Validating rFIA against EVALIDator
Jeffrey W. Doser
September 25, 2026
Source:vignettes/evalidatorValidation.Rmd
evalidatorValidation.RmdOverview
EVALIDator is the USDA Forest Service’s online tool for producing
population estimates from the FIA Database (FIADB). Its estimates are
the reference that FIA analysts and users compare against, so
rFIA must reproduce them. The rFIA unit tests
check estimates from the package’s main estimation functions against
values from EVALIDator for a range of common estimation settings. This
document summarizes the results of those tests and keeps a record of how
the tests have performed over time.
How the comparisons work
Each comparison test has the same structure:
-
Data. We read FIADB data for four states, one from
each FIA region: Rhode Island (Northern), North Carolina (Southern),
Colorado (Interior West), and Oregon (Pacific Northwest). We then subset
each state to its most recent evaluation with
clipFIA(mostRecent = TRUE). -
Reference values. At test time, reference values
come from the FIADB-API
fullreportendpoint, the programmatic interface behind EVALIDator. We request the same evaluation group (EVAL_GRP), attribute (e.g., aboveground biomass of live trees on forest land), and domain filter (e.g., a physiographic class filter forareaDomain, or a species filter fortreeDomain) that therFIAcall uses. -
Comparison.
rFIAis run with the temporally indifferent estimator (the defaultmethod = 'TI'), which is the method EVALIDator uses. Point estimates and percent sampling errors must match EVALIDator to within a relative tolerance of 10-6. Where EVALIDator reports them, the number of non-zero plots used in the numerator and denominator of ratio estimates must match exactly.
The settings tested include the default case for each function,
landType and treeType variants, biomass and
carbon components, treeDomain and areaDomain
filters, and per-species estimates (bySpecies = TRUE). One
test is an approximate comparison rather than an exact one:
growMort() for Oregon timberland. It checks that a known,
documented discrepancy stays below 1% (see Known EVALIDator
discrepancies). The full test code is in
tests/testthat/ of the rFIA GitHub repository. The
analysis behind each function’s tests is described in
core_references/validation/.
A test is recorded as skipped, not failed, when the
FIADB-API cannot be reached. A skip means the comparison did not run,
not that rFIA disagreed with EVALIDator.
How this document is updated
The full rFIA test suite runs on a regular schedule
(every 2 weeks) in addition to automated testing via GitHub. This
document is updated each time a new log file is generated.
This version was generated from 1 test log(s) found in
~/rfia-test-logs, covering runs from 2026-09-24 19:17 to
2026-09-24 19:17.
Known EVALIDator discrepancies
In one case, rFIA deliberately does not reproduce
EVALIDator. We describe it below, along with why we chose not to match
EVALIDator.
Timberland growth and mortality in states that use macroplots
Affected functions: growMort() and
vitalRates() with landType = 'timber'.
Affected states: states whose condition proportions
are measured on the macroplot, mainly in the Pacific Northwest (e.g.,
Oregon, Washington, and California). Estimates for forest land
(landType = 'forest', the default) match EVALIDator exactly
in every state. Timberland estimates match EVALIDator exactly in Rhode
Island, North Carolina, and Colorado, which have no macroplot-based
conditions.
Size of the discrepancy: at the time of the
investigation (August 2026, Oregon evaluation group 412203),
rFIA counted 7,788 plots in the Oregon timberland area
denominator, compared with 7,749 in EVALIDator. This is a difference of
39 plots (about 0.5%). The resulting per-acre estimates differ by about
0.09%. For example, annual mortality was 1.672704 trees per acre in
rFIA and 1.671130 in EVALIDator, and aboveground biomass
growth was 1.367651 in rFIA and 1.366364 in EVALIDator.
Plot counts differed by a similar margin in California (2,580 vs. 2,562)
and Washington (4,899 vs. 4,870).
