Column |
Name |
Units |
Type |
Description (hide) |

1 |
Site |
none |
integer |
Site |

2 |
Transect |
none |
integer |
Transect |

3 |
Plot |
none |
integer |
Plot |

4 |
Kalmia_basal_area |
m^2 |
floating-point |
Kalmia basal area, total basal area from within 5 m circle at center of plot; m2 |

5 |
Kalmia_TSII |
m^2/ha |
floating-point |
Kalmia Tree Species Influence index |

6 |
Rhodo_basal_area |
m^2 |
floating-point |
Rhodo basal area |

7 |
Rhodo_TSII |
m^2/ha |
floating-point |
Rhodo TSII- Tree Species Influence index |

8 |
Kalmia_Rhodo_basal_area |
m^2 |
floating-point |
combination Kalmia and Rhodo basal area |

9 |
Kalmia_Rhodo_TSII |
m^2/ha |
floating-point |
Combination Kalmia + Rhodo TSII (Tree Species Influence index) |

10 |
Oven_dry_litter_weight |
g |
floating-point |
Oven dry (OD) litter weight; grams (g) |

11 |
Litter_yield |
g/m^2 |
floating-point |
Litter yield |

12 |
Mean Litter depth |
mm |
floating-point |
Mean litter depth; millimeters (mm) |

13 |
Oven_dry_humus_weight |
g |
floating-point |
Oven dry (OD) humus wgt; grams (g) |

14 |
Humus_yield |
g/m^2 |
floating-point |
Humus yield; g/m2 |

15 |
Mean_Humus_depth |
mm |
floating-point |
Mean Humus depth |

16 |
Mean_Soil_Depth |
cm |
floating-point |
Mean Soil Depth |

17 |
pH |
none |
floating-point |
pH |

18 |
Hydronium_concentration |
ppm |
floating-point |
H+ concentration |

19 |
Ca |
ppm |
floating-point |
Ca in soil; Parts per million (ppm) |

20 |
Mg |
ppm |
floating-point |
Mg in soil; Parts per million (ppm) |

21 |
P |
ppm |
floating-point |
P in soil; Parts per million (ppm) |

22 |
K |
ppm |
floating-point |
K in soil; Parts per million (ppm) |

23 |
Mn |
ppm |
floating-point |
Mn in soil; Parts per million (ppm) |

24 |
Zn |
ppm |
floating-point |
Zn in soil; Parts per million (ppm) |

25 |
Fe |
ppm |
floating-point |
Fe in soil; Parts per million (ppm) |

26 |
Al |
ppm |
floating-point |
Al in soil; Parts per million (ppm) |

27 |
Cu |
ppm |
floating-point |
Cu in soil; Parts per million (ppm) |

28 |
B |
ppm |
floating-point |
B in soil; Parts per million (ppm) |

29 |
Soil_percent_C |
% |
floating-point |
soil %C |

30 |
Soil_percent_N |
% |
floating-point |
soil %N |

31 |
Humus_percent_C |
% |
floating-point |
Humus %C |

32 |
Humus_percent_N |
% |
floating-point |
humus %N |

33 |
Litter_percent_C |
% |
floating-point |
Litter %C |

34 |
Litter_percent_N |
% |
floating-point |
Litter %N |

35 |
ACPE_basal_area |
m^2 |
floating-point |
ACPE basal area |

36 |
ACPE_ITII |
m^2/ha |
floating-point |
ACPE sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

37 |
ACRU_basal_area |
m^2 |
floating-point |
ACRU basal area |

38 |
ACRU_ITII |
m^2/ha |
floating-point |
ACRU sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

39 |
AMAR_basal_area |
m^2 |
floating-point |
AMAR basal area |

40 |
AMAR_ITII |
m^2/ha |
floating-point |
AMAR sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

41 |
BEAL_basal_area |
m^2 |
floating-point |
BEAL basal area |

42 |
BEAL_ITII |
m^2/ha |
floating-point |
BEAL sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

43 |
BELE_basal_area |
m^2 |
floating-point |
BELE basal area |

44 |
BELE_ITII |
m^2/ha |
floating-point |
BELE sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

45 |
CADE_basal_area |
m^2 |
floating-point |
CADE basal area |

46 |
CADE_ITII |
m^2/ha |
floating-point |
CADE sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

47 |
CAGL_basal_area |
m^2 |
floating-point |
CAGL basal area |

48 |
CAGL_ITII |
m^2/ha |
floating-point |
CAGL sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

