Difference between revisions of "Appendix 10: Parameter Description"

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{{Expert}}
 
{{Expert}}
 
==Parameter code, table parameter (Y/N) and description==
 
==Parameter code, table parameter (Y/N) and description==
*AMAXTB_01 Y Max. leaf CO2 assim. rate as a function of DVS [-; kg ha-1 hr-1]
+
{|class="wikitable"
*AMAXTB_02 Y ,,
+
! Parameter code !! Table parameter !! Description
*AMAXTB_03 Y ,,
+
|-
*AMAXTB_04 Y ,,
+
| AMAXTB_01     || Y || Max. leaf CO2 assim. rate as a function of DVS [-; kg ha-1 hr-1]
*AMAXTB_05 Y ,,
+
|-
*AMAXTB_06 Y ,,
+
| AMAXTB_02     || Y || ,,
*AMAXTB_07 Y ,,
+
|-
*AMAXTB_08 Y ,,
+
| AMAXTB_03     || Y || ,,
*AMAXTB_09 Y ,,
+
|-
*AMAXTB_10 Y ,,
+
| AMAXTB_04     || Y || ,,
*CFET N Correction factor transpiration rate [-]
+
|-
*CLAI N Leaf area index after cutting [ha leaf ha ground-1]
+
| AMAXTB_05     || Y || ,,
*COCON N Atmospheric CO2 concentration [ppm]
+
|-
*CRPF N Correction factor realtes crop transpiration to open water evaporation [-]
+
| AMAXTB_06     || Y || ,,
*CVL N Efficiency of conversion into leaves [kg kg-1]
+
|-
*CVO N Efficiency of conversion into storage org. [kg kg-1]
+
| AMAXTB_07     || Y || ,,
*CVR N Efficiency of conversion into roots [kg kg-1]
+
|-
*CVS N Efficiency of conversion into stems [kg kg-1]
+
| AMAXTB_08     || Y || ,,
*CWGHT N Weight of green leaves which initiates mowing event (valid if MOPT = 1) [kg ha-1
+
|-
*DEPNR N Crop group number for soil water depletion [-]
+
| AMAXTB_09     || Y || ,,
*DLC N Critical daylength (lower threshold) [hr]
+
|-
*DLO N Optimum daylength for development  [hr]
+
| AMAXTB_10     || Y || ,,
*DTSMTB_01 Y Daily increase in temp. sum as a function of av. temp. [cel; cel d]
+
|-
*DTSMTB_02 Y ,,
+
| CFET         || N || Correction factor transpiration rate [-]
*DTSMTB_03 Y ,,
+
|-
*DTSMTB_04 Y ,,
+
| CLAI         || N || Leaf area index after cutting [ha leaf ha ground-1]
*DTSMTB_05 Y ,,
+
|-
*DTSMTB_06 Y ,,
+
| COCON         || N || Atmospheric CO2 concentration [ppm]
*DTSMTB_07 Y ,,
+
|-
*DTSMTB_08 Y ,,
+
| CRPF         || N || Correction factor realtes crop transpiration to open water evaporation [-]
*DTSMTB_09 Y ,,
+
|-
*DTSMTB_10 Y ,,
+
| CVL         || N || Efficiency of conversion into leaves [kg kg-1]
*DVSEND N Development stage at harvest (=2.0 at maturity) [-]
+
|-
*EFF N Light use effic. single leaf [kg ha-1 hr-1 J-1 m2 s]
+
| CVO         || N || Efficiency of conversion into storage org. [kg kg-1]
*FLTB_01 Y fraction of above-gr. dry matter to leaves as a function of DVS [-; kg kg-1]
+
|-
*FLTB_02 Y ,,
+
| CVR         || N || Efficiency of conversion into roots [kg kg-1]
*FLTB_03 Y ,,
+
|-
*FLTB_04 Y ,,
+
| CVS         || N || Efficiency of conversion into stems [kg kg-1]
*FLTB_05 Y ,,
+
|-
*FLTB_06 Y ,,
+
| CWGHT         || N || Weight of green leaves which initiates mowing event (valid if MOPT = 1) [kg ha-1
*FLTB_07 Y ,,
+
|-
*FLTB_08 Y ,,
+
| DEPNR         || N || Crop group number for soil water depletion [-]
*FLTB_09 Y ,,
+
|-
*FLTB_10 Y ,,
+
| DLC           || N || Critical daylength (lower threshold) [hr]
