| # |
Field Name |
Units |
Type |
Description |
| 1 |
Name |
|
Text |
|
| 2 |
Description |
|
Text |
|
| 3 |
decid |
|
Boolean |
0 if forest is evergreen, 1 if forest is deciduous |
|
4 |
prdx(2) |
g biomass/m2/month |
Single precision floating point |
maximum gross forest production |
|
5 |
prdx(3) |
g C/m2/month |
Single precision floating point |
maximum net forest production |
|
6 |
ppdf(1) |
|
Single precision floating point |
optimum temperature for production for parameterization of a
Poisson Density Function curve to simulate temperature effect on growth |
|
7 |
ppdf(2) |
|
Single precision floating point |
maximum temperature for production for parameterization of a
Poisson Density Function curve to simulate temperature effect on growth |
|
8 |
ppdf(3) |
|
Single precision floating point |
left curve shape for parameterization of a Poisson Density
Function curve to simulate temperature effect on growth |
|
9 |
ppdf(4) |
|
Single precision floating point |
right curve shape for parameterization of a Poisson Density
Function curve to simulate temperature effect on growth |
|
10 |
cerfor(1,1,1) |
|
Single precision floating point |
minimum C/E ratio for forest compartments, N, leaf |
|
11 |
cerfor(1,1,2) |
|
Single precision floating point |
minimum C/E ratio for forest compartments, P, leaf |
|
12 |
cerfor(1,1,3) |
|
Single precision floating point |
minimum C/E ratio for forest compartments, S, leaf |
|
13 |
cerfor(1,2,1) |
|
Single precision floating point |
minimum C/E ratio for forest compartments, N, fine root |
|
14 |
cerfor(1,2,2) |
|
Single precision floating point |
minimum C/E ratio for forest compartments, P, fine root |
|
15 |
cerfor(1,2,3) |
|
Single precision floating point |
minimum C/E ratio for forest compartments, S, fine root |
|
16 |
cerfor(1,3,1) |
|
Single precision floating point |
minimum C/E ratio for forest compartments, N, fine branch |
|
17 |
cerfor(1,3,2) |
|
Single precision floating point |
minimum C/E ratio for forest compartments, P, fine branch |
|
18 |
cerfor(1,3,3) |
|
Single precision floating point |
minimum C/E ratio for forest compartments, S, fine branch |
|
19 |
cerfor(1,4,1) |
|
Single precision floating point |
minimum C/E ratio for forest compartments, N, large wood |
|
20 |
cerfor(1,4,2) |
|
Single precision floating point |
minimum C/E ratio for forest compartments, P, large wood |
|
21 |
cerfor(1,4,3) |
|
Single precision floating point |
minimum C/E ratio for forest compartments, S, large wood |
|
22 |
cerfor(1,5,1) |
|
Single precision floating point |
minimum C/E ratio for forest compartments, N, coarse root |
|
23 |
cerfor(1,5,2) |
|
Single precision floating point |
minimum C/E ratio for forest compartments, P, coarse root |
|
24 |
cerfor(1,5,3) |
|
Single precision floating point |
minimum C/E ratio for forest compartments, S, coarse root |
|
25 |
cerfor(2,1,1) |
|
Single precision floating point |
maximum C/E ratio for forest compartments, N, leaf |
|
26 |
cerfor(2,1,2) |
|
Single precision floating point |
maximum C/E ratio for forest compartments, P, leaf |
|
27 |
cerfor(2,1,3) |
|
Single precision floating point |
maximum C/E ratio for forest compartments, S, leaf |
|
28 |
cerfor(2,2,1) |
|
Single precision floating point |
maximum C/E ratio for forest compartments, N, fine root |
|
29 |
cerfor(2,2,2) |
|
Single precision floating point |
maximum C/E ratio for forest compartments, P, fine root |
|
30 |
cerfor(2,2,3) |
|
Single precision floating point |
maximum C/E ratio for forest compartments, S, fine root |
|
31 |
cerfor(2,3,1) |
|
Single precision floating point |
maximum C/E ratio for forest compartments, N, fine branch |
|
32 |
cerfor(2,3,2) |
|
Single precision floating point |
maximum C/E ratio for forest compartments, P, fine branch |
|
33 |
cerfor(2,3,3) |
|
Single precision floating point |
maximum C/E ratio for forest compartments, S, fine branch |
|
34 |
cerfor(2,4,1) |
|
Single precision floating point |
