Pm1 non refractory

pyaerocom/aeroval/config/emep/reporting_base.py

@@ -390,12 +390,16 @@ def get_CFG(reportyear, year, model_dir) -> dict:
             "concpm25",
             "concno3pm10",
             "concno3pm25",
+            "concno3pm1",
             "concnh4pm25",
+            "concnh4pm1",
             "concso4pm25",
+            "concso4pm1",
             "concCecpm10",
             "concCecpm25",
             "concCocpm10",  # SURF_ugC_PM_OMCOARSE missing in model-output
             "concCocpm25",
+            "concom1",
             "concsspm10",
             "concsspm25",
             # Depositions
@@ -488,14 +492,18 @@ def get_CFG(reportyear, year, model_dir) -> dict:
         "concNno",
         "concCecpm25",
         "concCocpm25",
+        "concom1",
         "concCecpm10",
         "concCocpm10",
         #        "concnh4pm10", # no output in the model
         "concnh4pm25",
+        "concnh4pm1",
         #        "concso4pm10", # no output in the model
         "concso4pm25",
+        "concso4pm1",
         "concno3pm10",
         "concno3pm25",
+        "concno3pm1",
         "concsspm10",
         "concsspm25",
         "concso4t",
@@ -840,14 +848,18 @@ def get_CFG(reportyear, year, model_dir) -> dict:
             obs_vars=[
                 "concCecpm25",
                 "concCocpm25",
+                "concom1",
                 "concCecpm10",
                 "concCocpm10",
                 #                "concnh4pm10",
                 "concnh4pm25",
+                "concnh4pm1",
                 #                "concso4pm10",
                 "concso4pm25",
+                "concso4pm1",
                 "concno3pm10",
                 "concno3pm25",
+                "concno3pm1",
                 "concsspm10",
                 "concsspm25",
             ],
@@ -863,14 +875,18 @@ def get_CFG(reportyear, year, model_dir) -> dict:
             obs_vars=[
                 "concCecpm25",
                 "concCocpm25",
+                "concom1",
                 "concCecpm10",
                 "concCocpm10",
                 # "concnh4pm10",
                 "concnh4pm25",
+                "concnh4pm1",
                 #                "concso4pm10",
                 "concso4pm25",
+                "concso4pm1",
                 "concno3pm10",
                 "concno3pm25",
+                "concno3pm1",
                 "concsspm10",
                 "concsspm25",
             ],

pyaerocom/aeroval/data/var_web_info.ini

@@ -369,6 +369,11 @@ menu_name = NO3 PM25
 vertical_type = 3D
 category = Particle concentrations
 
+[concNno3pm1]
+menu_name = NO3 PM1
+vertical_type = 3D
+category = Particle concentrations
+
 [concno3pm10]
 menu_name = NO3 PM10
 vertical_type = 3D
@@ -379,6 +384,11 @@ menu_name = NO3 PM25
 vertical_type = 3D
 category = Particle concentrations
 
+[concno3pm1]
+menu_name = NO3 PM1
+vertical_type = 3D
+category = Particle concentrations
+
 [concnh4pm10]
 menu_name = NH4 PM10
 vertical_type = 3D
@@ -389,6 +399,11 @@ menu_name = NH4 PM2.5
 vertical_type = 3D
 category = Particle concentrations
 
+[concnh4pm1]
+menu_name = NH4 PM1
+vertical_type = 3D
+category = Particle concentrations
+
 [concso4t]
 menu_name = SO4 total
 vertical_type = 3D
@@ -409,6 +424,11 @@ menu_name = SO4 PM2.5
 vertical_type = 3D
 category = Particle concentrations
 
+[concso4pm1]
+menu_name = SO4 PM1
+vertical_type = 3D
+category = Particle concentrations
+
 [concss10]
 menu_name = SS PM10
 vertical_type = 3D
@@ -459,6 +479,11 @@ menu_name = OC PM2.5
 vertical_type = 3D
 category = Particle concentrations
 
+[concom1]
+menu_name = OM PM1
+vertical_type = 3D
+category = Particle concentrations
+
 [concom25]
 menu_name = OM PM2.5
 vertical_type = 3D

pyaerocom/data/ebas_config.ini

@@ -126,6 +126,11 @@ component=sulphate_corrected,sulphate_total
 # after discussion with Wenche
 matrix=pm25, pm1
 
