JR177 Discovery 2010 Summer Cruise. Big Ideas To classify pelagic communities and foodwebs within different environments and across seasons within the.

Slides:

Advertisements

Similar presentations

GMES Marine Service MY OCEAN 5th GEO European projects Workshop Frédéric ADRAGNA MyOcean Project Manager London – 8/9 February 2011.

Advertisements

UK Ocean Acidification The Sea Surface Consortium is one of seven multi-partner consortium projects making up the UK Ocean Acidification research programme.

Investigating the use of Fast Repetition Rate Fluorometry (FRRf) to study phytoplankton physiology in optically complex oceans Derek Connor & David McKee.

JC068 Phytoplankton: Concentrations, Species, and Physiological Status UK-GEOTRACES: Ocean Micronutrient Cycles WP5: Biological responses and cycling of.

THE STUDY OF BIOGEOCHEMICAL CYCLES AND RELATED SEDIMENT FLUXES: THE IOC-BSRC PROJECT PROPOSAL Could such a project idea be developed into an EC FP Integrated.

Ocean Group Question (s) Will an ice reduced Arctic become more productive and what are the consequences of this to other components of the system? – Is.

Potential Approaches Empirical downscaling: Ecosystem indicators for stock projection models are projected from IPCC global climate model simulations.

Water column structure and zooplankton distribution along Trevor Channel, Barkley Sound Andrew Hamilton.

Predicting the occurrence of bluefin tuna (Thunnus thynnus) larvae in the Gulf of Mexico.

Foodweb support for the threatened Delta Smelt: Summary of program objectives and preliminary results Anne Slaughter 1 and The CALFED Foodweb Research.

IMR Standard Section Svinøy Sampling program. IMR Standard sections and fixed stations Svinøy standard section: Repeated 5 times per year Januar, March,

Ocean Perturbation Experiment (OPEREX) CMORE Cruise, July 30 - August 14, 2008 Objective: To explore the potential and limitations of perturbation experiments.

Foodweb support for the threatened Delta smelt: Phytoplankton production within the low salinity zone Ulrika Lidström 1, Anne Slaughter 1, Risa Cohen 2,

GOES-R 3 : Coastal CO 2 fluxes Pete Strutton, Burke Hales & Ricardo Letelier College of Oceanic and Atmospheric Sciences Oregon State University 1. The.

MIXED 12/4/021 Learning about Puget Sound: MIXED Kate Edwards UW Applied Physics Lab.

The California Current and Coastal Upwelling Allison Parker Physical Oceanography November 20, 2007.

OSMOSIS Primary Production from Seagliders April-September 2013 Victoria Hemsley, Stuart Painter, Adrian Martin, Tim Smyth, Eleanor Frajka-Williams.

Why We Care or Why We Go to Sea.

In situ science in support of satellite ocean color objectives Jeremy Werdell NASA Goddard Space Flight Center Science Systems & Applications, Inc. 6 Jun.

Page 1 CONSULTANCY AND RESEARCH IN AQUACULTURE AND THE AQUATIC ENVIRONMENT A Company in the NIVA-group Methodology for Environmental monitoring of aquaculture.

Open Oceans: Pelagic Ecosystems II

EU MEDIterranean Acoustic Survey on Small Pelagics “MEDIAS”

Ecological processes in a changing climate: winners and losers Third US GLOBEC Pan Regional Workshop 20 February 2009 J. Runge, presenter.

CROZEX- CROZet circulation, iron fertilization and EXport production experiment Three cruises on RRS Discovery: Leg November 2004 to mid-Dec Leg.

INTO THE BIG GREENY-BROWN YONDER. INTO THE BIG, GREENY-BROWN YONDER Challenges Modelling individual to population parameterisation of the mesoscale Observations.

Prince William Sound Resurrection Bay Knight Island Passage Middleton Island The physical model is run in three dimensions and the data are used to drive.

IB 362 Lecture 12 Productivity and Food Webs.

Sea ice algae, a major food source for herbivorous plankton and benthos in the eastern Bering Sea. Rolf Gradinger, Bodil Bluhm. Katrin Iken (UAF) Hypotheses.

Fish farm monitoring in Scotland Scotland Norway MOU Committee 29 March 2011 Edinburgh Douglas Sinclair, Specialist Scottish Environment Protection Agency.

Some Thoughts on Ecology

OOI Annual Review Year 2 May 16 – 20, 2011 Ocean Observatories Initiative Surface and Subsurface Mooring Telemetry Inductive and acoustic technology and.

