Helper function that returns names and descriptions of STICS output variables from a partial name and/or descriptive keywords.
get_var_info(var = NULL, keyword = NULL, stics_version = "latest")Vector of variable names (or partial names). Optional, if not provided, the function returns information for all variables.
Search by keyword instead of variable name (search in the name and description field)
Name of the STICS version. Optional, can be used
to search parameters information relative to a specific STICS version.
By default the latest version returned by get_stics_versions_compat()
is used.
A data.frame with information about variable(s) with columns
name, definition, unit, type
The function understand regex as input.
# Find by variable name (fuzzy search):
SticsRFiles::get_var_info("lai")
#> name
#> 5 albedolai
#> 243 exolai
#> 349 innlai
#> 365 lai(n)
#> 366 lai_mx_av_cut
#> 367 laimax
#> 368 laisen(n)
#> 757 splai
#> 820 ulai(n)
#> definition
#> 5 albedo of the crop including soil and vegetation
#> 243 reduction factor on leaf growth due to water excess
#> 349 reduction factor on leaf growth due to NNI (nitrogen deficiency)
#> 365 leaf area index (table)
#> 366 LAI before cut (for cut crops , for others = lai(n) )
#> 367 maximum leaf area index
#> 368 leaf area index of senescent leaves (table)
#> 757 source to sink ratio of assimilates in the leaves
#> 820 relative development unit for LAI
#> unit type
#> 5 SD real
#> 243 0-1 real
#> 349 innmin to 1 real
#> 365 m2.m-2 real
#> 366 SD real
#> 367 m2.m-2 real
#> 368 m2.m-2 real
#> 757 SD real
#> 820 0-3 real
# Find by keyword (fuzzy search in variable name and description):
SticsRFiles::get_var_info(keyword = "lai")
#> name
#> 5 albedolai
#> 171 diftemp1intercoupe
#> 172 diftemp2intercoupe
#> 243 exolai
#> 345 inn1intercoupe
#> 347 inn2intercoupe
#> 349 innlai
#> 365 lai(n)
#> 366 lai_mx_av_cut
#> 367 laimax
#> 368 laisen(n)
#> 372 leai
#> 757 splai
#> 760 str1intercoupe
#> 761 str2intercoupe
#> 762 stu1intercoupe
#> 763 stu2intercoupe
#> 816 tustress
#> 820 ulai(n)
#> definition
#> 5 albedo of the crop including soil and vegetation
#> 171 mean difference between crop and air temperatures during the vegetative phase (emergence - maximum LAI)
#> 172 mean difference between crop and air temperatures during the reproductive phase (maximum LAI - maturity)
#> 243 reduction factor on leaf growth due to water excess
#> 345 average NNI during the cut (cut crop vegetative phase: emergence to maximum LAI)
#> 347 average NNI during the cut (cut crop reproductive phase: maximum LAI to maturity)
#> 349 reduction factor on leaf growth due to NNI (nitrogen deficiency)
#> 365 leaf area index (table)
#> 366 LAI before cut (for cut crops , for others = lai(n) )
#> 367 maximum leaf area index
#> 368 leaf area index of senescent leaves (table)
#> 372 Leaf+ear area index = lai +eai
#> 757 source to sink ratio of assimilates in the leaves
#> 760 average stomatal water stress index during the vegetative phase (emergence - maximum LAI) of forage crops
#> 761 average stomatal water stress index during the reproductive phase (maximum LAI - maturity) of forage crops
#> 762 average turgescence water stress index during the vegetative phase (emergence - maximum LAI) of forage crops
#> 763 average turgescence water stress index during the reproductive phase (maximum LAI - maturity) of forage crops
#> 816 reduction factor on leaf growth due to the effective water stress (= min(turfac,innlai))
#> 820 relative development unit for LAI
#> unit type
#> 5 SD real
#> 171 degreeC real
#> 172 degreeC real
#> 243 0-1 real
#> 345 0-2 real
#> 347 0-2 real
#> 349 innmin to 1 real
#> 365 m2.m-2 real
#> 366 SD real
#> 367 m2.m-2 real
#> 368 m2.m-2 real
#> 372 m2.m-2 real
#> 757 SD real
#> 760 0-1 real
#> 761 0-1 real
#> 762 0-1 real
#> 763 0-1 real
#> 816 0-1 real
#> 820 0-3 real
# Find for a particular version:
SticsRFiles::get_var_info("lai", stics_version = "V9.0")
#> name
#> 4 albedolai
#> 173 exolai
#> 253 innlai
#> 267 lai_mx_av_cut
#> 268 lai(n)
#> 269 laimax
#> 270 laisen(n)
#> 500 splai
#> 556 ulai(n)
#> definition
#> 4 albedo of the crop including soil and vegetation
#> 173 reduction factor on leaf growth due to water excess
#> 253 reduction factor on leaf growth due to NNI (nitrogen deficiency)
#> 267 LAI before cut (for cut crops , for others = lai(n) )
#> 268 leaf area index (table)
#> 269 maximum leaf area index
#> 270 leaf area index of senescent leaves (table)
#> 500 source to sink ratio of assimilates in the leaves
#> 556 relative development unit for LAI
#> unit type
#> 4 SD real
#> 173 0-1 real
#> 253 innmin to 1 real
#> 267 SD real
#> 268 m2.m-2 real
#> 269 m2.m-2 real
#> 270 m2.m-2 real
#> 500 SD real
#> 556 0-3 real
get_var_info()
#> name
#> 1 Name
#> 2 abso(n)
#> 3 age_prairie
#> 4 airg(n)
#> 5 albedolai
#> 6 allocfruit
#> 7 amm_1_30
#> 8 amm_31_60
#> 9 amm_61_90
#> 10 ammomes
#> 11 amptcultmat
#> 12 anit(n)
#> 13 anit_engrais(n)
#> 14 anit_uree(n)
#> 15 anoxmoy
#> 16 AZamm(1)
#> 17 AZamm(2)
#> 18 AZamm(3)
#> 19 AZamm(4)
#> 20 AZamm(5)
#> 21 azlesd
#> 22 AZnit(1)
#> 23 AZnit(2)
#> 24 AZnit(3)
#> 25 AZnit(4)
#> 26 AZnit(5)
#> 27 azomes
#> 28 azsup_by_horizon(1)
#> 29 azsup_by_horizon(2)
#> 30 azsup_by_horizon(3)
#> 31 azsup_by_horizon(4)
#> 32 azsup_by_horizon(5)
#> 33 azsup_under_profmes
#> 34 bouchon
#> 35 Cb
#> 36 Cbmulch
#> 37 cdemande
#> 38 cEdirect
#> 39 cEdirecttout
#> 40 cep
#> 41 cep2
#> 42 ces
#> 43 cestout
#> 44 cet
#> 45 cet_from_lev
#> 46 cet_from_plt
#> 47 cetm
#> 48 Cetmtout
#> 49 cetp
#> 50 chargefruit
#> 51 Chuma
#> 52 Chumi
#> 53 Chumt
#> 54 cintermulch
#> 55 cinterpluie
#> 56 Cmulch
#> 57 Cmulchdec
#> 58 Cmulchnd
#> 59 CNgrain
#> 60 Cnondec(1)
#> 61 Cnondec(10)
#> 62 Cnondec(2)
#> 63 Cnondec(3)
#> 64 Cnondec(4)
#> 65 Cnondec(5)
#> 66 Cnondec(6)
#> 67 Cnondec(7)
#> 68 Cnondec(8)
#> 69 Cnondec(9)
#> 70 CNplante
#> 71 CO2(n)
#> 72 CO2hum
#> 73 CO2res
#> 74 CO2sol
#> 75 codebbch_output
#> 76 concN_W_drained
#> 77 concNO3les
#> 78 concNO3sol(1)
#> 79 concNO3sol(2)
#> 80 concNO3sol(3)
#> 81 concNO3sol(4)
#> 82 concNO3sol(5)
#> 83 condenit
#> 84 couvermulch
#> 85 cpluie
#> 86 cprecip
#> 87 cpreciptout
#> 88 Cr
#> 89 Cresiduprofil(1)
#> 90 Cresiduprofil(10)
#> 91 Cresiduprofil(2)
#> 92 Cresiduprofil(3)
#> 93 Cresiduprofil(4)
#> 94 Cresiduprofil(5)
#> 95 Cresiduprofil(6)
#> 96 Cresiduprofil(7)
#> 97 Cresiduprofil(8)
#> 98 Cresiduprofil(9)
#> 99 crg
#> 100 crgtout
#> 101 Crprof
#> 102 Crtout
#> 103 CsurNrac
#> 104 CsurNracmort
#> 105 CsurNres_pature
#> 106 CsurNsol
#> 107 ctairtout
#> 108 ctcult
#> 109 ctculttout
#> 110 ctetptout
#> 111 ctmoy
#> 112 cum_et0
#> 113 cum_et0_from_lev
#> 114 cum_immob
#> 115 cum_immob_positif
#> 116 cumlracz
#> 117 cumraint
#> 118 cumrg
#> 119 cumvminh
#> 120 cumvminr
#> 121 da(1)
#> 122 da(2)
#> 123 date_irrigations(1)
#> 124 date_irrigations(10)
#> 125 date_irrigations(11)
#> 126 date_irrigations(12)
#> 127 date_irrigations(13)
#> 128 date_irrigations(14)
#> 129 date_irrigations(15)
#> 130 date_irrigations(16)
#> 131 date_irrigations(17)
#> 132 date_irrigations(18)
#> 133 date_irrigations(19)
#> 134 date_irrigations(2)
#> 135 date_irrigations(20)
#> 136 date_irrigations(21)
#> 137 date_irrigations(22)
#> 138 date_irrigations(23)
#> 139 date_irrigations(24)
#> 140 date_irrigations(25)
#> 141 date_irrigations(26)
#> 142 date_irrigations(27)
#> 143 date_irrigations(28)
#> 144 date_irrigations(29)
#> 145 date_irrigations(3)
#> 146 date_irrigations(30)
#> 147 date_irrigations(4)
#> 148 date_irrigations(5)
#> 149 date_irrigations(6)
#> 150 date_irrigations(7)
#> 151 date_irrigations(8)
#> 152 date_irrigations(9)
#> 153 day_after_begin_simul
#> 154 day_after_emergence
#> 155 day_after_sowing
#> 156 day_cut
#> 157 DCbmulch
#> 158 DChumt
#> 159 DCmulch
#> 160 DCr
#> 161 DCrprof
#> 162 deltai(n)
#> 163 deltaz
#> 164 demande
#> 165 demandeper
#> 166 demanderac
#> 167 demandetot
#> 168 densite
#> 169 densiteequiv
#> 170 dfol
#> 171 diftemp1intercoupe
#> 172 diftemp2intercoupe
#> 173 dltags
#> 174 dltaisen
#> 175 dltams(n)
#> 176 dltamsen
#> 177 dltaremobil
#> 178 dltaremobilN
#> 179 dltmsrac_plante
#> 180 DNbmulch
#> 181 DNhumt
#> 182 DNmulch
#> 183 DNr
#> 184 DNrprof
#> 185 DQNtot2
#> 186 drain
#> 187 drain_from_lev
#> 188 drain_from_plt
#> 189 drat
#> 190 drlsenmortalle
#> 191 DSMN
#> 192 DSOC
#> 193 DSOCtot
#> 194 DSON
#> 195 DSONtot
#> 196 DSTN
#> 197 dtj(n)
#> 198 dureehumec
#> 199 dureeRH
#> 200 durvie(n)
#> 201 eai
#> 202 ebmax
#> 203 ebmax_gr
#> 204 Edirect
#> 205 efda
#> 206 efdensite
#> 207 efdensite_rac
#> 208 ef_elongation
#> 209 efNrac_mean
#> 210 em_N2O
#> 211 em_N2Oden
#> 212 em_N2Onit
#> 213 Emd
#> 214 emulch
#> 215 eo
#> 216 eop
#> 217 eos
#> 218 ep
#> 219 epc_recal(1)
#> 220 epc_recal(2)
#> 221 epc_recal(3)
#> 222 epc_recal(4)
#> 223 epc_recal(5)
#> 224 epsib
#> 225 esol
#> 226 et
#> 227 et0
#> 228 etm
#> 229 etm_etr1moy
#> 230 etm_etr2moy
#> 231 etpp(n)
#> 232 etr_etm1moy
#> 233 etr_etm2moy
#> 234 exces(1)
#> 235 exces(2)
#> 236 exces(3)
#> 237 exces(4)
#> 238 exces(5)
#> 239 exobiom
#> 240 exofac
#> 241 exofac1moy
#> 242 exofac2moy
#> 243 exolai
#> 244 fapar
#> 245 fco2
#> 246 fco2s
#> 247 fgelflo
#> 248 fixmaxvar
#> 249 fixpot
#> 250 fixreel
#> 251 flurac
#> 252 flusol
#> 253 fpari
#> 254 fpari_gr
#> 255 fpft
#> 256 fpv(n)
#> 257 FsNH3
#> 258 fstressgel
#> 259 ftemp
#> 260 fxa
#> 261 fxn
#> 262 fxt
#> 263 fxw
#> 264 gel1
#> 265 gel1_percent
#> 266 gel2
#> 267 gel2_percent
#> 268 gel3
#> 269 gel3_percent
#> 270 GHG
#> 271 grain_dry_weight_mg
#> 272 H2Orec
#> 273 H2Orec_percent
#> 274 hauteur
#> 275 HI_C
#> 276 HI_N
#> 277 Hmax
#> 278 hnappe
#> 279 Hpb
#> 280 Hph
#> 281 HR(1)
#> 282 HR(2)
#> 283 HR(3)
#> 284 HR(4)
#> 285 HR(5)
#> 286 HR_mm(1)
#> 287 HR_mm(2)
#> 288 HR_mm(3)
#> 289 HR_mm(4)
#> 290 HR_mm(5)
#> 291 HR_mm_1_30
#> 292 HR_mm_31_60
#> 293 HR_mm_61_90
#> 294 HR_vol_1_10
#> 295 HR_vol_1_30
#> 296 HR_vol_121_150
#> 297 HR_vol_151_180
#> 298 HR_vol_31_60
#> 299 HR_vol_61_90
#> 300 HR_vol_91_120
#> 301 huile
#> 302 huile_percent
#> 303 humair
#> 304 humair_percent
#> 305 humidite
#> 306 humidite_percent
#> 307 humirac_mean
#> 308 hur_10_vol
#> 309 husup_by_horizon(1)
#> 310 husup_by_horizon(2)
#> 311 husup_by_horizon(3)
#> 312 husup_by_horizon(4)
#> 313 husup_by_horizon(5)
#> 314 husup_under_profmes
#> 315 iamfs
#> 316 idebdess
#> 317 idebdorms
#> 318 idrps
#> 319 ifindorms
#> 320 iflos
#> 321 iflos_minus_150
#> 322 iflos_plus_150
#> 323 igers
#> 324 ilans