maximum C/E ratio for forest compartments, N, large wood |
|
35 |
cerfor(2,4,2) |
|
Single precision floating point |
maximum C/E ratio for forest compartments, P, large wood |
|
36 |
cerfor(2,4,3) |
|
Single precision floating point |
maximum C/E ratio for forest compartments, S, large wood |
|
37 |
cerfor(2,5,1) |
|
Single precision floating point |
maximum C/E ratio for forest compartments, N, coarse root |
|
38 |
cerfor(2,5,2) |
|
Single precision floating point |
maximum C/E ratio for forest compartments, P, coarse root |
|
39 |
cerfor(2,5,3) |
|
Single precision floating point |
maximum C/E ratio for forest compartments, S, coarse root |
|
40 |
cerfor(3,1,1) |
|
Single precision floating point |
initial C/E ratio for forest compartments, N, leaf |
|
41 |
cerfor(3,1,2) |
|
Single precision floating point |
initial C/E ratio for forest compartments, P, leaf |
|
42 |
cerfor(3,1,3) |
|
Single precision floating point |
initial C/E ratio for forest compartments, S, leaf |
|
43 |
cerfor(3,2,1) |
|
Single precision floating point |
initial C/E ratio for forest compartments, N, fine root |
|
44 |
cerfor(3,2,2) |
|
Single precision floating point |
initial C/E ratio for forest compartments, P, fine root |
|
45 |
cerfor(3,2,3) |
|
Single precision floating point |
initial C/E ratio for forest compartments, S, fine root |
|
46 |
cerfor(3,3,1) |
|
Single precision floating point |
initial C/E ratio for forest compartments, N, fine branch |
|
47 |
cerfor(3,3,2) |
|
Single precision floating point |
initial C/E ratio for forest compartments, P, fine branch |
|
48 |
cerfor(3,3,3) |
|
Single precision floating point |
initial C/E ratio for forest compartments, S, fine branch |
|
49 |
cerfor(3,4,1) |
|
Single precision floating point |
initial C/E ratio for forest compartments, N, large wood |
|
50 |
cerfor(3,4,2) |
|
Single precision floating point |
initial C/E ratio for forest compartments, P, large wood |
|
51 |
cerfor(3,4,3) |
|
Single precision floating point |
initial C/E ratio for forest compartments, S, large wood |
|
52 |
cerfor(3,5,1) |
|
Single precision floating point |
initial C/E ratio for forest compartments, N, coarse root |
|
53 |
cerfor(3,5,2) |
|
Single precision floating point |
initial C/E ratio for forest compartments, P, coarse root |
|
54 |
cerfor(3,5,3) |
|
Single precision floating point |
initial C/E ratio for forest compartments, S, coarse root |
|
55 |
decw1 |
|
Single precision floating point |
maximum decomposition rate constant for wood1 (dead fine
branch) per year before temperature and moisture effects applied |
|
56 |
decw2 |
|
Single precision floating point |
maximum decomposition rate constant for wood2 (dead large
wood) per year before temperature and moisture effects applied |
|
57 |
decw3 |
|
Single precision floating point |
maximum decomposition rate constant for wood3 (dead coarse
root) per year before temperature and moisture effects applied |
|
58 |
fcfrac(1,1) |
|
Single precision floating point |
C allocation fraction of new production for juvenile forest
(time < swold), leaves |
|
59 |
fcfrac(2,1) |
|
Single precision floating point |
C allocation fraction of new production for juvenile forest
(time < swold), fine roots |
|
60 |
fcfrac(3,1) |
|
Single precision floating point |
C allocation fraction of new production for juvenile forest
(time < swold), fine branches |
|
61 |
fcfrac(4,1) |
|
Single precision floating point |
C allocation fraction of new production for juvenile forest
(time < swold), large wood |
|
62 |
fcfrac(5,1) |
|
Single precision floating point |
C allocation fraction of new production for juvenile forest
(time < swold), coarse roots |
|
63 |
fcfrac(1,2) |
|
Single precision floating point |
C allocation fraction of new production for mature forest
(time >= swold), leaves |
|
64 |
fcfrac(2,2) |
|
Single precision floating point |
C allocation fraction of new production for mature forest
(time >= swold), fine roots |
|
