[
 {
  "var": "budget_mass",
  "tag": "budget",
  "path": "christinatest/budget/budget_mass.jpg",
  "long_name": "global mass budget (table: budget_mass.csv)",
  "formula": "burden = \u03a3_cells A\u00b7\u03a3\u2096 X\u00b7\u0394p\u2096/g;  emission = \u03a3 A\u00b7SFX;  dry = \u03a3 A\u00b7(XDDF + X_cwDDF);  wet = \u2212\u03a3 A\u00b7(XSFWET + X_cwSFWET);  lifetime = burden/(dry + wet);  time mean"
 },
 {
  "var": "budget_mass",
  "tag": "budget_ts",
  "path": "christinatest/budget_ts/budget_mass.jpg",
  "long_name": "global mass budget terms vs time",
  "formula": "burden = \u03a3_cells A\u00b7\u03a3\u2096 X\u00b7\u0394p\u2096/g;  emission = \u03a3 A\u00b7SFX;  dry = \u03a3 A\u00b7(XDDF + X_cwDDF);  wet = \u2212\u03a3 A\u00b7(XSFWET + X_cwSFWET);  lifetime = burden/(dry + wet);  time mean"
 },
 {
  "var": "budget_num",
  "tag": "budget",
  "path": "christinatest/budget/budget_num.jpg",
  "long_name": "global num budget (table: budget_num.csv)",
  "formula": "burden = \u03a3_cells A\u00b7\u03a3\u2096 X\u00b7\u0394p\u2096/g;  emission = \u03a3 A\u00b7SFX;  dry = \u03a3 A\u00b7(XDDF + X_cwDDF);  wet = \u2212\u03a3 A\u00b7(XSFWET + X_cwSFWET);  lifetime = burden/(dry + wet);  time mean"
 },
 {
  "var": "budget_num",
  "tag": "budget_ts",
  "path": "christinatest/budget_ts/budget_num.jpg",
  "long_name": "global num budget terms vs time",
  "formula": "burden = \u03a3_cells A\u00b7\u03a3\u2096 X\u00b7\u0394p\u2096/g;  emission = \u03a3 A\u00b7SFX;  dry = \u03a3 A\u00b7(XDDF + X_cwDDF);  wet = \u2212\u03a3 A\u00b7(XSFWET + X_cwSFWET);  lifetime = burden/(dry + wet);  time mean"
 },
 {
  "var": "DU",
  "tag": "budgetmaps",
  "path": "christinatest/budgetmaps/DU.jpg",
  "long_name": "DU: burden, emission, dry and wet deposition maps",
  "formula": "time means;  burden = \u03a3\u2096 X\u00b7\u0394p\u2096/g;  emission = SFX;  dry = XDDF + X_cwDDF;  wet = \u2212(XSFWET + X_cwSFWET);  numbers in panels: global mean (burden), global total (fluxes)"
 },
 {
  "var": "SS",
  "tag": "budgetmaps",
  "path": "christinatest/budgetmaps/SS.jpg",
  "long_name": "SS: burden, emission, dry and wet deposition maps",
  "formula": "time means;  burden = \u03a3\u2096 X\u00b7\u0394p\u2096/g;  emission = SFX;  dry = XDDF + X_cwDDF;  wet = \u2212(XSFWET + X_cwSFWET);  numbers in panels: global mean (burden), global total (fluxes)"
 },
 {
  "var": "num_R1",
  "tag": "budgetmaps",
  "path": "christinatest/budgetmaps/num_R1.jpg",
  "long_name": "num_R1: burden, emission, dry and wet deposition maps",
  "formula": "time means;  burden = \u03a3\u2096 X\u00b7\u0394p\u2096/g;  emission = SFX;  dry = XDDF + X_cwDDF;  wet = \u2212(XSFWET + X_cwSFWET);  numbers in panels: global mean (burden), global total (fluxes)"
 },
 {
  "var": "num_R2",
  "tag": "budgetmaps",
  "path": "christinatest/budgetmaps/num_R2.jpg",
  "long_name": "num_R2: burden, emission, dry and wet deposition maps",
  "formula": "time means;  burden = \u03a3\u2096 X\u00b7\u0394p\u2096/g;  emission = SFX;  dry = XDDF + X_cwDDF;  wet = \u2212(XSFWET + X_cwSFWET);  numbers in panels: global mean (burden), global total (fluxes)"
 },
 {
  "var": "num_R3",
  "tag": "budgetmaps",
  "path": "christinatest/budgetmaps/num_R3.jpg",
  "long_name": "num_R3: burden, emission, dry and wet deposition maps",
  "formula": "time means;  burden = \u03a3\u2096 X\u00b7\u0394p\u2096/g;  emission = SFX;  dry = XDDF + X_cwDDF;  wet = \u2212(XSFWET + X_cwSFWET);  numbers in panels: global mean (burden), global total (fluxes)"
 },
 {
  "var": "num_R4",
  "tag": "budgetmaps",
  "path": "christinatest/budgetmaps/num_R4.jpg",
  "long_name": "num_R4: burden, emission, dry and wet deposition maps",
  "formula": "time means;  burden = \u03a3\u2096 X\u00b7\u0394p\u2096/g;  emission = SFX;  dry = XDDF + X_cwDDF;  wet = \u2212(XSFWET + X_cwSFWET);  numbers in panels: global mean (burden), global total (fluxes)"
 },
 {
  "var": "sizedist",
  "tag": "sizedist",
  "path": "christinatest/sizedist/sizedist.jpg",
  "long_name": "number size distribution and range composition",
  "formula": "bars: N_i = num_i\u00b71.0074/28.966 \u00b7 \u03c1 \u00b7 1e-6 [cm\u207b\u00b3],  \u03c1 = p/(R_d\u00b7T) at model level lev;   pies: X_Rr / \u03a3_species X_Rr (kg/kg);   regions: mean weighted by gw\u00b7LANDFRAC, gw\u00b7OCNFRAC;   time mean"
 },
 {
  "var": "DU_R3",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/DU_R3.jpg",
  "long_name": "DU_R3 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e9,   X = DU_R3\u00b7135.1/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "DU_R3",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/DU_R3.jpg",
  "long_name": "DU_R3 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e9,   X = DU_R3\u00b7135.1/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "DU_R3",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/DU_R3.jpg",
  "long_name": "DU_R3 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e9,   X = DU_R3\u00b7135.1/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "DU_R4",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/DU_R4.jpg",
  "long_name": "DU_R4 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e9,   X = DU_R4\u00b7135.1/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "DU_R4",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/DU_R4.jpg",
  "long_name": "DU_R4 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e9,   X = DU_R4\u00b7135.1/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "DU_R4",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/DU_R4.jpg",
  "long_name": "DU_R4 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e9,   X = DU_R4\u00b7135.1/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R2",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/SS_R2.jpg",
  "long_name": "SS_R2 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e9,   X = SS_R2\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R2",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/SS_R2.jpg",
  "long_name": "SS_R2 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e9,   X = SS_R2\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R2",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/SS_R2.jpg",
  "long_name": "SS_R2 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e9,   X = SS_R2\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R3",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/SS_R3.jpg",
  "long_name": "SS_R3 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e9,   X = SS_R3\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R3",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/SS_R3.jpg",
  "long_name": "SS_R3 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e9,   X = SS_R3\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R3",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/SS_R3.jpg",
  "long_name": "SS_R3 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e9,   X = SS_R3\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R4",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/SS_R4.jpg",