What causes the difference
Growth, removal, and mortality estimates are ratios. The denominator
is the area of land that was in the same land class (forest land or
timberland) at both the previous and current measurements of a plot. FIA
estimates this area from the SUBP_COND_CHNG_MTRX table,
which records the proportion of each subplot or macroplot that moved
between condition classes between the two measurements. Each condition’s
area proportion is measured on either the subplot
(COND.PROP_BASIS = 'SUBP') or the larger macroplot
(PROP_BASIS = 'MACR'). The FIA Population Estimation User
Guide (Chapter 7.8) says to take the change proportions from the
matching plot component: SUBPTYP = 1 rows for subplot-based
conditions and SUBPTYP = 3 rows for macroplot-based
conditions.
rFIA applies this rule to both forest land and
timberland. We obtained the SQL that EVALIDator runs for these estimates
(the FIADB-API returns it with each estimate) and found that EVALIDator
is not consistent between the two land classes:
- For the forest land denominator, EVALIDator applies
the same subplot/macroplot rule as
rFIA, and the two agree exactly. - For the timberland denominator, EVALIDator only
reads the subplot rows (
SUBPTYP = 1), so change on macroplot-based conditions is never read. It then multiplies these subplot proportions by the macroplot adjustment factor (ADJ_FACTOR_MACR) for macroplot-based conditions. A subplot proportion scaled by a macroplot adjustment factor does not correspond to a meaningful area.
Why rFIA does not reproduce EVALIDator here
We decided to keep the rFIA behavior for the following
reasons:
-
It follows the documented method.
rFIAimplements the rule from the FIA Population Estimation User Guide. We found no documentation that gives a reason for leaving macroplot-based timberland out of the growth-accounting area, and our own assessment of the database logic is in line with therFIAimplementation. -
It is consistent across land classes. EVALIDator
uses the subplot/macroplot rule for forest land but not for timberland.
Reproducing it would make
rFIAtreat the two land classes differently for no reason beyond simply matching EVALIDator. - The effect is small and limited. The difference is under 1% and only occurs for timberland in states that use macroplot-based conditions.
How the tests handle it
The growMort() tests compare Oregon timberland mortality
to EVALIDator approximately: they check that the relative difference
stays below 1%, so the test will catch any growth in the discrepancy.
The vitalRates() timberland comparisons run only for Rhode
Island, North Carolina, and Colorado, where the two agree exactly.
Latest results
Results below are from the test run that started on
2026-09-24 19:17 (commit
9b8dc0e final validation, with uncommitted changes).
Summary by function
| Function | Tests | Checks | Passed | Failed | Skipped | Status |
|---|---|---|---|---|---|---|
area() |
26 | 72 | 26 | 0 | 0 | Passing |
areaChange() |
16 | 32 | 16 | 0 | 0 | Passing |
biomass() |
49 | 192 | 49 | 0 | 0 | Passing |
carbon() |
20 | 104 | 20 | 0 | 0 | Passing |
dwm() |
16 | 60 | 16 | 0 | 0 | Passing |
growMort() |
24 | 124 | 22 | 0 | 2 | Passing (some skipped) |
seedling() |
15 | 50 | 15 | 0 | 0 | Passing |
tpa() |
26 | 87 | 26 | 0 | 0 | Passing |
vitalRates() |
20 | 76 | 18 | 0 | 2 | Passing (some skipped) |
volume() |
25 | 104 | 25 | 0 | 0 | Passing |
| Total | 237 | 901 | 233 | 0 | 4 | Passing (some skipped) |
Tests is the number of EVALIDator comparison tests for
each function; most settings are tested once in each of the four states.
Checks is the total number of individual assertions in
those tests (point estimates, percent sampling errors, and plot counts).
A test passes only if all of its checks pass.
Failed and skipped comparisons
| Function | Test | Status |
|---|---|---|
growMort() |
growMort() matches EVALIDator for areaDomain (physiographic class filter) ( CO ) | Skipped |
growMort() |
growMort() matches EVALIDator for areaDomain (physiographic class filter) ( OR ) | Skipped |
vitalRates() |
vitalRates() matches EVALIDator for areaDomain (physiographic class filter) ( CO ) | Skipped |
vitalRates() |
vitalRates() matches EVALIDator for areaDomain (physiographic class filter) ( OR ) | Skipped |
History across test runs
Summary by run
| Run | Commit | Tests | Passed | Failed | Skipped | Suite |
|---|---|---|---|---|---|---|
| 2026-09-24 19:17 |
9b8dc0e* |
237 | 233 | 0 | 4 | Failed (2809 passed, 2 failed, 6 skipped) |
Tests, Passed, Failed, and
Skipped count EVALIDator comparison tests. They are blank
for older logs, which did not record per-test results.
