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emep_vars_parameters.R
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#contains various emep variables' parameters needed for QAQC
get_params_list = function() {
MAP_TEMPLATE_BREAKS = c(0, 0.1,0.2,0.3,0.5,1,2,3,4,5,10,15,20,25,30,40,50,100, 200)
MAP_TEMPLATE_BREAKS_HM = c(0.001,0.01,0.1,0.2,0.3,0.5,1,2,3,4,5,10,15,20,30,40,50,60,70,80,100,200)
MAP_TEMPLATE_DIFF_BREAKS = seq(-10,10,1)
MAP_TEMPLATE_DIFF_BREAKS_HM = seq(-10,10,1)
VAR_PARAMS_LIST = list(Emis_mgm2_nox = list(map_levs = 100 * MAP_TEMPLATE_BREAKS,
map_difflevs = 20 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.0f',
units = 'mg/m2',
pretty_lab = 'NOx Emission',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(150,1500,150), 1e6),
budg_units = 'Gg/yr',
budg_stat = 'sum'),
Emis_mgm2_nh3 = list(map_levs = 500 * MAP_TEMPLATE_BREAKS,
map_difflevs = 20 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.0f',
units = 'mg/m2',
pretty_lab = 'NH3 Emission',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(150,1500,150), 1e6),
budg_units = 'Gg/yr',
budg_stat = 'sum'),
Emis_mgm2_sox = list(map_levs = 500 * MAP_TEMPLATE_BREAKS,
map_difflevs = 20 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.0f',
units = 'mg/m2',
pretty_lab = 'SOx Emission',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(150,1500,150), 1e6),
budg_units = 'Gg/yr',
budg_stat = 'sum'),
Emis_mgm2_BioNatC5H8 = list(map_levs = 500 * MAP_TEMPLATE_BREAKS,
map_difflevs = 20 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.0f',
units = 'mg/m2',
pretty_lab = 'Nat C5H8 Emission',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(150,1500,150), 1e6),
budg_units = 'Gg/yr',
budg_stat = 'sum'),
Emis_mgm2_BioNatBIOTERP = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.0f',
units = 'mg/m2',
pretty_lab = 'BioNatBIOTERP Emission',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(150,1500,150), 1e6),
budg_units = 'Gg/yr',
budg_stat = 'sum'),
Emis_mgm2_BioNatNO = list(map_levs = 500 * MAP_TEMPLATE_BREAKS,
map_difflevs = 10 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.0f',
units = 'mg/m2',
pretty_lab = 'BioNatNO Emission',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(150,1500,150), 1e6),
budg_units = 'Gg/yr',
budg_stat = 'sum'),
Emis_mgm2_DMS = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.0f',
units = 'mg/m2',
pretty_lab = 'DMS Emission',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(150,1500,150), 1e6),
budg_units = 'Gg/yr',
budg_stat = 'sum'),
SURF_ug_SO4 = list(map_levs = 0.2 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.02 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.2f',
units = 'ug/m3',
pretty_lab = 'SO42- Surface Concentration',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_NH4_F = list(map_levs = 0.4 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.05 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface NH4+ fine',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_NH3 = list(map_levs = 0.2 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.05 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface NH3',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_NO2 = list(map_levs = 2 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface NO2',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_NO = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface NO',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_SO2 = list(map_levs = 0.2 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface SO2',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_HNO3 = list(map_levs = 0.1 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.01 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.2f',
units = 'ug/m3',
pretty_lab = 'Surface HNO3',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_NO3_F = list(map_levs = 0.1 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.01 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.2f',
units = 'ug/m3',
pretty_lab = 'Surface NO3 fine',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_NO3_C = list(map_levs = 0.1 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.01 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.2f',
units = 'ug/m3',
pretty_lab = 'Surface NO3 coarse',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_PM25 = list(map_levs = 0.3 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface PM2.5',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_PM25_rh50 = list(map_levs = 0.3 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface PM2.5',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_PM_PMFINE = list(map_levs = 0.3 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface PM_PMFINE',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_PM10 = list(map_levs = 0.5 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface PM10',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_PM10_rh50 = list(map_levs = 0.5 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface PM10',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_PM_PM10 = list(map_levs = 0.5 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface PM_PM10',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ppb_O3 = list(map_levs = seq(10,50,4),
map_difflevs = 1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%d',
units = 'ppb',
pretty_lab = 'Surface O3',
budg_factor = 2,