65 |
fcfrac(3,2) |
|
Single precision floating point |
C allocation fraction of new production for mature forest
(time >= swold), fine branches |
| 66 |
fcfrac(4,2) |
|
Single precision floating point |
C allocation fraction of new production for mature forest
(time >= swold), large wood |
| 67 |
fcfrac(5,2) |
|
Single precision floating point |
C allocation fraction of new production for mature forest (time >= swold), coarse roots |
| 68 |
tfrtcn(1) |
|
Single precision floating point |
|
| 69 |
tfrtcn(2) |
|
Single precision floating point |
|
| 70 |
tfrtcw(1) |
|
Single precision floating point |
|
| 71 |
tfrtcw(1) |
|
Single precision floating point |
|
| 72 |
leafdr(1) |
|
Single precision floating point |
monthly death rate fractions for leaves, January |
| 73 |
leafdr(2) |
|
Single precision floating point |
monthly death rate fractions for leaves, February |
| 74 |
leafdr(3) |
|
Single precision floating point |
monthly death rate fractions for leaves, March |
| 75 |
leafdr(4) |
|
Single precision floating point |
monthly death rate fractions for leaves, April |
| 76 |
leafdr(5) |
|
Single precision floating point |
monthly death rate fractions for leaves, May |
| 77 |
leafdr(6) |
|
Single precision floating point |
monthly death rate fractions for leaves, June |
| 78 |
leafdr(7) |
|
Single precision floating point |
monthly death rate fractions for leaves, July |
| 79 |
leafdr(8) |
|
Single precision floating point |
monthly death rate fractions for leaves, August |
| 80 |
leafdr(9) |
|
Single precision floating point |
monthly death rate fractions for leaves, September |
| 81 |
leafdr(10) |
|
Single precision floating point |
monthly death rate fractions for leaves, October |
| 82 |
leafdr(11) |
|
Single precision floating point |
monthly death rate fractions for leaves, November |
| 83 |
leafdr(12) |
|
Single precision floating point |
monthly death rate fractions for leaves, December |
| 84 |
btolai |
|
Single precision floating point |
biomass to leaf area index (LAI) conversion factor for trees |
| 85 |
klai |
|
Single precision floating point |
large wood mass (g C/m2) at which half of theoretical maximum
leaf area (maxlai) is achieved |
| 86 |
laitop |
|
Single precision floating point |
parameter determining the relationship between LAI and forest
production: LAI effect = 1 - exp(laitop * LAI) |
| 87 |
maxlai |
|
Single precision floating point |
theoretical maximum leaf area index achieved in a mature
forest |
| 88 |
maxldr |
|
Single precision floating point |
multiplier for effect of N availability on leaf death rates
(evergreen forest only); ratio between death rate at unlimited vs. severely
limited N status |
| 89 |
forrtf(1) |
|
Single precision floating point |
fraction of E retranslocated from green forest leaves before
litterfall, N |
| 90 |
forrtf(2) |
|
Single precision floating point |
fraction of E retranslocated from green forest leaves before
litterfall, P |
| 91 |
forrtf(3) |
|
Single precision floating point |
fraction of E retranslocated from green forest leaves before
litterfall, S |
| 92 |
sapk |
|
Single precision floating point |
controls the ratio of sapwood to total stem wood, expressed as
gC/m2; it is equal to both the large wood mass
(rlwodc)
at which half of large wood is sapwood, and the theoretical maximum sapwood
mass achieved in a mature forest |
| 93 |
swold |
|
Single precision floating point |
year at which to switch from juvenile to mature forest C
allocation fractions for production |
| 94 |
wdlig(1) |
|
Single precision floating point |
lignin fraction for forest system components, leaves |
| 95 |
wdlig(2) |
|
Single precision floating point |
lignin fraction for forest system components, fine roots |
| 96 |
wdlig(3) |
|
Single precision floating point |
lignin fraction for forest system components, fine branches |
| 97 |
wdlig(4) |
|
Single precision floating point |
lignin fraction for forest system components, large wood |
