2026-04-01T13:24:25.991-0400] {accel_to_dataverse_dissemination.py:44} INFO - disseminate with descriptor <accelerator_core.workflow.accel_data_models.DisseminationDescriptor object at 0x1232190a0>
[2026-04-01T13:24:25.991-0400] {accel_workflow_task.py:40} INFO - payload resolve for payload <accelerator_core.workflow.accel_data_models.DisseminationPayload object at 0x1204b8c50>
[2026-04-01T13:24:25.992-0400] {dataverse_connector.py:212} INFO - create dataset: {'datasetVersion': {'license': {'name': 'CC0 1.0', 'uri': ''}, 'protocol': '', 'authority': '', 'identifier': '', 'metadataBlocks': {'citation': {'displayName': 'Citation Metadata', 'fields': [{'typeName': 'title', 'multiple': False, 'typeClass': 'primitive', 'value': 'Yale Center for Earth Observation (YCEO) Global Surface Urban Heat Island (GSUHI) Data, Pixel-Level Composites, Version 5'}, {'typeName': 'alternativeURL', 'multiple': False, 'typeClass': 'primitive', 'value': 'https://yceo.users.earthengine.app/view/uhimap'}, {'typeName': 'otherId', 'multiple': True, 'typeClass': 'compound', 'value': []}, {'typeName': 'author', 'multiple': True, 'typeClass': 'compound', 'value': [{'authorName': {'typeName': 'authorName', 'multiple': False, 'typeClass': 'primitive', 'value': 'Other'}, 'authorAffiliation': {'typeName': 'authorAffiliation', 'multiple': False, 'typeClass': 'primitive', 'value': ''}}, {'authorName': {'typeName': 'authorName', 'multiple': False, 'typeClass': 'primitive', 'value': 'Yale Center for Earth Observation (YCEO)'}, 'authorAffiliation': {'typeName': 'authorAffiliation', 'multiple': False, 'typeClass': 'primitive', 'value': ''}}, {'authorName': {'typeName': 'authorName', 'multiple': False, 'typeClass': 'primitive', 'value': 'Academic Institution'}, 'authorAffiliation': {'typeName': 'authorAffiliation', 'multiple': False, 'typeClass': 'primitive', 'value': ''}}]}, {'typeName': 'datasetContact', 'multiple': True, 'typeClass': 'compound', 'value': [{'datasetContactName': {'typeName': 'datasetContactName', 'multiple': False, 'typeClass': 'primitive', 'value': 'Other'}, 'datasetContactEmail': {'typeName': 'datasetContactEmail', 'multiple': False, 'typeClass': 'primitive', 'value': 'nor...@xxx.org'}}, {'datasetContactName': {'typeName': 'datasetContactName', 'multiple': False, 'typeClass': 'primitive', 'value': 'Yale Center for Earth Observation (YCEO)'}, 'datasetContactEmail': {'typeName': 'datasetContactEmail', 'multiple': False, 'typeClass': 'primitive', 'value': 'nor...@xxx.org'}}, {'datasetContactName': {'typeName': 'datasetContactName', 'multiple': False, 'typeClass': 'primitive', 'value': 'Academic Institution'}, 'datasetContactEmail': {'typeName': 'datasetContactEmail', 'multiple': False, 'typeClass': 'primitive', 'value': 'nor...@xxx.org'}}]}, {'typeName': 'dsDescription', 'multiple': True, 'typeClass': 'compound', 'value': [{'dsDescriptionValue': {'typeName': 'dsDescriptionValue', 'multiple': False, 'typeClass': 'primitive', 'value': 'The Global Surface Urban Heat Island (GSUHI) displays composite data for surface urban heat islands on a global interactive map based on the intensity of urban clusters. The data, observed from 2003 to 2020, are obtained from satellite-based land surface temperature observations (MODIS) at 300 m resolution, the Landscan urban extent database, and other land cover and elevation data sources.'