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Kwantitatief meten In situ Stromen met behulp van een self-contained Underwater Velocimetry Apparatus (SCUVA)
This content is Free Access.
1Applied Ocean Physics and Engineering,Woods Hole Oceanographic Institution, 2Environmental Science and Marine Biology,Roger Williams University, 3Marine Biology Laboratory,Whitman Center, 4Department of Biology,Providence College, 5Departments of Aeronautics and Bioengineering,California Institute of Technology
Chapters
- 00:05Title
- 01:47Pre-Immersion SCUVA Preparation
- 03:56Detection of in situ Flows
- 05:57Post-Immersion SCUVA Treatment and Data Processing
- 07:17Quantitative Measurement of in situ Flows
- 08:31Conclusion
Dit protocol bevat instructies over hoe je een self-contained onder water velocimetry apparaten (SCUVA), die is ontworpen voor de kwantificering van de in situ dieren gegenereerde stroom te gebruiken. Daarnaast, dit protocol adressen uitdagingen van de veldomstandigheden, en omvat operator beweging, voorspellen positie van het dier, en oriëntatie van SCUVA.
Tags
Quantitatively MeasuringIn Situ FlowsSelf-contained Underwater Velocimetry ApparatusSCUVAVelocity FieldsEmpirical DataOceanographyEcologyBiologyFluid MechanicsControlled Laboratory EnvironmentsAnimal-fluid InteractionsNatural BehaviorIn Situ Quantitative Flow MeasurementsAnimal SwimmingSelf-contained Portable DeviceScuba DiverDepths Up To 40 MField ConditionsOperator MotionSwimming TargetsNatural Suspended Particulate