Suite gives the overall result of the full
rFIA test suite, including tests that do not involve
EVALIDator, with counts of individual checks. An asterisk next to a
commit means the run was made with uncommitted changes to the package
source. “(subset)” marks runs made with only part of the test suite.
Summary by function and run
| Function | 2026-09-24 19:17 |
|---|---|
area() |
26/26 |
areaChange() |
16/16 |
biomass() |
49/49 |
carbon() |
20/20 |
dwm() |
16/16 |
growMort() |
22/24 |
seedling() |
15/15 |
tpa() |
26/26 |
vitalRates() |
18/20 |
volume() |
25/25 |
Appendix: all EVALIDator comparisons in the latest run
| Function | Test | Checks | Status |
|---|---|---|---|
area() |
area() matches EVALIDator for areaDomain (physiographic class filter) ( CO ) | 3 | Passed |
area() |
area() matches EVALIDator for areaDomain (physiographic class filter) ( NC ) | 3 | Passed |
area() |
area() matches EVALIDator for areaDomain (physiographic class filter) ( OR ) | 3 | Passed |
area() |
area() matches EVALIDator for areaDomain (physiographic class filter) ( RI ) | 3 | Passed |
area() |
area() matches EVALIDator for landType = ‘all’ ( CO ) | 2 | Passed |
area() |
area() matches EVALIDator for landType = ‘all’ ( NC ) | 2 | Passed |
area() |
area() matches EVALIDator for landType = ‘all’ ( OR ) | 2 | Passed |
area() |
area() matches EVALIDator for landType = ‘all’ ( RI ) | 2 | Passed |
area() |
area() matches EVALIDator for landType = ‘forest’ ( CO ) | 4 | Passed |
area() |
area() matches EVALIDator for landType = ‘forest’ ( NC ) | 4 | Passed |
area() |
area() matches EVALIDator for landType = ‘forest’ ( OR ) | 4 | Passed |
area() |
area() matches EVALIDator for landType = ‘forest’ ( RI ) | 4 | Passed |
area() |
area() matches EVALIDator for landType = ‘non-forest’ ( CO ) | 2 | Passed |
area() |
area() matches EVALIDator for landType = ‘non-forest’ ( NC ) | 2 | Passed |
area() |
area() matches EVALIDator for landType = ‘non-forest’ ( OR ) | 2 | Passed |
area() |
area() matches EVALIDator for landType = ‘non-forest’ ( RI ) | 2 | Passed |
area() |
area() matches EVALIDator for landType = ‘non-forest’ + areaDomain (RI) | 2 | Passed |
area() |
area() matches EVALIDator for landType = ‘timber’ ( CO ) | 4 | Passed |
area() |
area() matches EVALIDator for landType = ‘timber’ ( NC ) | 4 | Passed |
area() |
area() matches EVALIDator for landType = ‘timber’ ( OR ) | 4 | Passed |
area() |
area() matches EVALIDator for landType = ‘timber’ ( RI ) | 4 | Passed |
area() |
area() matches EVALIDator for landType = ‘water’ ( CO ) | 2 | Passed |
area() |
area() matches EVALIDator for landType = ‘water’ ( NC ) | 2 | Passed |
area() |
area() matches EVALIDator for landType = ‘water’ ( OR ) | 2 | Passed |
area() |
area() matches EVALIDator for landType = ‘water’ ( RI ) | 2 | Passed |
area() |
area() matches EVALIDator for landType = ‘water’ + areaDomain (RI) | 2 | Passed |
areaChange() |
areaChange() matches EVALIDator for landType = ’ forest ‘, ’both’ population ( CO ) | 3 | Passed |
areaChange() |
areaChange() matches EVALIDator for landType = ’ forest ‘, ’both’ population ( NC ) | 3 | Passed |
areaChange() |
areaChange() matches EVALIDator for landType = ’ forest ‘, ’both’ population ( OR ) | 3 | Passed |
areaChange() |
areaChange() matches EVALIDator for landType = ’ forest ‘, ’both’ population ( RI ) | 3 | Passed |
areaChange() |
areaChange() matches EVALIDator for landType = ’ forest ‘, ’either’ population ( CO ) | 1 | Passed |
areaChange() |
areaChange() matches EVALIDator for landType = ’ forest ‘, ’either’ population ( NC ) | 1 | Passed |
areaChange() |