*FLTB_11 Y ,,
+
|-
*FLTB_12 Y ,,
+
| DLO         || N || Optimum daylength for development  [hr]
*FLTB_13 Y ,,
+
|-
*FLTB_14 Y ,,
+
| DTSMTB_01     || Y || Daily increase in temp. sum as a function of av. temp. [cel; cel d]
*FLTB_15 Y ,,
+
|-
*FOTB_01 Y fraction of above-gr. dry matter to stor. org. as a function of DVS [-; kg kg-1]
+
| DTSMTB_02     || Y || ,,
*FOTB_02 Y ,,
+
|-
*FOTB_03 Y ,,
+
| DTSMTB_03     || Y || ,,
*FOTB_04 Y ,,
+
|-
*FOTB_05 Y ,,
+
| DTSMTB_04     || Y || ,,
*FOTB_06 Y ,,
+
|-
*FOTB_07 Y ,,
+
| DTSMTB_05     || Y || ,,
*FOTB_08 Y ,,
+
|-
*FOTB_09 Y ,,
+
| DTSMTB_06     || Y || ,,
*FOTB_10 Y ,,
+
|-
*FOTB_11 Y ,,
+
| DTSMTB_07     || Y || ,,
*FOTB_12 Y ,,
+
|-
*FOTB_13 Y ,,
+
| DTSMTB_08     || Y || ,,
*FOTB_14 Y ,,
+
|-
*FOTB_15 Y ,,
+
| DTSMTB_09     || Y || ,,
*FRROTB_01 Y Fraction of dry matter all.to roots as function of rel.transpiration [-;kg kg-1]
+
|-
*FRROTB_02 Y ,,
+
| DTSMTB_10     || Y || ,,
*FRROTB_03 Y ,,
+
|-
*FRROTB_04 Y ,,
+
| DVSEND         || N || Development stage at harvest (=2.0 at maturity) [-]
*FRROTB_05 Y ,,
+
|-
*FRROTB_06 Y ,,
+
| EFF         || N || Light use effic. single leaf [kg ha-1 hr-1 J-1 m2 s]
*FRROTB_07 Y ,,
+
|-
*FRROTB_08 Y ,,
+
| FLTB_01       || Y || fraction of above-gr. dry matter to leaves as a function of DVS [-; kg kg-1]
*FRROTB_09 Y ,,
+
|-
*FRROTB_10 Y ,,
+
| FLTB_02       || Y || ,,
*FRTB_01 Y fraction of tot. dry matter to roots as a function of DVS [-; kg kg-1]
+
|-
*FRTB_02 Y ,,
+
| FLTB_03       || Y || ,,
*FRTB_03 Y ,,
+
|-
*FRTB_04 Y ,,
+
| FLTB_04       || Y || ,,
*FRTB_05 Y ,,
+
|-
*FRTB_06 Y ,,
+
| FLTB_05       || Y || ,,
*FRTB_07 Y ,,
+
|-
*FRTB_08 Y ,,
+
| FLTB_06       || Y || ,,
*FRTB_09 Y ,,
+
|-
*FRTB_10 Y ,,
+
| FLTB_07       || Y || ,,
*FRTB_11 Y ,,
+
|-
*FRTB_12 Y ,,
+
| FLTB_08       || Y || ,,
*FSTB_01 Y fraction of above-gr. dry matter to stems as a function of DVS [-; kg kg-1]
+
|-
*FSTB_02 Y ,,
+
| FLTB_09       || Y || ,,
*FSTB_03 Y ,,
+
|-
*FSTB_04 Y ,,
+
| FLTB_10       || Y || ,,
*FSTB_05 Y ,,
+
|-
*FSTB_06 Y ,,
+
| FLTB_11       || Y || ,,
*FSTB_07 Y ,,
+
|-
*FSTB_08 Y ,,
+
| FLTB_12       || Y || ,,
*FSTB_09 Y ,,
+
|-
*FSTB_10 Y ,,
+
| FLTB_13       || Y || ,,
*FSTB_11 Y ,,
+
|-
*FSTB_12 Y ,,
+
| FLTB_14       || Y || ,,
*FSTB_13 Y ,,
+
|-
*FSTB_14 Y ,,
+
| FLTB_15       || Y || ,,
*FSTB_15 Y ,,
+
|-
*IAIRDU N Air ducts in roots present (=1) or not (=0)
+
| FOTB_01       || Y || fraction of above-gr. dry matter to stor. org. as a function of DVS [-; kg kg-1]
*IDSL N Indicates whether pre-anthesis development dep. on temp.(0), dayl.(1), or both(2
+
|-
*ILAI N Initial leaf area index at start of grop growth [ha leaf ha ground -1]
+
| FOTB_02       || Y || ,,
*IMNDATTB_01 Y Data of periodical harvest [d]
+
|-
*IMNDATTB_02 Y ,,
+
| FOTB_03       || Y || ,,
*IMNDATTB_03 Y ,,
+
|-
*IMNDATTB_04 Y ,,
+
| FOTB_04       || Y || ,,
*IMNDATTB_05 Y ,,
+
|-
*IMNDATTB_06 Y ,,
+
| FOTB_05       || Y || ,,
*IMNDATTB_07 Y ,,
+
|-
*IMNDATTB_08 Y ,,
+
| FOTB_06       || Y || ,,
*IMNDATTB_09 Y ,,
+
|-
*IMNDATTB_10 Y ,,
+
| FOTB_07       || Y || ,,
*IMNDATTB_11 Y ,,
+
|-
