WP21(Training activities) Final deliverable (D.18)

Slides:

Advertisements

Similar presentations

SCAR Action Group on Southern Ocean Acidification

Advertisements

Ocean Biogeochemistry (C, O 2, N, P) Achievements and challenges Nicolas Gruber Environmental Physics, ETH Zürich, Zurich, Switzerland. Using input from.

Sarmiento and Gruber (2002) Sinks for Anthropogenic Carbon Physics Today August

Observations and modeling the ocean Fe cycle: Role in the carbon cycle and state of understanding Ed Boyle Earth, Atmospheric and Planetary Sciences Massachusetts.

Recent evaluations of CO2 and O2 air-sea mean excange in the key ocean areas Roman Bortkovski, Boris Egorov and Natalia Tolstobrova Main Geophysical Observatory.

The Anthropogenic Ocean Carbon Sink Alan Cohn March 29, 2006

Effects of global warming on the world’s oceans Ashley A. Emerson.

Ocean-Atmosphere Carbon Flux: What to Consider Scott Doney (WHOI) ASCENDS Science Working Group Meeting (February 2012; NASA Goddard Space Flight Center)

Martin Manning and Greg Bodeker National Institute of Water and Atmospheric Research Presented at ‘Expert meeting on assessment of contributions to climate.

1 Oceanic sources and sinks for atmospheric CO 2 The Ocean Inversion Contribution Nicolas Gruber 1, Sara Mikaloff Fletcher 2, and Kay Steinkamp 1 1 Environmental.

Climate and the Carbon Cycle Gretchen Keppel-Aleks California Institute of Technology 16 October 2010.

Global Climate Change: Effects. Weather Climate models predict weather patterns will change around the world with droughts becoming more intense, and.

Acceleration of the sea surface fCO2 growth rate in the North Atlantic Subpolar Gyre ( ). N. Metzl, A Corbière, G. Reverdin, A.Lenton, T. Takahashi,

Core Theme 4 : Biogeochemical Feedbacks on the Oceanic Carbon Sink. M. Gehlen (CEA/DSM/LSCE) CarboOcean Annual Meeting Bremen 4-7/12/2007.

Coordinated by: CARBOOCEAN Integrated ProjectContract No (GOCE) Global Change and Ecosystems Summary on consolidated report for year 1.

The Global Ocean Carbon Cycle Rik Wanninkhof, NOAA/AOML Annual OCO review, June 2007: Celebrating Our Past, Observing our Present, Predicting our Future:

Satellite observations of coastal pCO 2 and air-sea flux of carbon dioxide Presenter: Steven E. Lohrenz Department of Marine Science The University of.

WP13: Regional assessment for the Mediterranean Sea Partner 22: University of Perpignan, France Catherine Goyet. CARBOOCEAN.

Core theme 3: Quantification of the carbon sources and sinks at the European regional scale WP12: Regional assessment for the North Sea WP13: Regional.

Ocean Acidification Victoria J. Fabry and Andrew G. Dickson

Marine CO 2 sources and sinks (CarboOcean IP), ocean acidification, and artificial Fe fertilization Christoph Heinze.

CT5 Highlights Future scenarios for marine carbon sources and sinks EU FP6 Integrated Project CARBOOCEAN ”Marine carbon sources and sinks assessment” 4.

The Other Carbon Dioxide Problem Ocean acidification is the term given to the chemical changes in the ocean as a result of carbon dioxide emissions.

WP21(6.3) Training activities (cross cutting) CARBOOCEAN Janusz Pempkowiak Institute of Oceanology, Sopot, Poland. - outline - 18 m. horizont Carboocean.

Understanding the Ocean Carbon Cycle from Atmospheric Measurements of O 2 and CO 2 Andrew Manning, UEA, UK.

CarboOcean 2009 CARINA - Carbon dioxide in the Atlantic Ocean Will allow for improved estimates of ocean carbon inventory and transport Data rescue project.

Theme 3:. WP10 Future changes in ocean carbonate chemistry Objectives: Determine future changes in carbonate chemistry (pH, CaCO 3 saturation states,

Results from the NCAR CSM1.4- carbon model at Bern Thomas Frölicher Climate and Environmental Physics, Physics Institute, University of Bern 1.Modeled.

A paleoperspective on the carbon cycle-climate system Fortunat Joos Climate and Environmental Physics and Oeschger Centre of Climate Change Research University.

Fall 2011 Writing 20:Ocean Acidification August 31, 2011 Lecture 1: “Introduction to Ocean Acidification” Some of this lecture obtained from

WP21 Training activities CARBOOCEAN Janusz Pempkowiak Jacek Bełdowski Philippe Saugier.

Assessment of the current ocean carbon sink and its implications for climate change and mitigation Arne Körtzinger IFM-GEOMAR Kiel, Germany Most relevant.

Theme 2: Detection of decadal-to-centennial Atlantic and Southern Ocean carbon inventory changes. Quantify the Atlantic and Southern Ocean carbon sink,

Coordinated by: CARBOOCEAN Integrated ProjectContract No (GOCE) Global Change and Ecosystems Core Theme V report on future work.