Norm Nelson, Dave Siegel Institute for Computational Earth System Science, UCSB Bermuda Bio-Optics Project Decade-Plus Perspective on Ocean Color.

US interests, submitted proposals & potential submissions Meng Zhou, Peter Wiebe, Ken Buesseler, Jon Hare.

The distribution of dissolved zinc in the South Atlantic as part of the UK GEOTRACES Programme UK GEOTRACES N. Wyatt 1, A. Milne 1, M. Woodward 2 G. Henderson.

Nature’s Density Column. Nature creates its own density column Example: The Bering Sea As you discovered in your experiment, when ice melts it forms a.

From Ocean Sciences at the Bedford Institute of Oceanography Temperature – Salinity for the Northwest.

Quantifying competing carbon pathways in mesoscale upwelling filaments off NW Africa Nick Hardman-Mountford (CSIRO), Carol Robinson (UEA), Ricardo Torres,

Summary Euphausiids (krill) are important food items of fish, seabirds and whales: consequently, it is important to understand their seasonal cycles. The.

Southwest Atlantic Breakout Group Chair: Billy Moore Rapporteur: Tina van de Flierdt Participants: Steven Goldstein Gideon Henderson Felipe Niencheski.

Introduction to Ecosystem Monitoring and Metabolism

SPURS Discussion Summary Ray Schmitt/Eric Lindstrom Wed., July 21, 2010.

Open Oceans: Pelagic Ecosystems III. Comparing the makeup of water and plankton Mean Elemental Ratios of N, and P Organisms: 16.0N / 1P Sea Water: 14.7N.

Environmental surveys of the Nordic, North, and Barents Seas - by the Institute of Marine Research, Norway Webjørn Melle.

Nutrient studies for UK-Geotraces 40 0 South Malcolm Woodward Plymouth Marine Laboratory, Prospect Place, West Hoe, Plymouth, PL1 3DH, United Kingdom Geotraces,

NABOS-2013: preliminary results Final presentation onboard R/V “Akademik Fedorov”, September, 21, 2013.

Chesapeake Bay Program’s Baywide and Basinwide Monitoring Networks: Options for Adapting Monitoring Networks and Realigning Resources to Address Partner.

ICEBell Ice Mass Balance in the Bellingshausen Sea James Clark Ross, Nov 2010 Participants BAS (Maksym), SAMS (Wilkinson) WHOI, DTU, U Manitoba,UTSA Partners.

Prepared for GODAE-IMBER Wshp Paris, June in brief.

CONTINENTAL SHELF EMBAYMENTS OF THE EASTERN MARGIN OF THE PHILIPPINES: LAMON BAY STRATIFICATION AND CIRCULATION The research objectives of the cruise is.

JR245 (WCB)/JR246 (HS)/JR247(AFI-KRILL). Primary objective: KRILLPrimary method:Target fishing AFI-KRILL Science: Krill nutrient cycling iron chemistry.

Cruise activities in the eastern Bering Sea during Healy (BEST) (April 10 - May 12, 2007) Ray Sambrotto Lamont-Doherty Earth Observatory Palisades,

BASIN trans Atlantic cruise with RV GO Sars EURO-BASIN cruise planning meeting September, London Geir Huse & Webjørn Melle RV METEOR ‘Deep Convection’

Time scales of physics vs. biology ENSO effects on biology Pacific Decadal Oscillation (PDO)

Linkages between environmental conditions and recreational king mackerel catch off west-central Florida Carrie C. Wall Frank E. Muller-Karger Chuanmin.

Doney, 2006 Nature 444: Behrenfeld et al., 2006 Nature 444: The changing ocean – Labrador Sea Ecosystem perspective.

Evaluating the Potential Environmental Impacts of Hurricane Katrina on Living Marine Resources Ship-board surveys of water, sediment and fish/shrimp for.

Correspondence Between Net Oxygen Production and Measurements of Inherent Optical Properties Cedric Hall Elizabeth City State University Mentor: Dr. Joseph.

Seasonality of phytoplankton distributions in the Galapagos Marine Reserve A.M. McCulloch 1, W.V. Sweet 1, B.A. Schaeffer 1, J.M. Morrison 2, D. Kamykowski.

Ecological Principles of Diversity 1. Principle of Limiting Similarity - There is a limit to the similarity of coexisting competitors; they cannot occupy.

Jerome Fiechter Ocean Sciences Department University of California, Santa Cruz ROMS Workshop, Grenoble, 6-8 October 2008 Seasonal and Interannual Ecosystem.