  "long_name": "SS_R4 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e9,   X = SS_R4\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R4",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/SS_R4.jpg",
  "long_name": "SS_R4 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e9,   X = SS_R4\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R4",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/SS_R4.jpg",
  "long_name": "SS_R4 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e9,   X = SS_R4\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "num_1",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_1.jpg",
  "long_name": "num_1 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_1\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_1",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_1.jpg",
  "long_name": "num_1 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_1\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_1",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_1.jpg",
  "long_name": "num_1 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_1\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_2",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_2.jpg",
  "long_name": "num_2 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_2\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_2",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_2.jpg",
  "long_name": "num_2 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_2\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_2",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_2.jpg",
  "long_name": "num_2 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_2\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_3",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_3.jpg",
  "long_name": "num_3 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_3\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_3",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_3.jpg",
  "long_name": "num_3 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_3\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_3",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_3.jpg",
  "long_name": "num_3 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_3\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_4",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_4.jpg",
  "long_name": "num_4 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_4\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_4",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_4.jpg",
  "long_name": "num_4 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_4\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_4",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_4.jpg",
  "long_name": "num_4 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_4\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_5",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_5.jpg",
  "long_name": "num_5 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_5\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_5",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_5.jpg",
  "long_name": "num_5 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_5\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_5",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_5.jpg",
  "long_name": "num_5 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_5\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_6",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_6.jpg",
  "long_name": "num_6 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_6\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_6",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_6.jpg",
  "long_name": "num_6 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_6\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_6",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_6.jpg",
  "long_name": "num_6 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_6\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_7",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_7.jpg",
  "long_name": "num_7 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_7\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_7",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_7.jpg",
  "long_name": "num_7 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_7\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_7",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_7.jpg",
  "long_name": "num_7 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_7\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_8",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_8.jpg",
  "long_name": "num_8 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_8\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_8",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_8.jpg",
  "long_name": "num_8 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_8\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_8",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_8.jpg",
  "long_name": "num_8 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_8\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_9",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_9.jpg",
  "long_name": "num_9 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_9\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_9",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_9.jpg",
  "long_name": "num_9 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_9\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_9",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_9.jpg",
  "long_name": "num_9 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_9\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_10",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_10.jpg",
  "long_name": "num_10 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_10\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_10",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_10.jpg",
  "long_name": "num_10 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_10\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_10",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_10.jpg",
  "long_name": "num_10 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_10\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_11",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_11.jpg",
  "long_name": "num_11 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_11\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_11",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_11.jpg",
  "long_name": "num_11 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_11\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_11",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_11.jpg",