*IMNDATTB_12 Y ,,
+
| FOTB_08       || Y || ,,
*IMNDATTB_13 Y ,,
+
|-
*IMNDATTB_14 Y ,,
+
| FOTB_09       || Y || ,,
*IMNDATTB_15 Y ,,
+
|-
*IMOPT N Variable to choose grassland management [-]
+
| FOTB_10       || Y || ,,
*INTIL N Initial number of tillers [1; m-2]
+
|-
*ISTO N Initial dry weight of reserves [kg ha-1]
+
| FOTB_11       || Y || ,,
*KDIF N Extinction coefficient for diffuse visible light [-]
+
|-
*LAICR N Leaf area index at which death due to shading starts [ha leaf ha groud-1]
+
| FOTB_12       || Y || ,,
*LAIEM N Leaf area index at emergence  [ha ha-1]
+
|-
*LEAFNM N Maximum leaf appearance rate [leaf tiller-1 d-1]
+
| FOTB_13       || Y || ,,
*LUEMAX N Maximum light use efficiency [g MJ PAR-1]
+
|-
*LUERED2TB_01 Y Reduction factor on light use efficiency based on radiation intensity [MJ rad;-]
+
| FOTB_14       || Y || ,,
*LUERED2TB_02 Y ,,
+
|-
*LUERED2TB_03 Y ,,
+
| FOTB_15       || Y || ,,
*LUERED2TB_04 Y ,,
+
|-
*LUERED2TB_05 Y ,,
+
| FRROTB_01     || Y || Fraction of dry matter all.to roots as function of rel.transpiration [-;kg kg-1]
*LUERED2TB_06 Y ,,
+
|-
*LUERED2TB_07 Y ,,
+
| FRROTB_02     || Y || ,,
*LUERED2TB_08 Y ,,
+
|-
*LUERED2TB_09 Y ,,
+
| FRROTB_03     || Y || ,,
*LUERED2TB_10 Y ,,
+
|-
*NITMAX N Optimal organic nitrogen content [kg N kg dm-1]
+
| FRROTB_04     || Y || ,,
*NITR N Actual organic nitrogen content [kg N kg dm-1]
+
|-
*PERDL N Max. rel. death rate of leaves due to water stress
+
| FRROTB_05     || Y || ,,
*Q10 N Rel. incr. in resp. rate 10 Cel temp. incr. [-]
+
|-
*RDI N Initial rooting depth [cm]
+
| FRROTB_06     || Y || ,,
*RDMCR N Maximum rooting depth [cm]
+
|-
*RDRRTB_01 Y Relative death rate of stems as a function of DVS [-; kg kg-1 d-1]
+
| FRROTB_07     || Y || ,,
*RDRRTB_02 Y ,,
+
|-
*RDRRTB_03 Y ,,
+
| FRROTB_08     || Y || ,,
*RDRRTB_04 Y ,,
+
|-
*RDRRTB_05 Y ,,
+
| FRROTB_09     || Y || ,,
*RDRRTB_06 Y ,,
+
|-
*RDRRTB_07 Y ,,
+
| FRROTB_10     || Y || ,,
*RDRRTB_08 Y ,,
+
|-
*RDRRTB_09 Y ,,
+
| FRTB_01       || Y || fraction of tot. dry matter to roots as a function of DVS [-; kg kg-1]
*RDRRTB_10 Y ,,
+
|-
*RDRSTB_01 Y Relative death rate of roots as a function of DVS [-; kg kg-1 d-1]
+
| FRTB_02       || Y || ,,
*RDRSTB_02 Y ,,
+
|-
*RDRSTB_03 Y ,,
+
| FRTB_03       || Y || ,,
*RDRSTB_04 Y ,,
+
|-
*RDRSTB_05 Y ,,
+
| FRTB_04       || Y || ,,
*RDRSTB_06 Y ,,
+
|-
*RDRSTB_07 Y ,,
+
| FRTB_05       || Y || ,,
*RDRSTB_08 Y ,,
+
|-
*RDRSTB_09 Y ,,
+
| FRTB_06       || Y || ,,
*RDRSTB_10 Y ,,
+
|-
*RFSETB_01 Y Reduction factor for senescencs as a function of DVS [-; -]
+
| FRTB_07       || Y || ,,
*RFSETB_02 Y ,,
+
|-
*RFSETB_03 Y ,,
+
| FRTB_08       || Y || ,,
*RFSETB_04 Y ,,
+
|-
*RFSETB_05 Y ,,
+
| FRTB_09       || Y || ,,
*RFSETB_06 Y ,,
+
|-
*RFSETB_07 Y ,,
+
| FRTB_10       || Y || ,,
*RFSETB_08 Y ,,
+
|-
*RFSETB_09 Y ,,
+
| FRTB_11       || Y || ,,
*RFSETB_10 Y ,,
+
|-
*RGRLAI N Maximum relative increase in LAI [ha ha-1 d-1]
+
| FRTB_12       || Y || ,,
*RML N Rel. maint. resp. rate leaves [kg CH2O kg-1 d-1]
+
|-
*RMO N Rel. maint. resp. rate stor. org. [kg CH2O kg-1 d-1]
+
