University of Minnesota
University of Minnesota
College of Biological Sciences
http://www.cbs.umn.edu/

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Investigating patterns of habitat specialization in fifteen co-occurring willow and poplar species. - Experiment 238


Growth, gas exchange and hydraulic conductivity of greenhouse grown willows under pre-drought conditions

Years Available: 2006

Principle Investigators

Savage, Jessica
Cavender-Bares, Jeannine

View All Experiment and Dataset Methods

ATTRIBUTES

FieldNameDefinitionUnitCode
1YearYear
2ExperimentCDR experiment number
3SpeciesSpecies scientific name
4Stem massAverage stem biomass (g)gram
5Leaf massAverage leaf biomass (g)gram
6Root massAverage root biomass (g)gram
7SLAAverage specific leaf area (10^2 * cm3/g)centimeterCubedPerGram*100
8AAverage leaf photosynthetic capacity (mol CO2/m2s)molesPerMeterSquared
9FsAverage steady-state chlorophyll fluorescencemolesPerMeterSquared
10KplantAverage leaf conductance (mmol/MPa s m2)millimolesPerMegapascalPerMeterSqured
11KleafAverage leaf specific whole plant conductance (mmol/MPa s m2)millimolesPerMegapascalPerMeterSqured
 

SAMPLE DATASET

YearExperimentSpeciesStem massLeaf massRoot massSLAAgsKplantKleaf
2006E238Salix bebbiana8.545.622.271.6190.320.660.89
2006E238Salix candida5.184.6412.312.2160.320.791.2
2006E238Salix discolor10.659.4928.172.4190.270.891.6
2006E238Salix pedicellaris6.353.9811.52180.310.791.3
2006E238Salix petiolaris7.014.8116.511.4220.320.560.88
2006E238Salix pyrifolia5.332.2812.811.5130.230.681.4
           

Download dataset aaoe238
Investigating patterns of habitat specialization in fifteen co-occurring willow and poplar species.: Growth, gas exchange and hydraulic conductivity of greenhouse grown willows under pre-drought conditions

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