# 11/7/96
# PALE DB Site Data File
# Prepared by: Matt Duvall
#
# Site Name: Joe Lake
#  Location: AK, USA
# Latitdude: 66.28 N
# Longitude: 157.08 W
# Elevation: 183 (m)
# 
# Contact: Patricia Anderson
# Phone: 206-543-0569
# Email: pata@u.washington.edu
#
# Cores from this site:
#   Core #:106  LO-C
#
#    Radiocarbon ages from cores at this site:
#     Core#	Depth	Thick	Age	Age_sd	Lab_id	Material
#     106	740	10	36970	1250	Beta-41047	Organic Silt
#     106	500	10	26000	280	Beta-18852	Organic Silt
#     106	465	10	25160	270	Beta-41045	Organic Silt
#     106	415	10	14580	80	Beta-41044	Organic Silt
#     106	403.5	5	14160	260	Beta-12371	Organic Silt
#     106	225	10	10490	100	Beta-12370	Organic Silt
#     106	125	10	9440	100	Beta-12369	Organic Silt
#     106	90	10	7860	70	Beta-41042	Organic Silt
#
# Whaaahooo!!!
#   Chronology for this site:
#   Core Num: 106
#    Depth	Thickness	Age	Age_SD	RCODE
#    0	1	0	500	TOP
#    84	10	6005	235	CAV
#    90	10	7860	70	C14
#    125	10	9440	100	C14
#    225	10	10490	100	C14
#    367.5	15	12765	225	CAV
#    403.5	5	14160	260	C14
#    415	10	14580	80	C14
#    465	10	25160	270	C14
#    500	10	26000	280	C14
#    576	32	29965	2155	CAV
#    740	10	36970	1250	C14
#
# Publication(s)
# Anderson, P. M., P. J. Bartlein, and L. B. Brubaker, 1994.  Late Quaternary history of tundra vegetation in northwestern Alaska.  Quaternary Research, 41, 306-315.
#
# Berger, G.W., and P.M. Anderson, 1994.  Thermoluminescence dating of an Arctic lake core from Alaska.  Quaternary Science Reviews, V. 13 (5-7), 497-501.
#
# Anderson, P.M., 1988.  Late Quaternary pollen records from the Kobuk and Noatak River drainages, northwestern Alaska.  Quaternary Research, 29, 263-276.
#
#
# Pollen Data are in the North American Pollen Database
  Organic Carbon:
Core Num	Depth	Age	Thickness	OCarb	Method	Lab_id	Notes
106	3	214	-999	21.9	LOI	N/A	LOI TEMP N/A
106	10	715	-999	19.7	LOI	N/A	LOI TEMP N/A
106	19	1358	-999	27.8	LOI	N/A	LOI TEMP N/A
106	28	2002	-999	27.8	LOI	N/A	LOI TEMP N/A
106	40	2860	-999	29.4	LOI	N/A	LOI TEMP N/A
106	46	3288	-999	12.5	LOI	N/A	LOI TEMP N/A
106	55	3932	-999	15.3	LOI	N/A	LOI TEMP N/A
106	64	4575	-999	22.6	LOI	N/A	LOI TEMP N/A
106	73	5219	-999	22.2	LOI	N/A	LOI TEMP N/A
106	91	7905	-999	5.8	LOI	N/A	LOI TEMP N/A
106	94	8041	-999	3.2	LOI	N/A	LOI TEMP N/A
106	97	8176	-999	7.2	LOI	N/A	LOI TEMP N/A