| FSTB_01       || Y || fraction of above-gr. dry matter to stems as a function of DVS [-; kg kg-1]
*RMR N Rel. maint. resp. rate roots [kg CH2O kg-1 d-1]
+
|-
*RMS N Rel. maint. resp. rate stems [kg CH2O kg-1 d-1]
+
| FSTB_02       || Y || ,,
*RRI N Maximum daily increase in rooting depth [cm d-1]
+
|-
*SLA N Specific leaf area
+
| FSTB_03       || Y || ,,
*SLATB_01 Y Specific leaf area as a function of DVS [-; ha ha-1]
+
|-
*SLATB_02 Y ,,
+
| FSTB_04       || Y || ,,
*SLATB_03 Y ,,
+
|-
*SLATB_04 Y ,,
+
| FSTB_05       || Y || ,,
*SLATB_05 Y ,,
+
|-
*SLATB_06 Y ,,
+
| FSTB_06       || Y || ,,
*SLATB_07 Y ,,
+
|-
*SLATB_08 Y ,,
+
|-
*SLATB_09 Y ,,
+
|-
*SLATB_10 Y ,,
+
| FSTB_07       || Y || ,,
*SPA N Specific pod area              [ha kg-1]
+
|-
*SPAN N Life span of leaves growing at 35 Celsius [d]
+
| FSTB_08       || Y || ,,
*SSA N Specific stem area            [ha kg-1]
+
|-
*STARTDAY_ISTART N indicates when to start rule to determine intermediate stop
+
| FSTB_09       || Y || ,,
*STARTDAY_ISTOP N indicates when to start rule to determine intermediate start
+
|-
*TBASE N Lower threshold temp. for ageing of leaves [cel]
+
| FSTB_10       || Y || ,,
*TBASEM N Lower threshold temp. for emergence [cel]
+
|-
*TDWI N Initial total crop dry weight  [kg ha-1]
+
| FSTB_11       || Y || ,,
*TEFFMX N Max. effective temp for emergence  [cel]
+
|-
*TEMP_WINTERKILL N threshold temperature winterkill
+
| FSTB_12       || Y || ,,
*TMBASE1 N Temperature for start of crop growth [cel]
+
|-
*TMBASE2 N Temperature that defines start of source-limited crop growth [cel]
+
| FSTB_13       || Y || ,,
*TMNFTB_01 Y Reduction factor of gross assim. rate as a function of low min. temp. [cel; -]
+
|-
*TMNFTB_02 Y ,,
+
| FSTB_14       || Y || ,,
*TMNFTB_03 Y ,,
+
|-
*TMNFTB_04 Y ,,
+
| FSTB_15       || Y || ,,
*TMNFTB_05 Y ,,
+
|-
*TMNFTB_06 Y ,,
+
| IAIRDU         || N || Air ducts in roots present (=1) or not (=0)
*TMNFTB_07 Y ,,
+
|-
*TMNFTB_08 Y ,,
+
| IDSL           || N || Indicates whether pre-anthesis development dep. on temp.(0), dayl.(1), or both(2
*TMNFTB_09 Y ,,
+
|-
*TMNFTB_10 Y ,,
+
| ILAI           || N || Initial leaf area index at start of grop growth [ha leaf ha ground -1]
*TMPFTB_01 Y Reduction factor for AMAX as a function of av. temp. [cel; -]
+
|-
*TMPFTB_02 Y ,,
+
| IMNDATTB_01   || Y || Data of periodical harvest [d]
*TMPFTB_03 Y ,,
+
|-
*TMPFTB_04 Y ,,
+
| IMNDATTB_02   || Y || ,,
*TMPFTB_05 Y ,,
+
|-
*TMPFTB_06 Y ,,
+
| IMNDATTB_03   || Y || ,,
*TMPFTB_07 Y ,,
+
|-
*TMPFTB_08 Y ,,
+
| IMNDATTB_04   || Y || ,,
*TMPFTB_09 Y ,,
+
|-
*TMPFTB_10 Y ,,
+
| IMNDATTB_05   || Y || ,,
*TSUM1 N Temp. sum from emergence to anthesis [cel d]
+
|-
*TSUM2 N Temp. sum from anthesis to maturity [cel d]
+
| IMNDATTB_06   || Y || ,,
*TSUMEM N Temp. sum from sowing to emerge. [cel d]
+
|-
 +
| IMNDATTB_07   || Y || ,,
 +
|-
 +
| IMNDATTB_08   || Y || ,,
 +
|-
 +
|-
 +
| IMNDATTB_09   || Y || ,,
 +
|-
 +
| IMNDATTB_10   || Y || ,,
 +
|-
 +
| IMNDATTB_11   || Y || ,,
 +
|-
 +
| IMNDATTB_12   || Y || ,,
 +
|-
 +
| IMNDATTB_13   || Y || ,,
 +
|-
 +
| IMNDATTB_14   || Y || ,,
 +
|-
 +
| IMNDATTB_15   || Y || ,,
