Global Provenance
API endpoint that allows Global provenance to be viewed or edited.
GET /sms/cv/api/v1/globalprovenances/9/measured_quantities/?format=api
{ "data": [ { "type": "MeasuredQuantity", "id": "356", "attributes": { "term": "Azimuth", "definition": "The length of the arc of the horizon (in degrees) intercepted between a given point and a reference direction, usually north, and measured clockwise from the reference direction.", "provenance": "AMS glossary", "provenance_uri": "https://glossary.ametsoc.org/wiki/Azimuth", "category": null, "note": "", "status": "ACCEPTED", "requested_by_email": "corinna.rebmann@kit.edu", "discussion_url": null }, "relationships": { "sampling_media": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/356/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/356/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "5" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/356/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/356/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "10" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/356/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/356/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "9" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/356/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/356/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/356/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/356/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/356/?format=api" } }, { "type": "MeasuredQuantity", "id": "403", "attributes": { "term": "Density altitude", "definition": "The pressure altitude corrected for temperature deviations from the standard atmosphere.\r\nDensity altitude bears the same relation to pressure altitude as true altitude does to indicated altitude.", "provenance": null, "provenance_uri": "https://glossary.ametsoc.org/wiki/Density_altitude", "category": null, "note": "unit: [m]", "status": "ACCEPTED", "requested_by_email": "paul.remmler@ufz.de", "discussion_url": "https://codebase.helmholtz.cloud/hub-terra/sms/sms-cv/-/issues/310" }, "relationships": { "sampling_media": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/403/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/403/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/403/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/403/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "1" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/403/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/403/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "9" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/403/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/403/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/403/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/403/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/403/?format=api" } }, { "type": "MeasuredQuantity", "id": "363", "attributes": { "term": "Differential reflectivity", "definition": "The ratio of radar reflectivity measured by means of two signals that differ in one attribute, for example, polarization or wavelength.", "provenance": "AMS", "provenance_uri": "https://glossary.ametsoc.org/wiki/Differential_reflectivity", "category": "AMS", "note": "Differential reflectivity (ZDR)", "status": "ACCEPTED", "requested_by_email": "corinna.rebmann@kit.edu", "discussion_url": null }, "relationships": { "sampling_media": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/363/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/363/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/363/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/363/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "10" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/363/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/363/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "9" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/363/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/363/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/363/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/363/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/363/?format=api" } }, { "type": "MeasuredQuantity", "id": "366", "attributes": { "term": "Doppler velocity", "definition": "The radial component of the velocity vector of a scattering object as observed by a remote sensor, such as a Doppler radar or Doppler lidar.", "provenance": "AMS", "provenance_uri": "https://glossary.ametsoc.org/wiki/Doppler_velocity", "category": null, "note": "", "status": "ACCEPTED", "requested_by_email": "corinna.rebmann@kit.edu", "discussion_url": null }, "relationships": { "sampling_media": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/366/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/366/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/366/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/366/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "10" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/366/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/366/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "9" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/366/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/366/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/366/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/366/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/366/?format=api" } }, { "type": "MeasuredQuantity", "id": "364", "attributes": { "term": "Drop-size distribution", "definition": "The frequency distribution of drop sizes (diameters, volumes) that is characteristic of a given cloud or of a given fall of rain.", "provenance": "AMS", "provenance_uri": "https://glossary.ametsoc.org/wiki/Drop-size_distribution", "category": null, "note": "", "status": "ACCEPTED", "requested_by_email": "corinna.rebmann@kit.edu", "discussion_url": null }, "relationships": { "sampling_media": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/364/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/364/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/364/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/364/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "10" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/364/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/364/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "9" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/364/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/364/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/364/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/364/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/364/?format=api" } }, { "type": "MeasuredQuantity", "id": "358", "attributes": { "term": "Elevation", "definition": "A measure (or condition) of height, especially with respect to the height of a point on the earth's surface above a reference plane (usually mean sea level), as \"station elevation.\"", "provenance": "AMS glossary", "provenance_uri": "https://glossary.ametsoc.org/wiki/Elevation", "category": null, "note": "", "status": "ACCEPTED", "requested_by_email": null, "discussion_url": null }, "relationships": { "sampling_media": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/358/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/358/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "5" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/358/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/358/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "10" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/358/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/358/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "9" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/358/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/358/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/358/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/358/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/358/?format=api" } }, { "type": "MeasuredQuantity", "id": "409", "attributes": { "term": "Liquid water path", "definition": "A measure of the weight of the liquid water droplets in the atmosphere above a unit surface area on the earth, given in units of kg m-2, for example.", "provenance": "AMS Glossary of Meteorology", "provenance_uri": "https://glossary.ametsoc.org/wiki/Liquid_water_path", "category": null, "note": "", "status": "ACCEPTED", "requested_by_email": "corinna.rebmann@kit.edu", "discussion_url": "https://codebase.helmholtz.cloud/hub-terra/sms/sms-cv/-/issues/321" }, "relationships": { "sampling_media": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/409/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/409/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/409/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/409/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "10" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/409/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/409/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "9" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/409/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/409/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/409/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/409/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/409/?format=api" } }, { "type": "MeasuredQuantity", "id": "362", "attributes": { "term": "radar reflectivity", "definition": "a measure of the efficiency of a radar target in intercepting and returning radio energy", "provenance": "AMS", "provenance_uri": "https://glossary.ametsoc.org/wiki/Radar_reflectivity", "category": null, "note": "unit: dBZ", "status": "REJECTED", "requested_by_email": "corinna.rebmann@kit.edu", "discussion_url": null }, "relationships": { "sampling_media": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/362/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/362/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/362/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/362/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "10" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/362/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/362/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "9" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/362/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/362/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/362/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/362/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/362/?format=api" } }, { "type": "MeasuredQuantity", "id": "360", "attributes": { "term": "Vertical velocity", "definition": "A velocity is a vector quantity. Vertical indicates a vector component which is positive when directed upward, negative when directed downward.", "provenance": "AMS Glossary", "provenance_uri": "https://glossary.ametsoc.org/wiki/Vertical_velocity", "category": null, "note": "", "status": "ACCEPTED", "requested_by_email": "corinna.rebmann@kit.edu", "discussion_url": null }, "relationships": { "sampling_media": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/360/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/360/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/360/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/360/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "1" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/360/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/360/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "9" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/360/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/360/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/360/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/360/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/360/?format=api" } }, { "type": "MeasuredQuantity", "id": "399", "attributes": { "term": "Wet-bulb temperature", "definition": "Isobaric wet-bulb temperature: the temperature an air parcel would have if cooled adiabatically to saturation at constant pressure by evaporation of water into it, all latent heat being supplied by the parcel.\r\n\r\nOr from wikipedia: The wet-bulb temperature (WBT) is the temperature read by a thermometer covered in cloth which has been soaked in water at ambient temperature (a wet-bulb thermometer) and over which air is passed. At 100% relative humidity, the wet-bulb temperature is equal to the air temperature (dry-bulb temperature); at lower humidity the wet-bulb temperature is lower than dry-bulb temperature because of evaporative cooling", "provenance": "AMS", "provenance_uri": "https://glossarytest.ametsoc.net/wiki/Wet-bulb_temperature", "category": null, "note": "", "status": "ACCEPTED", "requested_by_email": "thomas.ohnemus@ufz.de", "discussion_url": "https://codebase.helmholtz.cloud/hub-terra/sms/sms-cv/-/issues/283" }, "relationships": { "sampling_media": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/399/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/399/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/399/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/399/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "1" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/399/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/399/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "9" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/399/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/399/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/399/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/399/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/399/?format=api" } } ] }