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View/edit a column - Cenogrid cold MIS

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.

• Columns which have not yet had data imported into this database are not shown.
• Column colour is based on the dataset/subdataset so the options to change colour are given on the dataset page.
  
• Most col names have been copied from TSC, to activate an existing column enter the dataset_id directly in the arkL_columns database
• Once columns exist and are assigned to a datset they can be edited from this page
• Events and intervals are not directly assigned to a column in the database instead the column metadata defines which events and intervals are selected

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:	Cenogrid cold MIS Cenogrid warm MIS Cenogrid O18 Cenogrid O18 events Cenogrid C13 Cenogrid C13 events all events	Base stage/age:

Column metadata

Name:		Cenogrid warm MIS column id:509
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 Cenogrid - Westerhold2020 (dataset id: 127)
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:		Sequences, Sea-Level and Stable Isotopes/Stable Isotopes (0-18. C-13. Sr)/Cenogrid

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=127) order by abv_ref, disambig

Westerhold, T., et al. (2020). An astronomically dated record of Earth’s climate and its predictability over the last 66 million years. Science. 369: 1383-1387. gs

Data selection query:
select * from arkL_events where column_id=509 AND age > 0 and age < 700 order by age

Column content

Within the selected interval there are 116 events in the Cenogrid cold MIS column of the Cenogrid - Westerhold2020 dataset (id=127)
They range in age from 0.002 Ma (Holocene) to 5.285 Ma (Zanclean)