areaChange() matches EVALIDator for landType = ’ forest ‘, ’either’ population ( OR ) | 1 | Passed |
areaChange() |
areaChange() matches EVALIDator for landType = ’ forest ‘, ’either’ population ( RI ) | 1 | Passed |
areaChange() |
areaChange() matches EVALIDator for landType = ’ timber ‘, ’both’ population ( CO ) | 3 | Passed |
areaChange() |
areaChange() matches EVALIDator for landType = ’ timber ‘, ’both’ population ( NC ) | 3 | Passed |
areaChange() |
areaChange() matches EVALIDator for landType = ’ timber ‘, ’both’ population ( OR ) | 3 | Passed |
areaChange() |
areaChange() matches EVALIDator for landType = ’ timber ‘, ’both’ population ( RI ) | 3 | Passed |
areaChange() |
areaChange() matches EVALIDator for landType = ’ timber ‘, ’either’ population ( CO ) | 1 | Passed |
areaChange() |
areaChange() matches EVALIDator for landType = ’ timber ‘, ’either’ population ( NC ) | 1 | Passed |
areaChange() |
areaChange() matches EVALIDator for landType = ’ timber ‘, ’either’ population ( OR ) | 1 | Passed |
areaChange() |
areaChange() matches EVALIDator for landType = ’ timber ‘, ’either’ population ( RI ) | 1 | Passed |
biomass() |
biomass() bySpecies matches EVALIDator per-species (RI) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for areaDomain (physiographic class filter) ( CO ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for areaDomain (physiographic class filter) ( NC ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for areaDomain (physiographic class filter) ( OR ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for areaDomain (physiographic class filter) ( RI ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for CO (core default case) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘BRANCH’ ( CO ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘BRANCH’ ( NC ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘BRANCH’ ( OR ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘BRANCH’ ( RI ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘FOLIAGE’ ( CO ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘FOLIAGE’ ( NC ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘FOLIAGE’ ( OR ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘FOLIAGE’ ( RI ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘ROOT’ ( CO ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘ROOT’ ( NC ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘ROOT’ ( OR ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘ROOT’ ( RI ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘STEM_BARK’, DIA >= 5 ( CO ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘STEM_BARK’, DIA >= 5 ( NC ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘STEM_BARK’, DIA >= 5 ( OR ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘STEM_BARK’, DIA >= 5 ( RI ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘STEM’, DIA >= 5 ( CO ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘STEM’, DIA >= 5 ( NC ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘STEM’, DIA >= 5 ( OR ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘STEM’, DIA >= 5 ( RI ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘STUMP_BARK’, DIA >= 5 ( CO ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘STUMP_BARK’, DIA >= 5 ( NC ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘STUMP_BARK’, DIA >= 5 ( OR ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = ‘STUMP_BARK’, DIA >= 5 ( RI ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = c(‘BOLE’, ‘BOLE_BARK’), DIA >= 5 ( CO ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = c(‘BOLE’, ‘BOLE_BARK’), DIA >= 5 ( NC ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = c(‘BOLE’, ‘BOLE_BARK’), DIA >= 5 ( OR ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for component = c(‘BOLE’, ‘BOLE_BARK’), DIA >= 5 ( RI ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for landType = ‘timber’ ( CO ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for landType = ‘timber’ ( NC ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for landType = ‘timber’ ( OR ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for landType = ‘timber’ ( RI ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for NC (core default case) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for OR (core default case) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for RI (core default case) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for treeDomain (DIA >= 20) ( CO ) | 3 | Passed |
biomass() |
biomass() matches EVALIDator for treeDomain (DIA >= 20) ( NC ) | 3 | Passed |
biomass() |
biomass() matches EVALIDator for treeDomain (DIA >= 20) ( OR ) | 3 | Passed |
biomass() |
biomass() matches EVALIDator for treeDomain (DIA >= 20) ( RI ) | 3 | Passed |
biomass() |
biomass() matches EVALIDator for treeType = ‘dead’ ( CO ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for treeType = ‘dead’ ( NC ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for treeType = ‘dead’ ( OR ) | 4 | Passed |
biomass() |
biomass() matches EVALIDator for treeType = ‘dead’ ( RI ) | 4 | Passed |
carbon() |
carbon() matches EVALIDator by component, forest land ( CO ) | 6 | Passed |
carbon() |
carbon() matches EVALIDator by component, forest land ( NC ) | 6 | Passed |
carbon() |
carbon() matches EVALIDator by component, forest land ( OR ) | 6 | Passed |
carbon() |
carbon() matches EVALIDator by component, forest land ( RI ) | 6 | Passed |
carbon() |
carbon() matches EVALIDator by component, landType = ‘timber’ ( CO ) | 6 | Passed |
carbon() |
carbon() matches EVALIDator by component, landType = ‘timber’ ( NC ) | 6 | Passed |
carbon() |
carbon() matches EVALIDator by component, landType = ‘timber’ ( OR ) | 6 | Passed |
carbon() |
carbon() matches EVALIDator by component, landType = ‘timber’ ( RI ) | 6 | Passed |
carbon() |
carbon() matches EVALIDator by pool (core default case) ( CO ) | 10 | Passed |
carbon() |
carbon() matches EVALIDator by pool (core default case) ( NC ) | 10 | Passed |
carbon() |
carbon() matches EVALIDator by pool (core default case) ( OR ) | 10 | Passed |
carbon() |
carbon() matches EVALIDator by pool (core default case) ( RI ) | 10 | Passed |
carbon() |
carbon() matches EVALIDator for areaDomain (physiographic class filter) ( CO ) | 2 | Passed |
carbon() |
carbon() matches EVALIDator for areaDomain (physiographic class filter) ( NC ) | 2 | Passed |
carbon() |
carbon() matches EVALIDator for areaDomain (physiographic class filter) ( OR ) | 2 | Passed |
carbon() |
carbon() matches EVALIDator for areaDomain (physiographic class filter) ( RI ) | 2 | Passed |
carbon() |
carbon() matches EVALIDator for grand total (all 5 pools) ( CO ) | 2 | Passed |
carbon() |
carbon() matches EVALIDator for grand total (all 5 pools) ( NC ) | 2 | Passed |
carbon() |
carbon() matches EVALIDator for grand total (all 5 pools) ( OR ) | 2 | Passed |
carbon() |
carbon() matches EVALIDator for grand total (all 5 pools) ( RI ) | 2 | Passed |
dwm() |
dwm() matches EVALIDator for areaDomain (physiographic class filter) ( CO ) | 3 | Passed |
dwm() |
dwm() matches EVALIDator for areaDomain (physiographic class filter) ( NC ) | 3 | Passed |
dwm() |
dwm() matches EVALIDator for areaDomain (physiographic class filter) ( OR ) | 3 | Passed |
dwm() |
dwm() matches EVALIDator for areaDomain (physiographic class filter) ( RI ) | 3 | Passed |