  "long_name": "num_11 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_11\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_12",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_12.jpg",
  "long_name": "num_12 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_12\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_12",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_12.jpg",
  "long_name": "num_12 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_12\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_12",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_12.jpg",
  "long_name": "num_12 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_12\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_13",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_13.jpg",
  "long_name": "num_13 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_13\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_13",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_13.jpg",
  "long_name": "num_13 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_13\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_13",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_13.jpg",
  "long_name": "num_13 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_13\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_14",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_14.jpg",
  "long_name": "num_14 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_14\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_14",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_14.jpg",
  "long_name": "num_14 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_14\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_14",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_14.jpg",
  "long_name": "num_14 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_14\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_15",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_15.jpg",
  "long_name": "num_15 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_15\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_15",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_15.jpg",
  "long_name": "num_15 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_15\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_15",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_15.jpg",
  "long_name": "num_15 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_15\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_16",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_16.jpg",
  "long_name": "num_16 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_16\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_16",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_16.jpg",
  "long_name": "num_16 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_16\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_16",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_16.jpg",
  "long_name": "num_16 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_16\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_17",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_17.jpg",
  "long_name": "num_17 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_17\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_17",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_17.jpg",
  "long_name": "num_17 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_17\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_17",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_17.jpg",
  "long_name": "num_17 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_17\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_18",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_18.jpg",
  "long_name": "num_18 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_18\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_18",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_18.jpg",
  "long_name": "num_18 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_18\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_18",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_18.jpg",
  "long_name": "num_18 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_18\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_19",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_19.jpg",
  "long_name": "num_19 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_19\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_19",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_19.jpg",
  "long_name": "num_19 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_19\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_19",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_19.jpg",
  "long_name": "num_19 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_19\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_20",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_20.jpg",
  "long_name": "num_20 concentration",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_20\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_20",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_20.jpg",
  "long_name": "num_20 concentration",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_20\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_20",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_20.jpg",
  "long_name": "num_20 concentration",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_20\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "DU_R3_BURDEN",
  "tag": "map_colint",
  "path": "christinatest/map_colint/DU_R3_BURDEN.jpg",
  "long_name": "DU_R3 concentration",
  "formula": "time mean of \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = DU_R3\u00b7135.1/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "DU_R4_BURDEN",
  "tag": "map_colint",
  "path": "christinatest/map_colint/DU_R4_BURDEN.jpg",
  "long_name": "DU_R4 concentration",
  "formula": "time mean of \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = DU_R4\u00b7135.1/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R2_BURDEN",
  "tag": "map_colint",
  "path": "christinatest/map_colint/SS_R2_BURDEN.jpg",
  "long_name": "SS_R2 concentration",
  "formula": "time mean of \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R2\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R3_BURDEN",
  "tag": "map_colint",
  "path": "christinatest/map_colint/SS_R3_BURDEN.jpg",
  "long_name": "SS_R3 concentration",
  "formula": "time mean of \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R3\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R4_BURDEN",
  "tag": "map_colint",
  "path": "christinatest/map_colint/SS_R4_BURDEN.jpg",
  "long_name": "SS_R4 concentration",
  "formula": "time mean of \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R4\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "DU_BURDEN",