dsc_levs = c(0, seq(20,50,2), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_O3 = list(map_levs = seq(20,50,2),
map_difflevs = 1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%d',
units = 'ppb',
pretty_lab = 'Surface O3',
budg_factor = 2,
dsc_levs = c(0, seq(20,50,2), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_PPM25 = list(map_levs = 0.3 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface PPM2.5',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
SURF_ug_PPM_C = list(map_levs = 0.5 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface PPMc',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
SURF_ug_DUST_WB_F = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface DUST_WB_F',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_DUST_WB_C = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface DUST_WB_C',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_DUST_ROAD_F = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface DUST_ROAD_F',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_DUST_ROAD_C = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface DUST_ROAD_C',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_SEASALT_F = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface SEASALT_F',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_SEASALT_C = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface SEASALT_C',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_PM_ASOA = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface PM_ASOA',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_PM_BSOA = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = 'ug/m3',
pretty_lab = 'Surface PM_BSOA',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_CD = list(map_levs = 1E-4 * MAP_TEMPLATE_BREAKS_HM,
map_difflevs = 1E-4 * MAP_TEMPLATE_DIFF_BREAKS_HM,
map_diffprecision = '%.3f',
units = 'ug/m3',
lab = 'Surface Cd Concentration',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_CU = list(map_levs = 1E-3 * MAP_TEMPLATE_BREAKS_HM,
map_difflevs = 1E-3 * MAP_TEMPLATE_DIFF_BREAKS_HM,
map_diffprecision = '%.3f',
units = 'ug/m3',
lab = 'Surface Cu Concentration',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_NI = list(map_levs = 1E-3 * MAP_TEMPLATE_BREAKS_HM,
map_difflevs = 1E-3 * MAP_TEMPLATE_DIFF_BREAKS_HM,
map_diffprecision = '%.3f',
units = 'ug/m3',
lab = 'Surface Ni Concentration',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_PB = list(map_levs = 1E-3 * MAP_TEMPLATE_BREAKS_HM,
map_difflevs = 1E-3 * MAP_TEMPLATE_DIFF_BREAKS_HM,
map_diffprecision = '%.3f',
units = 'ug/m3',
lab = 'Surface PB Concentration',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
SURF_ug_ZN = list(map_levs = 1E-3 * MAP_TEMPLATE_BREAKS_HM,
map_difflevs = 1E-3 * MAP_TEMPLATE_DIFF_BREAKS_HM,
map_diffprecision = '%.3f',
units = 'ug/m3',
lab = 'Surface Zn Concentration',
budg_factor = 1,
dsc_levs = c(0, seq(1,10,1), 1e6),
budg_units = 'ug/m3',
budg_stat = 'mean'),
DDEP_OXN_m2Grid = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Dry dep NOy',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'GgN/yr',
budg_stat = 'sum'),
DDEP_SOX_m2Grid = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgS/m2',
pretty_lab = 'Dry dep SOx',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'GgS/yr',
budg_stat = 'sum'),
DDEP_RDN_m2Grid = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Dry dep NHx',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'GgN/yr',
budg_stat = 'sum'),
DDEP_OXN_m2Decid = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Dry dep NOy',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_SOX_m2Decid = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgS/m2',
pretty_lab = 'Dry dep SOx',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_RDN_m2Decid = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Dry dep NHx',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_OXN_m2Seminat = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Dry dep NOy',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_SOX_m2Seminat = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgS/m2',
pretty_lab = 'Dry dep SOx',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_RDN_m2Seminat = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Dry dep NHx',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_OXN_m2Crops = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Dry dep NOy',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_SOX_m2Crops = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgS/m2',
pretty_lab = 'Dry dep SOx',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_RDN_m2Crops = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Dry dep NHx',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_OXN_m2Desert = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Dry dep NOy',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_SOX_m2Desert = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgS/m2',
pretty_lab = 'Dry dep SOx',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_RDN_m2Desert = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Dry dep NHx',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_OXN_m2Conif = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Dry dep NOy',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_SOX_m2Conif = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgS/m2',