#> 325 ilaxs
#> 326 ilevs
#> 327 imats
#> 328 imontaisons
#> 329 infil_recal(1)
#> 330 infil_recal(2)
#> 331 infil_recal(3)
#> 332 infil_recal(4)
#> 333 infil_recal(5)
#> 334 init_H2O_balance
#> 335 final_H2O_balance
#> 336 init_plant_N_balance
#> 337 final_plant_N_balance
#> 338 init_soil_mineral_N_balance
#> 339 final_soil_mineral_N_balance
#> 340 init_soil_organic_N_balance
#> 341 final_soil_organic_N_balance
#> 342 init_soil_organic_C_balance
#> 343 final_soil_organic_C_balance
#> 344 inn
#> 345 inn1intercoupe
#> 346 inn1moy
#> 347 inn2intercoupe
#> 348 inn2moy
#> 349 innlai
#> 350 inns
#> 351 innsenes
#> 352 inous
#> 353 intermulch
#> 354 interpluie
#> 355 iplts
#> 356 irazo(n)
#> 357 ircarb(n)
#> 358 irecs
#> 359 irrigjN
#> 360 irrigN
#> 361 isens
#> 362 is_dominant
#> 363 izrac
#> 364 jjul
#> 365 lai(n)
#> 366 lai_mx_av_cut
#> 367 laimax
#> 368 laisen(n)
#> 369 largeur
#> 370 leaching_from_lev
#> 371 leaching_from_plt
#> 372 leai
#> 373 lessiv
#> 374 lracf(1)
#> 375 lracf(2)
#> 376 lracf(3)
#> 377 lracf(4)
#> 378 lracf(5)
#> 379 lracg(1)
#> 380 lracg(2)
#> 381 lracg(3)
#> 382 lracg(4)
#> 383 lracg(5)
#> 384 LRACH(1)
#> 385 LRACH(2)
#> 386 LRACH(3)
#> 387 LRACH(4)
#> 388 LRACH(5)
#> 389 lracsentotf
#> 390 lracsentotg
#> 391 mabois
#> 392 maenfruit
#> 393 mafauche
#> 394 mafauchetot
#> 395 mafeuil
#> 396 mafeuil_kg_ha
#> 397 mafeuiljaune
#> 398 mafeuiltombe
#> 399 mafeuiltombefauche
#> 400 mafeuilverte
#> 401 mafou
#> 402 mafrais
#> 403 mafruit
#> 404 mafruit_kg_ha
#> 405 maperenne
#> 406 maperennemort
#> 407 masec(n)
#> 408 masec_kg_ha
#> 409 masec_mx_av_cut
#> 410 masecneo
#> 411 masecnp
#> 412 masectot
#> 413 masecveg
#> 414 matigestruc
#> 415 matigestruc_kg_ha
#> 416 matuber
#> 417 mean_swfac_flo_p_m_150
#> 418 mortalle
#> 419 mortmasec
#> 420 mortreserve
#> 421 mouillmulch
#> 422 MSexporte
#> 423 msjaune
#> 424 msneojaune
#> 425 msrac(n)
#> 426 msracf(1)
#> 427 msracf(2)
#> 428 msracf(3)
#> 429 msracf(4)
#> 430 msracf(5)
#> 431 msracg(1)
#> 432 msracg(2)
#> 433 msracg(3)
#> 434 msracg(4)
#> 435 msracg(5)
#> 436 msracmort
#> 437 msracmortf(1)
#> 438 msracmortf(2)
#> 439 msracmortf(3)
#> 440 msracmortf(4)
#> 441 msracmortf(5)
#> 442 msracmortg(1)
#> 443 msracmortg(2)
#> 444 msracmortg(3)
#> 445 msracmortg(4)
#> 446 msracmortg(5)
#> 447 msrec_fou
#> 448 msrec_fou_coupe
#> 449 msrec_fou_tot
#> 450 MSrecycle
#> 451 msresjaune
#> 452 mstot
#> 453 N_mineralisation
#> 454 n_tot_irrigations
#> 455 N_volatilisation
#> 456 Nb
#> 457 nb_days_frost_amf_120
#> 458 nb_days_humair_gt_90_percent1
#> 459 nb_days_humair_gt_90_percent2
#> 460 nbfeuille
#> 461 nbinflo_recal
#> 462 nbj0remp
#> 463 nbjechaudage
#> 464 nbjgel
#> 465 nbjpourdecirecolte
#> 466 nbjpourdecisemis
#> 467 Nbmulch
#> 468 NCbio
#> 469 Ndenit
#> 470 Ndfa
#> 471 Nexporte
#> 472 nfruit(1)
#> 473 nfruit(2)
#> 474 nfruit(3)
#> 475 nfruit(4)
#> 476 nfruit(5)
#> 477 nfruit(nboite)
#> 478 nfruit(nboite-1)
#> 479 nfruitnou
#> 480 Nhuma
#> 481 Nhumi
#> 482 Nhumt
#> 483 nit_1_30
#> 484 nit_31_60
#> 485 nit_61_90
#> 486 soilN_rootdepth
#> 487 nitetcult(n)
#> 488 nitrifj
#> 489 Nmineral_from_lev
#> 490 Nmineral_from_plt
#> 491 Nmulch
#> 492 Nmulchdec
#> 493 Nmulchnd
#> 494 Nnondec(1)
#> 495 Nnondec(10)
#> 496 Nnondec(2)
#> 497 Nnondec(3)
#> 498 Nnondec(4)
#> 499 Nnondec(5)
#> 500 Nnondec(6)
#> 501 Nnondec(7)
#> 502 Nnondec(8)
#> 503 Nnondec(9)
#> 504 nodn
#> 505 Norgeng
#> 506 Nr
#> 507 Nrecycle
#> 508 Nresiduprofil(1)
#> 509 Nresiduprofil(10)
#> 510 Nresiduprofil(2)
#> 511 Nresiduprofil(3)
#> 512 Nresiduprofil(4)
#> 513 Nresiduprofil(5)
#> 514 Nresiduprofil(6)
#> 515 Nresiduprofil(7)
#> 516 Nresiduprofil(8)
#> 517 Nresiduprofil(9)
#> 518 Nrprof
#> 519 Nrtout
#> 520 Nsurplus
#> 521 Nsurplus_min
#> 522 numcoupe
#> 523 numcult
#> 524 Nvolat_from_lev
#> 525 Nvolat_from_plt
#> 526 Nvoleng
#> 527 Nvolorg
#> 528 offrenod
#> 529 p1000grain
#> 530 pdsfruit(1)
#> 531 pdsfruit(2)
#> 532 pdsfruit(3)
#> 533 pdsfruit(4)
#> 534 pdsfruit(5)
#> 535 pdsfruit(nboite)
#> 536 pdsfruit(nboite-1)
#> 537 pdsfruitfrais
#> 538 penfruit
#> 539 pfeuil(n)
#> 540 pfeuiljaune
#> 541 pfeuilverte(n)
#> 542 phoi
#> 543 pHvol
#> 544 pousfruit
#> 545 poussracmoy
#> 546 precip
#> 547 precipjN
#> 548 precipN
#> 549 preciprec(n)
#> 550 preserve
#> 551 profexteau
#> 552 profextN
#> 553 profnappe
#> 554 psibase
#> 555 ptigestruc
#> 556 q_irrigations(1)
#> 557 q_irrigations(10)
#> 558 q_irrigations(11)
#> 559 q_irrigations(12)
#> 560 q_irrigations(13)
#> 561 q_irrigations(14)
#> 562 q_irrigations(15)
#> 563 q_irrigations(16)
#> 564 q_irrigations(17)
#> 565 q_irrigations(18)
#> 566 q_irrigations(19)
#> 567 q_irrigations(2)
#> 568 q_irrigations(20)
#> 569 q_irrigations(21)
#> 570 q_irrigations(22)
#> 571 q_irrigations(23)
#> 572 q_irrigations(24)
#> 573 q_irrigations(25)
#> 574 q_irrigations(26)
#> 575 q_irrigations(27)
#> 576 q_irrigations(28)
#> 577 q_irrigations(29)
#> 578 q_irrigations(3)
#> 579 q_irrigations(30)
#> 580 q_irrigations(4)
#> 581 q_irrigations(5)
#> 582 q_irrigations(6)
#> 583 q_irrigations(7)
#> 584 q_irrigations(8)
#> 585 q_irrigations(9)
#> 586 QCapp
#> 587 QCO2hum
#> 588 QCO2mul
#> 589 QCO2res
#> 590 QCO2sol
#> 591 QCperennemort
#> 592 QCperennemort2
#> 593 QCplantetombe
#> 594 QCplantetombe2
#> 595 QCprimed
#> 596 QCrac
#> 597 QCracmort
#> 598 QCracmort2
#> 599 QCresorg
#> 600 QCressuite
#> 601 QCressuite2
#> 602 QCressuite_tot
#> 603 QCressuite_tot2
#> 604 QCrogne
#> 605 QCrogne2
#> 606 Qdrain
#> 607 Qdraincum
#> 608 Qem_N2O
#> 609 Qem_N2Oden
#> 610 Qem_N2Onit
#> 611 qexport
#> 612 Qfix
#> 613 Qfixtot
#> 614 Qfixtot2
#> 615 Qles
#> 616 Qlesd
#> 617 Qmin
#> 618 Qminh
#> 619 Qminr
#> 620 qmulch
#> 621 QNabso
#> 622 QNabso2
#> 623 QNabsoaer
#> 624 QNabsoper
#> 625 QNabsorac
#> 626 QNabsotot
#> 627 QNapp
#> 628 QNdenit
#> 629 QNdenit_from_lev
#> 630 QNdenit_from_plt
#> 631 QNexport
#> 632 QNexport2
#> 633 QNfauche
#> 634 QNfauchetot
#> 635 QNfauchetot2
#> 636 QNfeuille
#> 637 QNfeuilleres
#> 638 QNgaz
#> 639 QNgrain
#> 640 Qnitrif
#> 641 QNorgeng
#> 642 QNperenne
#> 643 QNperennemort
#> 644 QNperennemort2
#> 645 QNplante
#> 646 QNplante_mx_av_cut
#> 647 QNplantenp
#> 648 QNplantetombe
#> 649 QNplantetombe2
#> 650 QNprimed
#> 651 QNrac
#> 652 QNracmort
#> 653 QNracmort2
#> 654 QNresorg
#> 655 QNresperenne
#> 656 QNresperennestruc
#> 657 QNressuite
#> 658 QNressuite_tot
#> 659 QNressuite_tot2
#> 660 QNressuite2
#> 661 QNrestemp
#> 662 QNrogne
#> 663 QNrogne2
#> 664 QNtige
#> 665 QNtot
#> 666 QNtot2
#> 667 QNveg
#> 668 QNvegstruc
#> 669 QNvoleng
#> 670 QNvolorg
#> 671 qres_pature
#> 672 Qressuite
#> 673 Qressuite_tot
#> 674 ra_recal
#> 675 raint
#> 676 ras
#> 677 ratioFT
#> 678 ratioTF
#> 679 Ratm
#> 680 rc
#> 681 rdif
#> 682 remobilj
#> 683 remontee
#> 684 rendementsec
#> 685 resmes
#> 686 resperenne
#> 687 resrac
#> 688 restemp
#> 689 rfpi
#> 690 rfvi
#> 691 rlj
#> 692 rltot
#> 693 rltotf
#> 694 rltotg
#> 695 rmaxi
#> 696 rnet
#> 697 rnetS
#> 698 rombre
#> 699 rsoleil
#> 700 RsurRU
#> 701 RsurRUrac
#> 702 RU
#> 703 ruissel
#> 704 ruisselsurf
#> 705 ruisselt
#> 706 runoff_from_lev
#> 707 runoff_from_plt
#> 708 RUrac
#> 709 saturation
#> 710 Sdepth(n)
#> 711 senfac
#> 712 sla
#> 713 SMN
#> 714 SMNmes
#> 715 Snowaccu(n)
#> 716 Snowmelt(n)
#> 717 SOC
#> 718 SOCL(1)
#> 719 SOCL(2)
#> 720 SOCL(3)
#> 721 SOCL(4)
#> 722 SOCL(5)
#> 723 SOC0
#> 724 SOCbalance
#> 725 SOCinputs
#> 726 SOCtot
#> 727 SoilAvW
#> 728 SoilAvW_by_layers(1)
#> 729 SoilAvW_by_layers(2)
#> 730 SoilAvW_by_layers(3)
#> 731 SoilAvW_by_layers(4)
#> 732 SoilAvW_by_layers(5)
#> 733 SoilWatM
#> 734 som_HUR
#> 735 som_sat
#> 736 somcour
#> 737 somcourdrp
#> 738 somcourfauche
#> 739 somcourmont
#> 740 somdifftculttair
#> 741 somtemp
#> 742 somudevair
#> 743 somudevcult
#> 744 somupvtsem
#> 745 SON
#> 746 SONL(1)
#> 747 SONL(2)
#> 748 SONL(3)
#> 749 SONL(4)
#> 750 SONL(5)
#> 751 SON0
#> 752 SONbalance
#> 753 SONinputs
#> 754 SONtot
#> 755 sourcepuits
#> 756 spfruit
#> 757 splai
#> 758 stemflow
#> 759 STN
#> 760 str1intercoupe
#> 761 str2intercoupe
#> 762 stu1intercoupe
#> 763 stu2intercoupe
#> 764 sucre
#> 765 sucre_percent
#> 766 surf(ao)
#> 767 surf(as)
#> 768 swfac
#> 769 swfac1moy
#> 770 swfac2moy
#> 771 tairveille
#> 772 tauxcouv(n)
#> 773 tcult
#> 774 tcult_tairveille
#> 775 tcultmax
#> 776 tcultmin
#> 777 tempeff
#> 778 tetp(n)
#> 779 tetstomate
#> 780 teturg
#> 781 tmax(n)
#> 782 tmaxext(n)
#> 783 tmaxrec(n)
#> 784 tmin(n)
#> 785 tminext(n)
#> 786 tminrec(n)
#> 787 tmoy(n)
#> 788 tmoyext(n)
#> 789 tmoyIpltJuin
#> 790 tmoyIpltSept
#> 791 tncultmat
#> 792 tnhc
#> 793 tnrc
#> 794 totapN
#> 795 totapNres
#> 796 totir
#> 797 tpm(n)
#> 798 trg(n)
#> 799 trgext(n)
#> 800 trr(n)
#> 801 TS(1)
#> 802 TS(2)
#> 803 TS(3)
#> 804 TS(4)
#> 805 TS(5)
#> 806 tsol(10)
#> 807 tsol_mean_0_profsem
#> 808 tsol_mean_ger_lev_0_dpthsow
#> 809 tsol_mean_plt_ger_0_dpthsow
#> 810 tsol_min_0_profsem
#> 811 tsol_min_ger_lev_0_dpthsow
#> 812 tsol_min_plt_ger_0_dpthsow
#> 813 turfac
#> 814 turfac1moy
#> 815 turfac2moy
#> 816 tustress
#> 817 tvent(n)
#> 818 udevair
#> 819 udevcult
#> 820 ulai(n)
#> 821 upvt(n)
#> 822 urac
#> 823 vitmoy
#> 824 xmlch1
#> 825 zrac
#> 826 zracmax
#> 827 varrapforme
#> 828 rnet_plant
#> 829 ef_n_w_height
#> 830 potential_height
#> definition
#> 1 Definition
#> 2 N uptake rate by the crop
#> 3 age of the forage crop since sowing
#> 4 daily amount of irrigation water
#> 5 albedo of the crop including soil and vegetation
#> 6 allocation ratio of assimilates to the fruits
#> 7 amount of NH4-N in the soil layer 1 to 30 cm
#> 8 amount of NH4-N in the soil layer 31-60 cm
#> 9 amount of NH4-N in the soil layer 61-90 cm
#> 10 amount of NH4-N in soil over the depth profmes
#> 11 mean daily temperature range (tcult) during the reproductive phase (stages lax - rec)
#> 12 daily amount of fertiliser-N added to crop
#> 13 Daily nitrogen provided by fertiliser
#> 14 amount of animal urine returned to the soil
#> 15 index of anoxia over the root depth
#> 16 amount of NH4-N in soil layer 1
#> 17 amount of NH4-N in soil layer 2
#> 18 amount of NH4-N in soil layer 3
#> 19 amount of NH4-N in soil layer 4
#> 20 amount of NH4-N in soil layer 5
#> 21 daily amount of NO3-N leached in mole drains
#> 22 amount of NO3-N in soil layer 1
#> 23 amount of NO3-N in soil layer 2
#> 24 amount of NO3-N in soil layer 3
#> 25 amount of NO3-N in soil layer 4
#> 26 amount of NO3-N in soil layer 5
#> 27 amount of NO3-N in soil over the depth profmes
#> 28 lixiviation under the horizon 1
