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View/edit a column - Crussol. Poland, England Kimm-Oxf-Callov, Spain Bath-Bajo

TimeScaleCreator displays data in columns, as selected in the Choose Columns pane of TSC settings. This page allows selection of a column and review of metadata on it. It also displays the content of the column.

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Select Column and time interval

select dataset & column		time interval		cm/Ma
Dataset:	chronostratigraphyQuaternary Regional Stagesstages Australian (Cenoz, Sil-Ord)stages Baltoscania (Sil_Ord)stages Boreal (Late J/early K)stages British (Late J/early K)stages California (Cenozoic)stages Donets Basin (Carb)stages Iberian-Morocco (Ord-Camb)stages Japan (Neogene, Cret)stages Kazakhistan (Camb)stages New Zealandstages North American (Cret & Palaeozoic)stages North China (Camb)stages Paratethys (Neogene)stages Russia (Permo-Carb, Camb)stages Siberia (Carb, Camb)stages South China (Jur -> Camb)stages Tethyan - Pamirs (Permian)stages Tethyan - Salt Range (Permian)stages Western Europe (Cret, Permo-Carb, Ord-Camb) strat - Dorset Late Jurassicstrat - German Triassicstrat - type Mississippianstrat - Yangtse Platform (China, Tr)strat - Yorkshire Oxfordiananoxic episodesLower Paleozoic Time Slicesbiotic eventsmagnetochronologymagnetochronology - Jurassic pre M26 PacDeepTow at depthmagnetochronology - Quaternary eventsmagnetochronology - Triassic outcropmagnetochronology- Jurassic outcropammonites Russian Borealammonites Siberian Borealammonites Sub-Borealammonites Tethyanammonites Western Interiorbelemnites Balto-Scandiabelemnites Borealbelemnites Russian platform belemnites Tethyangraptolitestrilobitesbivalves Siberianbivalves Triassicbrachiopods Borealbrachiopods Tethyaninoceramids Aquitaineinoceramids Russian platforminoceramids Western Europeinoceramids Western interiorrudistsarchaeocyathsdacryoconarids (tentaculitids)conchostracansconodontsconodonts Australiaconodonts NAmostracods Borealostracods Devonianostracods Frenchostracods Tethyancalcareous algaecalpionellidscharophytesdiatoms low-latdiatoms mid-lat NPacdiatoms Soceanforams - Fusulinids & bforams - Eurasiaforams - Fusulinids & bforams - NAmericaforams - LBF letter stagesforams - LBFsforams - LBFs- French 1997 datumsforams - microfossils North Seaforams - plankticforams - SBFs Borealforams - SBFs Frenchforams - SBFs Tethyannannos Borealnannos Tethyanradiolaria low-latradiolaria Permo-Triassicradiolaria Southen mid & high latacritarchschitinozoadflgs Borealdflgs North Seadflgs NW Europedflgs Tethyanmiospores - Australianmiospores - E Europeanmiospores - SEAustralianmiospores - W Europeanpollen & spores - Arctic Triassicpollen & spores - German Triassicmacrofloramammals Asia & Chinamammals Australianmammals Europemammals North Americamammals South AmericaVert - AcanthodiansVert - Australian Early FishVert - Fish and Reptile faunachronsVert - PlacodermsVert - Sharkscyclostrat Martinez cyclessea-level Slilurian Loydell 98sequences - Boreal Jurassicsequences - Devoniansequences - Devonian Johnson85 T-Rsequences - NAm Ordovician of Hollandsequences & sea-level Silurian & Ordoviciansequences Carb Donets Basinsequences Carb Eurasiansequences globalsequences Perm-Carb-Dev NAmAntarctic CO2Antarctic delta-DeuteriumCarbon-13 compositeCarbon-13 eventsCenogrid - Westerhold2020Chinese Loess Mag suscLisiecki&Raymo 2005Marine Isotope StagesMilankovitch parametersOxygen-18 Cramer 2009Oxygen-18 eventsStrontiumMiller et al 2020	Top stage/age:
Column:	Crussol. Poland, England Kimm-Oxf-Callov, Spain Bath-Bajo Chron Label (Jurassic outcrop) Series Label (Jurassic outcrop) all events	Base stage/age:

Column metadata

Name:		Crussol. Poland, England Kimm-Oxf-Callov, Spain Bath-Bajo column id:139
dataset:		chronostratigraphy Quaternary Regional Stages stages Australian (Cenoz, Sil-Ord) stages Baltoscania (Sil_Ord) stages Boreal (Late J/early K) stages British (Late J/early K) stages California (Cenozoic) stages Donets Basin (Carb) stages Iberian-Morocco (Ord-Camb) stages Japan (Neogene, Cret) stages Kazakhistan (Camb) stages New Zealand stages North American (Cret & Palaeozoic) stages North China (Camb) stages Paratethys (Neogene) stages Russia (Permo-Carb, Camb) stages Siberia (Carb, Camb) stages South China (Jur -> Camb) stages Tethyan - Pamirs (Permian) stages Tethyan - Salt Range (Permian) stages Western Europe (Cret, Permo-Carb, Ord-Camb) strat - Dorset Late Jurassic strat - German Triassic strat - type Mississippian strat - Yangtse Platform (China, Tr) strat - Yorkshire Oxfordian anoxic episodes Lower Paleozoic Time Slices biotic events magnetochronology magnetochronology - Jurassic pre M26 PacDeepTow at depth magnetochronology - Quaternary events magnetochronology - Triassic outcrop magnetochronology- Jurassic outcrop ammonites Russian Boreal ammonites Siberian Boreal ammonites Sub-Boreal ammonites Tethyan ammonites Western Interior belemnites Balto-Scandia belemnites Boreal belemnites Russian platform belemnites Tethyan graptolites trilobites bivalves Siberian bivalves Triassic brachiopods Boreal brachiopods Tethyan inoceramids Aquitaine inoceramids Russian platform inoceramids Western Europe inoceramids Western interior rudists archaeocyaths dacryoconarids (tentaculitids) conchostracans conodonts conodonts Australia conodonts NAm ostracods Boreal ostracods Devonian ostracods French ostracods Tethyan calcareous algae calpionellids charophytes diatoms low-lat diatoms mid-lat NPac diatoms Socean forams - Fusulinids & bforams - Eurasia forams - Fusulinids & bforams - NAmerica forams - LBF letter stages forams - LBFs forams - LBFs- French 1997 datums forams - microfossils North Sea forams - planktic forams - SBFs Boreal forams - SBFs French forams - SBFs Tethyan nannos Boreal nannos Tethyan radiolaria low-lat radiolaria Permo-Triassic radiolaria Southen mid & high lat acritarchs chitinozoa dflgs Boreal dflgs North Sea dflgs NW Europe dflgs Tethyan miospores - Australian miospores - E European miospores - SEAustralian miospores - W European pollen & spores - Arctic Triassic pollen & spores - German Triassic macroflora mammals Asia & China mammals Australian mammals Europe mammals North America mammals South America Vert - Acanthodians Vert - Australian Early Fish Vert - Fish and Reptile faunachrons Vert - Placoderms Vert - Sharks cyclostrat Martinez cycles sea-level Slilurian Loydell 98 sequences - Boreal Jurassic sequences - Devonian sequences - Devonian Johnson85 T-R sequences - NAm Ordovician of Holland sequences & sea-level Silurian & Ordovician sequences Carb Donets Basin sequences Carb Eurasian sequences global sequences Perm-Carb-Dev NAm Antarctic CO2 Antarctic delta-Deuterium Carbon-13 composite Carbon-13 events Cenogrid - Westerhold2020 Chinese Loess Mag susc Lisiecki&Raymo 2005 Marine Isotope Stages Milankovitch parameters Oxygen-18 Cramer 2009 Oxygen-18 events Strontium Miller et al 2020 magnetochronology- Jurassic outcrop (dataset id: 29)
column_type:		intervals events lithology range chart sequence pointdata bar chart graphic sea-level curve images stacked filled curve pointdata_table:
Column properties:		Width:   Colour:
Field for labels/data:		source_col id:
TSC notes:
Compilation notes:
refs to add:
linked refs:
Path:		Geomagnetic Polarity/Crussol Poland, England Kimm-Oxf-Callov, Spain Bath-Bajo

Column References ↑

Dataset References ↑

select * from arkL_refs as r left join arkL_reflinks as l on r.refno=l.refno where (l.dbase='arkL_datasets' and l.dbase_id=29) order by abv_ref, disambig

Gipe, R. A. (2013). Callovian (upper Middle Jurassic) Magnetostratigraphy: A Composite Polarity Pattern From France, Britain and Germany, and Its Correlation to the Pacific Marine Magnetic Anomaly Model. Purdue University Open Access Theses. . 36: 1-107. gs

