Raw CSV file of field recorded values for a stone pine tree

Description

Required data for the assessment of the centre of mass have been recorded in the field for a stone pine (Pinus pinea L.). This is an example of csv file that should be fed to treeBiomass to assess tree centre of mass.

Format

"code","azimuth","dBase","dTip","length","tipD","height","tilt","toBePruned","pathToTip" "L1",275,73,41,"10.2","2.5",0,80,"FALSE","TRUE" "L2",275,41,16,"3.9","2.75","10.2",80,"FALSE","TRUE" "B1",190,15,0,"7.95","10.1",,,"FALSE","FALSE" "B2",200,22,0,"7.95","10.4",,,"FALSE","FALSE" "B3",230,15,0,"7.95","10.4",,,"FALSE","FALSE" "B4",200,18,0,"7.95","11.15",,,"FALSE","FALSE" "B5",180,7,0,"7.95","11.3",,,"FALSE","FALSE" "B6",150,6,0,"7.95","11.3",,,"FALSE","FALSE" "B7",340,16,0,"3.95","11.3",,,"FALSE","FALSE" "B8",220,13,0,"7.95","11.8",,,"FALSE","FALSE" "B9",165,19,0,"7.95","11.8",,,"FALSE","FALSE" "B10",280,8,0,"3.95","11.9",,,"FALSE","FALSE" "B11",170,9,0,"7.95","11.9",,,"FALSE","FALSE" "B12",265,8,0,"7.95","12.2",,,"FALSE","FALSE" "B13",75,6,0,"3.95","12.2",,,"FALSE","FALSE" "B14",180,6,0,"7.95","12.2",,,"FALSE","FALSE" "B15",170,6,0,"7.95","12.6",,,"FALSE","FALSE" "B16",120,5,0,"7.95","12.6",,,"FALSE","FALSE" "B17",10,14,0,"3.95",13,,,"FALSE","FALSE" "B18",180,13,0,"7.95",13,,,"FALSE","FALSE" "B19",260,13,0,"7.95","13.2",,,"FALSE","FALSE" "B20",75,6,0,"3.95","13.2",,,"FALSE","FALSE" "B21",75,10,0,"3.95","13.75",,,"FALSE","FALSE" "B22",215,7,0,"7.95","13.75",,,"FALSE","FALSE" "B23",140,7,0,"7.95","13.75",,,"FALSE","FALSE" "C",275,16,0,3,3,"14.1",80,"FALSE","TRUE"

Details

This dataset has been collected for a 17.1 metres tall stone pine whose stem was tilted approx. 20 degrees from the vertical plane (or 80 degrees from the horizontal plane). The stem has been sectioned in two logs (L1 and L2), and a final branch (C).

The .csv file must contain all column headings listed in importFieldData, regardless of them being optional (no data in them) or mandatory.

Source

Original data collected by the author

Examples

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library("treecm")
csvFileName <- system.file("data", "stonePine1FieldData.csv.gz", package = "treecm")
treeData <- importFieldData(
  csvFileName, 
  650, 
  allometryABDC
)
head(treeData$fieldData)

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