  "tag": "map_colint",
  "path": "christinatest/map_colint/DU_BURDEN.jpg",
  "long_name": "DU_R3 + DU_R4",
  "formula": "time mean of \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = DU_R3\u00b7135.1/28.966 + DU_R4\u00b7135.1/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_BURDEN",
  "tag": "map_colint",
  "path": "christinatest/map_colint/SS_BURDEN.jpg",
  "long_name": "SS_R2 + SS_R3 + SS_R4",
  "formula": "time mean of \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R2\u00b758.44/28.966 + SS_R3\u00b758.44/28.966 + SS_R4\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "DU_R3",
  "tag": "latlev",
  "path": "christinatest/latlev/DU_R3.jpg",
  "long_name": "DU_R3 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e9,   X = DU_R3\u00b7135.1/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "DU_R4",
  "tag": "latlev",
  "path": "christinatest/latlev/DU_R4.jpg",
  "long_name": "DU_R4 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e9,   X = DU_R4\u00b7135.1/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R2",
  "tag": "latlev",
  "path": "christinatest/latlev/SS_R2.jpg",
  "long_name": "SS_R2 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e9,   X = SS_R2\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R3",
  "tag": "latlev",
  "path": "christinatest/latlev/SS_R3.jpg",
  "long_name": "SS_R3 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e9,   X = SS_R3\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R4",
  "tag": "latlev",
  "path": "christinatest/latlev/SS_R4.jpg",
  "long_name": "SS_R4 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e9,   X = SS_R4\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "num_1",
  "tag": "latlev",
  "path": "christinatest/latlev/num_1.jpg",
  "long_name": "num_1 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_1\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_2",
  "tag": "latlev",
  "path": "christinatest/latlev/num_2.jpg",
  "long_name": "num_2 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_2\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_3",
  "tag": "latlev",
  "path": "christinatest/latlev/num_3.jpg",
  "long_name": "num_3 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_3\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_4",
  "tag": "latlev",
  "path": "christinatest/latlev/num_4.jpg",
  "long_name": "num_4 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_4\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_5",
  "tag": "latlev",
  "path": "christinatest/latlev/num_5.jpg",
  "long_name": "num_5 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_5\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_6",
  "tag": "latlev",
  "path": "christinatest/latlev/num_6.jpg",
  "long_name": "num_6 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_6\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_7",
  "tag": "latlev",
  "path": "christinatest/latlev/num_7.jpg",
  "long_name": "num_7 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_7\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_8",
  "tag": "latlev",
  "path": "christinatest/latlev/num_8.jpg",
  "long_name": "num_8 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_8\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_9",
  "tag": "latlev",
  "path": "christinatest/latlev/num_9.jpg",
  "long_name": "num_9 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_9\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_10",
  "tag": "latlev",
  "path": "christinatest/latlev/num_10.jpg",
  "long_name": "num_10 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_10\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_11",
  "tag": "latlev",
  "path": "christinatest/latlev/num_11.jpg",
  "long_name": "num_11 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_11\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_12",
  "tag": "latlev",
  "path": "christinatest/latlev/num_12.jpg",
  "long_name": "num_12 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_12\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_13",
  "tag": "latlev",
  "path": "christinatest/latlev/num_13.jpg",
  "long_name": "num_13 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_13\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_14",
  "tag": "latlev",
  "path": "christinatest/latlev/num_14.jpg",
  "long_name": "num_14 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_14\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_15",
  "tag": "latlev",
  "path": "christinatest/latlev/num_15.jpg",
  "long_name": "num_15 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_15\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_16",
  "tag": "latlev",
  "path": "christinatest/latlev/num_16.jpg",
  "long_name": "num_16 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_16\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_17",
  "tag": "latlev",
  "path": "christinatest/latlev/num_17.jpg",
  "long_name": "num_17 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_17\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_18",
  "tag": "latlev",
  "path": "christinatest/latlev/num_18.jpg",
  "long_name": "num_18 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_18\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_19",
  "tag": "latlev",
  "path": "christinatest/latlev/num_19.jpg",
  "long_name": "num_19 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_19\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_20",
  "tag": "latlev",
  "path": "christinatest/latlev/num_20.jpg",
  "long_name": "num_20 concentration",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_20\u00b71.007/28.966\u00b7\u03c1_air [mol/mol\u2192kg/kg],   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "DU_R3_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/DU_R3_cw.jpg",
  "long_name": "DU_R3_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e9,   X = DU_R3_cw"
 },
 {
  "var": "DU_R3_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/DU_R3_cw.jpg",
  "long_name": "DU_R3_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e9,   X = DU_R3_cw"
 },
 {
  "var": "DU_R3_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/DU_R3_cw.jpg",
  "long_name": "DU_R3_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e9,   X = DU_R3_cw"
 },
 {
  "var": "DU_R4_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/DU_R4_cw.jpg",
  "long_name": "DU_R4_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e9,   X = DU_R4_cw"
 },
 {
  "var": "DU_R4_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/DU_R4_cw.jpg",
  "long_name": "DU_R4_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e9,   X = DU_R4_cw"
 },
 {
  "var": "DU_R4_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/DU_R4_cw.jpg",
  "long_name": "DU_R4_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e9,   X = DU_R4_cw"
 },
 {
