ADP - C126 OBS - 1334 37SI - 0966 CT Sensor (SBE 37-SI) 3/8” Chain RUTG 732-93 RUTG 732-93 3/8” Chain CT Sensor (SBE 37-SM) CT Sensor (SBE 37-SM) #2791.

Slides:



Advertisements
Similar presentations
SeaCycler AST2 Surface Piercing Profiler Technology.
Advertisements

A new drifting device to measure internal waves in the upper ocean by Luca Centurioni and Peter Niiler Scripps Institution of Oceanography,
High Resolution Time Series Measurements of Bio- optical and Physical Variability in the Coastal Ocean as Part of HyCODE Dickey Mooring.
Work Package 2 / 3 TECHNOLOGIAL & PROCEDURAL HARMONISATION FixO3 General Assembly 14 th to the 16 th October 2014, Heraklion-CRETE ANTARES, CNRS, D.Lefevre,
Acoustic Doppler Current Profiler Technology Trevor Lykens, Tim Sisk, Chris Tomichek December 20, 2005.
RD Instruments Home of the ADCP Measuring Water in Motion and Motion in Water THETIS Waves Data QA RD Instruments Home of the ADCP.
Communications Technologies Bertinoro 2009
First Analysis of the Nares Strait CT-String Data Berit Rabe & Helen Johnson.
Acoustic Report from the Bering Sea Jeff Nystuen Applied Physics Lab Sound summaries from the PAL deployed at Site 2 during the summer of 2004 Acoustic.
CRUISE TERMINAL ADVISORY PANEL Meeting of April 19, 2007.
Instrumentation and Quantification of Tsunamis With an Emphasis on the Santa Barbara Channel.
Coupled with the DART 4G system, PMEL is working on the next generation Tsunami Forecast System. New modeling capability will use NOAA supercomputers to.
Copyright 2012 CFT GAS/1 Gas Management. Copyright 2012 CFT GAS/2 We will cover  Disciplined approach  Gas required = time x breathing rate x ambient.
NB KVK How is estuary exchange flow modulated by channel depth? Jige (Dove) Guo, Robert Chant Abstract Reference Number:
ADCP-Based Determination of Directional Wave Spectra in the York River Estuary John Brubaker, Lorraine Brasseur Carl Friedrichs, Todd Nelson, Don Wright.
Quality Assurance and Quality Control Processes for Current Measurements From USCG ATONs Jennifer Dussault Qartod II February 28,2005.
DATA COLLECTION PLATFORMS OFF THE COAST OF ARGENTINA DBCP 21 Scientific and Technical Workshop October 2005, Buenos Aires, Argentina ARMADA ARGENTINA.
United States Coast Guard U.S. Coast Guard Auxiliary Approved USCG Auxiliary - Department of Education Copyright ©2004 Coast Guard Auxiliary Association,
ChannelMaster Horizontal ADCP
Hydrography… The first geospatial layer The cornerstone of mapping the bottom and understanding ocean structure and dynamics ….
Boating Vocabulary Aft – towards the back of the boat.
Copyright Coast Guard Auxiliary Association, Inc. 1 Chapter 3 Navigating The Waterways.
Work Package 2 / 3 TECHNOLOGIAL & PROCEDURAL HARMONISATION FixO3 General Assembly 14 th to the 16 th October 2014, Heraklion-CRETE E2M3A, OGS Italy [P.I.
© Copyright Optech Incorporated. All rights reserved.
Physical limnology WETA151 L6b Instruments. 9/14/2015 WETS150 Timo Huttula 2 ConductivityTemperatureDepth-probe.
ADCP Waves Raw Data Processing
DOPPLER VOLUME SAMPLER (DVS) DATA RESULTS HIGH SPATIAL/TEMPORAL RESOLUTION SHORT RANGE PROFILING.
Daniel E. Frye A GENERAL VIEW OF GATEWAY PLATFORMS Daniel E. Frye Woods Hole Oceanographic Institution.
1 “ U.S. Aids to Navigation – Road Signs of the Waterways”
AST2 Hypbrid Profiler Mooring PDR Ocean Observatories Initiative Coastal & Global Scale Nodes At Sea Test 2 Hybrid Profiler Mooring Preliminary Design.
OOI Annual Review Year 2 May 16 – 20, 2011 Ocean Observatories Initiative Surface and Subsurface Mooring Telemetry Inductive and acoustic technology and.
Data Buoy Cooperation Panel Scientific and Technical Workshop Scripps Institution of Oceanography La Jolla, CA Recent Buoy Developments at NOAA/NOS/CO-OPS.
