[
 {
  "var": "DU_R3_BURDEN",
  "tag": "time_lat_colint",
  "path": "diagtest/time_lat_colint/DU_R3_BURDEN.jpg",
  "long_name": "DU_R3 concentration",
  "formula": "zonal 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_R3_BURDEN",
  "tag": "map_colint",
  "path": "diagtest/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": "SS_R3_BURDEN",
  "tag": "time_lat_colint",
  "path": "diagtest/time_lat_colint/SS_R3_BURDEN.jpg",
  "long_name": "SS_R3 concentration",
  "formula": "zonal 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_R3_BURDEN",
  "tag": "map_colint",
  "path": "diagtest/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": "DU_BURDEN",
  "tag": "time_lat_colint",
  "path": "diagtest/time_lat_colint/DU_BURDEN.jpg",
  "long_name": "DU_R3 concentration",
  "formula": "zonal 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_BURDEN",
  "tag": "map_colint",
  "path": "diagtest/map_colint/DU_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": "SS_BURDEN",
  "tag": "time_lat_colint",
  "path": "diagtest/time_lat_colint/SS_BURDEN.jpg",
  "long_name": "SS_R3 concentration",
  "formula": "zonal 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_BURDEN",
  "tag": "map_colint",
  "path": "diagtest/map_colint/SS_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": "budget_mass",
  "tag": "budget_ts",
  "path": "diagtest/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"
 }
]