  "var": "SS_R2_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/SS_R2_cw.jpg",
  "long_name": "SS_R2_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e9,   X = SS_R2_cw"
 },
 {
  "var": "SS_R2_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/SS_R2_cw.jpg",
  "long_name": "SS_R2_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e9,   X = SS_R2_cw"
 },
 {
  "var": "SS_R2_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/SS_R2_cw.jpg",
  "long_name": "SS_R2_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e9,   X = SS_R2_cw"
 },
 {
  "var": "SS_R3_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/SS_R3_cw.jpg",
  "long_name": "SS_R3_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e9,   X = SS_R3_cw"
 },
 {
  "var": "SS_R3_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/SS_R3_cw.jpg",
  "long_name": "SS_R3_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e9,   X = SS_R3_cw"
 },
 {
  "var": "SS_R3_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/SS_R3_cw.jpg",
  "long_name": "SS_R3_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e9,   X = SS_R3_cw"
 },
 {
  "var": "SS_R4_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/SS_R4_cw.jpg",
  "long_name": "SS_R4_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e9,   X = SS_R4_cw"
 },
 {
  "var": "SS_R4_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/SS_R4_cw.jpg",
  "long_name": "SS_R4_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e9,   X = SS_R4_cw"
 },
 {
  "var": "SS_R4_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/SS_R4_cw.jpg",
  "long_name": "SS_R4_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e9,   X = SS_R4_cw"
 },
 {
  "var": "num_1_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_1_cw.jpg",
  "long_name": "num_1_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_1_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_1_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_1_cw.jpg",
  "long_name": "num_1_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_1_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_1_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_1_cw.jpg",
  "long_name": "num_1_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_1_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_2_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_2_cw.jpg",
  "long_name": "num_2_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_2_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_2_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_2_cw.jpg",
  "long_name": "num_2_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_2_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_2_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_2_cw.jpg",
  "long_name": "num_2_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_2_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_3_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_3_cw.jpg",
  "long_name": "num_3_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_3_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_3_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_3_cw.jpg",
  "long_name": "num_3_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_3_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_3_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_3_cw.jpg",
  "long_name": "num_3_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_3_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_4_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_4_cw.jpg",
  "long_name": "num_4_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_4_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_4_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_4_cw.jpg",
  "long_name": "num_4_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_4_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_4_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_4_cw.jpg",
  "long_name": "num_4_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_4_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_5_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_5_cw.jpg",
  "long_name": "num_5_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_5_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_5_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_5_cw.jpg",
  "long_name": "num_5_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_5_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_5_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_5_cw.jpg",
  "long_name": "num_5_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_5_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_6_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_6_cw.jpg",
  "long_name": "num_6_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_6_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_6_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_6_cw.jpg",
  "long_name": "num_6_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_6_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_6_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_6_cw.jpg",
  "long_name": "num_6_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_6_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_7_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_7_cw.jpg",
  "long_name": "num_7_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_7_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_7_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_7_cw.jpg",
  "long_name": "num_7_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_7_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_7_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_7_cw.jpg",
  "long_name": "num_7_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_7_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_8_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_8_cw.jpg",
  "long_name": "num_8_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_8_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_8_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_8_cw.jpg",
  "long_name": "num_8_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_8_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_8_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_8_cw.jpg",
  "long_name": "num_8_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_8_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_9_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_9_cw.jpg",
  "long_name": "num_9_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_9_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_9_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_9_cw.jpg",
  "long_name": "num_9_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_9_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_9_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_9_cw.jpg",