id	eventx	has_added_abvE	event_type	TSC label	age	stage
14744	1 MIS	yes	interglacial	1	0.002	Holocene
14745	3 MIS	yes	interglacial	3	0.055	Lt. Pleist. ("Tarantian")
14746	5a MIS	yes	interglacial	5a	0.082	Lt. Pleist. ("Tarantian")
14747	5c MIS	yes	interglacial	5c	0.096	Lt. Pleist. ("Tarantian")
14748	5e MIS	yes	interglacial	5e	0.123	Lt. Pleist. ("Tarantian")
14749	7 MIS	yes	interglacial	7	0.24	Chibanian
14750	9 MIS	yes	interglacial	9	0.329	Chibanian
14751	11 MIS	yes	interglacial	11	0.405	Chibanian
14752	13 MIS	yes	interglacial	13	0.491	Chibanian
14753	15a MIS	yes	interglacial	15a	0.575	Chibanian
14754	15c MIS	yes	interglacial	15c	0.585	Chibanian
14755	15e MIS	yes	interglacial	15e	0.61	Chibanian
14756	17 MIS	yes	interglacial	17	0.696	Chibanian
14757	19 MIS	yes	interglacial	19	0.78	Calabrian
14758	21 MIS	yes	interglacial	21	0.858	Calabrian
14759	23 MIS	yes	interglacial	23	0.91	Calabrian
14760	25 MIS	yes	interglacial	25	0.952	Calabrian
14761	27 MIS	yes	interglacial	27	0.978	Calabrian
14762	29 MIS	yes	interglacial	29	1.022	Calabrian
14763	31 MIS	yes	interglacial	31	1.072	Calabrian
14764	33 MIS	yes	interglacial	33	1.108	Calabrian
14765	35 MIS	yes	interglacial	35	1.166	Calabrian
14766	37 MIS	yes	interglacial	37	1.24	Calabrian
14767	39 MIS	yes	interglacial	39	1.28	Calabrian
14768	41 MIS	yes	interglacial	41	1.31	Calabrian
14769	43 MIS	yes	interglacial	43	1.354	Calabrian
14770	45 MIS	yes	interglacial	45	1.398	Calabrian
14771	47 MIS	yes	interglacial	47	1.438	Calabrian
14772	49 MIS	yes	interglacial	49	1.476	Calabrian
14773	51 MIS	yes	interglacial	51	1.52	Calabrian
14774	53 MIS	yes	interglacial	53	1.565	Calabrian
14775	55 MIS	yes	interglacial	55	1.603	Calabrian
14776	57 MIS	yes	interglacial	57	1.635	Calabrian
14777	59 MIS	yes	interglacial	59	1.675	Calabrian
14778	61 MIS	yes	interglacial	61	1.72	Calabrian
14779	63 MIS	yes	interglacial	63	1.773	Calabrian
14780	65 MIS	yes	interglacial	65	1.83	Gelasian
14781	67 MIS	yes	interglacial	67	1.855	Gelasian
14782	69 MIS	yes	interglacial	69	1.888	Gelasian
14783	71 MIS	yes	interglacial	71	1.933	Gelasian
14784	73 MIS	yes	interglacial	73	1.98	Gelasian
14785	75 MIS	yes	interglacial	75	2.025	Gelasian
14786	77 MIS	yes	interglacial	77	2.055	Gelasian
14787	79 MIS	yes	interglacial	79	2.1	Gelasian
14788	81 MIS	yes	interglacial	81	2.14	Gelasian
14789	83 MIS	yes	interglacial	83	2.185	Gelasian
14790	85 MIS	yes	interglacial	85	2.225	Gelasian
14791	87 MIS	yes	interglacial	87	2.26	Gelasian
14792	89 MIS	yes	interglacial	89	2.3	Gelasian
14793	91 MIS	yes	interglacial	91	2.34	Gelasian
14794	93 MIS	yes	interglacial	93	2.383	Gelasian
14795	95 MIS	yes	interglacial	95	2.418	Gelasian
14796	97 MIS	yes	interglacial	97	2.463	Gelasian
14797	99 MIS	yes	interglacial	99	2.5	Gelasian
14798	101 MIS	yes	interglacial	101	2.548	Gelasian
14799	103 MIS	yes	interglacial	103	2.588	Piacenzian
14800	105 / G1 MIS	yes	interglacial	105 / G1	2.63	Piacenzian
14801	107 / G3 MIS	yes	interglacial	107 / G3	2.663	Piacenzian
14802	109 / G5 MIS	yes	interglacial	109 / G5	2.703	Piacenzian
14803	111 / G7 MIS	yes	interglacial	111 / G7	2.743	Piacenzian
14804	G9 MIS	yes	interglacial	G9	2.783	Piacenzian
14805	G11 MIS	yes	interglacial	G11	2.833	Piacenzian
14806	G13 MIS	yes	interglacial	G13	2.86	Piacenzian
14807	G15 MIS	yes	interglacial	G15	2.898	Piacenzian
14808	G17 MIS	yes	interglacial	G17	2.928	Piacenzian
14809	G19 MIS	yes	interglacial	G19	2.985	Piacenzian
14810	G21 MIS	yes	interglacial	G21	3.035	Piacenzian
14811	K1 MIS	yes	interglacial	K1	3.06	Piacenzian
14812	KM1 MIS	yes	interglacial	KM1	3.105	Piacenzian
14813	KM3 MIS	yes	interglacial	KM3	3.155	Piacenzian
14814	KM5 MIS	yes	interglacial	KM5	3.205	Piacenzian
14815	KM7 MIS	yes	interglacial	KM7	3.245	Piacenzian
14816	M1 MIS	yes	interglacial	M1	3.28	Piacenzian
14817	MG1 MIS	yes	interglacial	MG1	3.32	Piacenzian
14818	MG3 MIS	yes	interglacial	MG3	3.365	Piacenzian
14819	MG5 MIS	yes	interglacial	MG5	3.44	Piacenzian
14820	MG7 MIS	yes	interglacial	MG7	3.48	Piacenzian
14821	MG9 MIS	yes	interglacial	MG9	3.54	Piacenzian
14822	MG11 MIS	yes	interglacial	MG11	3.57	Piacenzian
14823	Gi1 MIS	yes	interglacial	Gi1	3.61	Zanclean
14824	Gi3 MIS	yes	interglacial	Gi3	3.65	Zanclean
14825	Gi5 MIS	yes	interglacial	Gi5	3.69	Zanclean
14826	Gi7 MIS	yes	interglacial	Gi7	3.725	Zanclean
14827	Gi9 MIS	yes	interglacial	Gi9	3.765	Zanclean
14828	Gi11 MIS	yes	interglacial	Gi11	3.815	Zanclean
14829	Gi13 MIS	yes	interglacial	Gi13	3.855	Zanclean
14830	Gi15 MIS	yes	interglacial	Gi15	3.89	Zanclean
14831	Gi17 MIS	yes	interglacial	Gi17	3.935	Zanclean
14832	Gi19 MIS	yes	interglacial	Gi19	3.96	Zanclean
14833	Gi21 MIS	yes	interglacial	Gi21	4.015	Zanclean
14834	Gi23 MIS	yes	interglacial	Gi23	4.065	Zanclean
14835	Gi25 MIS	yes	interglacial	Gi25	4.11	Zanclean
14836	Gi27 MIS	yes	interglacial	Gi27	4.185	Zanclean
14837	Co1 MIS	yes	interglacial	Co1	4.215	Zanclean
14838	Co3 MIS	yes	interglacial	Co3	4.27	Zanclean
14839	CN1 MIS	yes	interglacial	CN1	4.34	Zanclean
14840	CN5 MIS	yes	interglacial	CN5	4.385	Zanclean
14841	CN7 MIS	yes	interglacial	CN7	4.43	Zanclean
14842	N1 MIS	yes	interglacial	N1	4.475	Zanclean
14843	N3 MIS	yes	interglacial	N3	4.545	Zanclean
14844	N5 MIS	yes	interglacial	N5	4.6	Zanclean
14845	N7 MIS	yes	interglacial	N7	4.645	Zanclean
14846	NS1 MIS	yes	interglacial	NS1	4.67	Zanclean
14847	NS3 MIS	yes	interglacial	NS3	4.71	Zanclean
14848	NS5 MIS	yes	interglacial	NS5	4.755	Zanclean
14849	Si1 MIS	yes	interglacial	Si1	4.79	Zanclean
14850	Si3 MIS	yes	interglacial	Si3	4.825	Zanclean
14851	Si5 MIS	yes	interglacial	Si5	4.87	Zanclean
14852	ST1 MIS	yes	interglacial	ST1	4.925	Zanclean
14853	ST3 MIS	yes	interglacial	ST3	4.955	Zanclean
14854	T1 MIS	yes	interglacial	T1	4.99	Zanclean
14855	T3 MIS	yes	interglacial	T3	5.025	Zanclean
14856	T5 MIS	yes	interglacial	T5	5.09	Zanclean
14857	T7 MIS	yes	interglacial	T7	5.135	Zanclean
14858	TG1 MIS	yes	interglacial	TG1	5.235	Zanclean
14859	TG3 MIS	yes	interglacial	TG3	5.285	Zanclean

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 Cenogrid warm MIS column from the Cenogrid - Westerhold2020 dataset for the interval. For intervals tables the events re also shown 0 - 700 Ma