ctemDriver.f90 File Reference

Principle driver for CTEM. More...

Modules
module	ctemdriver
	Central module that contains the ctem driver and associated subroutines.

Functions/Subroutines
subroutine, public	ctemdriver::calcnpp (il1, il2, ilg, ancgveg, lfstatus, rmlcgveg, slai, ailcg, sort, rmsveg, rmrveg, ipeatland, anmoss, fcancmx, rmlmoss, gppmoss, useTracer, gleafmas, tracerGLeafMass, tracerValue, rmsTracer, rmrTracer, pheanveg, rmlveg, rml, rms, rmr, rm, rg, npp, gpp, autores, autoresveg, rgveg, nppmoss, armoss, gppveg, nppmosstep, nppveg, tracerNPP, tracerRML, tracerGPP)
	Calculate NPP (net primary productivity), difference between GPP and autotrophic respriation, for each pft and tile. Also sets the net photosynthesis to be used by phenology and determines the total autotrophic respiration fluxes at the PFT and tile-levels. Calculates values for both upland and peatland sites. More...
subroutine, public	ctemdriver::calcnep (il1, il2, ilg, nppveg, hetrsveg, fg, npp, hetrores, nep, nepveg)
	Calculate NEP (net ecosystem productivity), difference between NPP and heterotrophic respriation, for each pft and tile. More...
subroutine, public	ctemdriver::calcnbp (il1, il2, ilg, deltat, nepveg, fcancmx, lucemcom, ltresveg, scresveg, nep, glcaemls, blcaemls, stcaemls, rtcaemls, ltrcemls, nbpveg, dstcemls1, dstcemls3, nbp)
	Calculate NBP (net biome production) for each pft by taking into account C emission losses. The disturbance routine produces emissions due to fire and while the land use change subroutine calculates emissions due to LUC. The LUC related combustion flux is assumed to be spread uniformly over the tile as it is no longer associated with any one PFT. To calculate the NBP we do not subtract LUC emissions from the PFT-level NBP but we do subtract it from the per tile NBP. More...
subroutine, public	ctemdriver::ctem (fsnow, sand, ilmos, ilg, il1, il2, iday, radj, ta, delzw, ancgveg, rmlcgveg, zbotw, doMethane, uwind, vwind, lightng, tbar, soildpth, spinfast, todfrac, netrad, precip, psisat, grclarea, popdin, isand, wetfrac, slopefrac, bi, thpor, currlat, ch4conc, THFC, THLW, thliq, thice, ipeatland, anmoss, rmlmoss, gppmoss, wtable, maxAnnualActLyr, PFTCompetition, dofire, lnduseon, inibioclim, leapnow, useTracer, tracerCO2, pfcancmx, nfcancmx, stemmass, rootmass, litrmass, gleafmas, bleafmas, soilcmas, ailcg, ailc, zolnc, rmatctem, rmatc, ailcb, flhrloss, pandays, lfstatus, grwtheff, lystmmas, lyrotmas, tymaxlai, vgbiomas, gavgltms, gavgscms, stmhrlos, slai, bmasveg, cmasvegc, colddays, rothrlos, fcanmx, alvisc, alnirc, gavglai, Cmossmas, litrmsmoss, peatdep, fcancmx, geremort, intrmort, pstemmass, pgleafmass, tcurm, srpcuryr, dftcuryr, lambda, tmonth, anpcpcur, anpecur, gdd5cur, surmncur, defmncur, srplscur, defctcur, aridity, srplsmon, defctmon, anndefct, annsrpls, annpcp, dry_season_length, pftexist, twarmm, tcoldm, gdd5, nppveg, tracerStemMass, tracerRootMass, tracerGLeafMass, tracerBLeafMass, tracerSoilCMass, tracerLitrMass, tracerMossCMass, tracerMossLitrMass, npp, nep, hetrores, autores, soilresp, rm, rg, nbp, litres, socres, gpp, dstcemls1, litrfall, humiftrs, veghght, rootdpth, rml, rms, rmr, tltrleaf, tltrstem, tltrroot, leaflitr, roottemp, burnfrac, lucemcom, lucltrin, lucsocin, dstcemls3, ch4WetSpec, ch4WetDyn, wetfdyn, ch4soills, paicgat, slaicgat, emit_co2, emit_ch4, reprocost, blfltrdt, glfltrdt, glcaemls, blcaemls, rtcaemls, stcaemls, ltrcemls, ntchlveg, ntchsveg, ntchrveg, emit_co, emit_nmhc, smfunc_veg, emit_h2, emit_nox, emit_n2o, emit_pm25, emit_tpm, emit_tc, emit_oc, emit_bc, bterm_veg, lterm, mterm_veg, burnvegf, litrfallveg, humtrsvg, ltstatus, afrleaf, afrstem, afrroot, wtstatus, rmlveg, rmsveg, rmrveg, rgveg, vgbiomas_veg, gppveg, nepveg, nbpveg, hetrsveg, autoresveg, ltresveg, scresveg, nppmoss, armoss, colrate, mortrate)

Detailed Description

Principle driver for CTEM.

Author

V. Arora, J. Melton, Y. Peng, R. Shrestha