dwm() |
dwm() matches EVALIDator for CO (core default case, totaled) | 4 | Passed |
dwm() |
dwm() matches EVALIDator for CWD (byFuelType, CO ) | 6 | Passed |
dwm() |
dwm() matches EVALIDator for CWD (byFuelType, NC ) | 6 | Passed |
dwm() |
dwm() matches EVALIDator for CWD (byFuelType, OR ) | 6 | Passed |
dwm() |
dwm() matches EVALIDator for CWD (byFuelType, RI ) | 6 | Passed |
dwm() |
dwm() matches EVALIDator for FWD small (byFuelType, CO ) | 2 | Passed |
dwm() |
dwm() matches EVALIDator for FWD small (byFuelType, NC ) | 2 | Passed |
dwm() |
dwm() matches EVALIDator for FWD small (byFuelType, OR ) | 2 | Passed |
dwm() |
dwm() matches EVALIDator for FWD small (byFuelType, RI ) | 2 | Passed |
dwm() |
dwm() matches EVALIDator for NC (core default case, totaled) | 4 | Passed |
dwm() |
dwm() matches EVALIDator for OR (core default case, totaled) | 4 | Passed |
dwm() |
dwm() matches EVALIDator for RI (core default case, totaled) | 4 | Passed |
growMort() |
growMort() approximately matches EVALIDator for landType = ‘timber’ (OR) – known macroplot residual, within 1% | 4 | Passed |
growMort() |
growMort() bySpecies matches EVALIDator per-species (RI) | 5 | Passed |
growMort() |
growMort() matches EVALIDator for areaDomain (physiographic class filter) ( CO ) | 1 | Skipped |
growMort() |
growMort() matches EVALIDator for areaDomain (physiographic class filter) ( NC ) | 5 | Passed |
growMort() |
growMort() matches EVALIDator for areaDomain (physiographic class filter) ( OR ) | 1 | Skipped |
growMort() |
growMort() matches EVALIDator for areaDomain (physiographic class filter) ( RI ) | 5 | Passed |
growMort() |
growMort() matches EVALIDator for CO (core default case) | 8 | Passed |
growMort() |
growMort() matches EVALIDator for landType = ‘timber’ ( CO ) | 5 | Passed |
growMort() |
growMort() matches EVALIDator for landType = ‘timber’ ( NC ) | 5 | Passed |
growMort() |
growMort() matches EVALIDator for landType = ‘timber’ ( RI ) | 5 | Passed |
growMort() |
growMort() matches EVALIDator for NC (core default case) | 8 | Passed |
growMort() |
growMort() matches EVALIDator for OR (core default case) | 8 | Passed |
growMort() |
growMort() matches EVALIDator for RI (core default case) | 8 | Passed |
growMort() |
growMort() matches EVALIDator for stateVar = ‘BIO_AG’ ( CO ) | 6 | Passed |
growMort() |
growMort() matches EVALIDator for stateVar = ‘BIO_AG’ ( NC ) | 6 | Passed |
growMort() |
growMort() matches EVALIDator for stateVar = ‘BIO_AG’ ( OR ) | 6 | Passed |
growMort() |
growMort() matches EVALIDator for stateVar = ‘BIO_AG’ ( RI ) | 6 | Passed |
growMort() |
growMort() matches EVALIDator for stateVar = ‘NETVOL’, treeType = ‘gs’ (RI) | 4 | Passed |
growMort() |
growMort() matches EVALIDator for stateVar = ‘SAWVOL_BF’ (RI) | 4 | Passed |
growMort() |
growMort() matches EVALIDator for treeDomain (species filter, RI) | 4 | Passed |
growMort() |
growMort() matches EVALIDator for treeType = ‘gs’ ( CO ) | 5 | Passed |
growMort() |
growMort() matches EVALIDator for treeType = ‘gs’ ( NC ) | 5 | Passed |
growMort() |
growMort() matches EVALIDator for treeType = ‘gs’ ( OR ) | 5 | Passed |
growMort() |
growMort() matches EVALIDator for treeType = ‘gs’ ( RI ) | 5 | Passed |
seedling() |
seedling() bySpecies matches EVALIDator per-species (RI) | 6 | Passed |
seedling() |
seedling() matches EVALIDator for areaDomain (physiographic class filter) ( CO ) | 4 | Passed |
seedling() |
seedling() matches EVALIDator for areaDomain (physiographic class filter) ( NC ) | 4 | Passed |
seedling() |
seedling() matches EVALIDator for areaDomain (physiographic class filter) ( OR ) | 4 | Passed |
