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Effect of substituting urea with grain-legume fixed N fertiliser on CO2 emissions, and of raising pH on N2O emissions. Wongan Hills, Western Australia, 2009-2011 [Theme 4: Soil Carbon in N2O emissions]

Entity Description

Data Set Citation

Barton L of The University of Western Australia. Effect of substituting urea with grain-legume fixed N fertiliser on CO2 emissions, and of raising pH on N2O emissions. Wongan Hills, Western Australia, 2009-2011 [Theme 4: Soil Carbon in N2O emissions].
barton.52.55 (http://www.n2o.net.au/knb/metacat/barton.52.55/html).

Entity Info
Name:
Crop Growth & Yield (lupin-wheat)
Number Of Records:
15
Online Distribution Info
Data:
Download File  View Licence
Access
Access Control:
Auth System:
knb
Order:
allowFirst
Allow:
[all] uid=datalibrarian,o=unaffiliated,dc=ecoinformatics,dc=org
Physical Structure Description
Object Name:
Crop Growth & Yield (lupin-wheat) (cs update).csv
Size:
1444 byte
Text Format:
Number of Header Lines:
1
Record Delimiter:
#x0A
Attribute Orientation:
column
Simple Delimited:
Field Delimeter:
,
Attribute(s) Info:
Attribute Description
(label and definition)		Measurement Type and Domain
Date -
Date plant sample collected.
dateTime
FormatMM/DD/YYYY
Precision0
Plant -
Crop type.
nominal
DefinitionText
Plant stage -
Plant growth stage as defined by zaddock scale.
nominal
DefinitionText
Dry shoot Lime -
Dry mass of above ground biomass from lime plots. Determined after oven-drying at 60oC.
ratio
UnitkilogramsPerHectare
Typenatural
SE -
Standard error of values in previous column.
ratio
UnitkilogramsPerHectare
Typenatural
Dry shoot No lime -
Dry mass of above ground biomass from no lime plots. Determined after oven-drying at 60oC.
ratio
UnitkilogramsPerHectare
Typenatural
SE -
Standard error of values in previous column.
ratio
UnitkilogramsPerHectare
Typenatural
%N Lime -
N content of above ground biomass from lime . Determined by combustion using a C-N-S analyser.
ratio
Unitpercentage
Typenatural
SE -
Standard error of values in previous column.
ratio
Unitpercentage
Typenatural
%N No lime -
N content of above ground biomass from no lime plots. Determined by combustion using a C-N-S analyser.
ratio
Unitpercentage
Typenatural
SE -
Standard error of values in previous column.
ratio
Unitpercentage
Typenatural
%C Lime -
C content of above ground biomass from lime plots. Determined by combustion using a C-N-S analyser.
ratio
Unitpercentage
Typenatural
SE -
Standard error of values in previous column.
ratio
Unitpercentage
Typenatural
%C No lime -
C content of above ground biomass from no lime plots. Determined by combustion using a C-N-S analyser.
ratio
Unitpercentage
Typenatural
SE -
Standard error of values in previous column.
ratio
Unitpercentage
Typenatural
Grain Yield Lime -
Grain yield from lime plots. Determined after oven-drying at 60oC.
ratio
UnittonnePerHectare
Typenatural
SE -
Standard error of values in previous column.
ratio
UnittonnePerHectare
Typenatural
Grain Yield No Lime -
Grain yield from no lime plots Determined after oven-drying at 60oC.
ratio
UnittonnePerHectare
Typenatural
SE -
Standard error of values in previous column.
ratio
UnittonnePerHectare
Typenatural
Grain %N Lime -
N content of above grain from lime plots. Determined by combustion using a C-N-S analyser.
ratio
Unitpercentage
Typenatural
SE -
Standard error of values in previous column.
ratio
Unitpercentage
Typenatural
Grain %N No lime -
N content of above grain from no lime plots. Determined by combustion using a C-N-S analyser.
ratio
Unitpercentage
Typenatural
SE -
Standard error of values in previous column.
ratio
Unitpercentage
Typenatural
Grain %C Lime -
C content of above grain from lime plots. Determined by combustion using a C-N-S analyser.
ratio
Unitpercentage
Typenatural
SE -
Standard error of values in previous column.
ratio
Unitpercentage
Typenatural
Grain %C No lime -
C content of above grain from no lime plots. Determined by combustion using a C-N-S analyser.
ratio
Unitpercentage
Typenatural
SE -
Standard error of values in previous column
ratio
Unitpercentage
Typenatural
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