Ogg, J. G., et al. (2010a). Oxfordian magnetostratigraphy of Britain and its correlation to Tethyan regions and Pacific marine magnetic anomalies. Earth and Planetary Science Letters. 289: 433-448. gs

Ogg, J. G., et al. (2010b). Late Jurassic time scale: integration of ammonite zones, magnetostratigraphy, astronomical tuning and sequence interpretation for Tethyan, Sub-boreal and Boreal realms. Earth Science Frontiers. 17: 81-82. gs

Interval Data selection query
select i.id,i.intervalx,i.has_added_abv,i.block_label,i.base_age,i.top_age,i.colour,i.polarity,i.stage,e.event_display,e.age from arkL_intervals as i left join arkL_events as e on i.base_id=e.id where i.column_id=139 and base_age>= 0 and top_age <= 700 order by base_age, top_age

Column content

There are 182 intervals in the Crussol. Poland, England Kimm-Oxf-Callov, Spain Bath-Bajo column of the magnetochronology- Jurassic outcrop dataset (id=29)
They range in age from 150.1640 Ma (Kimmeridgian) to 174.7000 Ma (Aalenian)

id	intervalx	has_added_abv	TSC label	top_age	base_age	stage
1378	Eudox-R = M23r.2r		Eudox-R = M23r.2r	150.1640	150.8278	Kimmeridgian
1379	Eudox-N = M24n		Eudox-N = M24n	150.8278	151.1552	Kimmeridgian
1380	Acan-R = M24r.1r		Acan-R = M24r.1r	151.1552	151.6361	Kimmeridgian
1381	Acan-R = M24r.1n		Acan-R = M24r.1n	151.6361	151.6893	Kimmeridgian
1382	Div-R = M24r.2r		Div-R = M24r.2r	151.6893	151.9939	Kimmeridgian
1383	Div-N = M24An		Div-N = M24An	151.9939	152.0540	Kimmeridgian
1384	Loth-R = M24Ar		Loth-R = M24Ar	152.0540	152.3058	Kimmeridgian
1385	Hip-N = M24Bn		Hip-N = M24Bn	152.3058	152.7672	Kimmeridgian
1386	Hip-R = M24Br		Hip-R = M24Br	152.7672	152.8553	Kimmeridgian
1387	Platy-N = M25		Platy-N = M25	152.8553	153.3226	Kimmeridgian
1388	Platy-R1 = M25n.1r		Platy-R1 = M25n.1r	153.3226	153.3650	Kimmeridgian
1389	Platy-N1 = M25n.2n		Platy-N1 = M25n.2n	153.3650	153.3791	Kimmeridgian
1390	Poly-R1 = M25r		Poly-R1 = M25r	153.3791	153.4438	Kimmeridgian
1391	Galar-N1 = M25An.1n		Galar-N1 = M25An.1n	153.4438	153.5821	Kimmeridgian
1392	Galar-R1 = M25An.1r		Galar-R1 = M25An.1r	153.5821	153.5977	Kimmeridgian
1393	Plan-Uncertain		Plan-Uncertain	153.5977	153.8256	Kimmeridgian
1394	Plan-R3		Plan-R3	153.8256	153.9190	Kimmeridgian
1395	Plan-N2		Plan-N2	153.9190	153.9482	Kimmeridgian
1396	Plan-R2		Plan-R2	153.9482	154.0358	Kimmeridgian
1397	Plan-N1		Plan-N1	154.0358	154.1351	Kimmeridgian
1398	Plan-R1		Plan-R1	154.1351	154.2335	Kimmeridgian
1399	Hauff-N2		Hauff-N2	154.2335	154.2772	Kimmeridgian
1400	Hauff-R2		Hauff-R2	154.2772	154.3621	Kimmeridgian
1401	Hauff-N1		Hauff-N1	154.3621	154.4228	Kimmeridgian
1402	Hauff-R1		Hauff-R1	154.4228	154.5235	Kimmeridgian
1403	Bimm-N2		Bimm-N2	154.5235	154.5450	Kimmeridgian
1404	Bimm-R1		Bimm-R1	154.5450	154.6554	Kimmeridgian