#> 29 lixiviation under the horizon 2
#> 30 lixiviation under the horizon 3
#> 31 lixiviation under the horizon 4
#> 32 lixiviation under the horizon 5
#> 33 lixiviation under the depth of measurement profmes
#> 34 index showing if the shrinkage slots are opened (0) or closed (1)
#> 35 amount of C in the microbial biomass decomposing organic residues mixed with soil
#> 36 amount of C in the microbial biomass decomposing organic residues at soil surface (mulch)
#> 37 cumulative amount of N needed by the plant (plant needs)
#> 38 total evaporation (water evaporated by the soil + intercepted by leaves and mulch) integrated over the cropping season
#> 39 total evaporation (water evaporated by the soil + intercepted by leaves and mulch) integrated over the simulation period
#> 40 cumulative transpiration over the cropping season of plant 1
#> 41 cumulative transpiration over the cropping season of plants 1 and 2
#> 42 cumulative evaporation over the cropping season
#> 43 cumulative evaporation over the simulation period
#> 44 cumulative evapotranspiration over the cropping season
#> 45 cumulative evapotranspiration over the cropping season (from emergence or budbreak)
#> 46 cumulative evapotranspiration over the cropping season (from planting or budbreak)
#> 47 cumulative maximum evapotranspiration over the cropping season
#> 48 cumulative maximum evapotranspiration over the simulation period
#> 49 cumulative potential evapotranspiration (PET) over the cropping season
#> 50 number of filling grains or ripe fruits
#> 51 amount of active C in humified organic matter
#> 52 amount of inert C in humified organic matter
#> 53 amount of C in humified organic matter (active + inert fractions)
#> 54 cumulative amount of rain intercepted by the mulch
#> 55 cumulative amount of rain intercepted by the leaves
#> 56 amount of C in the whole plant mulch
#> 57 amount of C in the decomposable mulch
#> 58 amount of C in the non decomposable mulch
#> 59 N concentration in fruits
#> 60 amount of C in the undecomposable mulch made of residues of type 1
#> 61 amount of C in the undecomposable mulch made of residues of type 10
#> 62 amount of C in the undecomposable mulch made of residues of type 2
#> 63 amount of C in the undecomposable mulch made of residues of type 3
#> 64 amount of C in the undecomposable mulch made of residues of type 4
#> 65 amount of C in the undecomposable mulch made of residues of type 5
#> 66 amount of C in the undecomposable mulch made of residues of type 6
#> 67 amount of C in the undecomposable mulch made of residues of type 7
#> 68 amount of C in the undecomposable mulch made of residues of type 8
#> 69 amount of C in the undecomposable mulch made of residues of type 9
#> 70 N concentration in the aboveground plant
#> 71 atmospheric CO2 concentration above 330 ppm
#> 72 daily amount of CO2-C emitted due to the mineralisation of soil humus
#> 73 daily amount of CO2-C emitted due to the mineralisation of organic residues
#> 74 daily amount of CO2-C emitted due to soil mineralisation (humus and organic residues)
#> 75 code of the bbch stage (see plant file)
#> 76 daily nitrate concentration in drainage water
#> 77 nitrate concentration in drained water
#> 78 nitrate concentration in soil layer 1
#> 79 nitrate concentration in soil layer 2
#> 80 nitrate concentration in soil layer 3
#> 81 nitrate concentration in soil layer 4
#> 82 nitrate concentration in soil layer 5
#> 83 ratio of actual to potential denitrifying rate
#> 84 cover ratio of mulch
#> 85 cumulative amount of rain over the simulation period
#> 86 cumulative water supply over the cropping season (precipitation + irrigation)
#> 87 cumulative water supply over the simulation period (precipitation + irrigation)
#> 88 amount of C in organic residues mixed with soil in the profhum layer
#> 89 amount of C in residues over the soil depth profhum in the residue type 1
#> 90 amount of C in residues over the soil depth profhum in the residue type 10
#> 91 amount of C in residues over the soil depth profhum in the residue type 2
#> 92 amount of C in residues over the soil depth profhum in the residue type 3
#> 93 amount of C in residues over the soil depth profhum in the residue type 4
#> 94 amount of C in residues over the soil depth profhum in the residue type 5
#> 95 amount of C in residues over the soil depth profhum in the residue type 6
#> 96 amount of C in residues over the soil depth profhum in the residue type 7
#> 97 amount of C in residues over the soil depth profhum in the residue type 8
#> 98 amount of C in residues over the soil depth profhum in the residue type 9
#> 99 cumulative global radiation over the cropping season
#> 100 cumulative global radiation over the simulation period
#> 101 amount of C in deep organic residues mixed with soil (below the profhum depth)
#> 102 total amount of C in organic residues present over the whole soil profile
#> 103 C/N ratio of living roots
#> 104 C/N ratio of dead roots (cumulative)
#> 105 C/N ratio of residues in case of pasture
#> 106 C/N ratio of soil organic matter in the profhum layer
#> 107 cumulative air temperature (tair) over the simulation period
#> 108 cumulative crop temperature (tcult) over the cropping season
#> 109 cumulative crop temperature (tcult) over the simulation period
#> 110 cumulative potential evapotranspiration (pet) over the simulation period
#> 111 cumulative air temperature over the cropping season
#> 112 cumulative maximum evapotranspiration over the cropping season (eop+eos)
#> 113 cumulative maximum evapotranspiration over the cropping season from germination or budbreak (eop+eos)
#> 114 cumulative amount of N immobilised by the microbial biomass decomposing residues
#> 115 cumulative amount of N immobilised by the microbial biomass decomposing residues (positive value)
#> 116 cumulative length of active roots per soil surface
#> 117 cumulative intercepted radiation
#> 118 cumulative global radiation during the stage sowing-harvest
#> 119 daily amount of N mineralised from humus
#> 120 daily amount of N mineralised from organic residues
#> 121 bulk density of the layer 1 (recalculated by the model if codeDSTtass is 1)
#> 122 bulk density of the layer 2 (recalculated by the model if codeDSTtass is 1)
#> 123 date of irrigation
#> 124 date of irrigation
#> 125 date of irrigation
#> 126 date of irrigation
#> 127 date of irrigation
#> 128 date of irrigation
#> 129 date of irrigation
#> 130 date of irrigation
#> 131 date of irrigation
#> 132 date of irrigation
#> 133 date of irrigation
#> 134 date of irrigation
#> 135 date of irrigation
#> 136 date of irrigation
#> 137 date of irrigation
#> 138 date of irrigation
#> 139 date of irrigation
#> 140 date of irrigation
#> 141 date of irrigation
#> 142 date of irrigation
#> 143 date of irrigation
#> 144 date of irrigation
#> 145 date of irrigation
#> 146 date of irrigation
#> 147 date of irrigation
#> 148 date of irrigation
#> 149 date of irrigation
#> 150 date of irrigation
#> 151 date of irrigation
#> 152 date of irrigation
#> 153 number of days from the beginning of simulation
#> 154 number of days after emergence
#> 155 days after sowing or planting
#> 156 cut day
#> 157 change in C amount in microbial biomass decomposing mulch between the beginning and the end of simulation
#> 158 change in humified organic C in soil between beginning and end of simulation
#> 159 change in mulch C between the beginning and end of simulation
#> 160 change in C of organic residues between begining and end of simulation
#> 161 change in deep root C between the beginning and end of simulation
#> 162 daily increase in green leaf index per soil surface
#> 163 rate of deepening of the root front
#> 164 daily N requirement of the plant to maximise crop growth
#> 165 daily N requirement of the perennial organs to maximise crop growth
#> 166 daily N requirementof the roots to maximise crop growth
#> 167 daily N requirement of the plant to maximise crop growth after susbtracting N fixation
#> 168 actual sowing density
#> 169 equivalent plant density for the understorey crop
#> 170 within the shape leaf density
#> 171 mean difference between crop and air temperatures during the vegetative phase (emergence - maximum LAI)
#> 172 mean difference between crop and air temperatures during the reproductive phase (maximum LAI - maturity)
#> 173 daily growth rate of the plantlets
#> 174 daily change in the senescent leaf area index
#> 175 daily growth rate of the plant
#> 176 daily senescence rate of the plant
#> 177 daily amount of perennial reserves remobilised
#> 178 daily amount of perennial N reserves remobilised
#> 179 pour sorties ArchiSTICS: biomasse journaliere allouee aux racines
#> 180 change in biomass N associated with the mulch between beginning and end of simulation
#> 181 change in humified organic N in soil between beginning and end of simulation
#> 182 change in mulch N between beginning and end of simulation
#> 183 change in N of organic residues between begining and end of simulation
#> 184 change in N of deep dead roots between begining and end of simulation
#> 185 change in N content of the two plants (aerial + root + perennial organs) between beginning and end of simulation
#> 186 daily amount of water drained at the base of the soil profile
#> 187 cumulative amount of water drained at the base of the soil profile during the crop cycle (emergence or budbreak to harvest)
#> 188 cumulative amount of water drained at the base of the soil profile during the crop cycle (planting to harvest)
#> 189 cumulative amount of water drained at the base of the soil profile during the simulation period
#> 190 root biomass corresponding to dead tillers
#> 191 change in soil mineral N between beginning and end of simulation
#> 192 change in soil organic C (without residues) between beginning and end of simulation
#> 193 change in total soil organic C (with residues) between beginning and end of simulation
#> 194 change in soil organic N (without residues) between beginning and end of simulation
#> 195 change in total soil organic N (with residues) between beginning and end of simulation
#> 196 change in total soil N (mineral + organic) between beginning and end of simulation
#> 197 thermal time for root growth
#> 198 number of hours which are wet (rainy days or days when tcult < dew point)
#> 199 number of night hours during which relative humidity exceeds a 90% threshold
#> 200 actual life span of the leaf surface
