ControlTable Production Model - Revision history

LinusNilsson at 14:24, 5 October 2023

2023-10-05T14:24:15Z

LinusNilsson: /* Random Seed */

2023-10-05T14:22:55Z

Random Seed

Jonare at 06:38, 3 October 2023

2023-10-03T06:38:23Z

LarsSangstuvall: Added Growth and Mortality Adjustment Factors, started updating whole table

2023-04-24T11:41:45Z

Added Growth and Mortality Adjustment Factors, started updating whole table

Peder: /* Age settings */

2018-11-05T14:59:57Z

Age settings

Peder: /* Age settings */

2018-11-05T14:59:12Z

Age settings

Peder: /* Age settings */

2018-11-05T14:58:54Z

Age settings

Peder: /* Calibrate Age To Register Value, Young Stands */

2018-11-05T14:58:23Z

Calibrate Age To Register Value, Young Stands

Peder at 09:49, 19 January 2018

2018-01-19T09:49:23Z

Peder at 09:49, 19 January 2018

2018-01-19T09:49:00Z

← Older revision		Revision as of 14:24, 5 October 2023
Line 115:		Line 115:

	:This means that the value of this parameter should depend on the minium diameter you set. If set to 4 cm, set this parameter to 0.		:This means that the value of this parameter should depend on the minium diameter you set. If set to 4 cm, set this parameter to 0.
−
−	~~====Random Seed====~~
−	~~:Random seed in sapling damage function. If seed is set to a value > 0, it ensures that the same result is obtained in every simulation with that same seed.~~

	====Ingrowth Species====		====Ingrowth Species====

@@ Line 117: / Line 117: @@
 ====Random Seed====
-:Random seed in sapling damage function. Must be at least 1, otherwise ignored. In deterministic application, ensures that the same result is obtained even if run on different computers. If deterministic application and seed 0 or less, result could vary between computers. In stochastic application, seed is used if at least 0, otherwise "truly" random.
+:Random seed in sapling damage function. If seed is set to a value > 0, it ensures that the same result is obtained in every simulation with that same seed.
 ====Ingrowth Species====

@@ Line 77: / Line 77: @@
 :These parameters has the same functionality as Mortality for Retention Trees, but applies to all trees in retentions patches and edge zones if '''Adjust Mortality for Retention Patches''' = Fixed Mortality.
-====Site Index Ajdustment====
+====Site Index Adjustment====
 :Adjustment factor for site index. Default value = 1. Intended for research purposes.

@@ Line 7: / Line 7: @@
 == Growth and yield ==
 :Growth model settings
 ====Growth Model Individual-Tree====
 :'''Elfving:''' the single tree model by Elfving (2004) will be used in calculation of each trees' diameter development at the plot-level (the prediction unit).
 :'''Soderberg:''' implies that the model by Söderberg (1986) will be used in calculation of each trees' diameter development at the plot-level (the prediction unit).
-====Growth Model Whole-Stand====
+BIOMASS
-<!--
+BARK
 ====Growth: Include Thinning Response====
 :True if thinning response function should be applied, false otherwise. Only applied to even-aged stands.
-====Growth Factor====
+====Growth and Mortality Adjustment Factors====
-:Adjustment factor for basal area growth in established forest. Default = 1, i.e. no adjustment. Should normally not be changed, intended for research purposes.
+:Adjustment factors for basal area and height growth, as well as mortality, in established forest. Default = 1, i.e. no adjustment. From version 2.21, factors are set per period and species' group. If data entry for a period is missing, closest previous period's value will be used. If data entry for a species is missing the user specified default value is used. Should normally not be changed, intended for research purposes.
 ====Volume Function====
@@ Line 35: / Line 34: @@
 :'''SoderbergWithTreeAge''' implies that the model by Söderberg including single tree ages will be used in calculation of height development.
 :'''SoderbergWithStandAge''' implies that the model by Söderberg including average stand ages will be used in calculation of height development.
 ====Height: Initial Height Function====
@@ Line 42: / Line 42: @@
 ====Height:Initial Height Source====
 :'''UseFunction''' implies that the model selected in '''InitialHeightModel''' (above) will be used.
-:'''FromDatabase''' implies that initial tree heights will be obtained from an available database [The Hugin young forest-database?].
+:'''FromDatabase''' implies that initial tree heights will be obtained from the input database.
 ====Height Calibration====

@@ Line 90: / Line 90: @@
 :'''Tax''' implies that the model from the Swedish NFI will be used in calculation of the age of a tree when it reach breast height (1.3 m).
-====Calibrate Age To Register Value, Established Stands====
+====<div id="Calibrate Age To Register Value Established Stands"></div>Calibrate Age To Register Value, Established Stands====
 :'''True''' implies that tree ages will be calibrated so that the mean age will be as close as possible to the mean age according to the input data. '''False''' do not. Calibration is not applied if the mean age according to Heureka differs by more than 30 % to the input data.

@@ Line 93: / Line 93: @@
 :'''True''' implies that tree ages will be calibrated so that the mean age will be as close as possible to the mean age according to the input data. '''False''' do not. Calibration is not applied if the mean age according to Heureka differs by more than 30 % to the input data.
-====<div id="Calibrate Age To Register Value Young Stands"</div>Calibrate Age To Register Value, Young Stands====
+====<div id="Calibrate Age To Register Value Young Stands"></div>Calibrate Age To Register Value, Young Stands====
 :'''True''' implies that sapling ages will be calibrated. True if computed mean age of main saplings in young stands should equal the mean age according to the input data.

@@ Line 133: / Line 133: @@
 :'''True''' means that the first step in the ingrowth model (Wikberg P-E), is skipped in the first 5-yr period and replaced with the actual number of small trees. This requires that your input data has information on the number of small trees in an established stand (for example NFI data). '''False''' if this step should be included (default).
-<div id="Sapling Damage Factor"></div>
+<div id="Sapling Damage Factors"></div>
 ====Sapling Damage Factor====
 :Weight factor for the mortality rate and occurrence of damages on young trees. The larger the weight, the larger the mortality and number of damaged trees. With 0 weight, no mortality and damages occur. Default value = 1.