Configuration

GEOMS Metadata

Stored in the config/geoms:metadata.json file

Reference

root (object)

general * (object)

network * (string)

Used in the filename of the HDF5 file

Examples: [ "FTIR.COCCON" ]

affiliation * (string)

Used in the filename of the HDF5 file

Examples: [ "TUM.ESM" ]

pressure_sensor_name * (string)

The value of the HDF5 attribute `SURFACE.PRESSURE_INDEPENDENT_SOURCE`

Examples: [ "young-61302", "vaisala-PTB330" ]

data * (object)

discipline * (string)

The value of the HDF5 attribute `DATA_DISCIPLINE`

Examples: [ "ATMOSPHERIC.CHEMISTRY;REMOTE.SENSING;GROUNDBASED" ]

group * (string)

The value of the HDF5 attribute `DATA_GROUP`

Examples: [ "EXPERIMENTAL;PROFILE.STATIONARY" ]

file_version * (integer)

The value of the HDF5 attribute `DATA_FILE_VERSION`

Examples: [ 1 ]

quality * (string)

The value of the HDF5 attribute `DATA_QUALITY`

Examples: [ "Station data." ]

template * (string)

The value of the HDF5 attribute `DATA_TEMPLATE`

Examples: [ "GEOMS-TE-FTIR-COCCON-001" ]

file * (object)

doi * (string)

The value of the HDF5 attribute `FILE_DOI`

meta_version * (string)

The value of the HDF5 attribute `FILE_META_VERSION`

Examples: [ "04R088;CUSTOM" ]

access * (string)

The value of the HDF5 attribute `FILE_ACCESS`

Examples: [ "COCCON" ]

project_id * (string)

The value of the HDF5 attribute `FILE_PROJECT_ID`

Examples: [ "COCCON" ]

principle_investigator * (object)

name * (string)

The value of the HDF5 attribute `PI_NAME`/`DO_NAME`/`DS_NAME`

Examples: [ "Makowski;Moritz" ]

email * (string)

The value of the HDF5 attribute `PI_EMAIL`/`DO_EMAIL`/`DS_EMAIL`

Examples: [ "moritz.makowski@tum.de" ]

affiliation * (string)

The value of the HDF5 attribute `PI_AFFILIATION`/`DO_AFFILIATION`/`DS_AFFILIATION`

Examples: [ "Technical University of Munich - Professorship of Environmental Sensing and Modeling;TUM.ESM" ]

address * (string)

The value of the HDF5 attribute `PI_ADDRESS`/`DO_ADDRESS`/`DS_ADDRESS`

Examples: [ "Theresienstr. 90;D-80333 Munich;GERMANY" ]

data_originator * (object)

name * (string)

The value of the HDF5 attribute `PI_NAME`/`DO_NAME`/`DS_NAME`

Examples: [ "Makowski;Moritz" ]

email * (string)

The value of the HDF5 attribute `PI_EMAIL`/`DO_EMAIL`/`DS_EMAIL`

Examples: [ "moritz.makowski@tum.de" ]

affiliation * (string)

The value of the HDF5 attribute `PI_AFFILIATION`/`DO_AFFILIATION`/`DS_AFFILIATION`

Examples: [ "Technical University of Munich - Professorship of Environmental Sensing and Modeling;TUM.ESM" ]

address * (string)

The value of the HDF5 attribute `PI_ADDRESS`/`DO_ADDRESS`/`DS_ADDRESS`

Examples: [ "Theresienstr. 90;D-80333 Munich;GERMANY" ]

data_submitter * (object)

name * (string)

The value of the HDF5 attribute `PI_NAME`/`DO_NAME`/`DS_NAME`

Examples: [ "Makowski;Moritz" ]

email * (string)

The value of the HDF5 attribute `PI_EMAIL`/`DO_EMAIL`/`DS_EMAIL`

Examples: [ "moritz.makowski@tum.de" ]

affiliation * (string)

The value of the HDF5 attribute `PI_AFFILIATION`/`DO_AFFILIATION`/`DS_AFFILIATION`