#> 201 equilvalent leaf area for ear
#> 202 maximum value of radiation use efficiency
#> 203 Maximum radiation use efficiency during the vegetative stage (AMF-DRP)
#> 204 daily amount of water evaporated by the soil + intercepted by leaves and mulch
#> 205 reduction factor on root growth due to physical constraint (through bulk density)
#> 206 density factor on leaf area growth
#> 207 density factor on root growth
#> 208 Shoot elongation effect due to plant shading
#> 209 reduction factor on root growth rate due to mineral N concentration
#> 210 daily amount of N2O-N emitted from soil
#> 211 daily amount of N2O-N emitted from soil by denitrification
#> 212 daily amount of N2O-N emitted from soil by nitrification
#> 213 daily amount of water directly evaporated after leaves interception
#> 214 daily amount of water directly evaporated after mulch interception
#> 215 intermediary variable for the computation of evapotranspiration
#> 216 daily maximum transpiration flux
#> 217 daily maximum evaporation flux
#> 218 daily actual transpiration flux
#> 219 thickness of the soil layer 1 (recalculated by the model if codeDSTtass is 1)
#> 220 thickness of the soil layer 2 (recalculated by the model if codeDSTtass is 1)
#> 221 thickness of the soil layer 3 (recalculated by the model if codeDSTtass is 1)
#> 222 thickness of the soil layer 4 (recalculated by the model if codeDSTtass is 1)
#> 223 thickness of the soil layer 5 (recalculated by the model if codeDSTtass is 1)
#> 224 radiation use efficiency
#> 225 daily actual soil evaporation flux
#> 226 daily evapotranspiration (esol + ep)
#> 227 daily maximun evapotranspiration flux (transpiration + soil evaporation)
#> 228 daily maximum evapotranspiration (esol + eop)
#> 229 etm/etr ratio on the vegetative phase
#> 230 etm/etr ratio on the reproductive phase
#> 231 daily potential evapotranspiration as given by the formula of Penman
#> 232 etr/etm ratio on the vegetative phase
#> 233 etr/etm ratio on the reproductive phase
#> 234 amount of water in the macroporosity of the layer 1
#> 235 amount of water in the macroporosity of the layer 2
#> 236 amount of water in the macroporosity of the layer 3
#> 237 amount of water in the macroporosity of the layer 4
#> 238 amount of water in the macroporosity of the layer 5
#> 239 reduction factor on biomass growth due to water excess
#> 240 waterlogging index
#> 241 mean value of the waterlogging index during the vegetative stage (emergence - fruit establishment)
#> 242 mean value of the waterlogging index during the reproductive stage (fruit establishment - maturity)
#> 243 reduction factor on leaf growth due to water excess
#> 244 proportion of the radiation intercepted
#> 245 specie-dependant CO2 effect on radiation use efficiency
#> 246 specie-dependant CO2 effect onstomate closure
#> 247 reduction factor on the number of fruits due to frost
#> 248 maximal rate of BNF (symbiotic fixation)
#> 249 potential rate of BNF (symbiotic fixation)
#> 250 actual rate of BNF (symbiotic fixation)
#> 251 daily amount of N taken up by the plant when N uptake is limited by the plant capacity absorption
#> 252 daily amount of N taken up by the plant when N uptake is limited by the transfer from soil to root
#> 253 radiation effect on conversion efficiency
#> 254 radiation factor on the calculation of conversion efficiency
#> 255 daily sink capacity of fruits
#> 256 daily sink capacity of growing leaves
#> 257 daily amount of NH3-N emitted from soil by volatilisation
#> 258 reduction factor on leaf growth due to frost
#> 259 reduction factor on biomass growth due to temperature-related epsibmax
#> 260 reduction factor on BNF (symbiotic fixation) due to soil anoxia
#> 261 reduction factor on BNF (symbiotic fixation) due to mineral N concentration
#> 262 reduction factor on BNF (symbiotic fixation) due to soil temperature
#> 263 reduction factor on BNF (symbiotic fixation) due to soil water content
#> 264 stress factor on leaves damaged by frost before amf stage (end of juvenile phase )
#> 265 proportion of leaves damaged by frost before amf stage (end of juvenile phase )
#> 266 stress factor on leaves damaged by frost after amf stage (end of juvenile phase )
#> 267 proportion of leaves damaged by frost after amf stage (end of juvenile phase )
#> 268 stress factor on flowers or fruits damaged by frost
#> 269 proportion of flowers or fruits damaged by frost
#> 270 Greenhouse Gas emission (CO2 + N2O) expressed in CO2eq/ha =Qem_N2O*44/28*296 -DSOC*44/12
#> 271 Grain unit dry weight
#> 272 water content of harvested organs
#> 273 water content of harvested organs
#> 274 height of canopy
#> 275 harvest index for carbon
#> 276 harvest index for nitrogen
#> 277 maximum height of water table between drains
#> 278 height of water table affecting plant growth
#> 279 minimum depth of perched water table
#> 280 maximum depth of perched water table
#> 281 water content of the soil layer 1
#> 282 water content of the soil layer 2
#> 283 water content of the soil layer 3
#> 284 water content of the soil layer 4
#> 285 water content of the soil layer 5
#> 286 water content of the soil layer 1
#> 287 water content of the soil layer 2
#> 288 water content of the soil layer 3
#> 289 water content of the soil layer 4
#> 290 water content of the soil layer 5
#> 291 water content of the layer 1-30 cm
#> 292 water content of the layer 31-60 cm
#> 293 water content of the layer 61-90 cm
#> 294 water content of the layer 1-10 cm
#> 295 water content of the layer 1-30 cm (table)
#> 296 water content of the layer 121-150 cm (table)
#> 297 water content of the layer 151-180 cm (table)
#> 298 water content of the layer 31-60 cm (table)
#> 299 water content of the layer 61-90 cm (table)
#> 300 water content of the layer 91-120 cm (table)
#> 301 oil content of harvested organs
#> 302 oil content of harvested organs
#> 303 air moisture content
#> 304 air moisture content
#> 305 air moisture content in the canopy
#> 306 air moisture content in the canopy
#> 307 reduction factor on root growth due to soil water content (mean value over the root profile)
#> 308 soil water content in the soil at 10 cm
#> 309 drainage under the horizon 1
#> 310 drainage under the horizon 2
#> 311 drainage under the horizon 3
#> 312 drainage under the horizon 4
#> 313 drainage under the horizon 5
#> 314 drainage under the depth of measurement profmes
#> 315 date of amf stage (maximum acceleration of leaf growth, end of juvenile phase )
#> 316 date of onset of water dynamics in harvested organs
#> 317 date of entry into dormancy
#> 318 starting date of filling of harvested organs
#> 319 date of emergence from dormancy
#> 320 date of flowering
#> 321 date of flowering minus150 degrees day
#> 322 date of flowering plus 150 degrees day
#> 323 date of germination
#> 324 date of lan stage (leaf index nil)
#> 325 date of lax stage (leaf index maximum)
#> 326 date of emergence
#> 327 date of start of physiological maturity
#> 328 date of start of stem elongation
#> 329 infiltrability parameter at the base of the layer 1
#> 330 infiltrability parameter at the base of the layer 2
#> 331 infiltrability parameter at the base of the layer 3
#> 332 infiltrability parameter at the base of the layer 4
#> 333 infiltrability parameter at the base of the layer 5
#> 334 total initial water balance over the simulation period
#> 335 total final water balance over the simulation period
#> 336 total initial plant nitrogen balance over the simulation period
#> 337 total final plant nitrogen balance over the simulation period
#> 338 total initial soil mineral nitrogen balance over the simulation period
#> 339 total final soil mineral nitrogen balance over the simulation period
#> 340 total initial soil organic nitrogen balance over the simulation period
#> 341 total final soil organic nitrogen balance over the simulation period
#> 342 total initial soil organic carbon balance over the simulation period
#> 343 total final soil organic carbon balance over the simulation period
#> 344 nitrogen nutrition index (NNI)
#> 345 average NNI during the cut (cut crop vegetative phase: emergence to maximum LAI)
#> 346 average NNI during the vegetative stage
#> 347 average NNI during the cut (cut crop reproductive phase: maximum LAI to maturity)
#> 348 average NNI during the reproductive stage
#> 349 reduction factor on leaf growth due to NNI (nitrogen deficiency)
#> 350 reduction factor on biomass growth due to NNI (nitrogen deficiency)
#> 351 nitrogen stress index affecting leaves death
#> 352 ending date for setting of harvested organs
#> 353 daily amount of water intercepted by the mulch (vegetal)
#> 354 daily amount of water intercepted by leaves
#> 355 date of sowing or planting
#> 356 nitrogen harvest index
#> 357 carbon harvest index
#> 358 date of harvest (first if several)
#> 359 daily amount of mineral N added by irrigation
#> 360 cumulative amount of mineral N added by irrigation
#> 361 date of begninning leaf senescence stage
#> 362 1 if the plant is dominant, 0 otherwise
#> 363 water excess stress index on roots
#> 364 julian day of the year corresponding to the current simulation day (resets each year)
#> 365 leaf area index (table)
#> 366 LAI before cut (for cut crops , for others = lai(n) )
#> 367 maximum leaf area index
#> 368 leaf area index of senescent leaves (table)
#> 369 width of the plant shape
#> 370 cumulative amount of NO3-N leached at the base of the soil profile during the crop cycle ( emergence or budbreak to harvest)
#> 371 cumulative amount of NO3-N leached at the base of the soil profile during the crop cycle (planting to harvest)
#> 372 Leaf+ear area index = lai +eai
#> 373 daily amount of NO3-N leached at the base of the soil profile
#> 374 root length density of fine roots in layer 1
#> 375 root length density of fine roots in layer 2
#> 376 root length density of fine roots in layer 3
#> 377 root length density of fine roots in layer 4
#> 378 root length density of fine roots in layer 5
#> 379 root length density of coarse roots in layer 1
#> 380 root length density of coarse roots in layer 2
#> 381 root length density of coarse roots in layer 3
#> 382 root length density of coarse roots in layer 4
#> 383 root length density of coarse roots in layer 5
#> 384 root length density in soil layer 1
#> 385 root length density in soil layer 2
#> 386 root length density in soil layer 3
#> 387 root length density in soil layer 4