pretty_lab = 'Dry dep SOx',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_RDN_m2Conif = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Dry dep NHx',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_OXN_m2Water_D = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Dry dep NOy',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_SOX_m2Water_D = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgS/m2',
pretty_lab = 'Dry dep SOx',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_RDN_m2Water_D = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Dry dep NHx',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_OXN_m2Urban = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Dry dep NOy',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_SOX_m2Urban = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgS/m2',
pretty_lab = 'Dry dep SOx',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_RDN_m2Urban = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Dry dep NHx',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
DDEP_NO2_m2Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'Dry dep NO2',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = '---',
budg_stat = 'sum'),
DDEP_SO2_m2Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'Dry dep SO2',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = '---',
budg_stat = 'sum'),
DDEP_NH3_m2Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'Dry dep NH3',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = '---',
budg_stat = 'sum'),
DDEP_PM25ONS_m2Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'Dry dep PM2.5 ONS',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = '---',
budg_stat = 'sum'),
DDEP_PM10ONS_m2Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'Dry dep PM10 ONS',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = '---',
budg_stat = 'sum'),
DDEP_SO4_m2Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'Dry dep SO4',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = '---',
budg_stat = 'sum'),
DDEP_NO3_F_m2Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'Dry dep NO3 fine',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = '---',
budg_stat = 'sum'),
DDEP_NO3_C_m2Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'Dry dep NO3 coarse',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = '---',
budg_stat = 'sum'),
DDEP_NH4_F_m2Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'Dry dep NH4 fine',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = '---',
budg_stat = 'sum'),
DDEP_O3_m2Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'Dry dep O3',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = '---',
budg_stat = 'sum'),
DDEP_CD_m2Grid = list(map_levs = 1E-3 * MAP_TEMPLATE_BREAKS_HM,
map_difflevs = 1E-3 * MAP_TEMPLATE_DIFF_BREAKS_HM,
map_diffprecision = '%.3f',
units = 'ng/m2',
pretty_lab = 'Dry dep Cd',
budg_factor = 1,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = '---',
budg_stat = 'sum'),
DDEP_CU_m2Grid = list(map_levs = 1E-1 * MAP_TEMPLATE_BREAKS_HM,
map_difflevs = 1E-1 * MAP_TEMPLATE_DIFF_BREAKS_HM,
map_diffprecision = '%.3f',
units = 'mg/m2',
pretty_lab = 'Dry dep Cu',
budg_factor = 1,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'mg/m2',
budg_stat = 'sum'),
DDEP_NI_m2Grid = list(map_levs = 1E-1 * MAP_TEMPLATE_BREAKS_HM,
map_difflevs = 1E-1 * MAP_TEMPLATE_DIFF_BREAKS_HM,
map_diffprecision = '%.3f',
units = 'mg/m2',
pretty_lab = 'Dry dep Ni',
budg_factor = 1,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'mg/m2',
budg_stat = 'sum'),
DDEP_PB_m2Grid = list(map_levs = 1E-1 * MAP_TEMPLATE_BREAKS_HM,
map_difflevs = 1E-1 * MAP_TEMPLATE_DIFF_BREAKS_HM,
map_diffprecision = '%.3f',
units = 'mg/m2',
pretty_lab = 'Dry dep Pb',
budg_factor = 1,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'mg/m2',
budg_stat = 'sum'),
DDEP_ZN_m2Grid = list(map_levs = 1E-1 * MAP_TEMPLATE_BREAKS_HM,
map_difflevs = 1E-1 * MAP_TEMPLATE_DIFF_BREAKS_HM,
map_diffprecision = '%.3f',
units = 'mg/m2',
pretty_lab = 'Dry dep ZN',
budg_factor = 1,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'mg/m2',
budg_stat = 'sum'),
WDEP_OXN = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Oxidised N Wet Deposition',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'GgN/yr',
budg_stat = 'sum'),
WDEP_SOX = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgS/m2',
pretty_lab = 'SOx Wet Deposition',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'GgS/yr',
budg_stat = 'sum'),
WDEP_RDN = list(map_levs = 20 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.1 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'Reduced N Wet Deposition',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'GgN/yr',
budg_stat = 'sum'),
WDEP_PREC = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%d',
units = 'mm',
pretty_lab = 'Precipitation',
budg_factor = 1,
dsc_levs = c(0, seq(100, 2500, 100), 1e6),
budg_units = 'mm',
budg_stat = 'mean'),
WDEP_O3 = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = NULL,
pretty_lab = 'O3 Wet Deposition',
budg_factor = NULL,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = NULL,
budg_stat = 'sum'),
WDEP_NO2 = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'NO2 Wet Deposition',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'GgN/yr',
budg_stat = 'sum'),
WDEP_SO2 = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = 'mgS/m2',
pretty_lab = 'SO2 Wet Deposition',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'GgS/yr',