  "long_name": "num_9_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_9_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_10_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_10_cw.jpg",
  "long_name": "num_10_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_10_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_10_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_10_cw.jpg",
  "long_name": "num_10_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_10_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_10_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_10_cw.jpg",
  "long_name": "num_10_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_10_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_11_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_11_cw.jpg",
  "long_name": "num_11_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_11_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_11_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_11_cw.jpg",
  "long_name": "num_11_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_11_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_11_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_11_cw.jpg",
  "long_name": "num_11_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_11_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_12_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_12_cw.jpg",
  "long_name": "num_12_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_12_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_12_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_12_cw.jpg",
  "long_name": "num_12_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_12_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_12_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_12_cw.jpg",
  "long_name": "num_12_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_12_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_13_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_13_cw.jpg",
  "long_name": "num_13_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_13_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_13_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_13_cw.jpg",
  "long_name": "num_13_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_13_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_13_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_13_cw.jpg",
  "long_name": "num_13_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_13_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_14_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_14_cw.jpg",
  "long_name": "num_14_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_14_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_14_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_14_cw.jpg",
  "long_name": "num_14_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_14_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_14_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_14_cw.jpg",
  "long_name": "num_14_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_14_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_15_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_15_cw.jpg",
  "long_name": "num_15_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_15_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_15_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_15_cw.jpg",
  "long_name": "num_15_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_15_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_15_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_15_cw.jpg",
  "long_name": "num_15_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_15_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_16_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_16_cw.jpg",
  "long_name": "num_16_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_16_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_16_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_16_cw.jpg",
  "long_name": "num_16_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_16_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_16_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_16_cw.jpg",
  "long_name": "num_16_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_16_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_17_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_17_cw.jpg",
  "long_name": "num_17_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_17_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_17_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_17_cw.jpg",
  "long_name": "num_17_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_17_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_17_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_17_cw.jpg",
  "long_name": "num_17_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_17_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_18_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_18_cw.jpg",
  "long_name": "num_18_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_18_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_18_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_18_cw.jpg",
  "long_name": "num_18_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_18_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_18_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_18_cw.jpg",
  "long_name": "num_18_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_18_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_19_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_19_cw.jpg",
  "long_name": "num_19_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_19_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_19_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_19_cw.jpg",
  "long_name": "num_19_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_19_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_19_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_19_cw.jpg",
  "long_name": "num_19_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_19_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_20_cw",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/num_20_cw.jpg",
  "long_name": "num_20_cw in cloud water",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000)  \u00d7 1e-6,   X = num_20_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_20_cw",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/num_20_cw.jpg",
  "long_name": "num_20_cw in cloud water",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700)  \u00d7 1e-6,   X = num_20_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_20_cw",
  "tag": "map_200hPa",
  "path": "christinatest/map_200hPa/num_20_cw.jpg",
  "long_name": "num_20_cw in cloud water",
  "formula": "time mean of X at model level lev=196.1 hPa (nearest to 200)  \u00d7 1e-6,   X = num_20_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "DU_R3_cw_BURDEN",