+[concso4pm1]
+component=sulphate_corrected,sulphate_total
+matrix=pm1_non_refractory
+
+
 [SO4ugSm3]
 component=sulphate_corrected,sulphate_total
 # after discussion with Wenche
@@ -248,6 +253,10 @@ matrix=pm10,aerosol
 component=nitrate
 matrix=pm25,pm1
 
+[concNno3pm1]
+component=nitrate
+matrix=pm1_non_refractory
+
 [concno3pm10]
 component=nitrate
 matrix=pm10,aerosol
@@ -256,6 +265,10 @@ matrix=pm10,aerosol
 component=nitrate
 matrix=pm25,pm1
 
+[concno3pm1]
+component=nitrate
+matrix=pm1_non_refractory
+
 [concnh4]
 component=ammonium
 matrix=pm10,aerosol,pm25
@@ -268,6 +281,10 @@ matrix=pm10,aerosol
 component=ammonium
 matrix=pm25,pm1
 
+[concnh4pm1]
+component=ammonium
+matrix=pm1_non_refractory
+
 [concNnh4]
 component=ammonium
 matrix=pm10,aerosol,pm25
@@ -454,6 +471,9 @@ matrix=pm25,pm1
 component=organic_mass
 matrix=pm25,pm1
 
+[concom1]
+component=organic_mass
+matrix=pm1_non_refractory
 
 [concsscoarse]
 component=sodium
@@ -622,4 +642,4 @@ requires=concprcpoxs
 
 ; [conclevoglucosan]
 ; component=levoglucosan, C6H10O5, LVG, levo_ng/m3,  Levoglucosan
-; matrix=pm10,aerosol,pm25
+; matrix=pm10,aerosol,pm25

pyaerocom/data/variables.ini

@@ -2780,6 +2780,10 @@ unit = ug m-3
 description=Mass concentration of sulphate in PM25
 unit = ug m-3
 
+[concso4pm1]
+description=Mass concentration of sulphate in PM1
+unit = ug m-3
+
 [SO4ugSm3]
 description=Mass concentration of sulphate
 unit = ug S m-3
@@ -2970,6 +2974,10 @@ unit = ug m-3
 description=Mass concentration of ammonium
 unit = ug m-3
 
+[concnh4pm1]
+description=Mass concentration of ammonium in PM1
+unit = ug m-3
+
 [concnh4pm25]
 description=Mass concentration of ammonium in PM25
 unit = ug m-3
@@ -3008,6 +3016,10 @@ unit = ug N m-3
 description=Mass concentration of nitrate PM25
 unit = ug N m-3
 
+[concNno3pm1]
+description=Mass concentration of nitrate PM1
+unit = ug N m-3
+
 [concno3pm10]
 description=Mass concentration of nitrate PM10
 unit = ug m-3
@@ -3016,6 +3028,10 @@ unit = ug m-3
 description=Mass concentration of nitrate PM25
 unit = ug m-3
 
+[concno3pm1]
+description=Mass concentration of nitrate PM1
+unit = ug m-3
+
 [concNtnh]
 description=Mass concentration of ammonium and ammonia
 unit = ug N m-3
@@ -3070,7 +3086,7 @@ unit = ug C m-3
 minimum = 0
 
 [concCocpm10]
-description=Mass concentration of organic carbon in PM2.5
+description=Mass concentration of organic carbon in PM10
 unit = ug C m-3
 
 [conctc]
@@ -5638,6 +5654,10 @@ description=Mass concentration of organic carbon in PM2.5
 unit = ug C m-3
 minimum = 0
 
+[concom1]
+description=Mass concentration of organic matter in PM1
+unit = ug m-3
+
 [concom25]
 description=Mass concentration of organic matter in PM2.5
 unit = ug m-3
@@ -6012,4 +6032,4 @@ var_type = vertical column density
 unit = mol m-2
 minimum = 0
 maximum = 100000000
-dimensions = time,lat,lon
+dimensions = time,lat,lon