seedling() |
seedling() matches EVALIDator for areaDomain (physiographic class filter) ( RI ) | 4 | Passed |
seedling() |
seedling() matches EVALIDator for CO (forest land) | 4 | Passed |
seedling() |
seedling() matches EVALIDator for CO (timberland) | 2 | Passed |
seedling() |
seedling() matches EVALIDator for NC (forest land) | 4 | Passed |
seedling() |
seedling() matches EVALIDator for NC (timberland) | 2 | Passed |
seedling() |
seedling() matches EVALIDator for OR (forest land) | 4 | Passed |
seedling() |
seedling() matches EVALIDator for OR (timberland) | 2 | Passed |
seedling() |
seedling() matches EVALIDator for RI (forest land) | 4 | Passed |
seedling() |
seedling() matches EVALIDator for RI (timberland) | 2 | Passed |
seedling() |
seedling() matches EVALIDator for treeDomain (species filter, NC loblolly pine) | 2 | Passed |
seedling() |
seedling() matches EVALIDator for treeDomain (species filter, RI white pine) | 2 | Passed |
tpa() |
tpa() bySpecies matches EVALIDator per-species (RI) | 4 | Passed |
tpa() |
tpa() matches EVALIDator for areaDomain (physiographic class filter) ( CO ) | 4 | Passed |
tpa() |
tpa() matches EVALIDator for areaDomain (physiographic class filter) ( NC ) | 4 | Passed |
tpa() |
tpa() matches EVALIDator for areaDomain (physiographic class filter) ( OR ) | 4 | Passed |
tpa() |
tpa() matches EVALIDator for areaDomain (physiographic class filter) ( RI ) | 4 | Passed |
tpa() |
tpa() matches EVALIDator for CO (core default case) | 6 | Passed |
tpa() |
tpa() matches EVALIDator for landType = ‘timber’ ( CO ) | 3 | Passed |
tpa() |
tpa() matches EVALIDator for landType = ‘timber’ ( NC ) | 3 | Passed |
tpa() |
tpa() matches EVALIDator for landType = ‘timber’ ( OR ) | 3 | Passed |
tpa() |
tpa() matches EVALIDator for landType = ‘timber’ ( RI ) | 3 | Passed |
tpa() |
tpa() matches EVALIDator for NC (core default case) | 6 | Passed |
tpa() |
tpa() matches EVALIDator for OR (core default case) | 6 | Passed |
tpa() |
tpa() matches EVALIDator for RI (core default case) | 6 | Passed |
tpa() |
tpa() matches EVALIDator for treeDomain (DIA >= 20) ( CO ) | 3 | Passed |
tpa() |
tpa() matches EVALIDator for treeDomain (DIA >= 20) ( NC ) | 3 | Passed |
tpa() |
tpa() matches EVALIDator for treeDomain (DIA >= 20) ( OR ) | 3 | Passed |
tpa() |
tpa() matches EVALIDator for treeDomain (DIA >= 20) ( RI ) | 3 | Passed |
tpa() |
tpa() matches EVALIDator for treeDomain (species filter, RI) | 3 | Passed |
tpa() |
tpa() matches EVALIDator for treeType = ‘dead’ ( CO ) | 2 | Passed |
tpa() |
tpa() matches EVALIDator for treeType = ‘dead’ ( NC ) | 2 | Passed |
tpa() |
tpa() matches EVALIDator for treeType = ‘dead’ ( OR ) | 2 | Passed |
tpa() |
tpa() matches EVALIDator for treeType = ‘dead’ ( RI ) | 2 | Passed |
tpa() |
tpa() matches EVALIDator for treeType = ‘gs’ ( CO ) | 2 | Passed |
tpa() |
tpa() matches EVALIDator for treeType = ‘gs’ ( NC ) | 2 | Passed |
tpa() |
tpa() matches EVALIDator for treeType = ‘gs’ ( OR ) | 2 | Passed |
tpa() |
tpa() matches EVALIDator for treeType = ‘gs’ ( RI ) | 2 | Passed |
vitalRates() |
vitalRates() BIO_GROW_AC matches EVALIDator for CO (core default case) | 3 | Passed |
vitalRates() |
vitalRates() BIO_GROW_AC matches EVALIDator for landType = ‘timber’ ( CO ) | 3 | Passed |
vitalRates() |
vitalRates() BIO_GROW_AC matches EVALIDator for landType = ‘timber’ ( NC ) | 3 | Passed |
vitalRates() |
vitalRates() BIO_GROW_AC matches EVALIDator for landType = ‘timber’ ( RI ) | 3 | Passed |
vitalRates() |
vitalRates() BIO_GROW_AC matches EVALIDator for NC (core default case) | 3 | Passed |
vitalRates() |
vitalRates() BIO_GROW_AC matches EVALIDator for OR (core default case) | 3 | Passed |