  "tag": "map_colint",
  "path": "christinatest/map_colint/DU_R3_cw_BURDEN.jpg",
  "long_name": "DU_R3_cw in cloud water",
  "formula": "time mean of \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = DU_R3_cw"
 },
 {
  "var": "DU_R4_cw_BURDEN",
  "tag": "map_colint",
  "path": "christinatest/map_colint/DU_R4_cw_BURDEN.jpg",
  "long_name": "DU_R4_cw in cloud water",
  "formula": "time mean of \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = DU_R4_cw"
 },
 {
  "var": "SS_R2_cw_BURDEN",
  "tag": "map_colint",
  "path": "christinatest/map_colint/SS_R2_cw_BURDEN.jpg",
  "long_name": "SS_R2_cw in cloud water",
  "formula": "time mean of \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R2_cw"
 },
 {
  "var": "SS_R3_cw_BURDEN",
  "tag": "map_colint",
  "path": "christinatest/map_colint/SS_R3_cw_BURDEN.jpg",
  "long_name": "SS_R3_cw in cloud water",
  "formula": "time mean of \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R3_cw"
 },
 {
  "var": "SS_R4_cw_BURDEN",
  "tag": "map_colint",
  "path": "christinatest/map_colint/SS_R4_cw_BURDEN.jpg",
  "long_name": "SS_R4_cw in cloud water",
  "formula": "time mean of \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R4_cw"
 },
 {
  "var": "DU_cw_BURDEN",
  "tag": "map_colint",
  "path": "christinatest/map_colint/DU_cw_BURDEN.jpg",
  "long_name": "DU_R3_cw + DU_R4_cw",
  "formula": "time mean of \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = DU_R3_cw + DU_R4_cw"
 },
 {
  "var": "SS_cw_BURDEN",
  "tag": "map_colint",
  "path": "christinatest/map_colint/SS_cw_BURDEN.jpg",
  "long_name": "SS_R2_cw + SS_R3_cw + SS_R4_cw",
  "formula": "time mean of \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R2_cw + SS_R3_cw + SS_R4_cw"
 },
 {
  "var": "DU_R3_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/DU_R3_cw.jpg",
  "long_name": "DU_R3_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e9,   X = DU_R3_cw"
 },
 {
  "var": "DU_R4_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/DU_R4_cw.jpg",
  "long_name": "DU_R4_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e9,   X = DU_R4_cw"
 },
 {
  "var": "SS_R2_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/SS_R2_cw.jpg",
  "long_name": "SS_R2_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e9,   X = SS_R2_cw"
 },
 {
  "var": "SS_R3_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/SS_R3_cw.jpg",
  "long_name": "SS_R3_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e9,   X = SS_R3_cw"
 },
 {
  "var": "SS_R4_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/SS_R4_cw.jpg",
  "long_name": "SS_R4_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e9,   X = SS_R4_cw"
 },
 {
  "var": "num_1_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_1_cw.jpg",
  "long_name": "num_1_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_1_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_2_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_2_cw.jpg",
  "long_name": "num_2_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_2_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_3_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_3_cw.jpg",
  "long_name": "num_3_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_3_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_4_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_4_cw.jpg",
  "long_name": "num_4_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_4_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_5_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_5_cw.jpg",
  "long_name": "num_5_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_5_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_6_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_6_cw.jpg",
  "long_name": "num_6_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_6_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_7_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_7_cw.jpg",
  "long_name": "num_7_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_7_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_8_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_8_cw.jpg",
  "long_name": "num_8_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_8_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_9_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_9_cw.jpg",
  "long_name": "num_9_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_9_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_10_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_10_cw.jpg",
  "long_name": "num_10_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_10_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_11_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_11_cw.jpg",
  "long_name": "num_11_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_11_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_12_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_12_cw.jpg",
  "long_name": "num_12_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_12_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_13_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_13_cw.jpg",
  "long_name": "num_13_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_13_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_14_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_14_cw.jpg",
  "long_name": "num_14_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_14_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_15_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_15_cw.jpg",
  "long_name": "num_15_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_15_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_16_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_16_cw.jpg",
  "long_name": "num_16_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_16_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_17_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_17_cw.jpg",
  "long_name": "num_17_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_17_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_18_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_18_cw.jpg",
  "long_name": "num_18_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_18_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_19_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_19_cw.jpg",
  "long_name": "num_19_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_19_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "num_20_cw",
  "tag": "latlev",
  "path": "christinatest/latlev/num_20_cw.jpg",
  "long_name": "num_20_cw in cloud water",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = num_20_cw\u00b7\u03c1_air,   \u03c1_air = p/(R_d\u00b7T) per time step"
 },
 {
  "var": "CCN3",
  "tag": "latlev",
  "path": "christinatest/latlev/CCN3.jpg",
  "long_name": "CCN concentration at S=0.1%",
  "formula": "time and zonal mean of X,   X = CCN3"
 },
 {
