{"cruise":{"id":"AT37-04","schedule_records":[{"scheduler_id":"org.unols","scheduler_cruise_id":"166872"}],"name":"Development and Deployment of Autonomous and Remotely Operated Chemical Sensor System: Integrated Laboratory and Field Studies of Seafloor Hydrothermal Vent Fluids","vessel_id":"33AT","depart_date":"2016-10-08","depart_port_id":"100041","arrive_date":"2016-10-08","arrive_port_id":"100034","persons":[{"id":"Ding, Kang","name":"Ding, Kang","institution_id":"edu.umn","role":"Principal Investigator"},{"id":"Seyfried, William ","name":"Seyfried, William ","institution_id":"edu.umn","role":"Scientist, Chief"}],"awards":[{"project_number":"1434798","name":"Development and Deployment of Autonomous and Remotely Operated Chemical Sensor System: Integrated Laboratory and Field Studies of Seafloor Hydrothermal Vent Fluids","agency_id":"gov.nsf","agency_department":"OCE-OTIC"},{"project_number":"1257532","name":"COLLABORATIVE RESEARCH: Environmental and internal influences on the activities of the Calvin- and reductive citric acid cycles in hydrothermal vent symbiosis Riftia pachyptila","agency_id":"gov.nsf","agency_department":"BIO-IOS"}],"embargoes":"none"}}