 +
|-
 +
| IMOPT         || N || Variable to choose grassland management [-]
 +
|-
 +
| INTIL         || N || Initial number of tillers [1; m-2]
 +
|-
 +
| ISTO         || N || Initial dry weight of reserves [kg ha-1]
 +
|-
 +
| KDIF         || N || Extinction coefficient for diffuse visible light [-]
 +
|-
 +
| LAICR         || N || Leaf area index at which death due to shading starts [ha leaf ha groud-1]
 +
|-
 +
| LAIEM         || N || Leaf area index at emergence  [ha ha-1]
 +
|-
 +
| LEAFNM         || N || Maximum leaf appearance rate [leaf tiller-1 d-1]
 +
|-
 +
| LUEMAX         || N || Maximum light use efficiency [g MJ PAR-1]
 +
|-
 +
| LUERED2TB_01   || Y || Reduction factor on light use efficiency based on radiation intensity [MJ rad;-]
 +
|-
 +
| LUERED2TB_02   || Y || ,,
 +
|-
 +
| LUERED2TB_03   || Y || ,,
 +
|-
 +
| LUERED2TB_04   || Y || ,,
 +
|-
 +
| LUERED2TB_05   || Y || ,,
 +
|-
 +
| LUERED2TB_06   || Y || ,,
 +
|-
 +
| LUERED2TB_07   || Y || ,,
 +
|-
 +
| LUERED2TB_08   || Y || ,,
 +
|-
 +
| LUERED2TB_09   || Y || ,,
 +
|-
 +
| LUERED2TB_10   || Y || ,,
 +
|-
 +
| NITMAX         || N || Optimal organic nitrogen content [kg N kg dm-1]
 +
|-
 +
| NITR         || N || Actual organic nitrogen content [kg N kg dm-1]
 +
|-
 +
| PERDL         || N || Max. rel. death rate of leaves due to water stress
 +
|-
 +
| Q10         || N || Rel. incr. in resp. rate 10 Cel temp. incr. [-]
 +
|-
 +
| RDI         || N || Initial rooting depth [cm]
 +
|-
 +
| RDMCR         || N || Maximum rooting depth [cm]
 +
|-
 +
| RDRRTB_01     || Y || Relative death rate of stems as a function of DVS [-; kg kg-1 d-1]
 +
|-
 +
| RDRRTB_02     || Y || ,,
 +
|-
 +
|-
 +
| RDRRTB_03     || Y || ,,
 +
|-
 +
| RDRRTB_04     || Y || ,,
 +
|-
 +
| RDRRTB_05     || Y || ,,
 +
|-
 +
|-
 +
| RDRRTB_06     || Y || ,,
 +
|-
 +
| RDRRTB_07     || Y || ,,
 +
|-
 +
| RDRRTB_08     || Y || ,,
 +
|-
 +
| RDRRTB_09     || Y || ,,
 +
|-
 +
| RDRRTB_10     || Y || ,,
 +
|-
 +
| RDRSTB_01     || Y || Relative death rate of roots as a function of DVS [-; kg kg-1 d-1]
 +
|-
 +
| RDRSTB_02     || Y || ,,
 +
|-
 +
| RDRSTB_03     || Y || ,,
 +
|-
 +
| RDRSTB_04     || Y || ,,
 +
|-
 +
| RDRSTB_05     || Y || ,,
 +
|-
 +
| RDRSTB_06     || Y || ,,
 +
|-
 +
| RDRSTB_07     || Y || ,,
 +
|-
 +
| RDRSTB_08     || Y || ,,
 +
|-
 +
| RDRSTB_09     || Y || ,,
 +
|-
 +
| RDRSTB_10     || Y || ,,
 +
|-
 +
|-
 +
| RFSETB_01     || Y || Reduction factor for senescencs as a function of DVS [-; -]
 +
|-
 +
| RFSETB_02     || Y || ,,
 +
|-
 +
| RFSETB_03     || Y || ,,
 +
|-
 +
| RFSETB_04     || Y || ,,
 +
|-
 +
| RFSETB_05     || Y || ,,
 +
|-
 +
|-
 +
|-
 +
| RFSETB_06     || Y || ,,
 +
|-
 +
| RFSETB_07     || Y || ,,
 +
|-
 +
| RFSETB_08     || Y || ,,
 +
|-
 +
| RFSETB_09     || Y || ,,
 +
|-
 +
| RFSETB_10     || Y || ,,
 +
|-
 +
| RGRLAI         || N || Maximum relative increase in LAI [ha ha-1 d-1]
 +
|-
 +
|-
 +
| RML         || N || Rel. maint. resp. rate leaves [kg CH2O kg-1 d-1]
 +
|-
 +
| RMO         || N || Rel. maint. resp. rate stor. org. [kg CH2O kg-1 d-1]
 +
|-
 +