  "var": "CCN3",
  "tag": "map_1000hPa",
  "path": "christinatest/map_1000hPa/CCN3.jpg",
  "long_name": "CCN concentration at S=0.1%",
  "formula": "time mean of X at model level lev=997.5 hPa (nearest to 1000),   X = CCN3"
 },
 {
  "var": "CCN3",
  "tag": "map_700hPa",
  "path": "christinatest/map_700hPa/CCN3.jpg",
  "long_name": "CCN concentration at S=0.1%",
  "formula": "time mean of X at model level lev=713.7 hPa (nearest to 700),   X = CCN3"
 },
 {
  "var": "AWNC",
  "tag": "latlev",
  "path": "christinatest/latlev/AWNC.jpg",
  "long_name": "Average cloud water number conc",
  "formula": "time and zonal mean of X  \u00d7 1e-6,   X = AWNC"
 },
 {
  "var": "AWNC_incloud",
  "tag": "latlev",
  "path": "christinatest/latlev/AWNC_incloud.jpg",
  "long_name": "AWNC / FREQL",
  "formula": "time and zonal mean of X/Y  \u00d7 1e-6,   X = AWNC,   Y = FREQL   (ratio of means X/Y, masked where Y < 1% of max Y)"
 },
 {
  "var": "FREQL",
  "tag": "latlev",
  "path": "christinatest/latlev/FREQL.jpg",
  "long_name": "Fractional occurrence of liquid",
  "formula": "time and zonal mean of X,   X = FREQL"
 },
 {
  "var": "ACTNL",
  "tag": "map",
  "path": "christinatest/map/ACTNL.jpg",
  "long_name": "Average Cloud Top droplet number",
  "formula": "time mean of X  \u00d7 1e-6,   X = ACTNL"
 },
 {
  "var": "ACTNL_incloud",
  "tag": "map",
  "path": "christinatest/map/ACTNL_incloud.jpg",
  "long_name": "ACTNL / FCTL",
  "formula": "time mean of X/Y  \u00d7 1e-6,   X = ACTNL,   Y = FCTL   (ratio of means X/Y, masked where Y < 1% of max Y)"
 },
 {
  "var": "FCTL",
  "tag": "map",
  "path": "christinatest/map/FCTL.jpg",
  "long_name": "Fractional occurrence of cloud top liquid",
  "formula": "time mean of X,   X = FCTL"
 },
 {
  "var": "CDNUMC",
  "tag": "map",
  "path": "christinatest/map/CDNUMC.jpg",
  "long_name": "Vertically-integrated droplet concentration",
  "formula": "time mean of X  \u00d7 0.0001,   X = CDNUMC"
 },
 {
  "var": "AEROD_v",
  "tag": "map",
  "path": "christinatest/map/AEROD_v.jpg",
  "long_name": "Total Aerosol Optical Depth in visible band",
  "formula": "time mean of X,   X = AEROD_v"
 },
 {
  "var": "AEROD_v",
  "tag": "time_lat",
  "path": "christinatest/time_lat/AEROD_v.jpg",
  "long_name": "Total Aerosol Optical Depth in visible band",
  "formula": "zonal mean of X,   X = AEROD_v"
 },
 {
  "var": "DU_R3_BURDEN",
  "tag": "map_burden",
  "path": "christinatest/map_burden/DU_R3_BURDEN.jpg",
  "long_name": "DU_R3 concentration",
  "formula": "time mean of column burden \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = DU_R3\u00b7135.1/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "DU_R4_BURDEN",
  "tag": "map_burden",
  "path": "christinatest/map_burden/DU_R4_BURDEN.jpg",
  "long_name": "DU_R4 concentration",
  "formula": "time mean of column burden \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = DU_R4\u00b7135.1/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R2_BURDEN",
  "tag": "map_burden",
  "path": "christinatest/map_burden/SS_R2_BURDEN.jpg",
  "long_name": "SS_R2 concentration",
  "formula": "time mean of column burden \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R2\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R3_BURDEN",
  "tag": "map_burden",
  "path": "christinatest/map_burden/SS_R3_BURDEN.jpg",
  "long_name": "SS_R3 concentration",
  "formula": "time mean of column burden \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R3\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_R4_BURDEN",
  "tag": "map_burden",
  "path": "christinatest/map_burden/SS_R4_BURDEN.jpg",
  "long_name": "SS_R4 concentration",
  "formula": "time mean of column burden \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R4\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "DU_BURDEN",
  "tag": "map_burden",
  "path": "christinatest/map_burden/DU_BURDEN.jpg",
  "long_name": "DU_R3 + DU_R4",
  "formula": "time mean of column burden \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = DU_R3\u00b7135.1/28.966 + DU_R4\u00b7135.1/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "DU_BURDEN",
  "tag": "time_lat_burden",
  "path": "christinatest/time_lat_burden/DU_BURDEN.jpg",
  "long_name": "DU_R3 + DU_R4",
  "formula": "zonal mean of column burden \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = DU_R3\u00b7135.1/28.966 + DU_R4\u00b7135.1/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_BURDEN",
  "tag": "map_burden",
  "path": "christinatest/map_burden/SS_BURDEN.jpg",
  "long_name": "SS_R2 + SS_R3 + SS_R4",
  "formula": "time mean of column burden \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R2\u00b758.44/28.966 + SS_R3\u00b758.44/28.966 + SS_R4\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "SS_BURDEN",
  "tag": "time_lat_burden",
  "path": "christinatest/time_lat_burden/SS_BURDEN.jpg",
  "long_name": "SS_R2 + SS_R3 + SS_R4",
  "formula": "zonal mean of column burden \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R2\u00b758.44/28.966 + SS_R3\u00b758.44/28.966 + SS_R4\u00b758.44/28.966 [mol/mol\u2192kg/kg]"
 },
 {
  "var": "DU_R3_cw_BURDEN",
  "tag": "map_burden",
  "path": "christinatest/map_burden/DU_R3_cw_BURDEN.jpg",
  "long_name": "DU_R3_cw in cloud water",
  "formula": "time mean of column burden \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = DU_R3_cw"
 },
 {
  "var": "DU_R4_cw_BURDEN",
  "tag": "map_burden",
  "path": "christinatest/map_burden/DU_R4_cw_BURDEN.jpg",
  "long_name": "DU_R4_cw in cloud water",
  "formula": "time mean of column burden \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = DU_R4_cw"
 },
 {
  "var": "SS_R2_cw_BURDEN",
  "tag": "map_burden",
  "path": "christinatest/map_burden/SS_R2_cw_BURDEN.jpg",
  "long_name": "SS_R2_cw in cloud water",
  "formula": "time mean of column burden \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R2_cw"
 },
 {
  "var": "SS_R3_cw_BURDEN",
  "tag": "map_burden",
  "path": "christinatest/map_burden/SS_R3_cw_BURDEN.jpg",
  "long_name": "SS_R3_cw in cloud water",
  "formula": "time mean of column burden \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R3_cw"
 },
 {
  "var": "SS_R4_cw_BURDEN",
  "tag": "map_burden",
  "path": "christinatest/map_burden/SS_R4_cw_BURDEN.jpg",
  "long_name": "SS_R4_cw in cloud water",
  "formula": "time mean of column burden \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R4_cw"
 },
 {
  "var": "DU_cw_BURDEN",
  "tag": "map_burden",
  "path": "christinatest/map_burden/DU_cw_BURDEN.jpg",
  "long_name": "DU_R3_cw + DU_R4_cw",
  "formula": "time mean of column burden \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = DU_R3_cw + DU_R4_cw"
 },
 {
  "var": "SS_cw_BURDEN",
  "tag": "map_burden",
  "path": "christinatest/map_burden/SS_cw_BURDEN.jpg",
  "long_name": "SS_R2_cw + SS_R3_cw + SS_R4_cw",
  "formula": "time mean of column burden \u03a3\u2096 X\u00b7\u0394p\u2096/g (\u0394p from hyai, hybi, PS)  \u00d7 1e6,   X = SS_R2_cw + SS_R3_cw + SS_R4_cw"
 }
]