Data Object Description
Identifier:lao.21.9
Name:Pasoh Mortality Rates
Description:Condit et al.: Growth and Mortality of tropical tree species in Pasoh, Malaysia.
Physical Structure Description:
Object Name:pasohmort.txt
Text Format:
Attribute Orientation:column
Simple Delimited:
Field Delimeter:#x09
Online Distribution Info:
 ecogrid://knb/lao.22.1
Attribute(s) Info:
NameColumn LabelDefinitionType of ValueMeasurement TypeMeasurement DomainMissing Value CodeAccuracy ReportAccuracy AssessmentCoverageMethod
Genus  
Name of taxonomic generatext  
nominal
DefNames of tree genera
         
Species  
Name of taxonomic tree species   nominal
DefNames of taxonomic species
         
Census_intervalCensus interval  
Census interval on which mortality rates were calculatedtext  
ordinal
DefCensus Interval in years
         
N_10No. trees between 10 and 100 mm dbh  
Number of trees between 10 and 100 mm dbh that were alive in the initial censusinteger  
ratio
Unitdimensionless
Precision1
Typewhole
         
S_10No. trees between 10 and 100 mm dbh that survived  
Number of trees between 10 and 100 mm dbh alive in the initial census that were stil alive in the second censusinteger  
ratio
Unitdimensionless
Precision1
Typewhole
         
Time_10Mean time interval for trees between 10 and 100 mm dbh  
Mean time interval (in years) between the two censuses for trees between 10 and 100 mm dbh that went into mortality rate calculationfloat  
ratio
Unitdimensionless
Precision.001
Typereal
         
Rate_10Observed mortality rate constant for trees between 10 and 100 mm dbh  
Observed mortality rate constant for trees between 10 and 100 mm dbh, using natural log transformfloat  
ratio
Unitdimensionless
Precision.001
Typereal
         
Fitted_10Estimated mortality rate constant for trees between 10 and 100 mm dbh  
Estimated mortality rate constant from Gibbs sampler for trees between 10 and 100 mm dbhfloat  
ratio
Unitdimensionless
Precision.001
Typereal
         
Lower_10Lower 95% confidence limit of estimate for trees between 10 and 100 mm dbh  
Lower 95% confidence limit of fitted rate for trees between 10 and 100 mm dbh, based on Gibbs samplerfloat  
ratio
Unitdimensionless
Precision.001
Typereal
         
Upper_10Upper 95% confidence limit of estimate for trees between 10 and 100 mm dbh  
Upper 95% confidence limit of the fitted rate for trees between 10 and 100 mm dbh, based on Gibbs samplerfloat  
ratio
Unitdimensionless
Precision.001
Typereal
         
N_100Number of trees greater than or = 100 mm dbh  
Number of trees greater than or equal to 100 mm dbh alive in the initial censusinteger  
ratio
Unitdimensionless
Precision1
Typewhole
         
S_100No. trees greater than or = 100 mm dbh that survived  
Number of trees greater than or = 100 mm dbh alive in the initial census that survived into the second censusinteger  
ratio
Unitdimensionless
Precision1
Typewhole
         
Time_100Mean time interval for trees greater than or = 100 mm dbh  
Mean time interval (in years) for trees greater than or = 100 mm dbh that went into mortality rate calculationfloat  
ratio
Unitdimensionless
Precision.001
Typereal
         
Rate_100Observed mortaltiy rate constant for trees with dbh greater than or equal to 100 mm  
Observed mortality rate for trees greater than or = 100 mm dbh, using natural log transformfloat  
ratio
Unitdimensionless
Precision.001
Typereal
         
Fitted_100Estimated mortality rate constant for trees greater than or = 100 mm dbh  
Estimated mortality rate constant for trees greater than or = 100 mm dbh, based on Gibbs samplerfloat  
ratio
Unitdimensionless
Precision.001
Typereal
         
Lower_100Lower 95% confidence limit of estimate for trees greater than or = 100 mm dbh  
Lower 95% confidence limit of the fitted rate for trees greater than or = 100 mm dbh, based on Gibbs samplerfloat  
ratio
Unitmole
Precision.001
Typereal
         
Upper_100Upper 95% confidence limit of estimate for trees greater than or = 100 mm dbh  
Upper 95% confidence limit of the fitted rate for trees greater than or = 100 mm dbh, based on Gibbs samplerfloat  
ratio
Unitdimensionless
Precision.001
Typereal