1405	Bimm-N1		Bimm-N1	154.6554	155.9297	Oxfordian
1406	Hyps-R3		Hyps-R3	155.9297	155.9996	Oxfordian
1407	Hyps-N2		Hyps-N2	155.9996	156.3674	Oxfordian
1408	Hyps-R2		Hyps-R2	156.3674	156.4811	Oxfordian
1409	Hyps-N1		Hyps-N1	156.4811	156.6564	Oxfordian
1410	Hyps-R1		Hyps-R1	156.6564	156.8146	Oxfordian
1411	Gross-N2		Gross-N2	156.8146	156.9388	Oxfordian
1412	Gross-R2		Gross-R2	156.9388	157.0954	Oxfordian
1413	Gross-N1		Gross-N1	157.0954	157.2034	Oxfordian
1414	Gross-R1		Gross-R1	157.2034	157.3276	Oxfordian
1415	Sten-N		Sten-N	157.3276	157.5076	Oxfordian
1416	Sten-uncertain		Sten-uncertain	157.5076	157.6876	Oxfordian
1417	Rot-N		Rot-N	157.6876	157.7201	Oxfordian
1418	Rot-uncertain		Rot-uncertain	157.7201	157.7526	Oxfordian
1419	Sch-R2		Sch-R2	157.7526	157.7818	Oxfordian
1420	Sch-N1		Sch-N1	157.7818	157.8306	Oxfordian
1421	Sch-R1		Sch-R1	157.8306	157.9281	Oxfordian
1422	Luc-N2		Luc-N2	157.9281	157.9671	Oxfordian
1423	Luc-R2		Luc-R2	157.9671	158.0386	Oxfordian
1424	Luc-N1		Luc-N1	158.0386	158.0516	Oxfordian
1425	Luc-R1		Luc-R1	158.0516	158.0646	Oxfordian
1426	Par-uncertain		Par-uncertain	158.0646	158.1556	Oxfordian
1427	Par-R2		Par-R2	158.1556	158.2336	Oxfordian
1428	Par-N1		Par-N1	158.2336	158.3116	Oxfordian
1429	Par-R1		Par-R1	158.3116	158.3376	Oxfordian
1430	Ant-N3		Ant-N3	158.3376	158.4125	Oxfordian
1431	Ant-R2		Ant-R2	158.4125	158.4375	Oxfordian
1432	Ant-N2		Ant-N2	158.4375	158.4924	Oxfordian
1433	Ant-R1		Ant-R1	158.4924	158.5748	Oxfordian
1434	Ant-N1		Ant-N1	158.5748	158.5973	Oxfordian
1435	VertPli-R5		VertPli-R5	158.5973	158.6123	Oxfordian
1436	VertPli-N5		VertPli-N5	158.6123	158.6273	Oxfordian
1437	VertPli-R4		VertPli-R4	158.6273	158.6573	Oxfordian
1438	VertPli-N4		VertPli-N4	158.6573	158.6673	Oxfordian
1439	VertPli-R3		VertPli-R3	158.6673	158.7124	Oxfordian
1440	VertPli-N3		VertPli-N3	158.7124	158.7874	Oxfordian
1441	VertPli-R2		VertPli-R2	158.7874	158.8374	Oxfordian
1442	VertPli-N2		VertPli-N2	158.8374	158.8875	Oxfordian
1443	VertPli-R1		VertPli-R1	158.8875	158.9225	Oxfordian
1444	VertPli-N1		VertPli-N1	158.9225	158.9375	Oxfordian
1445	CostCord-R3		CostCord-R3	158.9375	159.1764	Oxfordian
1446	CostCord-N3		CostCord-N3	159.1764	159.2894	Oxfordian
1447	CostCord-R2		CostCord-R2	159.2894	159.3177	Oxfordian
1448	CostCord-N2		CostCord-N2	159.3177	159.3904	Oxfordian
1449	CostCord-R1		CostCord-R1	159.3904	159.4711	Oxfordian
1450	CostCord-N1		CostCord-N1	159.4711	159.4989	Oxfordian
1451	Buk-R2		Buk-R2	159.4989	159.5594	Oxfordian
1452	Buk-N2		Buk-N2	159.5594	159.5669	Oxfordian
1453	Buk-R1		Buk-R1	159.5669	159.5896	Oxfordian
1454	Buk-N1		Buk-N1	159.5896	159.6350	Oxfordian
1455	Prae-uncertain		Prae-uncertain	159.6350	159.7776	Oxfordian
1456	Prae-R3		Prae-R3	159.7776	159.9014	Oxfordian
1457	Prae-N2		Prae-N2	159.9014	160.0026	Oxfordian