| RMR         || N || Rel. maint. resp. rate roots [kg CH2O kg-1 d-1]
 +
|-
 +
| RMS         || N || Rel. maint. resp. rate stems [kg CH2O kg-1 d-1]
 +
|-
 +
| RRI         || N || Maximum daily increase in rooting depth [cm d-1]
 +
|-
 +
| SLA         || N || Specific leaf area
 +
|-
 +
| SLATB_01       || Y || Specific leaf area as a function of DVS [-; ha ha-1]
 +
|-
 +
| SLATB_02       || Y || ,,
 +
|-
 +
| SLATB_03       || Y || ,,
 +
|-
 +
| SLATB_04       || Y || ,,
 +
|-
 +
| SLATB_05       || Y || ,,
 +
|-
 +
| SLATB_06       || Y || ,,
 +
|-
 +
| SLATB_07       || Y || ,,
 +
|-
 +
| SLATB_08       || Y || ,,
 +
|-
 +
| SLATB_09       || Y || ,,
 +
|-
 +
|-
 +
|-
 +
| SLATB_10       || Y || ,,
 +
|-
 +
| SPA         || N || Specific pod area              [ha kg-1]
 +
|-
 +
| SPAN         || N || Life span of leaves growing at 35 Celsius [d]
 +
|-
 +
| SSA         || N || Specific stem area            [ha kg-1]
 +
|-
 +
| STARTDAY_ISTART|| N || indicates when to start rule to determine intermediate stop
 +
|-
 +
| STARTDAY_ISTOP || N || indicates when to start rule to determine intermediate start
 +
|-
 +
| TBASE         || N || Lower threshold temp. for ageing of leaves [cel]
 +
|-
 +
| TBASEM         || N || Lower threshold temp. for emergence [cel]
 +
|-
 +
| TDWI         || N || Initial total crop dry weight  [kg ha-1]
 +
|-
 +
| TEFFMX         || N || Max. effective temp for emergence  [cel]
 +
|-
 +
| TEMP_WINTERKILL|| N || threshold temperature winterkill
 +
|-
 +
| TMBASE1     || N || Temperature for start of crop growth [cel]
 +
|-
 +
| TMBASE2     || N || Temperature that defines start of source-limited crop growth [cel]
 +
|-
 +
| TMNFTB_01     || Y || Reduction factor of gross assim. rate as a function of low min. temp. [cel; -]
 +
|-
 +
| TMNFTB_02     || Y || ,,
 +
|-
 +
| TMNFTB_03     || Y || ,,
 +
|-
 +
| TMNFTB_04     || Y || ,,
 +
|-
 +
| TMNFTB_05     || Y || ,,
 +
|-
 +
| TMNFTB_06     || Y || ,,
 +
|-
 +
| TMNFTB_07     || Y || ,,
 +
|-
 +
| TMNFTB_08     || Y || ,,
 +
|-
 +
| TMNFTB_09     || Y || ,,
 +
|-
 +
| TMNFTB_10     || Y || ,,
 +
|-
 +
| TMPFTB_01     || Y || Reduction factor for AMAX as a function of av. temp. [cel; -]
 +
|-
 +
| TMPFTB_02     || Y || ,,
 +
|-
 +
| TMPFTB_03     || Y || ,,
 +
|-
 +
| TMPFTB_04     || Y || ,,
 +
|-
 +
| TMPFTB_05     || Y || ,,
 +
|-
 +
| TMPFTB_06     || Y || ,,
 +
|-
 +
| TMPFTB_07     || Y || ,,
 +
|-
 +
| TMPFTB_08     || Y || ,,
 +
|-
 +
| TMPFTB_09     || Y || ,,
 +
|-
 +
| TMPFTB_10     || Y || ,,
 +
|-
 +
| TSUM1         || N || Temp. sum from emergence to anthesis [cel d]
 +
|-
 +
| TSUM2         || N || Temp. sum from anthesis to maturity [cel d]
 +
|-
 +
| TSUMEM         || N || Temp. sum from sowing to emerge. [cel d]
 +
|}
  
 
[[Category:Appendixes]]
 
[[Category:Appendixes]]

Revision as of 13:41, 13 July 2012



Parameter code, table parameter (Y/N) and description

Parameter code Table parameter Description
AMAXTB_01 Y Max. leaf CO2 assim. rate as a function of DVS [-; kg ha-1 hr-1]
AMAXTB_02 Y ,,
AMAXTB_03 Y ,,
AMAXTB_04 Y ,,
AMAXTB_05 Y ,,
AMAXTB_06 Y ,,
AMAXTB_07 Y ,,
AMAXTB_08 Y ,,
AMAXTB_09 Y ,,