Examples: [ "Technical University of Munich - Professorship of Environmental Sensing and Modeling;TUM.ESM" ]

address * (string)

The value of the HDF5 attribute `PI_ADDRESS`/`DO_ADDRESS`/`DS_ADDRESS`

Examples: [ "Theresienstr. 90;D-80333 Munich;GERMANY" ]

locations * (object)

Maps your locations id to the corresponding EVDC location id

Key Schema:

# (string)

Example

{
  "general": {
    "network": "FTIR.COCCON",
    "affiliation": "TUM.ESM",
    "pressure_sensor_name": "vaisala-PTB330"
  },
  "data": {
    "discipline": "ATMOSPHERIC.CHEMISTRY;REMOTE.SENSING;GROUNDBASED",
    "group": "EXPERIMENTAL;PROFILE.STATIONARY",
    "file_version": 1,
    "quality": "Station data.",
    "template": "GEOMS-TE-FTIR-COCCON-001"
  },
  "file": {
    "doi": "",
    "meta_version": "04R088;CUSTOM",
    "access": "COCCON",
    "project_id": "COCCON"
  },
  "principle_investigator": {
    "name": "Chen;Jia",
    "email": "jia.chen@tum.de",
    "affiliation": "Technical University of Munich - Professorship of Environmental Sensing and Modeling;TUM.ESM",
    "address": "Theresienstr. 90;D-80333 Munich;GERMANY"
  },
  "data_originator": {
    "name": "Makowski;Moritz",
    "email": "moritz.makowski@tum.de",
    "affiliation": "Technical University of Munich - Professorship of Environmental Sensing and Modeling;TUM.ESM",
    "address": "Theresienstr. 90;D-80333 Munich;GERMANY"
  },
  "data_submitter": {
    "name": "Makowski;Moritz",
    "email": "moritz.makowski@tum.de",
    "affiliation": "Technical University of Munich - Professorship of Environmental Sensing and Modeling;TUM.ESM",
    "address": "Theresienstr. 90;D-80333 Munich;GERMANY"
  },
  "locations": {
    "TUM_I": "MUNICH.TUM",
    "FEL": "MUNICH.FELDKIRCHEN",
    "GRAE": "MUNICH.GRAEFELFING",
    "OBE": "MUNICH.OBERSCHLEISSHEIM",
    "TAU": "MUNICH.TAUFKIRCHEN",
    "DLR_2": "MUNICH.DLR_2",
    "DLR_3": "MUNICH.DLR_3"
  }
}

Calibration Factors

Stored in the config/calibration_factors.json file

Reference

root (array)

Key Schema:

# (object)

sensor_id * (string)

valid_from_datetime * (string)

valid_to_datetime * (string)

xco2 * (number)

Calibration factor for carbon dioxide: xco2_cal = xco2_raw * factor

xch4 * (number)

Calibration factor for methane: xch4_cal = xch4_raw * factor

xco * (number)

Calibration factor for carbon monoxide: xco_cal = xco_raw * factor

xh2o * (number)

Calibration factor for water vapor: xh2o_cal = xh2o_raw * factor

Example

[
  { "sensor_id": "ma", "valid_from_datetime": "2019-01-01T00:00:00Z", "valid_to_datetime": "2019-12-31T23:59:59Z", "xco2": 1.0000, "xch4": 1.0000, "xco": 1.0000, "xh2o": 1.0000 },
  { "sensor_id": "mb", "valid_from_datetime": "2019-01-01T00:00:00Z", "valid_to_datetime": "2019-12-31T23:59:59Z", "xco2": 1.0005, "xch4": 1.0005, "xco": 1.0005, "xh2o": 1.0005 },
  { "sensor_id": "ma", "valid_from_datetime": "2020-01-01T00:00:00Z", "valid_to_datetime": "2024-12-31T23:59:59Z", "xco2": 1.0010, "xch4": 1.0010, "xco": 1.0010, "xh2o": 1.0010}
]