17997 Oxygen Uptake (Live Hauling of Fish) Data Set Published / External 17938 Migrated from Resource Enhancement and Utilization Technologies Division Project Completed 2012-06-01 2017-02-17 In certain markets, live fish can be sold for substantially higher prices than fresh dressed fish. A significant live-haul industry has developed in the U.S. and fish are commonly hauled 1,500-2,000 miles (25-30 hours) to market. The most common species hauled are tilapia, channel catfish, and rainbow trout; a smaller amount of marine rockfish, hybrid striped bass, and carp are also hauled. The most significant advancement in hauling technology in the last 20 years has been the use of bottled oxygen gas or liquid oxygen to maintain adequate dissolved oxygen levels. These types of systems can maintain significantly higher DO levels than systems using air. Some common stressors include harvest and loading procedures (pumping or out of water transfer), shaking as the transport vehicle is moving, low frequency sound from the vehicle and water treatment systems, crowding, and poor water quality (high ammonia and carbon dioxide levels, low dissolved oxygen), high light levels, or extreme water temperature. The physical shape and construction of the hauling unit may have an important impact on localized low DOs, physical damage to the fish, and survivability. Very little information has been published on the chemical and physical conditions in transport systems during long-distance transport and this limited data may not be representative of current commercial systems. This research will be conducted with NWFSC staff in cooperation with private fish farmers in the Pacific Northwest. Specific sub-objectives will include the following: (1) Documentation of water quality during transport and impact on mortality and product quality (2) Design of efficient aeration systems for oxygen transfer and carbon dioxide stripping (3) Determination of the impact of transport tank design and aerator type on the thermal balance during hauling. The impact of this project will be increased survival and product quality of transported fish as a result of adopting the recommended protocols and utilization of the models. Project outputs will include peer-reviewed publications, popular publications, and conference presentations. Oxygen uptake of hauling water samples will be determined from the change in dissolved oxygen over a 30 minute period using a YSI ProODO dissolved oxygen meter. Sample will be stirred using a magnetic rod. Oxygen uptake will be determined by fitting a linear regression line through the dissolved oxygen vs time curve and expressed as mg/minute. The oxygen uptake rate will be reported at 20C using a theta = 1.047. Derived from other data Loaded by batch 4280, 01-31-2013 13:58 Subject to Public Access to Research Results (PARR): Yes Technology Transfer: Impact of Aeration and Alkalinity on the Water Quality and Product Quality of Transported Tilapia - A Simulation Study. Aquacultural Engineering, 55, 46-58 Theme aquaculture Theme gas transfer Theme heat transfer Theme water quality Spatial Hagerman Valley, Idaho Spatial Montlake Spatial NWFSC Montlake Instrument In-Situ Instrument - Automated Dissolved Oxygen Sensor Northwest Fisheries Science Center Seattle WA USA Data Set Spreadsheet Table (digital) In-Situ Instrument - Automated Dissolved Oxygen Sensor Fish rearing tank Not Applicable 36978 Live Hauling of Fish Oxygen Uptake Published / External Planned Oxygen uptake of hauling water samples were determined from the change in dissolved oxygen over a 30 minute period using a YSI ProODO dissolved oxygen meter. Oxygen uptake was determined by fitting a linear regression line through the dissolved oxygen compared to time curve and expressed as mg/minute. Spreadsheet Yes PARR Oxygen uptake of hauling water samples were determined from the change in dissolved oxygen over a 30 minute period using a YSI ProODO dissolved oxygen meter. Oxygen uptake was determined by fitting a linear regression line through the dissolved oxygen compared to time curve and expressed as mg/minute. 