Citation:

bre.12090

Name: Detrital zircon geochronology data, petrographic point count data and paleocurrent indicator data of Triassic turbidites in the Nanpanjiang Basin, South China
Published: 2015
License: https://creativecommons.org/licenses/by/3.0/

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Abstract:

Triassic turbidites of the Nanpanjiang basin of south China represent the most expansive and voluminous siliciclastic turbidite accumulation in south China. The Nanpanjiang basin occurs at a critical junction between the southern margin of the south China plate and the Indochina, Siamo and Sibumasu plates to the south and southwest. The Triassic Yangtze carbonate shelf and isolated carbonated platforms in the basin have been extensively studied, but silicilastic turbidites in the basin have received relatively little attention. Deciphering the facies, paleocurrent indicators and provenance of the Triassic turbidites is important for several reasons: it promises to help resolve the timing of plate collisions along suture zones bordering the basin to the south and southwest, it will enable evaluation of which suture zones and Precambrian massifs were source areas, and it will allow an evaluation of the impact of the siliciclastic flux on carbonate platform evolution within the basin.

Turbidites in the basin include the Early Triassic Shipao Formation and the Middle-Late Triassic Baifeng, Xinyuan, Lanmu Bianyang and Laishike formations. Each ranges upward of 700 m and the thickest is nearly 3 km. The turbidites contain very-fine sand in the northern part of the basin whereas the central and southern parts of the basin also commonly contain fine and rarely medium sand size. Coarser sand sizes occur where paleocurrents are from the south, and in this area some turbidites exhibit complete bouma sequences with graded A divisions. Successions contain numerous alternations between mud-rich and sand-rich intervals with thickness trends corresponding to proximal/ distal fan components. Spectacularly preserved sedimentary structures enable robust evaluation of turbidite systems and paleocurrent analyses. Analysis of paleocurrent measurements indicates two major directions of sediment fill. The northern part of the basin was sourced primarily by the Jiangnan massif in the northeast, and the central and southern parts of the basin were sourced primarily from suture zones and the Yunkai massif to the south and southeast respectively.

Sandstones of the Lower Triassic Shipao Fm. have volcaniclastic composition including embayed quartz and glass shards. Middle Triassic sandstones are moderately mature, matrix-rich, lithic wackes. The average QFL ratio from all point count samples is 54.1/18.1/27.8% and the QmFLt ratio is 37.8/ 18.1/ 44.1%. Lithic fragments are dominantly claystone and siltstone clasts and metasedimentary clasts such as quartz mica tectonite. Volcanic lithics are rare. Most samples fall in the recycled orogen field of QmFLt plots, indicating a relatively quartz and lithic rich composition consistent with derivation from Precambrian massifs such as the Jiangnan, and Yunkai. A few samples from the southwest part of the basin fall into the dissected arc field, indicating a somewhat more lithic and feldspar-rich composition consistent with derivation from a suture zone

Analysis of detrial zircon populations from 17 samples collected across the basin indicate: (1) Several samples contain zircons with concordant ages greater than 3000 Ma, (2) there are widespread peaks across the basin at 1800 Ma and 2500, (3) a widespread 900 Ma population, (3) a widespread population of zircons at 440 Ma, and (5) a larger population of younger zircons about 250 Ma in the southwestern part which is replaced to the north and northwest by a somewhat older population around 260-290 Ma. The 900 Ma provenance fits derivation from the Jiangnan Massif, the 2500, 1800, and 440 Ma provenance fits the Yunkai massif, and the 250 Ma is consistent with convergence and arc development in suture zones bordering the basin on the south or southwest.

Early siliciclastic turbidite flux, proximal to source areas impacted carbonate platform evolution by infilling the basin, reducing accommodation space, stabilizing carbonate platform margins and promoting margin progradation. Late arrival, in areas far from source areas caused margin aggradation over a starved basin, development of high relief aggradational escarpments and unstable scalloped margins.

Coverage:

Median Latitude: 24.795285 * Median Longitude: 106.590783 * South-bound Latitude: 22.219633 * West-bound Longitude: 104.816433 * North-bound Latitude: 25.882333 * East-bound Longitude: 107.837433

Date/Time Start: 2010-01-16T00:00:00 * Date/Time End: 2011-07-12T00:00:00

Event(s):

Nanpanjiang_Basin * Latitude Start: 22.219630 * Longitude Start: 104.816400 * Latitude End: 25.882300 * Longitude End: 107.837400 * Date/Time Start: 2010-01-16T00:00:00 * Date/Time End: 2011-07-12T00:00:00 * Location: Guangxi, Guizhou, China * Method/Device: Sampling by hand (HAND) * Comment: Paleocurrent measurement by brunton compass and protractor