vitalRates() |
vitalRates() BIO_GROW_AC matches EVALIDator for RI (core default case) | 3 | Passed |
vitalRates() |
vitalRates() bySpecies matches EVALIDator per-species (RI) | 4 | Passed |
vitalRates() |
vitalRates() matches EVALIDator for areaDomain (physiographic class filter) ( CO ) | 1 | Skipped |
vitalRates() |
vitalRates() matches EVALIDator for areaDomain (physiographic class filter) ( NC ) | 3 | Passed |
vitalRates() |
vitalRates() matches EVALIDator for areaDomain (physiographic class filter) ( OR ) | 1 | Skipped |
vitalRates() |
vitalRates() matches EVALIDator for areaDomain (physiographic class filter) ( RI ) | 3 | Passed |
vitalRates() |
vitalRates() matches EVALIDator for treeDomain (species filter, RI) | 3 | Passed |
vitalRates() |
vitalRates() matches EVALIDator for treeType = ‘gs’ ( CO ) | 7 | Passed |
vitalRates() |
vitalRates() matches EVALIDator for treeType = ‘gs’ ( NC ) | 7 | Passed |
vitalRates() |
vitalRates() matches EVALIDator for treeType = ‘gs’ ( OR ) | 7 | Passed |
vitalRates() |
vitalRates() matches EVALIDator for treeType = ‘gs’ ( RI ) | 7 | Passed |
vitalRates() |
vitalRates() matches EVALIDator for treeType = ‘gs’, landType = ‘timber’ ( CO ) | 4 | Passed |
vitalRates() |
vitalRates() matches EVALIDator for treeType = ‘gs’, landType = ‘timber’ ( NC ) | 4 | Passed |
vitalRates() |
vitalRates() matches EVALIDator for treeType = ‘gs’, landType = ‘timber’ ( RI ) | 4 | Passed |
volume() |
volume() bySpecies matches EVALIDator per-species (RI) | 4 | Passed |
volume() |
volume() matches EVALIDator for areaDomain (physiographic class filter) ( CO ) | 4 | Passed |
volume() |
volume() matches EVALIDator for areaDomain (physiographic class filter) ( NC ) | 4 | Passed |
volume() |
volume() matches EVALIDator for areaDomain (physiographic class filter) ( OR ) | 4 | Passed |
volume() |
volume() matches EVALIDator for areaDomain (physiographic class filter) ( RI ) | 4 | Passed |
volume() |
volume() matches EVALIDator for CO (core default case) | 6 | Passed |
volume() |
volume() matches EVALIDator for landType = ‘timber’ ( CO ) | 4 | Passed |
volume() |
volume() matches EVALIDator for landType = ‘timber’ ( NC ) | 4 | Passed |
volume() |
volume() matches EVALIDator for landType = ‘timber’ ( OR ) | 4 | Passed |
volume() |
volume() matches EVALIDator for landType = ‘timber’ ( RI ) | 4 | Passed |
volume() |
volume() matches EVALIDator for NC (core default case) | 6 | Passed |
volume() |
volume() matches EVALIDator for OR (core default case) | 6 | Passed |
volume() |
volume() matches EVALIDator for RI (core default case) | 6 | Passed |
volume() |
volume() matches EVALIDator for treeDomain (DIA >= 20) ( CO ) | 3 | Passed |
volume() |
volume() matches EVALIDator for treeDomain (DIA >= 20) ( NC ) | 3 | Passed |
volume() |
volume() matches EVALIDator for treeDomain (DIA >= 20) ( OR ) | 3 | Passed |
volume() |
volume() matches EVALIDator for treeDomain (DIA >= 20) ( RI ) | 3 | Passed |
volume() |
volume() matches EVALIDator for treeType = ‘dead’ ( CO ) | 4 | Passed |
volume() |
volume() matches EVALIDator for treeType = ‘dead’ ( NC ) | 4 | Passed |
volume() |
volume() matches EVALIDator for treeType = ‘dead’ ( OR ) | 4 | Passed |
volume() |
volume() matches EVALIDator for treeType = ‘dead’ ( RI ) | 4 | Passed |
volume() |
volume() matches EVALIDator for treeType = ‘gs’ ( CO ) | 4 | Passed |
volume() |
volume() matches EVALIDator for treeType = ‘gs’ ( NC ) | 4 | Passed |
volume() |
volume() matches EVALIDator for treeType = ‘gs’ ( OR ) | 4 | Passed |
volume() |
volume() matches EVALIDator for treeType = ‘gs’ ( RI ) | 4 | Passed |