View source for LPD335d863f.RABD660 670

[[Category:MeasuredVariable_(L)]]{{#set:|
	ArchiveType=lake sediment|
	DataType=float|
	Description (L)=relative absorption band depth from 660 to 670 nm|
	Detail (L)=Concentration of chlorophyll a and its derivatives|
	FoundInTable (L)=Aus-DuckholeLake.Saunders.2013.paleo1measurement1|
	HasColumnNumber (L)=7|
	HasMaxValue (L)=0.21969|
	HasMeanValue (L)=0.15411611386139|
	HasMedianValue (L)=0.151445|
	HasMinValue (L)=0.1019|
	HasProxySystem (L)=ProxySystem.LakeSediment.ReflectanceDefaultSensor.Reflectance|
	HasResolution (L)=LPD335d863f.RABD660_670.Resolution|
	HasUnits (L)=NA|
	HasVariableID (L)=LPD335d863f|
	MeasuredOn (L)=DH_1|
	MeasurementMaterial=sediment core|
	Method (L)=Gretag-Spectrolino|
	Name (L)=RABD660_670|
	Notes (L)=; paleoData_variableName changed - was originally Trough (R660;670) (Total chlorin1); paleoData_variableName changed - was originally RABD660_670|
	Pages2kID=Aus_029|
	ProxyObservationType (L)=RABD660_670|
	ProxyObservationType (L)=Reflectance|
	QCCertification=BCD, KMS, JJT, BJH|
	QCnotes=annual T signal is negative (note erratum to original paper). Relative absorption band depth from 660 to 670 nm is a proxy for concentration of chlorophyll a and its derivatives. Note data gap.|
	TakenAtDepth (L)=PYT3M8AJ1UQ.depth|
	UseInPAGES2kGlobalTemperatureAnalysis=t}}