#> 388 root length density in soil layer 5
#> 389 cumulative length of senescent roots
#> 390 cumulative length of senescent roots
#> 391 biomass removed by pruning
#> 392 biomass of harvested organ envelops
#> 393 biomass of forage cuts
#> 394 cumulative biomass of forage cuts
#> 395 biomass of leaves
#> 396 Dry matter of leaves
#> 397 biomass of yellow leaves
#> 398 biomass of fallen leaves
#> 399 biomass of fallen leaves between two cuts
#> 400 biomass of green leaves
#> 401 biomass of harvested organs for cut crops
#> 402 aboveground fresh matter
#> 403 biomass of harvested organs
#> 404 Dry matter of harvested organs
#> 405 biomass of perennial organs
#> 406 biomass of dead perennial organs
#> 407 biomass of aboveground plant (table)
#> 408 Aboveground dry matter
#> 409 Aboveground dry matter before cut(for cut crops, for others = masec(n) )
#> 410 biomass of newly-formed organs
#> 411 biomass of aerials and non perennial organs
#> 412 total plant biomass (aerials + roots + perennial organs)
#> 413 biomass of vegetative organs
#> 414 biomass of stems (only structural parts)
#> 415 Dry matter of stems (only structural parts)
#> 416 biomass of tuber (harvested organs, only calculated for sugarbeet)
#> 417 swfac mean on the period flowering minus 150 degrees day to flowering plus 150 degrees days
#> 418 daily number of dying tillers
#> 419 cumulative biomass of dead tillers
#> 420 biomass of reserves corresponding to dead tillers
#> 421 amount of water retained by the mulch
#> 422 cumulative amount of harvested biomass
#> 423 senescent biomass of the plant
#> 424 newly-formed senescent biomass
#> 425 biomass of roots
#> 426 biomass of fine roots in layer 1
#> 427 biomass of fine roots in layer 2
#> 428 biomass of fine roots in layer 3
#> 429 biomass of fine roots in layer 4
#> 430 biomass of fine roots in layer 5
#> 431 biomass of coarse roots in layer 1
#> 432 biomass of coarse roots in layer 2
#> 433 biomass of coarse roots in layer 3
#> 434 biomass of coarse roots in layer 4
#> 435 biomass of coarse roots in layer 5
#> 436 Biomass of dead roots
#> 437 cumulative biomass of dead fine roots in layer 1
#> 438 cumulative biomass of dead fine roots in layer 2
#> 439 cumulative biomass of dead fine roots in layer 3
#> 440 cumulative biomass of dead fine roots in layer 4
#> 441 cumulative biomass of dead fine roots in layer 5
#> 442 cumulative biomass of dead coarse roots in layer 1
#> 443 cumulative biomass of dead coarse roots in layer 2
#> 444 cumulative biomass of dead coarse roots in layer 3
#> 445 cumulative biomass of dead coarse roots in layer 4
#> 446 cumulative biomass of dead coarse roots in layer 5
#> 447 biomass of harvested forage
#> 448 Dry matter of harvested organs for forages at cutting
#> 449 Dry matter of harvestable organs for forages cumulated over the USM
#> 450 cumulative amount of biomass returned to soil (unexported at harvest + fallen leaves)
#> 451 senescent residual dry matter
#> 452 biomass of whole plant (aerial + root + perennial organs)
#> 453 cumulative amount of N mineralized from humus and organic residues
#> 454 total number of rrigations
#> 455 cumulative amount of N volatilised from fertilizer and organic inputs
#> 456 amount of N in the microbial biomass decomposing organic residues mixed with soil
#> 457 number of days of tcultmin< tdebgel from amf stage to amf+120 degrees day
#> 458 number of days when humair_percent >=90% between amf and lax
#> 459 number of days when humair_percent >=90% between lax and drp
#> 460 number of leaves on main stem
#> 461 number of inflorescences per plant
#> 462 number of shrivelling days
#> 463 number of shrivelling days between lax and rec
#> 464 number of frosting days active on the plant
#> 465 number of days until harvest is launched when it is postponed by the harvest decision option
#> 466 number of days until sowing is launched when it is postponed by the sowing decision option
#> 467 amount of N in microbial biomass decomposing the decomposable mulch
#> 468 N/C ratio of biomass decomposing organic residues
#> 469 daily denitrification rate in soil (if option denitrification is activated)
#> 470 proportion of total plant N issued from N fixation
#> 471 cumulative amount of N removed by crop harvests
#> 472 number of fruits in box 1
#> 473 number of fruits in box 2
#> 474 number of fruits in box 3
#> 475 number of fruits in box 4
#> 476 number of fruits in box 5
#> 477 number of fruits in last box
#> 478 number of fruits in last but one box
#> 479 number of set fruits
#> 480 amount of N in active soil organic matter
#> 481 amount of N in inert soil organic matter
#> 482 amount of N in humus soil organic matter (active + inert fractions)
#> 483 amount of NO3-N in the soil layer 1 to 30 cm
#> 484 amount of NO3-N in the soil layer 31 to 60 cm
#> 485 amount of NO3-N in the soil layer 61 to 90 cm
#> 486 amount of NO3-N in soil in the maximum root depth
#> 487 number of iterations to calculate tcult
#> 488 daily nitrification rate in soil (if option nitrification is activated)
#> 489 cumulative amount of N mineralized during the crop cycle ( emergence or budbreak-harvest)
#> 490 cumulative amount of N mineralized during the crop cycle (sowing-harvest)
#> 491 amount of N in the plant mulch
#> 492 amount of N in the decomposable mulch
#> 493 amount of N in the non decomposable mulch
#> 494 amount of N in the undecomposable mulch derived from residues type 1
#> 495 amount of N in the undecomposable mulch derived from residues type 10
#> 496 amount of N in the undecomposable mulch derived from residues type 2
#> 497 amount of N in the undecomposable mulch derived from residues type 3
#> 498 amount of N in the undecomposable mulch derived from residues type 4
#> 499 amount of N in the undecomposable mulch derived from residues type 5
#> 500 amount of N in the undecomposable mulch derived from residues type 6
#> 501 amount of N in the undecomposable mulch derived from residues type 7
#> 502 amount of N in the undecomposable mulch derived from residues type 8
#> 503 amount of N in the undecomposable mulch derived from residues type 9
#> 504 reduction factor on nodulation establishment (potential BNF) due to mineral N stress
#> 505 daily amount of N immobilized from fertiliser
#> 506 amount of N in the decomposing organic residues mixed with soil
#> 507 cumulative amount of N returned to soil (unexported at harvest + fallen leaves)
#> 508 amount of N in organic residues over the profhum depth, derived from residues type 1
#> 509 amount of N in organic residues over the profhum depth, derived from residues type 10
#> 510 amount of N in organic residues over the profhum depth, derived from residues type 2
#> 511 amount of N in organic residues over the profhum depth, derived from residues type 3
#> 512 amount of N in organic residues over the profhum depth, derived from residues type 4
#> 513 amount of N in organic residues over the profhum depth, derived from residues type 5
#> 514 amount of N in organic residues over the profhum depth, derived from residues type 6
#> 515 amount of N in organic residues over the profhum depth, derived from residues type 7
#> 516 amount of N in organic residues over the profhum depth, derived from residues type 8
#> 517 amount of N in organic residues over the profhum depth, derived from residues type 9
#> 518 amount of N in deep organic residues mixed with soil (below the profhum depth)
#> 519 total amount of N in organic residues present over the whole soil profile
#> 520 Difference between N inputs and outputs to the soil, including organic fertilizer inputs
#> 521 Difference between N inputs and outputs to the soil, without organic fertilizer inputs
#> 522 cut number
#> 523 crop season number
#> 524 cumulative amount of N volatilised during the crop cycle( emergence or budbreak-harvest)
#> 525 cumulative amount of N volatilised during the crop cycle (planting-harvest)
#> 526 daily amount of N volatilised from fertiliser
#> 527 daily amount of N volatilised from organic inputs
#> 528 daily amount of N fixed symbiotically (BNF)
#> 529 1000 grains weight (dry weight)
#> 530 weight of fruits in box 1
#> 531 weight of fruits in box 2
#> 532 weight of fruits in box 3
#> 533 weight of fruits in box 4
#> 534 weight of fruits in box 5
#> 535 weight of fruits in last box
#> 536 weight of fruits in last but one box
#> 537 weight of fresh fruits
#> 538 ratio of fruit envelops to plant biomass
#> 539 ratio of leaves to plant biomass
#> 540 ratio of yellow leaves to plant biomass
#> 541 ratio of green leaves to non-senescent plant biomass
#> 542 photoperiod
#> 543 pH of soil surface as affected by organic residues application (slurry)
#> 544 number of fruits transferred from one box to the next
#> 545 mean reduction factor on the root growth due to soil constraints (option true density)
#> 546 daily amount of water added to soil (precipitation + irrigation - mulch interception - runoff at the surface)
#> 547 daily amount of mineral N added to soil due to precipitation
#> 548 cumulative amount of mineral N added to soil due to precipitation
#> 549 recalculated daily precipitation
#> 550 proportion of reserve in total plant biomass
#> 551 average depth of water absorption by plant
#> 552 average depth of N absorption by plant
#> 553 depth of water table
#> 554 predawn leaf water potential
#> 555 proportion of structural stems in total plant biomass
#> 556 amount of irrigation
#> 557 amount of irrigation
#> 558 amount of irrigation
#> 559 amount of irrigation
#> 560 amount of irrigation
#> 561 amount of irrigation
#> 562 amount of irrigation
#> 563 amount of irrigation
#> 564 amount of irrigation
#> 565 amount of irrigation
#> 566 amount of irrigation
#> 567 amount of irrigation
#> 568 amount of irrigation
#> 569 amount of irrigation
#> 570 amount of irrigation
#> 571 amount of irrigation
#> 572 amount of irrigation
#> 573 amount of irrigation
#> 574 amount of irrigation
#> 575 amount of irrigation
#> 576 amount of irrigation
#> 577 amount of irrigation
#> 578 amount of irrigation
#> 579 amount of irrigation
#> 580 amount of irrigation
#> 581 amount of irrigation
#> 582 amount of irrigation
#> 583 amount of irrigation
#> 584 amount of irrigation
#> 585 amount of irrigation
#> 586 cumulative amount of organic C added to soil
#> 587 cumulative amount of CO2-C emitted due to mineralisation of humus
#> 588 cumulative amount of CO2-C emitted due to mineralisation of residues in the mulch