pyaerocom/io/mscw_ctm/emep_variables.toml

@@ -56,20 +56,27 @@ conchno3 = "SURF_ug_HNO3"
 concnh3 = "SURF_ug_NH3"
 concnh4 = "SURF_ug_NH4_F"
 concnh4pm25 = "SURF_ug_NH4_F"
+# comparing nh4 pm25 also against pm1_non_refractory
+concnh4pm1 = "SURF_ug_NH4_F"
 concno2 = "SURF_ug_NO2"
 concno3c = "SURF_ug_NO3_C"
 concno3f = "SURF_ug_NO3_F"
+concno3pm1 = "SURF_ug_NO3_F"
 concno = "SURF_ug_NO"
 conco3 = "SURF_ug_O3"
 concoac = "SURF_ug_PM_OMCOARSE"
 concoaf = "SURF_ug_PM_OM25"
+# comparing OM25 pm1_non_refractory
+concom1 = "SURF_ug_PM_OM25"
 concpm10 = "SURF_ug_PM10_rh50"
 concpm25 = "SURF_ug_PM25_rh50"
 concrdn = "SURF_ugN_RDN"
 concso2 = "SURF_ug_SO2"
 concso4 = "SURF_ug_SO4"
 concso4c = "SURF_ug_SO4"
 concso4pm25 = "SURF_ug_SO4"
+# comparing SO4 also against pm1_non_refractory
+concso4pm1 = "SURF_ug_SO4"
 concss = "SURF_ug_SS"
 # concsspm25=SURF_ug_SEASALT_F
 concssf = "SURF_ug_SEASALT_F"

tests/io/test_read_ebas.py

@@ -246,6 +246,7 @@ def test_PROVIDES_VARIABLES(reader: ReadEbas):
         "SO4ugSm3",
         "concso4pm10",
         "concso4pm25",
+        "concso4pm1",
         "concso2",
         "vmrso2",
         "concpm10",
@@ -270,6 +271,10 @@ def test_PROVIDES_VARIABLES(reader: ReadEbas):
         "concno3",
         "concNno3pm10",
         "concNno3pm25",
+        "concNno3pm1",
+        "concno3pm10",
+        "concno3pm25",
+        "concno3pm1",
         "concnh4",
         "concNnh4",
         "concNhno3",
@@ -300,16 +305,13 @@ def test_PROVIDES_VARIABLES(reader: ReadEbas):
         "wetoxn",
         "pr",
         "prmm",
+        "concnh4pm10",
         "concnh4pm25",
+        "concnh4pm1",
         "concCocpm10",
         "concNno",
         "concCecpm10",
-        "concno3pm10",
         "concSso2",
-        "concso4pm25",
-        "concso4pm10",
-        "concnh4pm10",
-        "concno3pm25",
         "vmrnh3",
         "proxydryoxn",
         "proxywetpm25",
@@ -318,6 +320,7 @@ def test_PROVIDES_VARIABLES(reader: ReadEbas):
         "concprcpso4",
         "concCoc25",
         "concom25",
+        "concom1",
         "concprcpnh4",
         "concsscoarse",
         "proxydryhno3",

tests/io/test_readgridded.py

@@ -37,15 +37,23 @@ def reader_tm5():
             dict(
                 var_name="od550aer",
                 ts_type="monthly",
-                constraints={"var_name": "od550aer", "operator": "<", "filter_val": 0.1},
+                constraints={
+                    "var_name": "od550aer",
+                    "operator": "<",
+                    "filter_val": 0.1,
+                },
             ),
             0.2054,
         ),
         (
             dict(
                 var_name="od550aer",
                 ts_type="monthly",
-                constraints={"var_name": "od550aer", "operator": ">", "filter_val": 1000},
+                constraints={
+                    "var_name": "od550aer",
+                    "operator": ">",
+                    "filter_val": 1000,
+                },
             ),
             0.0983,
         ),
@@ -202,9 +210,9 @@ def test_file_info(reader_reanalysis: ReadGridded):
 
 @lustre_unavail
 def test_years_available(reader_reanalysis: ReadGridded):
-    # go up to 2023 because 2022 is now available. Will likely need to be updated in the future
-    years = list(range(2003, 2025))
-    assert reader_reanalysis.years_avail == years
+    # reanalysis years in database will increase every year, only checking for some years in tests
+    years = set(range(2003, 2024))
+    assert set(reader_reanalysis.years_avail) >= years
 
 
 @lustre_unavail

tests/test_varcollection.py

@@ -86,7 +86,7 @@ def test_VarCollection_get_var_error(collection: VarCollection):
         ("*blaaaaaaa*", 0),
         ("dep*", 9),
         ("od*", 26),
-        ("conc*", 99),
+        ("conc*", 104),
     ],
 )
 def test_VarCollection_find(collection: VarCollection, search_pattern: str, num: int):