49 |
CATO_basal_area |
m^2 |
floating-point |
CATO basal area |

50 |
CATO_ITII |
m^2/ha |
floating-point |
CATO sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

51 |
CLAC_basal_area |
m^2 |
floating-point |
CLAC basal area |

52 |
CLAC_ITII |
m^2/ha |
floating-point |
CLAC sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

53 |
COFL_basal_area |
m^2 |
floating-point |
COFL basal area |

54 |
COFL_ITII |
m^2/ha |
floating-point |
COFL sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

55 |
FAGR_basal_area |
m^2 |
floating-point |
FAGR basal area |

56 |
FAGR_ITII |
m^2/ha |
floating-point |
FAGR sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

57 |
HATE_basal_area |
m^2 |
floating-point |
HATE basal area |

58 |
HATE_ITII |
m^2/ha |
floating-point |
HATE sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

59 |
HAVI_basal_area |
m^2 |
floating-point |
HAVI basal area |

60 |
HAVI_ITII |
m^2/ha |
floating-point |
HAVI sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

61 |
ILMO_basal_area |
m^2 |
floating-point |
ILMO basal area |

62 |
ILMO_ITII |
m^2/ha |
floating-point |
ILMO sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

63 |
LITU_basal_area |
m^2 |
floating-point |
LITU basal area |

64 |
LITU_ITII |
m^2/ha |
floating-point |
LITU sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

65 |
MAAC_basal_area |
m^2 |
floating-point |
MAAC basal area |

66 |
MAAC_ITII |
m^2/ha |
floating-point |
MAAC sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

67 |
MAFR_basal_area |
m^2 |
floating-point |
MAFR basal area |

68 |
MAFR_ITII |
m^2/ha |
floating-point |
MAFR sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

69 |
NYSY_basal_area |
m^2 |
floating-point |
NYSY basal area |

70 |
NYSY_ITII |
m^2/ha |
floating-point |
NYSY sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

71 |
OXAR_basal_area |
m^2 |
floating-point |
OXAR basal area |

72 |
OXAR_ITII |
m^2/ha |
floating-point |
OXAR sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

73 |
PIRI_basal_area |
m^2 |
floating-point |
PIRI basal area |

74 |
PIRI_ITII |
m^2/ha |
floating-point |
PIRI sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

75 |
PIST_basal_area |
m^2 |
floating-point |
PIST basal area |

76 |
PIST_ITII |
m^2/ha |
floating-point |
PIST sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

77 |
PYPU_basal_area |
m^2 |
floating-point |
PYPU basal area |

78 |
PYPU_ITII |
m^2/ha |
floating-point |
PYPU sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

79 |
QUAL_basal_area |
m^2 |
floating-point |
QUAL basal area |

80 |
QUAL_ITII |
m^2/ha |
floating-point |
QUAL sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

81 |
QUCO_basal_area |
m^2 |
floating-point |
QUCO basal area |

82 |
QUCO_ITII |
m^2/ha |
floating-point |
QUCO sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

83 |
QUFA_basal_area |
m^2 |
floating-point |
QUFA basal area |

84 |
QUFA_ITII |
m^2/ha |
floating-point |
QUFA sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

85 |
QUPR_basal_area |
m^2 |
floating-point |
QUPR basal area |

86 |
QUPR_ITII |
m^2/ha |
floating-point |
QUPR sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

87 |
QURU_basal_area |
m^2 |
floating-point |
QURU basal area |

88 |
QURU_ITII |
m^2/ha |
floating-point |
QURU sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

89 |
QUVE_basal_area |
m^2 |
floating-point |
QUVE basal area |

90 |
QUVE_ITII |
m^2/ha |
floating-point |
QUVE sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

91 |
RHCA_basal_area |
m^2 |
floating-point |
RHCA basal area |

92 |
RHCA_ITII |
m^2/ha |
floating-point |
RHCA sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

93 |
ROPS_basal_area |
m^2 |
floating-point |
ROPS basal area |

94 |
ROPS_ITII |
m^2/ha |
floating-point |
ROPS sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

95 |
TSCA_basal_area |
m^2 |
floating-point |
TSCA basal area |

96 |
TSCA_ITII |
m^2/ha |
floating-point |
TSCA sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |

97 |
VACO_basal_area |
m^2 |
floating-point |
VACO basal area |

98 |
VACO_ITII |
m^2/ha |
floating-point |
VACO sum of ITII; ITII = (104/(2*d/D)2) d = distance, D = diameter, expressed as m2/ha |