#> 589 cumulative amount of CO2-C emitted due to mineralisation of residues (including mulch)
#> 590 cumulative amount of CO2-C emitted due to heterotrophic respiration (QCO2res + QCO2hum)
#> 591 cumulative amount of C in dead perennial organs
#> 592 cumulative amount of C in dead perennial organs of the two plants
#> 593 cumulative amount of C added to soil by fallen leaves due to senescence
#> 594 cumulative amount of C added to soil by fallen leaves due to senescence for the two plants
#> 595 cumulative amount of C mineralised by priming effect
#> 596 amount of C in living roots
#> 597 cumulative amount of C added to soil by dead roots
#> 598 cumulative amount of C added to soil by dead roots of the two plants
#> 599 cumulative amount of C added to soil through organic exogenous residues
#> 600 cumulative amount of C added to soil due to aerial residues at harvest
#> 601 cumulative amount of C added to soil due to aerial residues at harvest for the two plants
#> 602 cumulative amount of C added to soil by aerial residues from all harvests
#> 603 cumulative amount of C added to soil by aerial residues from all harvests of the two plants
#> 604 cumulative amount of C added to soil by fallen leaves due to trimming
#> 605 cumulative amount of C added to soil by fallen leaves due to trimming of the two plants
#> 606 water flow rate in mole drains
#> 607 cumulative amount of water flowing in mole drains
#> 608 cumulative amount of N2O-N emitted from soil
#> 609 cumulative amount of N2O-N emitted from soil by denitrification
#> 610 cumulative amount of N2O-N emitted from soil by nitrification
#> 611 biomass exported out of the field
#> 612 amount of N fixed symbiotically (BNF) between two cuts
#> 613 cumulative amount of N fixed symbiotically (BNF)
#> 614 cumulative amount of N fixed symbiotically (BNF) by the two plants
#> 615 cumulative amount of NO3-N leached at the base of the soil profile
#> 616 cumulative amount of NO3-N leached into mole drains
#> 617 cumulative amount of mineralized N from soil
#> 618 cumulative amount of mineralized N derived from humus decomposition
#> 619 cumulative amount of mineralized N derived from organic residues decomposition
#> 620 biomass of plant mulch
#> 621 cumulative N absorbed by the crop (fixation not included)
#> 622 cumulative N absorbed by the two crops (fixation not included)
#> 623 cumulative N absorbed by the crop and allocated to the aerials
#> 624 cumulative N absorbed by the crop and allocated to the perennial organs
#> 625 cumulative N absorbed by the crop and allocated to the roots
#> 626 cumulative N taken up by the crop, including N fixation
#> 627 cumulative amount of organic N added to soil (straw + roots + fallen leaves + organic fertilisers )
#> 628 cumulative amount of N denitrified during the simulation period
#> 629 cumulative amount of N denitrified during the crop cycle ( emergence or budbreak-harvest)
#> 630 cumulative amount of N denitrified during the crop cycle
#> 631 Amount of nitrogen exported at harvest (harvested and removed parts)
#> 632 Amount of nitrogen exported at harvest from the two plants
#> 633 Amount of N exported in each cut
#> 634 Cumulative amount of N exported by all cuts
#> 635 Cumulative amount of N exported by all cuts of the two plants
#> 636 N content of structural part of the leaves
#> 637 N content of the leaves (structural + RubisCO)
#> 638 cumulative amount of gaseous N losses (through volatilisation and denitrification)
#> 639 amount of N in harvested organs (grains / fruits)
#> 640 cumulative amount of N nitrified in soil (if option nitrification is activated)
#> 641 cumulative amount of N immobilized from fertiliser
#> 642 amount of N in perennial organs
#> 643 cumulative amount of N in dead perennial organs
#> 644 cumulative amount of N in dead perennial organs of the two plants
#> 645 amount of N in plants (aerial + perennial organs), without roots
#> 646 Amount of nitrogen taken up by the plant before cut (for cut crops, for others = QNplante)
#> 647 amount of N in non perennial organs (aerials + roots)
#> 648 cumulative amount of N added to soil by fallen leaves
#> 649 cumulative amount of N added to soil by fallen leaves of the two plants
#> 650 cumulative amount of N mineralised by priming effect
#> 651 amount of N in roots
#> 652 cumulative amount of N added to soil by dead roots
#> 653 cumulative amount of N added to soil by dead roots of the two plants
#> 654 cumulative amount of organic exogenous N added to soil
#> 655 amount of N in perennial reserves
#> 656 amount of N in the structural pool of perennial organs
#> 657 cumulative amount of N added to soil by aerial residues at harvest
#> 658 cumulative amount of N added to soil by aerial residues from all harvests
#> 659 cumulative amount of N added to soil by aerial residues from all harvests of the two plants
#> 660 cumulative amount of N added to soil by aerial residues of the two plants
#> 661 amount of N in temporary reserves of vegetative organs that can be remobilised
#> 662 cumulative amount of N added to soil due to trimming
#> 663 cumulative amount of N added to soil due to trimming of the two plants
#> 664 Structural nitrogen content in stems
#> 665 amount of N in whole plant (aerial + root + perennial organs)
#> 666 amount of N in whole plant (aerial + root + perennial organs) of the two plants
#> 667 amount of N in vegetative organs
#> 668 amount of N in the structural part of vegetative organs
#> 669 cumulative amount of N volatilised from fertiliser
#> 670 cumulative amount of N volatilised from organic inputs
#> 671 amount of crop residue by pasture applied to the soil (fresh weight)
#> 672 biomass of residues from the previous crop returned to soil at harvest (without fallen leaves)
#> 673 amount of total harvest residues (aerials + roots)
#> 674 aerodynamic resistance between the canopy and the reference level zr
#> 675 photosynthetic active radiation intercepted by the canopy
#> 676 aerodynamic resistance between the soil and the canopy
#> 677 Leaves to stem ratio
#> 678 Stem to leaves ratio, taking the value of 0 or P_tigefeuil
#> 679 atmospheric radiation
#> 680 resistance of canopy
#> 681 ratio of diffuse radiation to global radiation
#> 682 daily amount of biomass remobilized for growth
#> 683 capillary uptake from the base of the soil profile
#> 684 biomass of harvested organs (0% moisture)
#> 685 amount of soil water integrated on the measurement depth
#> 686 biomass of metabolic reserves in the perennial organs
#> 687 soil water reserve in the root zone
#> 688 biomass reserves (carbohydrates) in shoots that can be accumulated or mobilized for crop growth
#> 689 reduction factor on plant development due to photoperiod
#> 690 reduction factor on plant development due to vernalization
#> 691 rate of root length growth
#> 692 total root length (accounting for senescent roots)
#> 693 total length of fine roots (accounting for senescent roots)
#> 694 total length of coarse roots (accounting for senescent roots)
#> 695 maximum water reserve used
#> 696 net radiation
#> 697 net radiation at the soil surface
#> 698 fraction of the total radiation in the shade
#> 699 fraction of the total radiation in the full sun
#> 700 fraction of plant available water over the soil profile
#> 701 fraction of plant available water over the root profile
#> 702 plant available water content over the soil profile
#> 703 daily amount of water in total runoff (surface + overflow)
#> 704 daily amount of water in runoff at soil surface
#> 705 cumulative amount of water in total runoff (surface + overflow)
#> 706 cumulative amount of water in runoff (surface + overflow) during the crop cycle ( emergence or budbreak-harvest)
#> 707 cumulative amount of water in runoff (surface + overflow) during the crop cycle (sowing-harvest)
#> 708 maximum plant available water content over the root profile
#> 709 amount of water in the soil macroporosity
#> 710 snow cover depth
#> 711 reduction factor on leaf life span due to water stress (increasing senescence rate)
#> 712 specific leaf area
#> 713 amount of soil mineral N content over the soil profile
#> 714 amount of soil mineral N content over the depth profmes
#> 715 daily snowfall accumulation (mm water equivalent)
#> 716 daily snowmelt (mm water equivalent)
#> 717 amount of soil organic C (= Chumt + Cb) over the profhum depth
#> 718 amount of soil organic C (= Chumt + Cb) in the layer 1
#> 719 amount of soil organic C (= Chumt + Cb) in the layer 2
#> 720 amount of soil organic C (= Chumt + Cb) in the layer 3
#> 721 amount of soil organic C (= Chumt + Cb) in the layer 4
#> 722 amount of soil organic C (= Chumt + Cb) in the layer 5
#> 723 amount of soil organic C (= Chumt + Cb) over the profhum depth at time 0
#> 724 Soil organic C balance (inputs-outputs) over the whole soil profile
#> 725 Soil organic C inputs to the whole soil profile
#> 726 amount of soil organic C (all organic pools) over the whole soil profile
#> 727 amount of plant available water in soil over the depth profmes
#> 728 amount of plant available water in soil for layer 1
#> 729 amount of plant available water in soil for layer 2
#> 730 amount of plant available water in soil for layer 3
#> 731 amount of plant available water in soil for layer 4
#> 732 amount of plant available water in soil for layer 5
#> 733 amount of plant available water in soil over the depth profmesW
#> 734 cumulative water content of the soil microporosity
#> 735 cumulative amount of water in the soil macroporosity
#> 736 cumulative units of development (upvt) between two stages
#> 737 cumulative units of development (upvt) between two reproductive stages
#> 738 sum of temperature beetwen 2 cuts of forage crop
#> 739 cumulative units of development from the start of vernalisation
#> 740 cumulative temperature difference (tcult-tair) during the simulation period
#> 741 sum of temperatures (expressed in Q10 =sum (2.0 ** (udevair ou udevcult / 10.))
#> 742 sum of air temperature (udevair) from sowing to harvest
#> 743 sum of crop temperature (udevcult) from sowing to harvest
#> 744 sum of development units (upvt) from sowing to harvest
#> 745 amount of soil organic N (= Nhumt + Nb) over the profhum depth
#> 746 amount of soil organic N (= Nhumt + Nb) in the layer 1
#> 747 amount of soil organic N (= Nhumt + Nb) in the layer 2
#> 748 amount of soil organic N (= Nhumt + Nb) in the layer 3