budg_stat = 'sum'),
WDEP_NH3 = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'NH3 Wet Deposition',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'GgN/yr',
budg_stat = 'sum'),
WDEP_SO4 = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = 'mgS/m2',
pretty_lab = 'SO42- Wet Deposition',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'GgS/yr',
budg_stat = 'sum'),
WDEP_NO3_F = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'NO3 fine Wet Deposition',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'GgN/yr',
budg_stat = 'sum'),
WDEP_NO3_c = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = 'mgN/m2',
pretty_lab = 'NO3 coarse Wet Deposition',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'GgN/yr',
budg_stat = 'sum'),
WDEP_NH3 = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.2f',
units = 'mgN/m2',
pretty_lab = 'Wet dep NH3',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = '---',
budg_stat = 'sum'),
WDEP_NH4_F = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.2f',
units = 'mgN/m2',
pretty_lab = 'NH4+ fine Wet Deposition',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'GgN/yr',
budg_stat = 'sum'),
WDEP_PM25ONS = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.2f',
units = NULL,
pretty_lab = 'Wet dep PM25 ONS',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = NULL,
budg_stat = 'sum'),
WDEP_PM10ONS = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.2f',
units = NULL,
pretty_lab = 'Wet dep PM10 ONS',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = '---',
budg_stat = 'sum'),
WDEP_CD = list(map_levs = 1E-3 * MAP_TEMPLATE_BREAKS_HM,
map_difflevs = 1E-3 * MAP_TEMPLATE_DIFF_BREAKS_HM,
map_diffprecision = '%.2f',
units = 'mg/m3',
pretty_lab = 'Wet dep Cd',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'mg/m3',
budg_stat = 'sum'),
WDEP_CU = list(map_levs = 1E-1 * MAP_TEMPLATE_BREAKS_HM,
map_difflevs = 1E-1 * MAP_TEMPLATE_DIFF_BREAKS_HM,
map_diffprecision = '%.2f',
units = 'mg/m3',
pretty_lab = 'Wet dep Cu',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'mg/m3',
budg_stat = 'sum'),
WDEP_NI = list(map_levs = 1E-1 * MAP_TEMPLATE_BREAKS_HM,
map_difflevs = 1E-1 * MAP_TEMPLATE_DIFF_BREAKS_HM,
map_diffprecision = '%.2f',
units = 'mg/m3',
pretty_lab = 'Wet dep Ni',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'mg/m3',
budg_stat = 'sum'),
WDEP_PB = list(map_levs = 1E-1 * MAP_TEMPLATE_BREAKS_HM,
map_difflevs = 1E-1 * MAP_TEMPLATE_DIFF_BREAKS_HM,
map_diffprecision = '%.2f',
units = 'mg/m3',
pretty_lab = 'Wet dep Pb',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'mg/m3',
budg_stat = 'sum'),
WDEP_ZN = list(map_levs = 1E-1 * MAP_TEMPLATE_BREAKS_HM,
map_difflevs = 1E-1 * MAP_TEMPLATE_DIFF_BREAKS_HM,
map_diffprecision = '%.2f',
units = 'mg/m3',
pretty_lab = 'Wet dep Zn',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(50,500,50), 1e6),
budg_units = 'mg/m3',
budg_stat = 'sum'),
VG_SO2_Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'VG_SO2',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(0.2,2,0.2), 1e6),
budg_units = 'cm/s',
budg_stat = 'mean'),
VG_O3_Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'VG_O3',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(0.2,2,0.2), 1e6),
budg_units = 'cm/s',
budg_stat = 'mean'),
VG_NH3_Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'VG_NH3',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(0.2,2,0.2), 1e6),
budg_units = 'cm/s',
budg_stat = 'mean'),
VG_HNO3_Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'VG_HNO3',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(0.2,2,0.2), 1e6),
budg_units = 'cm/s',
budg_stat = 'mean'),
VG_NO3_F_Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'VG_NO3 fine',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(0.2,2,0.2), 1e6),
budg_units = 'cm/s',
budg_stat = 'mean'),
VG_NO3_C_Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'VG_NO3 coarse',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(0.2,2,0.2), 1e6),
budg_units = 'cm/s',
budg_stat = 'mean'),
VG_SO4_Grid = list(map_levs = NULL,
map_difflevs = NULL,
map_diffprecision = '%.1f',
units = '---',
pretty_lab = 'VG_SO4',
budg_factor = 1e6*1e-12,
dsc_levs = c(0, seq(0.2,2,0.2), 1e6),
budg_units = 'cm/s',
budg_stat = 'mean'),
Area_Conif_Frac = list(map_levs = 0.01 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.01 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.2f',
units = '1',
pretty_lab = 'Conif',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
Area_Decid_Frac = list(map_levs = 0.01 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.01 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.2f',
units = '1',
pretty_lab = 'Decid',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
Area_Seminat_Frac = list(map_levs = 0.01 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.01 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.2f',
units = '1',
pretty_lab = 'Seminat',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
Area_Crops_Frac = list(map_levs = 0.01 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.01 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.2f',
units = '1',
pretty_lab = 'Crops',
budg_factor = NULL,
dsc_levs = NULL,
budg_units = '---',
budg_stat = NULL),
Area_Desert_Frac = list(map_levs = 0.01 * MAP_TEMPLATE_BREAKS,
map_difflevs = 0.01 * MAP_TEMPLATE_DIFF_BREAKS,
map_diffprecision = '%.2f',
units = '1',
pretty_lab = 'Desert',