AMAXTB_10 Y ,,
CFET N Correction factor transpiration rate [-]
CLAI N Leaf area index after cutting [ha leaf ha ground-1]
COCON N Atmospheric CO2 concentration [ppm]
CRPF N Correction factor realtes crop transpiration to open water evaporation [-]
CVL N Efficiency of conversion into leaves [kg kg-1]
CVO N Efficiency of conversion into storage org. [kg kg-1]
CVR N Efficiency of conversion into roots [kg kg-1]
CVS N Efficiency of conversion into stems [kg kg-1]
CWGHT N Weight of green leaves which initiates mowing event (valid if MOPT = 1) [kg ha-1
DEPNR N Crop group number for soil water depletion [-]
DLC N Critical daylength (lower threshold) [hr]
DLO N Optimum daylength for development [hr]
DTSMTB_01 Y Daily increase in temp. sum as a function of av. temp. [cel; cel d]
DTSMTB_02 Y ,,
DTSMTB_03 Y ,,
DTSMTB_04 Y ,,
DTSMTB_05 Y ,,
DTSMTB_06 Y ,,
DTSMTB_07 Y ,,
DTSMTB_08 Y ,,
DTSMTB_09 Y ,,
DTSMTB_10 Y ,,
DVSEND N Development stage at harvest (=2.0 at maturity) [-]
EFF N Light use effic. single leaf [kg ha-1 hr-1 J-1 m2 s]
FLTB_01 Y fraction of above-gr. dry matter to leaves as a function of DVS [-; kg kg-1]
FLTB_02 Y ,,
FLTB_03 Y ,,
FLTB_04 Y ,,
FLTB_05 Y ,,
FLTB_06 Y ,,
FLTB_07 Y ,,
FLTB_08 Y ,,
FLTB_09 Y ,,
FLTB_10 Y ,,
FLTB_11 Y ,,
FLTB_12 Y ,,
FLTB_13 Y ,,
FLTB_14 Y ,,
FLTB_15 Y ,,
FOTB_01 Y fraction of above-gr. dry matter to stor. org. as a function of DVS [-; kg kg-1]
FOTB_02 Y ,,
FOTB_03 Y ,,
FOTB_04 Y ,,
FOTB_05 Y ,,
FOTB_06 Y ,,
FOTB_07 Y ,,
FOTB_08 Y ,,
FOTB_09 Y ,,
FOTB_10 Y ,,
FOTB_11 Y ,,
FOTB_12 Y ,,
FOTB_13 Y ,,
FOTB_14 Y ,,
FOTB_15 Y ,,
FRROTB_01 Y Fraction of dry matter all.to roots as function of rel.transpiration [-;kg kg-1]
FRROTB_02 Y ,,
FRROTB_03 Y ,,
FRROTB_04 Y ,,
FRROTB_05 Y ,,
FRROTB_06 Y ,,
FRROTB_07 Y ,,
FRROTB_08 Y ,,
FRROTB_09 Y ,,
FRROTB_10 Y ,,
FRTB_01 Y fraction of tot. dry matter to roots as a function of DVS [-; kg kg-1]
FRTB_02 Y ,,
FRTB_03 Y ,,
FRTB_04 Y ,,
FRTB_05 Y ,,
FRTB_06 Y ,,
FRTB_07 Y ,,
FRTB_08 Y ,,
FRTB_09 Y ,,
FRTB_10 Y ,,
FRTB_11 Y ,,
FRTB_12 Y ,,
FSTB_01 Y fraction of above-gr. dry matter to stems as a function of DVS [-; kg kg-1]
FSTB_02 Y ,,
FSTB_03 Y ,,
FSTB_04 Y ,,
FSTB_05 Y ,,
FSTB_06 Y ,,
FSTB_07 Y ,,
FSTB_08 Y ,,
FSTB_09 Y ,,
FSTB_10 Y ,,
FSTB_11 Y ,,
FSTB_12 Y ,,
FSTB_13 Y ,,
FSTB_14 Y ,,
FSTB_15 Y ,,
IAIRDU N Air ducts in roots present (=1) or not (=0)
IDSL N Indicates whether pre-anthesis development dep. on temp.(0), dayl.(1), or both(2
ILAI N Initial leaf area index at start of grop growth [ha leaf ha ground -1]
IMNDATTB_01 Y Data of periodical harvest [d]
IMNDATTB_02 Y ,,
IMNDATTB_03 Y ,,
IMNDATTB_04 Y ,,
IMNDATTB_05 Y ,,
IMNDATTB_06 Y ,,
IMNDATTB_07 Y ,,
IMNDATTB_08 Y ,,
IMNDATTB_09 Y ,,
IMNDATTB_10 Y ,,
IMNDATTB_11 Y ,,
IMNDATTB_12 Y ,,
IMNDATTB_13 Y ,,
IMNDATTB_14 Y ,,
IMNDATTB_15 Y ,,
IMOPT N Variable to choose grassland management [-]
INTIL N Initial number of tillers [1; m-2]
ISTO N Initial dry weight of reserves [kg ha-1]
KDIF N Extinction coefficient for diffuse visible light [-]
LAICR N Leaf area index at which death due to shading starts [ha leaf ha groud-1]
LAIEM N Leaf area index at emergence [ha ha-1]