| 98 |
wdlig(5) |
|
Single precision floating point |
lignin fraction for forest system components, coarse roots |
| 99 |
wooddr(1) |
|
Single precision floating point |
monthly death rate fractions for forest components, leaves
(array placeholder only, use LEAFDR) |
| 100 |
wooddr(2) |
|
Single precision floating point |
monthly death rate fractions for forest components, fine roots |
| 101 |
wooddr(3) |
|
Single precision floating point |
monthly death rate fractions for forest components, fine
branches |
| 102 |
wooddr(4) |
|
Single precision floating point |
monthly death rate fractions for forest components, large wood |
| 103 |
wooddr(5) |
|
Single precision floating point |
monthly death rate fractions for forest components, coarse
roots |
| 104 |
snfxmx(2) |
|
Single precision floating point |
symbiotic N fixation maximum for forest (gN fixed/gC net
production) |
| 105 |
del13c |
|
Single precision floating point |
delta 13C value for stable isotope labeling |
| 106 |
co2ipr(2) |
|
Single precision floating point |
in a forest system, the effect on plant production (ratio) of
doubling the atmospheric CO2 concentration from 350 ppm to 700 ppm |
| 107 |
co2itr(2) |
|
Single precision floating point |
in a forest system, the effect on transpiration rate (ratio)
of doubling the atmospheric CO2 concentration from 350 ppm to 700 ppm |
| 108 |
co2ice(2,1,1) |
|
Single precision floating point |
in a forest system, the effect on C/E ratios of doubling the
atmospheric CO2 concentration from 350 ppm to 700 ppm, minimum C/N |
| 109 |
co2ice(2,1,2) |
|
Single precision floating point |
in a forest system, the effect on C/E ratios of doubling the
atmospheric CO2 concentration from 350 ppm to 700 ppm, minimum C/P |
| 110 |
co2ice(2,1,3) |
|
Single precision floating point |
in a forest system, the effect on C/E ratios of doubling the
atmospheric CO2 concentration from 350 ppm to 700 ppm, minimum C/S |
| 111 |
co2ice(2,2,1) |
|
Single precision floating point |
in a forest system, the effect on C/E ratios of doubling the
atmospheric CO2 concentration from 350 ppm to 700 ppm, maximum C/N |
| 112 |
co2ice(2,2,2) |
|
Single precision floating point |
in a forest system, the effect on C/E ratios of doubling the
atmospheric CO2 concentration from 350 ppm to 700 ppm, maximum C/P |
| 113 |
co2ice(2,2,3) |
|
Single precision floating point |
in a forest system, the effect on C/E ratios of doubling the
atmospheric CO2 concentration from 350 ppm to 700 ppm, maximum C/S |
| 114 |
co2irs(2) |
|
Single precision floating point |
in a forest system, the effect on root-shoot ratio of doubling
the atmospheric CO2 concentration from 350 ppm to 700 ppm |
| 115 |
basfc2 |
|
Single precision floating point |
(savanna only) relates tree basal area to grass N fraction;
higher value gives more N to trees; if not running savanna, set to 1.0 |
| 116 |
basfct |
|
Single precision floating point |
(savanna only) ratio between basal area and wood biomass
(cm2/g); it is equal to (form factor * wood density * tree height); if not
running savanna, set to 1.0 |
| 117 |
sitpot |
|
Single precision floating point |
(savanna only) relates grass N fraction to N availability; a
higher value give more N to grass |
| 118 |
maxnp |
|
Single precision floating point |
|
| 119 |
kmrsp(1) |
|
Single precision floating point |
|
| 120 |
kmrsp(2) |
|
Single precision floating point |
|
| 121 |
fkmrspmx(1) |
|
Single precision floating point |
|
| 122 |
fkmrspmx(2) |
|
Single precision floating point |
|
| 123 |
fkmrspmx(3) |
|
Single precision floating point |
|
| 124 |
fkmrspmx(4) |
|
Single precision floating point |
|
| 125 |
fkmrspmx(5) |
|
Single precision floating point |
|
| 126 |
no3pref(1) |
|
Single precision floating point |
|
| 127 |
no3pref(2) |
|
Single precision floating point |
|
| 128 |
tlaypg |
|
Byte |
|
| 129 |
tmplff |
|
Single precision floating point |
|
| 130 |
tmplfs |
|
Single precision floating point |
|