#> 749 amount of soil organic N (= Nhumt + Nb) in the layer 4
#> 750 amount of soil organic N (= Nhumt + Nb) in the layer 5
#> 751 amount of soil organic N (= Nhumt + Nb) over the profhum depth at time 0
#> 752 Soil organic N balance (inputs-outputs) over the whole soil profile
#> 753 Soil organic N inputs to the whole soil profile
#> 754 amount of soil organic N (all organic pools) over the whole soil profile
#> 755 source to sink ratio of assimilates in the plant
#> 756 reduction factor on the fruits number due to trophic stress
#> 757 source to sink ratio of assimilates in the leaves
#> 758 daily amount of water runoff along the stem
#> 759 total soil N (mineral + organic)
#> 760 average stomatal water stress index during the vegetative phase (emergence - maximum LAI) of forage crops
#> 761 average stomatal water stress index during the reproductive phase (maximum LAI - maturity) of forage crops
#> 762 average turgescence water stress index during the vegetative phase (emergence - maximum LAI) of forage crops
#> 763 average turgescence water stress index during the reproductive phase (maximum LAI - maturity) of forage crops
#> 764 sugar content of harvested organs
#> 765 sugar content of harvested organs
#> 766 fraction of the soil surface in the shade
#> 767 fraction of the soil surface in the sun
#> 768 stomatic water stress index
#> 769 average stomatic water stress index over the vegetative stage
#> 770 average stomatic water stress index over the reproductive stage
#> 771 mean air temperature at the previous day
#> 772 cover rate of the canopy
#> 773 crop surface temperature (daily average)
#> 774 difference between canopy temperature and air temperature
#> 775 crop surface temperature (daily maximum)
#> 776 crop surface temperature (daily minimum)
#> 777 efficient temperature for growth
#> 778 efficient potential evapotranspiration (entered or calculated)
#> 779 threshold of soil water content limiting transpiration and photosynthesis
#> 780 threshold of soil water content limiting the growth of leaves (in surface area)
#> 781 maximum active temperature of atmosphere
#> 782 maximum temperature of external atmosphere
#> 783 recalculated daily maximum temperature (with presence of a snow cover)
#> 784 minimum active temperature of atmosphere
#> 785 minimum temperature of external atmsphere
#> 786 recalculated daily minimum temperature (with presence of a snow cover)
#> 787 mean active temperature of atmosphere
#> 788 mean temperature of external atmosphere
#> 789 mean temperature from sowing or planting (iplt stage) until June 30
#> 790 mean temperature from sowing or planting (iplt stage) until September 30
#> 791 average of minimum crop temperatures (tcultmin) between the stages lax and rec
#> 792 cumulative normalized time for the mineralisation of humus
#> 793 cumulative normalized time for the mineralisation of organic residues
#> 794 cumulative amount of mineral N added by mineral fertilisers and organic fertilisers
#> 795 cumulative amount of mineral N added by organic fertilisers
#> 796 cumulative amount of irrigation water
#> 797 water vapour pressure in air
#> 798 active radiation (entered or calculated)
#> 799 exterior radiation
#> 800 daily rainfall
#> 801 mean soil temperature (in layer 1)
#> 802 mean soil temperature (in layer 2)
#> 803 mean soil temperature (in layer 3)
#> 804 mean soil temperature (in layer 4)
#> 805 mean soil temperature (in layer 5)
#> 806 temperature in the soil at 10 cm
#> 807 daily min soil temperature on the layer 1 to sowing depth
#> 808 mean soil temperature on the layer 1 to sowing depth from germination date to emergence
#> 809 mean soil temperature on the layer 1 to sowing depth from sowing date to germination
#> 810 daily mean soil temperature on the layer 1 to sowing depth
#> 811 min soil temperature on the layer 1 to sowing depth from germination date to emergence
#> 812 min soil temperature on the layer 1 to sowing depth from sowing date to germination
#> 813 turgescence water stress index
#> 814 average turgescence water stress index during the vegetative stage
#> 815 average turgescence water stress index during the reproductive stage
#> 816 reduction factor on leaf growth due to the effective water stress (= min(turfac,innlai))
#> 817 mean daily wind speed at 2 m high above soil
#> 818 effective temperature for crop development, computed with tair
#> 819 effective temperature for crop development, computed with tcult
#> 820 relative development unit for LAI
#> 821 development unit
#> 822 daily relative development unit for root growth
#> 823 mean canopy growth rate
#> 824 thickness of the dry layer created by evaporation from the soil and mulch
#> 825 maximum depth reached by root system
#> 826 maximum rooting depth
#> 827 Ratio between plant heigth and plant width
#> 828 Net radiation for the plant layer
#> 829 effect of water and nitrogen deficit on height (0-1)
#> 830 plant height without stress
#> unit type
#> 1 Unit Type
#> 2 kg.ha-1.d-1 real
#> 3 year integer
#> 4 mm.d-1 real
#> 5 SD real
#> 6 0-1 real
#> 7 kg.ha-1 real
#> 8 kg.ha-1 real
#> 9 kg.ha-1 real
#> 10 kg.ha-1 real
#> 11 degreeC real
#> 12 kg.ha-1.d-1 real
#> 13 kgN.ha-1 j-1 real
#> 14 kgN.ha-1 j-1 real
#> 15 0-1 real
#> 16 kg.ha-1 real
#> 17 kg.ha-1 real
#> 18 kg.ha-1 real
#> 19 kg.ha-1 real
#> 20 kg.ha-1 real
#> 21 kg.ha-1.d-1 real
#> 22 kg.ha-1 real
#> 23 kg.ha-1 real
#> 24 kg.ha-1 real
#> 25 kg.ha-1 real
#> 26 kg.ha-1 real
#> 27 kg.ha-1 real
#> 28 kgN.ha-1 real
#> 29 kgN.ha-1 real
#> 30 kgN.ha-1 real
#> 31 kgN.ha-1 real
#> 32 kgN.ha-1 real
#> 33 kgN.ha-1 real
#> 34 code 0/1 real
#> 35 kg.ha-1 real
#> 36 kg.ha-1 real
#> 37 kg.ha-1 real
#> 38 mm real
#> 39 mm real
#> 40 mm real
#> 41 mm real
#> 42 mm real
#> 43 mm real
#> 44 mm real
#> 45 mm real
#> 46 mm real
#> 47 mm real
#> 48 mm real
#> 49 mm real
#> 50 m-2 real
#> 51 kg.ha-1 real
#> 52 kg.ha-1 real
#> 53 kg.ha-1 real
#> 54 mm real
#> 55 mm real
#> 56 kg.ha-1 real
#> 57 kg.ha-1 real
#> 58 kg.ha-1 real
#> 59 % dry weight real
#> 60 kg.ha-1 real
#> 61 kg.ha-1 real
#> 62 kg.ha-1 real
#> 63 kg.ha-1 real
#> 64 kg.ha-1 real
#> 65 kg.ha-1 real
#> 66 kg.ha-1 real
#> 67 kg.ha-1 real
#> 68 kg.ha-1 real
#> 69 kg.ha-1 real
#> 70 % dry weight real
#> 71 ppm real
#> 72 kg.ha-1.d-1 real
#> 73 kg.ha-1.d-1 real
#> 74 kg.ha-1.d-1 real
#> 75 0-99 integer
#> 76 mg NO3.l-1.day real
#> 77 mg NO3.l-1 real
#> 78 mg NO3.l-1 real
#> 79 mg NO3.l-1 real
#> 80 mg NO3.l-1 real
#> 81 mg NO3.l-1 real
#> 82 mg NO3.l-1 real
#> 83 0-1 real
#> 84 0-1 real
#> 85 mm real
#> 86 mm real
#> 87 mm real
#> 88 kg.ha-1 real
#> 89 kg.ha-1 real
#> 90 kg.ha-1 real
#> 91 kg.ha-1 real
#> 92 kg.ha-1 real
#> 93 kg.ha-1 real
#> 94 kg.ha-1 real
#> 95 kg.ha-1 real
#> 96 kg.ha-1 real
#> 97 kg.ha-1 real
#> 98 kg.ha-1 real
#> 99 MJ.m-2 real
#> 100 MJ.m-2 real
#> 101 kg.ha-1 real
#> 102 kg.ha-1 real
#> 103 g g-1 real
#> 104 g g-1 real
#> 105 g g-1 real
#> 106 g g-1 real
#> 107 degreeC real
#> 108 degreeC real
#> 109 degreeC real
#> 110 mm real
#> 111 degreeC real
#> 112 mm real
#> 113 mm real
#> 114 kg.ha-1 real
#> 115 kg.ha-1 real
#> 116 cm.cm-2 real
#> 117 MJ.m-2 real
#> 118 MJ.m-2 real
#> 119 kg.ha-1.d-1 real
#> 120 kg.ha-1.d-1 real
#> 121 g.cm-3 real
#> 122 g.cm-3 real
#> 123 julian day integer
#> 124 julian day integer
#> 125 julian day integer
#> 126 julian day integer
#> 127 julian day integer
#> 128 julian day integer
#> 129 julian day integer
#> 130 julian day integer
#> 131 julian day integer
#> 132 julian day integer
#> 133 julian day integer
#> 134 julian day integer
#> 135 julian day integer
#> 136 julian day integer
#> 137 julian day integer
#> 138 julian day integer
#> 139 julian day integer
#> 140 julian day integer
#> 141 julian day integer
#> 142 julian day integer
#> 143 julian day integer
#> 144 julian day integer
#> 145 julian day integer
#> 146 julian day integer
#> 147 julian day integer
#> 148 julian day integer
#> 149 julian day integer
#> 150 julian day integer
#> 151 julian day integer
#> 152 julian day integer
#> 153 days integer
#> 154 days integer
#> 155 days integer
#> 156 julian day integer
#> 157 kg.ha-1 real
#> 158 kg.ha-1 real
#> 159 kg.ha-1 real
#> 160 kg.ha-1 real
#> 161 kg.ha-1 real
#> 162 m2.m-2.d-1 real
#> 163 cm.d-1 real
#> 164 kg.ha-1.d-1 real
#> 165 kg.ha-1.d-1 real
#> 166 kg.ha-1.d-1 real
#> 167 kg.ha-1.d-1 real
#> 168 plants.m-2 real
#> 169 plants.m-2 real
#> 170 m2.m-3 real
#> 171 degreeC real
#> 172 degreeC real
#> 173 t.ha-1.d-1 real
#> 174 m2.m-2.d-1 real
#> 175 t.ha-1.d-1 real
#> 176 t.ha-1.d-1 real
#> 177 t.ha-1.d-1 real
#> 178 kg.ha-1.d-1 real
#> 179 g.m2.sol real
#> 180 kg.ha-1 real
#> 181 kg.ha-1 real
#> 182 kg.ha-1 real
#> 183 kg.ha-1 real
#> 184 kg.ha-1 real
#> 185 kg.ha-1 real
#> 186 mm.d-1 real
#> 187 mm real
#> 188 mm real
#> 189 mm real
#> 190 t.ha-1.d-1 real
#> 191 kg.ha-1 real
#> 192 kg.ha-1 real
#> 193 kg.ha-1 real
#> 194 kg.ha-1 real
#> 195 kg.ha-1 real
#> 196 kg.ha-1 real
#> 197 degreeC.d real
#> 198 hour real
#> 199 hour real
#> 200 degreeC real
#> 201 m2.m-2 real
#> 202 cg.MJ-1 real
#> 203 g MJ-1 real
#> 204 mm.d-1 real
#> 205 0-1 real
#> 206 0-1 real
#> 207 0-1 real
#> 208 0-1 real
#> 209 0-1 real
#> 210 kg.ha-1.d-1 real
#> 211 kg.ha-1.d-1 real
#> 212 kg.ha-1.d-1 real
#> 213 mm.d-1 real
#> 214 mm.d-1 real
#> 215 mm.d-1 real
#> 216 mm.d-1 real
#> 217 mm.d-1 real
#> 218 mm.d-1 real
#> 219 cm real
#> 220 cm real
#> 221 cm real
#> 222 cm real
#> 223 cm real
#> 224 t.ha-1.MJ-1.m2 real
#> 225 mm.d-1 real
#> 226 mm.d-1 real
#> 227 mm real
#> 228 mm.d-1 real
#> 229 0-1 real
#> 230 0-1 real
#> 231 mm.d-1 real
#> 232 0-1 real
#> 233 0-1 real
#> 234 mm real
#> 235 mm real
#> 236 mm real
#> 237 mm real
#> 238 mm real
#> 239 0-1 real
#> 240 0-1 real
#> 241 0-1 real
#> 242 0-1 real
#> 243 0-1 real
#> 244 0-1 real
#> 245 SD real
#> 246 SD real
#> 247 0-1 real
#> 248 kg.ha-1.d-1 real
#> 249 kg.ha-1.d-1 real
#> 250 kg.ha-1.d-1 real
#> 251 kg.ha-1.d-1 real
#> 252 kg.ha-1.d-1 real
#> 253 g.MJ-1 real
#> 254 g MJ-1 real
#> 255 g.m-2.d-1 real
#> 256 g.m-2.d-1 real
#> 257 micro g.m-2.d-1 real
#> 258 0-1 real
#> 259 0-1 real
#> 260 0-1 real
#> 261 0-1 real
#> 262 0-1 real
#> 263 0-1 real
#> 264 0-1 real
#> 265 % real
#> 266 0-1 real
#> 267 % real
#> 268 0-1 real
#> 269 % real
#> 270 kg.ha-1 real
#> 271 mg real
#> 272 0-1 real
#> 273 % fresh weight real
#> 274 m real
#> 275 0-1 real
#> 276 0-1 real
#> 277 cm real
#> 278 cm real
#> 279 cm real
#> 280 cm real
#> 281 % dry weight real