LEAFNM N Maximum leaf appearance rate [leaf tiller-1 d-1]
LUEMAX N Maximum light use efficiency [g MJ PAR-1]
LUERED2TB_01 Y Reduction factor on light use efficiency based on radiation intensity [MJ rad;-]
LUERED2TB_02 Y ,,
LUERED2TB_03 Y ,,
LUERED2TB_04 Y ,,
LUERED2TB_05 Y ,,
LUERED2TB_06 Y ,,
LUERED2TB_07 Y ,,
LUERED2TB_08 Y ,,
LUERED2TB_09 Y ,,
LUERED2TB_10 Y ,,
NITMAX N Optimal organic nitrogen content [kg N kg dm-1]
NITR N Actual organic nitrogen content [kg N kg dm-1]
PERDL N Max. rel. death rate of leaves due to water stress
Q10 N Rel. incr. in resp. rate 10 Cel temp. incr. [-]
RDI N Initial rooting depth [cm]
RDMCR N Maximum rooting depth [cm]
RDRRTB_01 Y Relative death rate of stems as a function of DVS [-; kg kg-1 d-1]
RDRRTB_02 Y ,,
RDRRTB_03 Y ,,
RDRRTB_04 Y ,,
RDRRTB_05 Y ,,
RDRRTB_06 Y ,,
RDRRTB_07 Y ,,
RDRRTB_08 Y ,,
RDRRTB_09 Y ,,
RDRRTB_10 Y ,,
RDRSTB_01 Y Relative death rate of roots as a function of DVS [-; kg kg-1 d-1]
RDRSTB_02 Y ,,
RDRSTB_03 Y ,,
RDRSTB_04 Y ,,
RDRSTB_05 Y ,,
RDRSTB_06 Y ,,
RDRSTB_07 Y ,,
RDRSTB_08 Y ,,
RDRSTB_09 Y ,,
RDRSTB_10 Y ,,
RFSETB_01 Y Reduction factor for senescencs as a function of DVS [-; -]
RFSETB_02 Y ,,
RFSETB_03 Y ,,
RFSETB_04 Y ,,
RFSETB_05 Y ,,
RFSETB_06 Y ,,
RFSETB_07 Y ,,
RFSETB_08 Y ,,
RFSETB_09 Y ,,
RFSETB_10 Y ,,
RGRLAI N Maximum relative increase in LAI [ha ha-1 d-1]
RML N Rel. maint. resp. rate leaves [kg CH2O kg-1 d-1]
RMO N Rel. maint. resp. rate stor. org. [kg CH2O kg-1 d-1]
RMR N Rel. maint. resp. rate roots [kg CH2O kg-1 d-1]
RMS N Rel. maint. resp. rate stems [kg CH2O kg-1 d-1]
RRI N Maximum daily increase in rooting depth [cm d-1]
SLA N Specific leaf area
SLATB_01 Y Specific leaf area as a function of DVS [-; ha ha-1]
SLATB_02 Y ,,
SLATB_03 Y ,,
SLATB_04 Y ,,
SLATB_05 Y ,,
SLATB_06 Y ,,
SLATB_07 Y ,,
SLATB_08 Y ,,
SLATB_09 Y ,,
SLATB_10 Y ,,
SPA N Specific pod area [ha kg-1]
SPAN N Life span of leaves growing at 35 Celsius [d]
SSA N Specific stem area [ha kg-1]
STARTDAY_ISTART N indicates when to start rule to determine intermediate stop
STARTDAY_ISTOP N indicates when to start rule to determine intermediate start
TBASE N Lower threshold temp. for ageing of leaves [cel]
TBASEM N Lower threshold temp. for emergence [cel]
TDWI N Initial total crop dry weight [kg ha-1]
TEFFMX N Max. effective temp for emergence [cel]
TEMP_WINTERKILL N threshold temperature winterkill
TMBASE1 N Temperature for start of crop growth [cel]
TMBASE2 N Temperature that defines start of source-limited crop growth [cel]
TMNFTB_01 Y Reduction factor of gross assim. rate as a function of low min. temp. [cel; -]
TMNFTB_02 Y ,,
TMNFTB_03 Y ,,
TMNFTB_04 Y ,,
TMNFTB_05 Y ,,
TMNFTB_06 Y ,,
TMNFTB_07 Y ,,
TMNFTB_08 Y ,,
TMNFTB_09 Y ,,
TMNFTB_10 Y ,,
TMPFTB_01 Y Reduction factor for AMAX as a function of av. temp. [cel; -]
TMPFTB_02 Y ,,
TMPFTB_03 Y ,,
TMPFTB_04 Y ,,
TMPFTB_05 Y ,,
TMPFTB_06 Y ,,
TMPFTB_07 Y ,,
TMPFTB_08 Y ,,
TMPFTB_09 Y ,,
TMPFTB_10 Y ,,
TSUM1 N Temp. sum from emergence to anthesis [cel d]
TSUM2 N Temp. sum from anthesis to maturity [cel d]
TSUMEM N Temp. sum from sowing to emerge. [cel d]