Data Object Description
Identifier:	ctfsgrwmort.1.9
Name: Yasuni Mortality Rates Description: Average Annual Mortality Rates for tree species in 25 ha plot at Yasuni, Ecuador Physical Structure Description: Object Name: yasmort.txt Size: 114517 byte Text Format: Number of Header Lines: 1 Record Delimiter: #x0A Attribute Orientation: column Simple Delimited: Field Delimeter: #x09 Number Of Records: 1115 Online Distribution Info:   ecogrid://knb/lao.8.1 Attribute(s) Info: Name Column Label Definition Type of Value Measurement Type Measurement Domain Missing Value Code Accuracy Report Accuracy Assessment Coverage Method Genus Genus   Name of taxonomic genus text   nominal Def Name of tree genera Source Taxonomic lists           Species Species   Name of taxonomic speciest textt   nominal Def Name of tree species Source Taxonomic lists           Census_interval Census interval   census interval on which mortality rates are calculated text   ordinal Def interval in years           N_10 Number of trees between 10 and 100 mm dbh   Number of trees between 10 and 100 mm dbh that were alive in the initial census integer   ratio Unit dimensionless Precision 1 Type integer           S_10 Number of 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 still alive in the second census integer   ratio Unit dimensionless Precision 1 Type integer           Time_10 Mean time interval for trees between 10 and 100 mm dbh   mean time interval (years) between the two censuses for trees between 10 and 100 mm dbh that went into the mortality calculation float   ratio Unit dimensionless Precision .001 Type real           Rate_10 Observed mortality rate constant for trees between 10 and 100 mm dbh   Observed mortality rate constant for trees between 10 and 100 mm, using natural log transform float   ratio Unit dimensionless Precision .001 Type real           Fitted_10 Estimated 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 dbh float   ratio Unit dimensionless Precision .001 Type real           Lower_10 Lower 95% confidence limit of estimate for trees between 10 and 100 mm dbh   lower 95% confidence limit of the fitted rate for trees between 10 and 100 mm dbh, based on Gibbs sampler float   ratio Unit dimensionless Precision .001 Type real           Upper_10 Upper 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 sampler float   ratio Unit dimensionless Precision .001 Type real           N_100 Number of trees greater than or = 100 mm dbh   Number of trees greater than or = 100 mm dbh alive in the initial census integer   ratio Unit dimensionless Precision 1 Type integer           S_100 Number of 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 census integer   ratio Unit dimensionless Precision 1 Type integer           Time_100 Mean 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 calculation float   ratio Unit dimensionless Precision .001 Type real           Rate_100 Observed mortality rate constant for trees greater than or = 100 mm dbh   observed mortality rate for trees greater than or = 100 mm dbh, using natural log transform float   ratio Unit dimensionless Precision .001 Type real           Fitted_100 Estimated mortality rate constant for trees greater than or = 100 mm dbh   estimated mortality rate constant from Gibbs sampler for trees greater than or = 100 mm dbh float   ratio Unit dimensionless Precision .001 Type real           Lower_100 Lower 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 sampler float   ratio Unit dimensionless Precision .001 Type real           Upper_100 Upper 95% confidence limit of estimate for trees greater than or =100 mm dbh   upper 95% confidence limits of the fitted rate for trees greater than or = 100 mm dbh, based on Gibbs sampler float   ratio Unit dimensionless Precision .001 Type real