106	109	8718	-999	7	LOI	N/A	LOI TEMP N/A
106	127	9461	-999	9.6	LOI	N/A	LOI TEMP N/A
106	138	9576	-999	11	LOI	N/A	LOI TEMP N/A
106	151	9713	-999	8.1	LOI	N/A	LOI TEMP N/A
106	157	9776	-999	3	LOI	N/A	LOI TEMP N/A
106	160	9808	-999	6.2	LOI	N/A	LOI TEMP N/A
106	163	9839	-999	7.6	LOI	N/A	LOI TEMP N/A
106	181	10028	-999	4.1	LOI	N/A	LOI TEMP N/A
106	184	10060	-999	3.7	LOI	N/A	LOI TEMP N/A
106	188	10102	-999	13.9	LOI	N/A	LOI TEMP N/A
106	197	10196	-999	14.2	LOI	N/A	LOI TEMP N/A
106	212	10354	-999	4.1	LOI	N/A	LOI TEMP N/A
106	221	10448	-999	5.8	LOI	N/A	LOI TEMP N/A
106	229	10554	-999	4.9	LOI	N/A	LOI TEMP N/A
106	239	10713	-999	7.4	LOI	N/A	LOI TEMP N/A
106	248	10856	-999	3	LOI	N/A	LOI TEMP N/A
106	257	10999	-999	9.4	LOI	N/A	LOI TEMP N/A
106	266	11142	-999	2.6	LOI	N/A	LOI TEMP N/A
106	275	11285	-999	5.4	LOI	N/A	LOI TEMP N/A
106	296	11620	-999	2.5	LOI	N/A	LOI TEMP N/A
106	305	11763	-999	2.5	LOI	N/A	LOI TEMP N/A
106	314	11906	-999	3.3	LOI	N/A	LOI TEMP N/A
106	323	12049	-999	2.5	LOI	N/A	LOI TEMP N/A
106	332	12192	-999	1.9	LOI	N/A	LOI TEMP N/A
106	341	12335	-999	1.9	LOI	N/A	LOI TEMP N/A
106	350	12479	-999	2.4	LOI	N/A	LOI TEMP N/A
106	359	12622	-999	2	LOI	N/A	LOI TEMP N/A
106	368	12765	-999	1.9	LOI	N/A	LOI TEMP N/A
106	377	13114	-999	3.1	LOI	N/A	LOI TEMP N/A
106	395	13811	-999	2.5	LOI	N/A	LOI TEMP N/A
106	404	14160	-999	2.7	LOI	N/A	LOI TEMP N/A
106	413	14504	-999	2.4	LOI	N/A	LOI TEMP N/A
106	422	16061	-999	2.3	LOI	N/A	LOI TEMP N/A
106	431	17966	-999	2.3	LOI	N/A	LOI TEMP N/A
106	440	19870	-999	2.1	LOI	N/A	LOI TEMP N/A
106	446	21140	-999	2.1	LOI	N/A	LOI TEMP N/A
106	449	21774	-999	1.9	LOI	N/A	LOI TEMP N/A
106	455	23044	-999	2.3	LOI	N/A	LOI TEMP N/A
106	470	25280	-999	2.1	LOI	N/A	LOI TEMP N/A
106	476	25424	-999	3.3	LOI	N/A	LOI TEMP N/A
106	488	25712	-999	3.3	LOI	N/A	LOI TEMP N/A
106	494	25856	-999	3.2	LOI	N/A	LOI TEMP N/A
106	500	26000	-999	2.5	LOI	N/A	LOI TEMP N/A
106	512	26626	-999	1.6	LOI	N/A	LOI TEMP N/A
106	515	26783	-999	2.4	LOI	N/A	LOI TEMP N/A
106	521	27096	-999	2.8	LOI	N/A	LOI TEMP N/A
106	524	27252	-999	1.7	LOI	N/A	LOI TEMP N/A
106	539	28035	-999	4.5	LOI	N/A	LOI TEMP N/A
106	542	28191	-999	1.8	LOI	N/A	LOI TEMP N/A
106	551	28661	-999	2.3	LOI	N/A	LOI TEMP N/A
106	554	28817	-999	1.9	LOI	N/A	LOI TEMP N/A
106	562	29235	-999	1.6	LOI	N/A	LOI TEMP N/A
#


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