}}]}, {'typeName': 'keyword', 'multiple': True, 'typeClass': 'compound', 'value': [{'keywordValue': {'typeName': 'keywordValue', 'multiple': False, 'typeClass': 'primitive', 'value': 'Temperature'}}, {'keywordValue': {'typeName': 'keywordValue', 'multiple': False, 'typeClass': 'primitive', 'value': 'Surface-Level'}}, {'keywordValue': {'typeName': 'keywordValue', 'multiple': False, 'typeClass': 'primitive', 'value': 'Intensity'}}, {'keywordValue': {'typeName': 'keywordValue', 'multiple': False, 'typeClass': 'primitive', 'value': 'Heat-Island Intensity'}}, {'keywordValue': {'typeName': 'keywordValue', 'multiple': False, 'typeClass': 'primitive', 'value': 'Urban Cluster'}}, {'keywordValue': {'typeName': 'keywordValue', 'multiple': False, 'typeClass': 'primitive', 'value': 'Daytime'}}, {'keywordValue': {'typeName': 'keywordValue', 'multiple': False, 'typeClass': 'primitive', 'value': 'Nighttime'}}, {'keywordValue': {'typeName': 'keywordValue', 'multiple': False, 'typeClass': 'primitive', 'value': 'Daily Prediction'}}, {'keywordValue': {'typeName': 'keywordValue', 'multiple': False, 'typeClass': 'primitive', 'value': 'Global'}}]}, {'typeName': 'topicClassification', 'multiple': True, 'typeClass': 'compound', 'value': [{'topicClassValue': {'typeName': 'topicClassValue', 'multiple': False, 'typeClass': 'primitive', 'value': 'Other'}}, {'topicClassValue': {'typeName': 'topicClassValue', 'multiple': False, 'typeClass': 'primitive', 'value': 'Urban Heat Islands'}}]}, {'typeName': 'subject', 'multiple': True, 'typeClass': 'controlledVocabulary', 'value': ['Medicine, Health and Life Sciences', 'Earth and Environmental Sciences']}, {'typeName': 'language', 'multiple': True, 'typeClass': 'controlledVocabulary', 'value': []}, {'typeName': 'publication', 'multiple': True, 'typeClass': 'compound', 'value': [{'publicationRelationType': {'typeName': 'publicationRelationType', 'multiple': False, 'typeClass': 'controlledVocabulary', 'value': 'Cites'}, 'publicationCitation': {'typeName': 'publicationCitation', 'multiple': False, 'typeClass': 'primitive', 'value': 'Chakraborty, T., & Lee, X. (2019). A simplified urban-extent algorithm to characterize surface urban heat islands on a global scale and examine vegetation control on their spatiotemporal variability. International Journal of Applied Earth Observation and Geoinformation, 74, 269-280.'}, 'publicationIDType': {'typeName': 'publicationIDType', 'multiple': False, 'typeClass': 'controlledVocabulary', 'value': 'url'}, 'publicationURL': {'typeName': 'publicationURL', 'multiple': False, 'typeClass': 'primitive', 'value': 'https://doi.org/10.1016/j.jag.2018.09.015'}}]}, {'typeName': 'notesText', 'multiple': False, 'typeClass': 'primitive', 'value': '<b>Intended Use</b><ul><li></li></ul><br/><b>Strengths</b><ul><li>Dataset supports analysis of variation in annual and seasonal average daytime and nighttime mean Urban Heat Island intensity across global urban locations and multiple years in a consistent way</li></ul><br/><b>Limitations</b><ul><li>Dataset derived from urban extent data for 2001 and 2002 that does not reflect patterns of urbanization after 2002</li><li>Data not available for areas outside urban clusters</li><li>Dataset derived from satellite-based observations which may vary in quality due to cloud cover, air quality, and other factors</li><li>Dataset derived from urban extent data for 2001 and 2002 that does not reflect patterns of urbanization after 2002</li><li>Data not available for areas outside urban clusters</li><li>Dataset derived from satellite-based observations which may vary in quality due to cloud cover, air quality, and other factors</li></ul><br/>'}, {'typeName': 'producer', 'multiple': True, 'typeClass': 'compound', 'value': [{'producerName': {'typeName': 'producerName', 'multiple': False, 'typeClass': 'primitive', 'value': 'Global Surface Urban Heat Island (GSUHI)'}, 'producerAffiliation': {'typeName': 'producerAffiliation', 'multiple': False, 'typeClass': 'primitive', 'value': ''}, 'producerAbbreviation': {'typeName': 'producerAbbreviation', 'multiple': False, 'typeClass': 'primitive', 'value': 'GSUHI'}, 'producerURL': {'typeName': 'producerURL', 'multiple': False, 'typeClass': 