Error(s) in re-building vignettes:
  ...
--- re-building ‘DGVM3D.Rmd’ using rmarkdown
Loading required package: rgl
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
### establishTrees ###
Using method: 'sunflower'.
New establishment.
### establishTrees ###
Using method: 'row'.
New establishment.
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   1):  133.91 (needle:   66.83; broadleaved:   67.08)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   2):  161.40 (needle:   77.80; broadleaved:   83.60)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   3):  133.02 (needle:   62.62; broadleaved:   70.40)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   4):  137.57 (needle:   68.82; broadleaved:   68.75)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   5):  138.59 (needle:   76.37; broadleaved:   62.22)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   6):  141.63 (needle:   68.67; broadleaved:   72.96)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   7):  126.63 (needle:   61.35; broadleaved:   65.28)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   8):  133.95 (needle:   68.61; broadleaved:   65.34)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   9):  139.05 (needle:   67.65; broadleaved:   71.40)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch  10):  135.91 (needle:   72.84; broadleaved:   63.07)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch  11):  135.11 (needle:   69.11; broadleaved:   66.00)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch  12):  134.46 (needle:   63.72; broadleaved:   70.74)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   1):  816.24 (needle:  671.34; broadleaved:  144.90)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   2): 1084.37 (needle:  949.69; broadleaved:  134.68)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   3): 1085.41 (needle:  949.60; broadleaved:  135.81)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   4):  542.71 (needle:  408.98; broadleaved:  133.73)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   5):  371.20 (needle:  351.73; broadleaved:   19.47)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   6): 1122.55 (needle:  976.62; broadleaved:  145.93)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   7):  863.22 (needle:  782.62; broadleaved:   80.60)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   8): 1042.00 (needle:  923.32; broadleaved:  118.68)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   9):  750.20 (needle:  641.39; broadleaved:  108.81)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch  10): 1003.03 (needle:  930.31; broadleaved:   72.72)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch  11):  369.72 (needle:  241.58; broadleaved:  128.14)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch  12): 1054.81 (needle:  809.95; broadleaved:  244.86)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   1):  306.14 (needle:  142.52; broadleaved:  163.62)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   2):  965.46 (needle:  965.46; broadleaved:    0.00)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   3): 1512.05 (needle: 1148.26; broadleaved:  363.79)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   4): 1122.52 (needle: 1076.04; broadleaved:   46.48)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   5): 1362.26 (needle:  889.70; broadleaved:  472.56)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   6): 1367.32 (needle:  859.40; broadleaved:  507.92)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   7):  776.12 (needle:  776.12; broadleaved:    0.00)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   8): 1814.92 (needle: 1802.32; broadleaved:   12.60)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch   9):  349.35 (needle:  349.35; broadleaved:    0.00)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch  10):  347.23 (needle:  317.13; broadleaved:   30.10)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch  11): 1429.94 (needle:  990.85; broadleaved:  439.09)
Randomly distributing trees in patch
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
New establishment.
Total crownarea (patch  12): 1721.47 (needle: 1643.12; broadleaved:   78.35)
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
### establishTrees ###
Using 10 samples in max. 10 repetitions (max. crown radius overlap: 0.500).
Sorting by 'Crownarea' in 'descending' order.
Establishing additional trees.
pandoc-citeproc: Error in $: Incompatible API versions: encoded with [1,20] but attempted to decode with [1,17,5,4].
CallStack (from HasCallStack):
  error, called at ./Text/Pandoc/JSON.hs:111:48 in pandoc-types-1.17.5.4-5tHZ3B61A58JaKOMxwGQR4:Text.Pandoc.JSON
Error running filter /usr/bin/pandoc-citeproc:
Filter returned error status 1
Error: processing vignette 'DGVM3D.Rmd' failed with diagnostics:
pandoc document conversion failed with error 83
--- failed re-building ‘DGVM3D.Rmd’

SUMMARY: processing the following file failed:
  ‘DGVM3D.Rmd’

Error: Vignette re-building failed.
Execution halted