Environmental Monitoring in the Black Sea Meeting Name, Dates, Venue Joint Survey Prepared by: Alexander Mikaelyan with contribution of Jaroslav Slobodnik,

1/12 Fine-Scale Spatial and Temporal Dynamics of the Food Web Doran Mason Ecosystem Dynamics.

Ecological Principles of Diversity 1. Principle of Limiting Similarity - There is a limit to the similarity of coexisting competitors; they cannot occupy.

ODV format templates for nutrients, dissolved gases and contaminants in different matrixes (water, sediment, biota) OGS – Marina Lipizer EMODnet Chemistry.

Coastal CO2 fluxes from satellite ocean color, SST and winds

The Chemical Connection Between Wind and Whales

Ocean Perturbation Experiment (OPEREX)

Typology and classification of coastal waters in Estonia

Ocean Perturbation Experiment (OPEREX)

Presentation transcript:

JR177 Discovery 2010 Summer Cruise

Big Ideas To classify pelagic communities and foodwebs within different environments and across seasons within the Scotia Sea To collect body condition indices and other parameters to examine life-cycle flexibility across the Scotia Sea To examine physical variability as a forcing factor in pelagic community variability

Core objectives of JR177 To carry out a core sampling strategy that:- (i)Allows comparison across the range of Scotia Sea environments (ii)Allows comparisons across seasons (iii) Linkage between different trophic levels (primary, secondary, higher) 1 To determine different scales of variability in physical and biological parameters (large scale - water masses, mesoscale - around stations, small scale – krill swarms) 2 To characterise the main drivers of variability (i)Physical characterisation of core transect – calibrated against satellite data (ii)Macro- and micro-nutrient characterisation (including iron) 3 Determine flux within the context of pelagic food web processes 4

ERS altimeter tracks over Scotia Sea

SEAWifS JR161 – track achieved

JR161 - Sea Surface Temperature

JR days for core science (46 when taking mob/demob into account) (this includes 3 days for DIMES) Core box time (+ calibration) is split out into an additional cruise = JR185 JR185 will be done before Xmas, JR177 after Xmas

JR177 – external requests Iron work (NOC – AFI CGS) – 2 berths Evgeny Pakhomov (UBC) – 1– jellies and fish Dorothee Bakker (UEA) – 1 berth Ezio Rosato (Leicester – Full AFI) – 1 berth Full AFI AFI - CGS Collaborations

JR177 Provisional Personnel Nutrients, phytoplankton, iron Korb, Whitehouse, Gordon, Bibby, Neilsdottir MesozooplantkonWard, Hirst, Shreeve, Tarling Macrozooplantkon/krillFielding, Watkins, Atkinson, Pakhomov NektonCollins, Stowasser OceanographyVenables, AN Other (a), Jones BiochemistryPond Data managementCunningham Moorings and sampling gearEnderlein Higher predators/whalesAN Other (b), AN Other (c’) Total 24 personnel (to fit into 11 single cabins; 4 double cabins, 1-2 PSO cabin) Krill AFIGaten

Proposed JR177 track 12 stations occupied for ~2.5d each (extra time for 2 mooring stations) 7 stations at same positions as JR161 5 stations to be positioned responsively

Time 01:00 02:00 03:00 04:00 05:00 06:00 07:00 08:00 09:00 10:00 11:00 12:00 13:00 14:00 15:00 16:00 17:00 18:00 19:00 20:00 21:00 22:00 23:00 24:00 Provisional Station Activities Acoustic and UOR survey Day 1 RMT Target fishing

TimeDay 1Day 2Day 3Day 4 01:00MOCNESSRMT 25 RMT 25 target fishing 02:000 – 1000 mTarget fishingDepth stratified 03:00 LHPR1000 – 400 mMooring 04:00Tow Fish0 – 1000m400 – 0 mDeployment 05:00FRRF darkness 120 m 06:00 FRRF 120 m 07:00CTD – 10 m off sea bed 08:00 09:00CTD 140 m 10:00 RMT 25 11:00Go Flo Depth stratified day 12:00 13:00FRRF – daylight 120 m 14:00CTD – HPLC 2000 m 15:00 Acoustic Survey 16:00 CTD 140 mMOCNESS 0 – 1000mLHPR - daylight 17:00Bongo 3 * 400 m 18:00Mini bongo 1 * 400 m 19:00RMT 25Bongo 3 * 400 m 20:00Target fishing 21:00 RMT 25 22:00 Target fishing 23:00 RMT 25 24:00 Depth stratified night 4 Day Process Station Activities