'primitive', 'value': ''}}]}, {'typeName': 'depositor', 'multiple': False, 'typeClass': 'primitive', 'value': 'Mike Conway'}, {'typeName': 'timePeriodCovered', 'multiple': True, 'typeClass': 'compound', 'value': [{'timePeriodCoveredStart': {'typeName': 'timePeriodCoveredStart', 'multiple': False, 'typeClass': 'primitive', 'value': '2003-01-01'}, 'timePeriodCoveredEnd': {'typeName': 'timePeriodCoveredEnd', 'multiple': False, 'typeClass': 'primitive', 'value': '2020-12-31'}}]}, {'typeName': 'kindOfData', 'multiple': True, 'typeClass': 'primitive', 'value': ['Data Resource', 'GeoTIFF']}]}, 'geospatial': {'displayName': 'Geospatial Metadata', 'fields': [{'typeName': 'geographicCoverage', 'multiple': True, 'typeClass': 'compound', 'value': [{'country': {'typeName': 'country', 'multiple': False, 'typeClass': 'controlledVocabulary', 'value': 'United States'}}]}, {'typeName': 'geographicUnit', 'multiple': True, 'typeClass': 'primitive', 'value': []}]}, 'computationalworkflow': {'displayName': 'Computational Workflow Metadata', 'fields': []}, 'customCAFEDataLocation': {'displayName': 'Metadata About Geospatial Files', 'fields': [{'typeName': 'cafeIncludesGeospatialFile', 'multiple': False, 'typeClass': 'controlledVocabulary', 'value': 'Yes'}]}, 'customCAFEDataSources': {'displayName': 'Metadata About Data Sources', 'fields': [{'typeName': 'cafeDerivedFromExistingDataset', 'multiple': False, 'typeClass': 'controlledVocabulary', 'value': 'Yes'}, {'typeName': 'cafeSourceData', 'multiple': True, 'typeClass': 'compound', 'value': [{'cafeSourceDataTitle': {'typeName': 'cafeSourceDataTitle', 'multiple': False, 'typeClass': 'primitive', 'value': ''}, 'cafeSourceDataAuthor': {'typeName': 'cafeSourceDataAuthor', 'multiple': True, 'typeClass': 'primitive', 'value': []}, 'cafeSourceDataInstitution': {'typeName': 'cafeSourceDataInstitution', 'multiple': False, 'typeClass': 'primitive', 'value': 'Global Surface Urban Heat Island (GSUHI)'}, 'cafeSourceDataVersionNumber': {'typeName': 'cafeSourceDataVersionNumber', 'multiple': False, 'typeClass': 'primitive', 'value': ''}, 'cafeSourceDataDOIOrURL': {'typeName': 'cafeSourceDataDOIOrURL', 'multiple': False, 'typeClass': 'primitive', 'value': 'https://yceo.users.earthengine.app/view/uhimap'}, 'cafeSourceDataLastModifiedDate': {'typeName': 'cafeSourceDataLastModifiedDate', 'multiple': False, 'typeClass': 'primitive', 'value': ''}, 'cafeSourceDataDateObtained': {'typeName': 'cafeSourceDataDateObtained', 'multiple': False, 'typeClass': 'primitive', 'value': ''}, 'cafeSourceDataType': {'typeName': 'cafeSourceDataType', 'multiple': False, 'typeClass': 'controlledVocabulary', 'value': 'Other (specify)'}, 'cafeSourceDataTypeOther': {'typeName': 'cafeSourceDataTypeOther', 'multiple': False, 'typeClass': 'primitive', 'value': ''}, 'cafeSourceDataDisclaimer': {'typeName': 'cafeSourceDataDisclaimer', 'multiple': False, 'typeClass': 'primitive', 'value': ''}}]}]}}}}
[2026-04-01T13:24:26.194-0400] {_client.py:1038} INFO - HTTP Request: POST https://dataverse.harvard.edu/dataverse/api/v1/dataverses/accelTest/datasets "HTTP/1.1 202 Accepted"
[2026-04-01T13:24:26.195-0400] {dataverse_connector.py:217} INFO - response: <Response [202 Accepted]>
[2026-04-01T13:24:26.196-0400] {dataverse_connector.py:218} INFO - success? True
[2026-04-01T13:24:26.196-0400] {dataverse_connector.py:224} INFO - formatting dissem result from:
[2026-04-01T13:24:26.196-0400] {dataverse_connector.py:240} ERROR - ERROR - Could not create dataverse dataset: Expecting value: line 1 column 1 (char 0)
[2026-04-01T13:24:26.196-0400] {accel_to_dataverse_dissemination.py:94} ERROR - error disseminating payload: ERROR - Could not create dataverse dataset: Expecting value: line 1 column 1 (char 0)
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