#> 282 % dry weight real
#> 283 % dry weight real
#> 284 % dry weight real
#> 285 % dry weight real
#> 286 mm real
#> 287 mm real
#> 288 mm real
#> 289 mm real
#> 290 mm real
#> 291 mm real
#> 292 mm real
#> 293 mm real
#> 294 mm-3.mm-3 real
#> 295 mm-3.mm-3 real
#> 296 mm-3.mm-3 real
#> 297 mm-3.mm-3 real
#> 298 mm-3.mm-3 real
#> 299 mm-3.mm-3 real
#> 300 mm-3.mm-3 real
#> 301 0-1 real
#> 302 % fresh weight real
#> 303 0-1 real
#> 304 % saturation real
#> 305 0-1 real
#> 306 % saturation real
#> 307 0-1 real
#> 308 cm/cm real
#> 309 mm real
#> 310 mm real
#> 311 mm real
#> 312 mm real
#> 313 mm real
#> 314 mm real
#> 315 julian day integer
#> 316 julian day integer
#> 317 julian day integer
#> 318 julian day integer
#> 319 julian day integer
#> 320 julian day integer
#> 321 julian day integer
#> 322 julian day integer
#> 323 julian day integer
#> 324 julian day integer
#> 325 julian day integer
#> 326 julian day integer
#> 327 julian day integer
#> 328 julian day integer
#> 329 mm.d-1 real
#> 330 mm.d-1 real
#> 331 mm.d-1 real
#> 332 mm.d-1 real
#> 333 mm.d-1 real
#> 334 mm real
#> 335 mm real
#> 336 kg.ha-1 real
#> 337 kg.ha-1 real
#> 338 kg.ha-1 real
#> 339 kg.ha-1 real
#> 340 kg.ha-1 real
#> 341 kg.ha-1 real
#> 342 kg.ha-1 real
#> 343 kg.ha-1 real
#> 344 0-2 real
#> 345 0-2 real
#> 346 0-2 real
#> 347 0-2 real
#> 348 0-2 real
#> 349 innmin to 1 real
#> 350 innmin to 1 real
#> 351 innmin to 1 real
#> 352 julian day real
#> 353 mm.d-1 real
#> 354 mm.d-1 real
#> 355 julian day integer
#> 356 0-1 real
#> 357 0-1 real
#> 358 julian day integer
#> 359 kg.ha-1.d-1 real
#> 360 kg.ha-1 real
#> 361 julian day integer
#> 362 code 0/1 logical
#> 363 0-1 real
#> 364 d integer
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#> 366 SD real
#> 367 m2.m-2 real
#> 368 m2.m-2 real
#> 369 m real
#> 370 kg.ha-1 real
#> 371 kg.ha-1 real
#> 372 m2.m-2 real
#> 373 kg.ha-1.d-1 real
#> 374 cm.cm-3 real
#> 375 cm.cm-3 real
#> 376 cm.cm-3 real
#> 377 cm.cm-3 real
#> 378 cm.cm-3 real
#> 379 cm.cm-3 real
#> 380 cm.cm-3 real
#> 381 cm.cm-3 real
#> 382 cm.cm-3 real
#> 383 cm.cm-3 real
#> 384 cm.cm-3 real
#> 385 cm.cm-3 real
#> 386 cm.cm-3 real
#> 387 cm.cm-3 real
#> 388 cm.cm-3 real
#> 389 cm root.cm-2 soil real
#> 390 cm root.cm-2 soil real
#> 391 t.ha-1 real
#> 392 t.ha-1 real
#> 393 t.ha-1 real
#> 394 t.ha-1 real
#> 395 t.ha-1 real
#> 396 kg.ha-1 real
#> 397 t.ha-1 real
#> 398 t.ha-1 real
#> 399 t.ha-1 real
#> 400 t.ha-1 real
#> 401 t.ha-1 real
#> 402 t.ha-1 real
#> 403 t.ha-1 real
#> 404 kg.ha-1 real
#> 405 t.ha-1 real
#> 406 t.ha-1 real
#> 407 t.ha-1 real
#> 408 kg.ha-1 real
#> 409 t.ha-1 real
#> 410 t.ha-1 real
#> 411 t.ha-1 real
#> 412 t.ha-1 real
#> 413 t.ha-1 real
#> 414 t.ha-1 real
#> 415 kg.ha-1 real
#> 416 t.ha-1 real
#> 417 0-1 real
#> 418 d-1 real
#> 419 t.ha-1 real
#> 420 t.ha-1.d-1 real
#> 421 mm real
#> 422 t.ha-1 real
#> 423 t.ha-1 real
#> 424 t.ha-1 real
#> 425 t.ha-1 real
#> 426 t.ha-1 real
#> 427 t.ha-1 real
#> 428 t.ha-1 real
#> 429 t.ha-1 real
#> 430 t.ha-1 real
#> 431 t.ha-1 real
#> 432 t.ha-1 real
#> 433 t.ha-1 real
#> 434 t.ha-1 real
#> 435 t.ha-1 real
#> 436 t.ha-1 real
#> 437 t.ha-1 real
#> 438 t.ha-1 real
#> 439 t.ha-1 real
#> 440 t.ha-1 real
#> 441 t.ha-1 real
#> 442 t.ha-1 real
#> 443 t.ha-1 real
#> 444 t.ha-1 real
#> 445 t.ha-1 real
#> 446 t.ha-1 real
#> 447 t.ha-1 real
#> 448 t.ha-1 real
#> 449 t.ha-1 real
#> 450 t.ha-1 real
#> 451 t.ha-1 real
#> 452 t.ha-1 real
#> 453 kg.ha-1 real
#> 454 SD integer
#> 455 kg.ha-1 real
#> 456 kg.ha-1 real
#> 457 d integer
#> 458 days integer
#> 459 days integer
#> 460 SD integer
#> 461 SD real
#> 462 d integer
#> 463 d integer
#> 464 d integer
#> 465 d integer
#> 466 d integer
#> 467 kg.ha-1 real
#> 468 SD real
#> 469 kg.ha-1.d-1 real
#> 470 0-1 real
#> 471 kg.ha-1 real
#> 472 SD real
#> 473 SD real
#> 474 SD real
#> 475 SD real
#> 476 SD real
#> 477 SD real
#> 478 SD real
#> 479 fruits.m-2 real
#> 480 kg.ha-1 real
#> 481 kg.ha-1 real
#> 482 kg.ha-1 real
#> 483 kg.ha-1 real
#> 484 kg.ha-1 real
#> 485 kg.ha-1 real
#> 486 kg.ha-1 real
#> 487 SD integer
#> 488 kg.ha-1 real
#> 489 kg.ha-1 real
#> 490 kg.ha-1 real
#> 491 kg.ha-1 real
#> 492 kg.ha-1 real
#> 493 kg.ha-1 real
#> 494 kg.ha-1 real
#> 495 kg.ha-1 real
#> 496 kg.ha-1 real
#> 497 kg.ha-1 real
#> 498 kg.ha-1 real
#> 499 kg.ha-1 real
#> 500 kg.ha-1 real
#> 501 kg.ha-1 real
#> 502 kg.ha-1 real
#> 503 kg.ha-1 real
#> 504 0-1 real
#> 505 kg.ha-1.d-1 real
#> 506 kg.ha-1 real
#> 507 kg.ha-1 real
#> 508 kg.ha-1 real
#> 509 kg.ha-1 real
#> 510 kg.ha-1 real
#> 511 kg.ha-1 real
#> 512 kg.ha-1 real
#> 513 kg.ha-1 real
#> 514 kg.ha-1 real
#> 515 kg.ha-1 real
#> 516 kg.ha-1 real
#> 517 kg.ha-1 real
#> 518 kg.ha-1 real
#> 519 kg.ha-1 real
#> 520 kg.ha-1 real
#> 521 kg.ha-1 real
#> 522 SD integer
#> 523 SD integer
#> 524 kg.ha-1 real
#> 525 kg.ha-1 real
#> 526 kg.ha-1.d-1 real
#> 527 kg.ha-1.d-1 real
#> 528 kg.ha-1.d-1 real
#> 529 g real
#> 530 g.m-2 real
#> 531 g.m-2 real
#> 532 g.m-2 real
#> 533 g.m-2 real
#> 534 g.m-2 real
#> 535 g.m-2 real
#> 536 g.m-2 real
#> 537 g.m-2 real
#> 538 0-1 real
#> 539 0-1 real
#> 540 0-1 real
#> 541 0-1 real
#> 542 hour real
#> 543 SD real
#> 544 SD real
#> 545 0-1 real
#> 546 mm.d-1 real
#> 547 kg.ha-1.d-1 real
#> 548 kg.ha-1 real
#> 549 mm.d-1 real
#> 550 0-1 real
#> 551 cm real
#> 552 cm real
#> 553 cm real
#> 554 MPa real
#> 555 0-1 real
#> 556 mm real
#> 557 mm real
#> 558 mm real
#> 559 mm real
#> 560 mm real
#> 561 mm real
#> 562 mm real
#> 563 mm real
#> 564 mm real
#> 565 mm real
#> 566 mm real
#> 567 mm real
#> 568 mm real
#> 569 mm real
#> 570 mm real
#> 571 mm real
#> 572 mm real
#> 573 mm real
#> 574 mm real
#> 575 mm real
#> 576 mm real
#> 577 mm real
#> 578 mm real
#> 579 mm real
#> 580 mm real
#> 581 mm real
#> 582 mm real
#> 583 mm real
#> 584 mm real
#> 585 mm real
#> 586 kg.ha-1 real
#> 587 kg.ha-1 real
#> 588 kg.ha-1 real
#> 589 kg.ha-1 real
#> 590 kg.ha-1 real
#> 591 kg.ha-1 real
#> 592 kg.ha-1 real
#> 593 kg.ha-1 real
#> 594 kg.ha-1 real
#> 595 kg.ha-1 real
#> 596 kg.ha-1 real
#> 597 kg.ha-1 real
#> 598 kg.ha-1 real
#> 599 kg.ha-1 real
#> 600 kg.ha-1 real
#> 601 kg.ha-1 real
#> 602 t.ha-1 real
#> 603 kg.ha-1 real
#> 604 kg.ha-1 real
#> 605 kg.ha-1 real
#> 606 mm.d-1 real
#> 607 mm real
#> 608 kg.ha-1 real
#> 609 kg.ha-1 real
#> 610 kg.ha-1 real
#> 611 t.ha-1 real
#> 612 kg.ha-1 real
#> 613 kg.ha-1 real
#> 614 kg.ha-1 real
#> 615 kg.ha-1 real
#> 616 kg.ha-1 real
#> 617 kg.ha-1 real
#> 618 kg.ha-1 real
#> 619 kg.ha-1 real
#> 620 t.ha-1 real
#> 621 kg.ha-1 real
#> 622 kg.ha-1 real
#> 623 kg.ha-1 real
#> 624 kg.ha-1 real
#> 625 kg.ha-1 real
#> 626 kg.ha-1 real
#> 627 kg.ha-1 real
#> 628 kg.ha-1 real
#> 629 kg.ha-1 real
#> 630 kg.ha-1 real
#> 631 kg.ha-1 real
#> 632 kg.ha-1 real
#> 633 kg.ha-1 real
#> 634 kg.ha-1 real
#> 635 kg.ha-1 real
#> 636 kg.ha-1 real
#> 637 kg.ha-1 real
#> 638 kg.ha-1 real
#> 639 kg.ha-1 real
#> 640 kg.ha-1 real
#> 641 kg.ha-1 real
#> 642 kg.ha-1 real
#> 643 kg.ha-1 real
#> 644 kg.ha-1 real
#> 645 kg.ha-1 real
#> 646 kg.ha-1 real
#> 647 kg.ha-1 real
#> 648 kg.ha-1 real
#> 649 kg.ha-1 real
#> 650 kg.ha-1 real
#> 651 kg.ha-1 real
#> 652 kg.ha-1 real
#> 653 kg.ha-1 real
#> 654 kg.ha-1 real
#> 655 kg.ha-1 real
#> 656 kg.ha-1 real
#> 657 kg.ha-1 real
#> 658 kg.ha-1 real
#> 659 kg.ha-1 real
#> 660 kg.ha-1 real
#> 661 kg.ha-1 real
#> 662 kg.ha-1 real
#> 663 kg.ha-1 real
#> 664 kg.ha-1 real
#> 665 kg.ha-1 real
#> 666 kg.ha-1 real
#> 667 kg.ha-1 real
#> 668 kg.ha-1 real
#> 669 kg.ha-1 real
#> 670 kg.ha-1 real
#> 671 t MF ha-1 real
#> 672 t.ha-1 real
#> 673 t.ha-1 real
#> 674 s.m-1 real
#> 675 MJ.m-2 real
#> 676 s.m-1 real
#> 677 SD real
#> 678 SD real
#> 679 MJ.m-2 real
#> 680 s.m-1 real
#> 681 0-1 real
#> 682 t.ha-1.d-1 real
#> 683 mm.d-1 real
#> 684 t.ha-1 real
#> 685 mm real
#> 686 t.ha-1 real
#> 687 mm real
#> 688 t.ha-1 real
#> 689 0-1 real
#> 690 0-1 real
#> 691 cm.cm-2.d-1 real
#> 692 cm.cm-2 real
#> 693 cm.cm-2 real
#> 694 cm.cm-2 real
#> 695 mm real
#> 696 MJ.m-2 real
#> 697 MJ.m-2 real
#> 698 0-1 real
#> 699 0-1 real
#> 700 0-1 real
#> 701 0-1 real
#> 702 mm real
#> 703 mm.d-1 real
#> 704 mm.d-1 real
#> 705 mm real
#> 706 mm real
#> 707 mm real
#> 708 mm real
#> 709 mm real
#> 710 m real
#> 711 0-1 real
#> 712 cm2.g-1 real
#> 713 kg.ha-1 real
#> 714 kg.ha-1 real
#> 715 mm.d-1 real
#> 716 mm.d-1 real
#> 717 kg.ha-1 real
#> 718 kg.ha-1 real
#> 719 kg.ha-1 real
#> 720 kg.ha-1 real
#> 721 kg.ha-1 real
#> 722 kg.ha-1 real
#> 723 kg.ha-1 real
#> 724 kg.ha-1 real
#> 725 kg.ha-1 real
#> 726 kg.ha-1 real
#> 727 mm real
#> 728 mm real
#> 729 mm real
#> 730 mm real
#> 731 mm real
#> 732 mm real
#> 733 mm real
#> 734 mm real
#> 735 mm real
#> 736 degreeC.d real
#> 737 degreeC.d real
#> 738 degreeC.d real
#> 739 degreeC.d real
#> 740 degreeC real
#> 741 degreeC.d real
#> 742 degreeC real
#> 743 degreeC real
#> 744 degreeC real
#> 745 kg.ha-1 real
#> 746 kg.ha-1 real
#> 747 kg.ha-1 real
#> 748 kg.ha-1 real
#> 749 kg.ha-1 real
#> 750 kg.ha-1 real
#> 751 kg.ha-1 real
#> 752 kg.ha-1 real
#> 753 kg.ha-1 real
#> 754 kg.ha-1 real
#> 755 SD real
#> 756 0-1 real
#> 757 SD real
#> 758 mm.d-1 real
#> 759 kg.ha-1 real
#> 760 0-1 real
#> 761 0-1 real
#> 762 0-1 real
#> 763 0-1 real
#> 764 0-1 real
#> 765 % fresh weight real
#> 766 0-1 real
#> 767 0-1 real
#> 768 0-1 real
#> 769 0-1 real
#> 770 0-1 real
#> 771 degreeC real
#> 772 SD real
#> 773 degreeC real
#> 774 degreeC real
#> 775 degreeC real
#> 776 degreeC real
#> 777 degreeC real
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#> 780 % vol real
#> 781 degreeC real
#> 782 degreeC real
#> 783 degreeC real
#> 784 degreeC real
#> 785 degreeC real
#> 786 degreeC real
#> 787 degreeC real
#> 788 degreeC real
#> 789 degreeC real
#> 790 degreeC real
#> 791 degreeC real
#> 792 d real
#> 793 d real
#> 794 kg.ha-1 real
#> 795 kg.ha-1 real
#> 796 mm real
#> 797 hPa real
#> 798 MJ.m-2 real
#> 799 MJ.m-2 real
#> 800 mm.d-1 real
#> 801 degreeC real
#> 802 degreeC real
#> 803 degreeC real
#> 804 degreeC real
#> 805 degreeC real
#> 806 degrees real
#> 807 d real
#> 808 degreeC.d real
#> 809 degreeC.d real
#> 810 d real
#> 811 degreeC.d real
#> 812 degreeC.d real
#> 813 0-1 real
#> 814 0-1 real
#> 815 0-1 real
#> 816 0-1 real
#> 817 m.s-1 real
#> 818 degreeC.d real
#> 819 degreeC.d real
#> 820 0-3 real
#> 821 degreeC.d real
#> 822 1-3 real
#> 823 g.m-2.d-1 real
#> 824 cm real
#> 825 cm real
#> 826 cm real
#> 827 factor real
#> 828 MJ.m-2 real
#> 829 0-1 real
#> 830 cm real