Global Provenance
API endpoint that allows Global provenance to be viewed or edited.
GET /sms/cv/api/v1/globalprovenances/10/measured_quantities/?format=api
{ "data": [ { "type": "MeasuredQuantity", "id": "382", "attributes": { "term": "air_temperature", "definition": "surface air temp at 2m", "provenance": "CF", "provenance_uri": "", "category": "", "note": "", "status": "PENDING", "requested_by_email": "graham.parton@ncas.ac.uk", "discussion_url": null }, "relationships": { "sampling_media": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/382/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/382/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/382/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/382/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "17" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/382/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/382/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "10" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/382/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/382/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/382/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/382/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/382/?format=api" } }, { "type": "MeasuredQuantity", "id": "379", "attributes": { "term": "Air velocity, upward", "definition": "A velocity is a vector quantity. \"Upward\" indicates a vector component which is positive when directed upward (negative downward). Upward air velocity is the vertical component of the 3D air velocity vector.", "provenance": "cf-conventions", "provenance_uri": "https://cfconventions.org/Data/cf-standard-names/current/build/cf-standard-name-table.html", "category": null, "note": "I am aware that 'vertical velocity' is already in the vocabulary, but for consistency , we would prefer if these 3 wind components (northward wind, eastward wind and upward air velocity) from the sonic anemometer come all from sf-conventions", "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/379/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/379/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/379/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/379/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "1" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/379/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/379/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "10" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/379/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/379/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/379/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/379/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/379/?format=api" } }, { "type": "MeasuredQuantity", "id": "406", "attributes": { "term": "Brightness temperature", "definition": "The brightness temperature of a body is the temperature of a black body which radiates the same power per unit solid angle per unit area.", "provenance": null, "provenance_uri": "http://cfconventions.org/Data/cf-standard-names/current/build/cf-standard-name-table.html", "category": null, "note": "", "status": "ACCEPTED", "requested_by_email": "corinna.rebmann@kit.edu", "discussion_url": "https://codebase.helmholtz.cloud/hub-terra/sms/sms-cv/-/issues/316" }, "relationships": { "sampling_media": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/406/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/406/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/406/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/406/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "1" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/406/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/406/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "10" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/406/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/406/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/406/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/406/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/406/?format=api" } }, { "type": "MeasuredQuantity", "id": "407", "attributes": { "term": "Cloud area fraction", "definition": "", "provenance": "CF conventions", "provenance_uri": "http://cfconventions.org/Data/cf-standard-names/current/build/cf-standard-name-table.html", "category": null, "note": "cloud_area_fraction\r\ndimensionless or percentage", "status": "PENDING", "requested_by_email": "corinna.rebmann@kit.edu", "discussion_url": "https://codebase.helmholtz.cloud/hub-terra/sms/sms-cv/-/issues/317" }, "relationships": { "sampling_media": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/407/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/407/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/407/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/407/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "10" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/407/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/407/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "10" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/407/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/407/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/407/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/407/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/407/?format=api" } }, { "type": "MeasuredQuantity", "id": "365", "attributes": { "term": "Cloud base altitude", "definition": "Cloud_base refers to the base of the lowest cloud. Altitude is the (geometric) height above the geoid, which is the reference geopotential surface. The geoid is similar to mean sea level.", "provenance": "CF standards", "provenance_uri": "https://cfconventions.org/Data/cf-standard-names/current/build/cf-standard-name-table.html", "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/365/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/365/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/365/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/365/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "1" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/365/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/365/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "10" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/365/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/365/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/365/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/365/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/365/?format=api" } }, { "type": "MeasuredQuantity", "id": "385", "attributes": { "term": "number_concentration_of_aerosol_particles_in_air", "definition": "\"Number concentration\" means the number of particles or other specified objects per unit volume. \"Aerosol\" means the system of suspended liquid or solid particles in air (except cloud droplets) and their carrier gas, the air itself.", "provenance": "CF", "provenance_uri": "https://cfconventions.org/Data/cf-standard-names/current/build/cf-standard-name-table.html", "category": null, "note": "", "status": "PENDING", "requested_by_email": "romy.foesig@kit.edu", "discussion_url": null }, "relationships": { "sampling_media": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/385/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/385/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/385/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/385/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "1" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/385/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/385/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "10" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/385/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/385/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/385/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/385/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/385/?format=api" } }, { "type": "MeasuredQuantity", "id": "410", "attributes": { "term": "Water vapor content, atmosphere", "definition": "'atmosphere_mass_content_of_water_vapor', \r\nalias: atmosphere_water_vapor_content\r\n\r\nContent\" indicates a quantity per unit area. The \"atmosphere content\" of a quantity refers to the vertical integral from the surface to the top of the atmosphere. For the content between specified levels in the atmosphere, standard names including content_of_atmosphere_layer are used. Atmosphere water vapor content is sometimes referred to as \"precipitable water\", although this term does not imply the water could all be precipitated.", "provenance": "cfconventions", "provenance_uri": "https://cfconventions.org/Data/cf-standard-names/current/build/cf-standard-name-table.html", "category": null, "note": "for convenience I suggest to name the term 'water vapor content, atmosphere' and add the cfconventions' term", "status": "ACCEPTED", "requested_by_email": "corinna.rebmann@kit.edu", "discussion_url": "https://codebase.helmholtz.cloud/hub-terra/sms/sms-cv/-/issues/323" }, "relationships": { "sampling_media": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/410/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/410/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/410/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/410/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "1" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/410/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/410/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "10" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/410/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/410/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/410/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/410/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/410/?format=api" } }, { "type": "MeasuredQuantity", "id": "377", "attributes": { "term": "Wind component, eastward", "definition": "\"Eastward\" indicates a vector component which is positive when directed eastward (negative westward). Wind is defined as a two-dimensional (horizontal) air velocity vector, with no vertical component.", "provenance": "cf-conventions", "provenance_uri": "https://cfconventions.org/Data/cf-standard-names/current/build/cf-standard-name-table.html", "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/377/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/377/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/377/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/377/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "1" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/377/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/377/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "10" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/377/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/377/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/377/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/377/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/377/?format=api" } }, { "type": "MeasuredQuantity", "id": "378", "attributes": { "term": "Wind component, northward", "definition": "\"Northward\" indicates a vector component which is positive when directed northward (negative southward). Wind is defined as a two-dimensional (horizontal) air velocity vector, with no vertical component.", "provenance": "cf-conventions", "provenance_uri": "https://cfconventions.org/Data/cf-standard-names/current/build/cf-standard-name-table.html", "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/378/relationships/sampling_media?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/378/sampling_media/?format=api" }, "data": { "type": "SamplingMedium", "id": "9" } }, "aggregation_type": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/378/relationships/aggregation_type?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/378/aggregation_type/?format=api" }, "data": { "type": "AggregationType", "id": "1" } }, "global_provenance": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/378/relationships/global_provenance?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/378/global_provenance/?format=api" }, "data": { "type": "GlobalProvenance", "id": "10" } }, "measured_quantity_units": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/378/relationships/measured_quantity_units?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/378/measured_quantity_units/?format=api" } }, "successor": { "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/378/relationships/successor?format=api", "related": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/378/successor/?format=api" } } }, "links": { "self": "https://sms-cv.helmholtz.cloud/sms/cv/api/v1/measuredquantities/378/?format=api" } } ] }