arkL edit interval

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select id,columnx from arkL_columns where dataset_id like 3

View/Edit arkL Database interval - Acanthohoplites nolani BAsZ

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The age-window currently being used to search for terms for autocompletion is 64.5861 -> 164.8 Ma.

	interval above:	Hypacanthoplites rubricosus BAsZ
parent-intervals:Hypacanthoplites jacobi BAZ;	this interval:	Acanthohoplites nolani BAsZ	sub-intervals:
	interval below:	Parahoplites nutfieldiensis BAsZ

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Interval data

intervalx:	Acanthohoplites nolani BAsZhas added abv?id: 2861 sort:332
alternative_term:	A. nolani BAsZblock label:
formal term:
interval_type:
parent_interval:
dataset:	ammonites Sub-Boreal (dataset id = 3)
alt dataset:	(dataset id = )
TSC Column:	id:11
stage:
colour:
interval_notes:
compilation_notes:
refs to add:
linked refs:
preset_duration:
preset_duration_notes:
tracecode	; Q1base from event age; Q2top from event age; Q3a duration from base & top

	age2020	age		event	event_id	pup	in interval	age	age2020
Top:		114.5861	<---	base Hypacanthoplites rubricosus BAsZ	3207	0.5000	Acanthohoplites nolani BAsZ to Hypacanthoplites rubricosus BAsZ	114.5861	00114.5861
Base:		114.8000	<---	base Hypacanthoplites jacobi BAZ	3208	0.0000		114.8	00114.8000
base notes	Top of P. nutfieldiensis zone is constrained in Germany by 114.86 +/-0.37 Ar/Ar (SInger et al., GSA Nov’15 presentation) which verifies and enhances Obradovich’s 114 +/-1.3 Ma; therefore Base of this zone set as 114.8 Ma. This was similar to GTS04 = set at 115 Ma to fit the constraint of an Ar-Ar age of 114 +/-1.3 Ma within that underlying zone. Lower subzone also known as Nolaniceras nolani"", which would be same as Tethyan; but that would then conflict with French-cycle age model for N. nolani. My solution would be to NOT call this as base of Jacobi zone.				comp notes

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