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Sample code/label	Sample label		Lehrmann, Daniel
2	Area/locality	Area		Lehrmann, Daniel
3	LATITUDE	Latitude				Geocode
4	LONGITUDE	Longitude				Geocode
5	Formation	Formation		Lehrmann, Daniel		stratigraphic
6	Uranium	U	mg/kg	Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)
7	Lead-206/Lead-204 ratio	206Pb/204Pb		Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)
8	Uranium/Thorium ratio	U/Th		Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)
9	Lead-206/Lead-207 ratio	206Pb/207Pb		Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)
10	Lead-206/Lead-207, error	206Pb/207Pb e	±	Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)
11	Lead-207/Uranium-235 ratio	207Pb/235U		Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)
12	Lead-207/Uranium-235, error	207Pb/235U e	±	Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)
13	Lead-206/Uranium-238 ratio	206Pb/238U		Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)
14	Lead-206/Uranium-238, error	206Pb/238U e	±	Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)
15	Correction	corr		Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)
16	Age, mineral	Age mineral	Ma	Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)	206Pb/238U*
17	Age, error	Age e	±	Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)	206Pb/238U*
18	Age, mineral	Age mineral	Ma	Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)	207Pb/235U
19	Age, error	Age e	±	Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)	207Pb/235U
20	Age, mineral	Age mineral	Ma	Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)	206Pb/207Pb*
21	Age, error	Age e	±	Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)	206Pb/207Pb*
22	Age, mineral	Age mineral	Ma	Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)	Best age
23	Age, error	Age e	±	Lehrmann, Daniel	Nu HR ICP-MS, Arizona Laserchron Center (ALC)	Best age
24	Number of points	Points	#	Lehrmann, Daniel		total
25	Quartz	Qz	%	Lehrmann, Daniel	Point counting, petrographic microscope
26	Feldspar	Fsp	%	Lehrmann, Daniel	Point counting, petrographic microscope
27	Lithic grains	Lithic	%	Lehrmann, Daniel	Point counting, petrographic microscope
28	Quartz, monocrystalline	MonoQz	%	Lehrmann, Daniel	Point counting, petrographic microscope
29	Lithic grains	Lithic	%	Lehrmann, Daniel	Point counting, petrographic microscope	total (including polycrystalline quartz)
30	Quartz, polycrystalline	PolyQz		Lehrmann, Daniel	Point counting, petrographic microscope
31	Volcanic fragments	Volc fragm	%	Lehrmann, Daniel	Point counting, petrographic microscope
32	Sedimentary fragments	Sed fragm	%	Lehrmann, Daniel	Point counting, petrographic microscope
33	Plagioclase	Pl	%	Lehrmann, Daniel	Point counting, petrographic microscope
34	Kalifeldspar	Kfs	%	Lehrmann, Daniel	Point counting, petrographic microscope
35	Matrix	Matrix	%	Lehrmann, Daniel	Point counting, petrographic microscope
36	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
37	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
38	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
39	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
40	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
41	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
42	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
43	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
44	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
45	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
46	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
47	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
48	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
49	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
50	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
51	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
52	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
53	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
54	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
55	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
56	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
57	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
58	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
59	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
60	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
61	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
62	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
63	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
64	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
65	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
66	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
67	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
68	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
69	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
70	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
71	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
72	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
73	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
74	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
75	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
76	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
77	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
78	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
79	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
80	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
81	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
82	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
83	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
84	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
85	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
86	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
87	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
88	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
89	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
90	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
91	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
92	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
93	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
94	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
95	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
96	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
97	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
98	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
99	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
100	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
101	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
102	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
103	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
104	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
105	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
106	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
107	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
108	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
109	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
110	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
111	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
112	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
113	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
114	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
115	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
116	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
117	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
118	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
119	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
120	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
121	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
122	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
123	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
124	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
125	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
126	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
127	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
128	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
129	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
130	Vector	Vec	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, unique direction
131	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
132	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
133	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
134	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
135	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
136	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
137	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
138	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
139	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
140	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
141	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
142	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
143	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
144	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
145	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
146	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
147	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
148	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
149	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
150	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
151	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
152	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
153	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
154	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
155	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
156	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
157	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
158	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
159	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
160	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
161	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
162	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
163	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
164	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
165	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
166	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
167	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
168	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
169	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
170	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
171	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
172	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
173	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
174	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
175	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
176	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
177	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
178	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
179	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
180	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
181	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
182	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
183	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
184	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
185	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
186	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
187	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
188	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
189	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
190	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
191	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
192	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
193	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
194	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
195	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
196	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
197	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
198	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
199	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
200	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
201	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
202	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
203	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
204	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
205	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
206	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
207	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
208	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
209	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
210	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
211	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
212	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
213	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
214	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
215	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
216	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
217	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
218	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
219	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
220	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction
221	Linear flow indicator	Linear	deg	Lehrmann, Daniel	Protractor, corrected for strike and dip	Paleocurrent indicator, bidirectional, non-unique direction

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