NOAA’s CENTER for OPERATIONAL OCEANOGRAPHIC PRODUCTS and SERVICES NOAA/NOS/CO-OPS Maritime Services Current Observation Project San Francisco Bay and Vicinity.
ISPOL Ocean Turbulence Project Miles McPhee McPhee Research Co. Naches WA USA.
21-22 November 2006, Italy CNR – ISMAR – Bologna M.Ravaioli, G.Bortoluzzi, F.Frascari, P.Giordano, S.Picone ADRICOSM – EXT ADRIatic sea integrated Coastal.
Measuring the flow of water
Review of Positioning in ANTARES Dr. Lee F. Thompson Department of Physics and Astronomy University of Sheffield Special thanks to Vincent Bertin, CPPM.
Autosub 7 m long x 0.9 m dia 2,700 kg in air Maximum Depth: 1600 m. Speed: 1 to 4 knots Endurance: Up to700 km depending on speed, hotel load etc. Large.
Status Report on Bottom-Tracking ADCPs & ADPs David S. Mueller Office of Surface Water.
UWHS Oceanography: Focus on Washington Waters Lynne Buechler.
Eric Schulz CAWCR BoM 2nd wind-waves Symposium 4-5 June, Melbourne
Surface Area of Triangular Prisms. A triangular prism has 5 faces. FRONT BACK RIGHT LEFT BOTTOM.
S 1 CT2 Meeting 5-6 March 2013 Hamburg UHAM Plans Kerstin Jochumsen.
CAUTION Tide Predictions are based on averages. Other factors can have significant effect on local tides at any particular time. Consequently, you should.
Thin Layers Stefanie Tanenhaus. Background The existence of thin layers of phytoplankton, zooplankton and marine snow in coastal and open environments.
CASE STUDIES TRAWL-RESISTANT BOTTOM MOUNTS (TRBM).
ALOHA-MARS Mooring Moorings called for in many OOI plans Features –Enables adaptive sampling –Distributes power, communications, time throughout the water.
Physical Conditions 9/16-9/ including Hurricane Isabel inches Hg ft (MLLW) knots inches Atmospheric Pressure.
Buoy mooring at Stockholm ström. Wind restrictions anchoring at Strömmen.
Fig. 10-CO, p Fig. 10-1, p. 266 Wave direction Wave.
Figure 2. Near real-time comparisons of 6 minute NOAA ADCP data (blue) and hourly CODAR data (red) at (YS) York Spit (CH) Cape Henry and (TS) Thimble Shoals.
Research and Development US Army Corps of Engineers ACOUSTIC CURRENT DOPPLER PROFILERS (ADCP’s)
Leg 3 - Group 6 October 9 th – 10 th, 2008 Julio Salcedo, Sarah Graham, Brian Claus Picture by Sheilagh O’Leary Anne S. Pierce.
RD Instruments Home of the ADCP Measuring Water in Motion and Motion in Water AVOIDING BIASED DATA DURING REAL TIME HADCP DATA COLLECTION.
1/13 Observing System Data Acquisition & Data Management Ron Muzzi, Electronics Engineer OSAT - Marine Instrumentation Lab (MIL) “NOAA’s global observing.
親愛的吉姆舅舅: 今天吃完晚餐後,奶奶說,在家 裡情況變好以前,您要我搬到城裡跟 您住。奶奶有沒有跟您說,爸爸已經 好久沒有工作,也好久沒有人請媽媽 做衣服了? 我們聽完都哭了,連爸爸也哭了, 但是媽媽說了一個故事讓我們又笑了。 她說:您們小的時候,她曾經被您追 得爬到樹上去,真的嗎? 雖然我個子小,但是我很強壯,
Measuring Boat Wakes in Sydney Harbour Using Sentinel V ADCP ADCPs In Action in Australia 2015 Alex Le Royer.
UNDERWATER WIRELESS COMMUNICATION
Haskoning Australia Determining Circulation of the Great Barrier Reef Lagoon Using ADCP Data AiAiA – Gold Coast 2015 Heiko Loehr.
Aldo Sottolichio, Isabel Jalon Rojas, Sabine Schmidt University of Bordeaux, EPOC, France David Hurther LEGI (Laboratory of Geophysical and Industrial.
Instrument related problems with optical backscatter sensors
EXTREME LIGHTWEIGHT DIVING SYSTEM (XLDS)
Oceanographic and Meteorological (Metocean) Services
C2-i Amphibious Crawlers
Ocean Instrumentation
COM – LMGEM CPPM Tamburini C., Robert A., Fuda JL., Lefèvre D…
Copyright 2008 Coast Guard Auxiliary Association, Inc.
Изразеното в настоящата презентация мнение обвързва единствено автора и не представлява официално становище на Комисията за финансов надзор Данил Джоргов.
Surface Area of Triangular Prisms
U.S. Aids to Navigation “Safe Water Aids”
Presentation transcript:

ADP - C126 OBS SI CT Sensor (SBE 37-SI) 3/8” Chain RUTG RUTG /8” Chain CT Sensor (SBE 37-SM) CT Sensor (SBE 37-SM) #2791 Nortek AWAC #N /8” Galvanized chain Dor-Mor Anchor 70 lb CT Sensor w/OBS (SBE 16 plus) w/ Paro PS SN 4170 OBS Dor-Mor Anchor 70 lb PR N W HR N W Design for 7m grnd. chain 50 ft surf. chain 35 ft Design for 9m grnd. chain 60 ft surf. chain 45 ft Chart depth: 30 ft. MLLW (This is not accurate; avg. depth is ~5 m) Chart depth: 30 ft. MLLW Mooring location ~7 m depth PR1 - Actual N W Deployed

CT Sensor (SBE 16 Plus) w/ Paro PS SN 4583 OBS – 600 OBS – 1927 RDI ADCP 600 kHz SN A Acoustic Release w/ Popup Buoy CT Sensor (SBE 16 Plus) SN 4168 OBS RDI ADCP 1200 kHz SN A Acoustic Release w/ Popup Buoy CT Sensor (SBE 16 Plus) SN 4169 OBS RDI ADCP 1200 kHz SN A Acoustic Release w/ Popup Buoy CT sensor (SBE 37-SM) on Coast Guard buoy Diver could ratchet strap instrument to buoy CT sensor (SBE 37-SM) on Coast Guard buoy Diver could ratchet strap instrument to buoy CT sensor (SBE 37-SM) on Coast Guard buoy Diver could ratchet strap instrument to buoy KVK N W AK N W NB N W Chart depth: 35 ft. MLLW Chart depth: 35 ft. MLLW Recently dredged to ~55 ft. Chart depth: 35 ft. MLLW Also recently dredged; depth unknown KVK1 - Actual N W Freq 9 Code A Depth 56’ AK1 - Actual N W Freq 10 Code B Depth 47’ NB1 - Actual N W Freq 11 Code C Depth 43’ Deployed

Hackensack River (HR1) surface bottom KVK surface bottom (16plus w/ paro) AK surface bottom (16plus) NB surface bottom (16plus) PR surface bottom (16plus w/ paro)

3/8” Galvanized chain Dor-Mor Anchor 70 lb 3/8” or ½” Poly line NB1_ADV N W Design for 5m grnd. chain 33 ft surf. line 25 ft Chart depth: 2 m MLLW CT Sensor (SBE 37SM) SN 3788 Deployed NB1_ADV Actual N W Depth 11’

Denotes mooring location Nobeltec plot showing navigational buoys Denotes mooring location w/ CT sensor on CG buoy CG buoy #’s: KVK - "10" Q R 1s AK - "20" NB - "21" HR1 (red box) and CT sensors on CG buoys are NOT deployed