010	segment		NA			PCMA		ba89affd7ca6f71f676e0afb2a745649	TRW	ba89affd7ca6f71f676e0afb2a745649	measurementTable1	1	1		FALSE
20	NAm_1011	ringWidth		cm			PCMA		ba89affd7ca6f71f676e0afb2a745649	TRW	ba89affd7ca6f71f676e0afb2a745649	measurementTable1	1	1		FALSE
21	NAm_1012	trsgi		NA	GTP, CCR		PCMA	NAm_114	ba89affd7ca6f71f676e0afb2a745649	TRW	ba89affd7ca6f71f676e0afb2a745649	measurementTable1	1	1	TRW	TRUE	first principles and instrumental correlation	positive	summer	T	air@surface
22	NAm_1013	residual		NA			PCMA		ba89affd7ca6f71f676e0afb2a745649	TRW	ba89affd7ca6f71f676e0afb2a745649	measurementTable1	1	1		FALSE
23	NAm_1014	ARS		NA			PCMA		ba89affd7ca6f71f676e0afb2a745649	TRW	ba89affd7ca6f71f676e0afb2a745649	measurementTable1	1	1		FALSE
24	NAm_1015	corrs		NA			PCMA		ba89affd7ca6f71f676e0afb2a745649	TRW	ba89affd7ca6f71f676e0afb2a745649	measurementTable1	1	1		FALSE
25	NAm_1016	RBar		NA			PCMA		ba89affd7ca6f71f676e0afb2a745649	TRW	ba89affd7ca6f71f676e0afb2a745649	measurementTable1	1	1		FALSE
26	NAm_1017	SD		NA			PCMA		ba89affd7ca6f71f676e0afb2a745649	TRW	ba89affd7ca6f71f676e0afb2a745649	measurementTable1	1	1		FALSE
27	NAm_1018	SE		NA			PCMA		ba89affd7ca6f71f676e0afb2a745649	TRW	ba89affd7ca6f71f676e0afb2a745649	measurementTable1	1	1		FALSE
28	NAm_1019	EPS		NA			PCMA		ba89affd7ca6f71f676e0afb2a745649	TRW	ba89affd7ca6f71f676e0afb2a745649	measurementTable1	1	1		FALSE
29	NAm_1020	core		NA			PCMA		ba89affd7ca6f71f676e0afb2a745649	TRW	ba89affd7ca6f71f676e0afb2a745649	measurementTable1	1	1		FALSE
30	NAm_1021	sampleCount		count			PCMA		497ddde1d16328b8924dad6350e867d4	MXD	497ddde1d16328b8924dad6350e867d4	measurementTable1	1	2		FALSE
31	LPDc91a8f0b	year	Year AD	AD					497ddde1d16328b8924dad6350e867d4	MXD	497ddde1d16328b8924dad6350e867d4	measurementTable1	1	2
32	NAm_1022	segment		NA			PCMA		497ddde1d16328b8924dad6350e867d4	MXD	497ddde1d16328b8924dad6350e867d4	measurementTable1	1	2		FALSE
33	NAm_1023	density		g/cm3			PCMA		497ddde1d16328b8924dad6350e867d4	MXD	497ddde1d16328b8924dad6350e867d4	measurementTable1	1	2		FALSE
34	NAm_1024	MXD		NA	GTP, CCR	no low-frequency signal	PCMA	NAm_115	497ddde1d16328b8924dad6350e867d4	MXD	497ddde1d16328b8924dad6350e867d4	measurementTable1	1	2	MXD	TRUE	first principles and instrumental correlation	positive	summer	T	air@surface
35	NAm_1025	residual		NA			PCMA		497ddde1d16328b8924dad6350e867d4	MXD	497ddde1d16328b8924dad6350e867d4	measurementTable1	1	2		FALSE
36	NAm_1026	ARS		NA			PCMA		497ddde1d16328b8924dad6350e867d4	MXD	497ddde1d16328b8924dad6350e867d4	measurementTable1	1	2		FALSE
37	NAm_1027	corrs		NA			PCMA		497ddde1d16328b8924dad6350e867d4	MXD	497ddde1d16328b8924dad6350e867d4	measurementTable1	1	2		FALSE
38	NAm_1028	RBar		NA			PCMA		497ddde1d16328b8924dad6350e867d4	MXD	497ddde1d16328b8924dad6350e867d4	measurementTable1	1	2		FALSE
39	NAm_1029	SD		NA			PCMA		497ddde1d16328b8924dad6350e867d4	MXD	497ddde1d16328b8924dad6350e867d4	measurementTable1	1	2		FALSE
40	NAm_1030	SE		NA			PCMA		497ddde1d16328b8924dad6350e867d4	MXD	497ddde1d16328b8924dad6350e867d4	measurementTable1	1	2		FALSE
41	NAm_1031	EPS		NA			PCMA		497ddde1d16328b8924dad6350e867d4	MXD	497ddde1d16328b8924dad6350e867d4	measurementTable1	1	2		FALSE
42	NAm_1032	core		NA			PCMA		497ddde1d16328b8924dad6350e867d4	MXD	497ddde1d16328b8924dad6350e867d4	measurementTable1	1	2		FALSE
43
44