1 Time NUMBER No No Active Time since start of experiment. Units for values are hours. NUMBER hours 0-24 2 Tank 1 NUMBER No No Active Oxygen uptake in Tank 1, replicate 1. Units for values are mg o2/min. NUMBER mg o2/min 0.1-0.7 3 Tank 2 NUMBER No No Active Oxygen uptake in Tank 2, replicate 2. Units for values are mg o2/min. NUMBER mg o2/min 0.1-0.7 Data Steward 2025 Person Johnson, Ronald B Ronald.B.Johnson@noaa.gov 2725 Montlake Blvd East Seattle WA 98112 206-860-3458 206-860-3335 Distributor 2015-10-01 Organization Northwest Fisheries Science Center NWFSC nmfs.nwfsc.metadata@noaa.gov https://ror.org/05r7z1k40 2725 Montlake Boulevard East Seattle WA 98112 USA 206-860-3200 https://www.nwfsc.noaa.gov NWFSC Home Online Resource Originator 2015-10-01 Person Colt, John E John.Colt@noaa.gov 2725 Montlake Boulevard East Seattle WA 98112 206-860-3243 206-860-3467 Point of Contact 2025 Person Johnson, Ronald B Ronald.B.Johnson@noaa.gov 2725 Montlake Blvd East Seattle WA 98112 206-860-3458 206-860-3335 -122.3062 -122.3062 47.6449 47.6449 Hagerman Valley, Idaho: Tilapia Farms Continuing 2014-06-01 -122.3062 -122.3062 47.6449 47.6449 NWFSC Montlake: NWFSC Montlake lab Continuing 2014-06-01 Unclassified email the author N/A https://www.webapps.nwfsc.noaa.gov/apex/parr/live_hauling_of_fish_oxygen_uptake/data/page/ 2015-10-01 Organization Northwest Fisheries Science Center https://ror.org/05r7z1k40 Live Hauling of Fish Oxygen Uptake (RESTful) Oxygen uptake of hauling water samples were determined from the change in dissolved oxygen over a 30 minute period using a YSI ProODO dissolved oxygen meter. Oxygen uptake was determined by fitting a linear regression line through the dissolved oxygen compared to time curve and expressed as mg/minute. https://www.webapps.nwfsc.noaa.gov/apex/parrdata/inventory/tables/table/live_hauling_of_fish_oxygen_uptake 2015-10-01 Organization Northwest Fisheries Science Center https://ror.org/05r7z1k40 Live Hauling of Fish Oxygen Uptake Oxygen uptake of hauling water samples were determined from the change in dissolved oxygen over a 30 minute period using a YSI ProODO dissolved oxygen meter. Oxygen uptake was determined by fitting a linear regression line through the dissolved oxygen compared to time curve and expressed as mg/minute. https://www.webapps.nwfsc.noaa.gov/apex/parrdata/inventory/datasets/dataset/5104 Oxygen Uptake Online Resource Web site NWFSC Dataset Information page. Oxygen uptake of hauling water samples will be determined from the change in dissolved oxygen over a 30 minute period using a YSI ProODO dissolved oxygen meter. Sample will be stirred using a magnetic rod. Oxygen uptake will be determined by fitting a linear regression line through the dissolved oxygen vs time curve and expressed as mg/minute. The oxygen uptake rate will be reported at 20C using a theta = 1.047. Spreadsheet Low Instrument calibrated daily Yes 10 Yes No No 360 Preparation of peer-reviewed article No Archiving Intended 360 The Northwest Fisheries Science Center facilitates backup and recovery of all data and IT components which are managed by IT Operations through the capture of static (point-in-time) backup data to physical media. Once data is captured to physical media (every 1-3 days), a duplicate is made and routinely (weekly) transported to an offsite archive facility where it is maintained throughout the data's applicable life-cycle. Instrument operated using manufacturer's recommendations 36978 Entity gov.noaa.nmfs.inport:17997 SysAdmin InPortAdmin 2013-01-31T13:58:27 SysAdmin InPortAdmin 2026-03-04T19:17:17 2019-06-04 Northwest Fisheries Science Center NWFSC 2725 Montlake Boulevard East Seattle WA 98112 USA 206-860-3200 https://www.nwfsc.noaa.gov 1001 Public No No 2019-06-04 1 Year 2020-06-04