1458	Prae-R2		Prae-R2	160.0026	160.1826	Oxfordian
1459	Prae-N1		Prae-N1	160.1826	160.4301	Oxfordian
1460	Prae-R1		Prae-R1	160.4301	160.8820	Oxfordian
1461	Scar-N1		Scar-N1	160.8820	160.9582	Oxfordian
1462	Wood-R1		Wood-R1	160.9582	161.1717	Oxfordian
1463	Wood-N1		Wood-N1	161.1717	161.1793	Oxfordian
1464	Red-R2		Red-R2	161.1793	161.2175	Oxfordian
1465	Red-N1		Red-N1	161.2175	161.3395	Oxfordian
1466	Red-R1		Red-R1	161.3395	161.4462	Oxfordian
1467	Pauc-N2		Pauc-N2	161.4462	161.5675	Oxfordian
1468	Pauc-R1		Pauc-R1	161.5675	161.6048	Callovian
1469	Lamb-N4		Lamb-N4	161.6048	161.7169	Callovian
1470	Lamb-R3		Lamb-R3	161.7169	161.9036	Callovian
1471	Lamb-N3		Lamb-N3	161.9036	162.0531	Callovian
1472	Lamb-R2		Lamb-R2	162.0531	162.1651	Callovian
1473	Lamb-N2		Lamb-N2	162.1651	162.3479	Callovian
1474	Lamb-R1		Lamb-R1	162.3479	162.3744	Callovian
1475	Lamb-N1		Lamb-N1	162.3744	162.4010	Callovian
1476	Ath-R2		Ath-R2	162.4010	162.5248	Callovian
1477	Ath-N1		Ath-N1	162.5248	162.7251	Callovian
1478	Ath-R1		Ath-R1	162.7251	162.8057	Callovian
1479	Cor-N		Cor-N	162.8057	162.9705	Callovian
1480	Cor-R		Cor-R	162.9705	163.0814	Callovian
1481	Jas-N		Jas-N	163.0814	163.5719	Callovian
1482	Call-R		Call-R	163.5719	163.7220	Callovian
1483	Call-N		Call-N	163.7220	163.8620	Callovian
1484	Koen-R2		Koen-R2	163.8620	163.9988	Callovian
1485	Koen-N1		Koen-N1	163.9988	164.1660	Callovian
1486	Koen-R1		Koen-R1	164.1660	164.2848	Callovian
1487	Herv-N2		Herv-N2	164.2848	165.1062	Callovian
1488	Herv-R1		Herv-R1	165.1062	165.2440	Callovian
1489	Herv-N1		Herv-N1	165.2440	165.2954	Callovian
1490	Discus-R2		Discus-R2	165.2954	165.3545	Bathonian
1491	Discus-N2		Discus-N2	165.3545	165.3814	Bathonian
1492	Discus-R1		Discus-R1	165.3814	165.4029	Bathonian
1493	Discus-N1		Discus-N1	165.4029	165.5050	Bathonian
1494	Retr-[no data]		Retr-[no data]	165.5050	165.6017	Bathonian
1495	Retro-R		Retro-R	165.6017	165.6340	Bathonian
1496	Retro-N		Retro-N	165.6340	165.7307	Bathonian
1497	Brem-[no data]		Brem-[no data]	165.7307	165.8704	Bathonian
1498	Brem-R		Brem-R	165.8704	165.9564	Bathonian
1499	Morr-N		Morr-N	165.9564	166.2036	Bathonian
1500	Subc-R		Subc-R	166.2036	166.3164	Bathonian
1501	Progr-N		Progr-N	166.3164	166.5452	Bathonian
1502	Aur-R		Aur-R	166.5452	167.3871	Bathonian
1503	Aur-N		Aur-N	167.3871	167.5676	Bathonian
1504	Zig-R2		Zig-R2	167.5676	167.7480	Bathonian
1505	Zig-N2		Zig-N2	167.7480	167.8081	Bathonian
1506	Zig-R1		Zig-R1	167.8081	168.0487	Bathonian
1507	Zig-N1		Zig-N1	168.0487	168.1690	Bathonian
1508	Park-R4		Park-R4	168.1690	168.2243	Bajocian
1509	Park-N4		Park-N4	168.2243	168.2795	Bajocian
1510	Park-R3		Park-R3	168.2795	168.3292	Bajocian
1511	Park-N3		Park-N3	168.3292	168.3624	Bajocian
1512	Park-R2		Park-R2	168.3624	168.4729	Bajocian
1513	Park-N2		Park-N2	168.4729	168.5281	Bajocian
1514	Park-R1		Park-R1	168.5281	168.6386	Bajocian
1515	Park-N1		Park-N1	168.6386	168.6884	Bajocian
1516	Garan-R4		Garan-R4	168.6884	168.7326	Bajocian
1517	Garan-N4		Garan-N4	168.7326	168.8320	Bajocian
1518	Garan-R3		Garan-R3	168.8320	168.8872	Bajocian
1519	Garan-N3		Garan-N3	168.8872	168.9149	Bajocian
1520	Garan-R2		Garan-R2	168.9149	168.9977	Bajocian
1521	Garan-N2		Garan-N2	168.9977	169.0530	Bajocian
1522	Garan-R1		Garan-R1	169.0530	169.0806	Bajocian
1523	Garan-N1		Garan-N1	169.0806	169.2740	Bajocian
1524	Nior-R2		Nior-R2	169.2740	169.5992	Bajocian
1525	Nior-N1		Nior-N1	169.5992	169.6456	Bajocian
1530	Nior-R1		Nior-R1	169.6456	169.7629	Bajocian
1527	Humph-N2		Humph-N2	169.7629	169.8082	Bajocian
1528	Humph-R2		Humph-R2	169.8082	169.9127	Bajocian
1529	Humph-N1		Humph-N1	169.9127	170.0173	Bajocian
1526	Humph-R1		Humph-R1	170.0173	170.0522	Bajocian
1531	Prop-N6		Prop-N6	170.0522	170.1033	Bajocian
1532	Prop-R5		Prop-R5	170.1033	170.1219	Bajocian
1533	Prop-N5		Prop-N5	170.1219	170.1405	Bajocian
1534	Prop-R4		Prop-R4	170.1405	170.1683	Bajocian
1535	Prop-N4		Prop-N4	170.1683	170.1962	Bajocian
1536	Prop-R3		Prop-R3	170.1962	170.2032	Bajocian
1537	Prop-N3		Prop-N3	170.2032	170.2264	Bajocian
1538	Prop-R2		Prop-R2	170.2264	170.2613	Bajocian
1539	Prop-N2		Prop-N2	170.2613	170.2845	Bajocian
1540	Prop-R1		Prop-R1	170.2845	170.3078	Bajocian
1541	Laev-N3		Laev-N3	170.3078	170.4355	Bajocian
1542	Laev-R2		Laev-R2	170.4355	170.5226	Bajocian
1543	Laev-N2		Laev-N2	170.5226	170.6097	Bajocian
1544	Laev-R1		Laev-R1	170.6097	170.6271	Bajocian
1545	Laev-N1		Laev-N1	170.6271	170.6678	Bajocian
1546	Discites-R2		Discites-R2	170.6678	170.7084	Bajocian
1547	Discites-N2		Discites-N2	170.7084	170.8071	Bajocian
1548	Discites-R1		Discites-R1	170.8071	170.8536	Bajocian
1549	Discites-N1		Discites-N1	170.8536	170.9000	Bajocian
1550	Concav-R		Concav-R	170.9000	171.2000	Aalenian
1551	Brad-N2		Brad-N2	171.2000	171.8000	Aalenian
6401	Brad-R		Brad-R	171.8000	171.8600	Aalenian
2004	Brad-N1		Brad-N1	171.8600	172.1000	Aalenian
6402	Murch-R Joutcrop	yes	Murch-R	172.1000	172.6600	Aalenian
6403	Opal-N2 Joutcrop	yes	Opal-N2	172.6600	172.8000	Aalenian
6404	Opal-R2 Joutcrop	yes	Opal-R2	172.8000	173.0000	Aalenian
6405	Opal-N1 Joutcrop	yes	Opal-N1	173.0000	173.7000	Aalenian
6406	Opal-R1 Joutcrop	yes	Opal-R1	173.7000	174.0000	Aalenian
6407	Aalen-N Joutcrop	yes	Aalen-N	174.0000	174.7000	Aalenian

Column mock-up

This column mock-up plot is a simple plot of the data to allow visual comparaison with the output from TimeScale Creator. For interval tables the defining events are also shown

The data plotted here is the Crussol. Poland, England Kimm-Oxf-Callov, Spain Bath-Bajo column from the magnetochronology- Jurassic outcrop dataset for the interval. For intervals tables the events re also shown 0 - 700 Ma