Research Vignette: The TransCom3 Time-Dependent Global CO 2 Flux Inversion … and More David F. Baker NCAR 12 July 2007 David F. Baker NCAR 12 July 2007.

Introduction to Ecosystem Monitoring and Metabolism

Multivariate Data Assimilation of Carbon Cycle Using Local Ensemble Transform Kalman Filter 1 Ji-Sun Kang, 1 Eugenia Kalnay, 2 Junjie Liu, 2 Inez Fung,

Working Group 3: What aspects of coastal ecosystems are significant globally? Coastal Zone Impacts on Global Biogeochemistry NCAR, June 2004 Contributed.

1 Claire Lo Monaco, Andrew Lenton and Nicolas Metzl (LOCEAN-IPSL, Paris) Natural and Anthropogenic Carbon Changes in the South Indian Ocean.

Coordinated CESM/CanESM Large Ensembles for the CanSISE Community

Establish the framework for repeated anthropogenic CO 2 (C ant ) inventory quantification within the Atlantic Ocean basin, including its polar extensions.

Core Theme 5 – WP 17 Overview on Future Scenarios - Update on WP17 work (5 european modelling groups : IPSL, MPIM, Bern, Bergen, Hadley) - Strong link.

Dourdan December Work Package 8: Objectives To assemble and report an observational data base of measurements of carbon and carbon-related properties.

CARBOOCEAN Annual Meeting – Solstrand, Norway 5-9 October 2009 WP17 Highlights: Future Scenarios with coupled carbon-climate models - 5 european modelling.

Core theme 3: Quantification of the carbon sources and sinks at the European regional scale WP12: Regional assessment for the North Sea WP13: Regional.

ANTHROPOGENIC CARBON IN THE ATLANTIC OCEAN: COMPARISON OF FIVE DATA-BASED CALCULATION METHODS Marcos Vázquez-Rodríguez 1, Franck Touratier 2, Claire Lo.

Ocean Acidification The other CO 2 problem Keith Hunter Department of Chemistry University of Otago.

WP 11 - Biogeochemical Impacts - Kick-off meeting Nice 10 – 13/06/2008.

European Union integrated project no Variation in atmosphere-ocean fluxes of CO 2 in the Atlantic Ocean: first results from the Carbo-Ocean observing.

Uptake, Storage, and Transport: Figure 6. Figure 6. Zonal integral of uptake, storage, and transport of anthropogenic carbon for all seven OGCM’s. Storage.

Oceans and anthropogenic CO 2 By Monika Kopacz EPS 131.

Primary production and the carbonate system in the Mediterranean Sea

Core theme 3: Quantification of the carbon sources and sinks at the European regional scale Operational goals: To assess the (Variability of) Carbon uptake.

“Upwelling of south region of Gulf of California. Fluxes of CO 2 and nutrients ” Leticia Espinosa Diana Escobedo (IPN-CIIDIR SINALOA)

Overview CARBOOCEAN EU FP6 Integrated Project CARBOOCEAN ”Marine carbon sources and sinks assessment” 3rd Annual Meeting – Bremen Germany 4-7 December.

Surface Ocean pCO 2 and Air-Sea CO 2 -exchange in Coupled Models Birgit Schneider 1*, Laurent Bopp 1, Patricia Cadule 1, Thomas Frölicher 2, Marion Gehlen.

Oceans & Seas. Where is the Pacific Ocean? Pacific Ocean.

Franck Touratier & Catherine Goyet Lab. IMAGES Université de Perpignan Via Domitia.

S 1 CT1/CT3 Meeting April 2013 Hamburg WP 3.1 Suitability of the ocean observing system components for initialization Wonsun Park GEOMAR.

Quantifying the Mechanisms Governing Interannual Variability in Air-sea CO 2 Flux S. Doney & Ivan Lima (WHOI), K. Lindsay & N. Mahowald (NCAR), K. Moore.

Karol Kuli n ski Marine Chemistry and Biochemistry Department Supervisor: Janusz Pempkowiak Carbon cycling in the Baltic Sea Introduction Goal Methods.

Oceans & Anthropogenic CO 2 V.Y. Chow EPS 131.  CO 2 exchange across sea surfaces in the oceans  Measurement methods of anthropogenic CO 2  Distributions.

Recent Advances: -model-data evaluation protocols (beginning to build ocean version of C-LAMP) (Doney et al., JMS, in press; Doney et al., DSR II, in press)

Climate Change Impacts on Marine Ecosystems Scott Doney Woods Hole Oceanographic Institution Atmospheric CO 2 Mauna Loa HI.

Simulating Southern Ocean Dynamics in Coupled Climate Models Scott Doney (WHOI) In collaboration with: Ivan Lima (WHOI) Keith Moore (UCI) Keith Lindsay.

Anthropogenic carbon in a varying ocean Fortunat Joos, Thomas Fröhlicher Climate and Environmental Physics, Physics Institute, University of Bern

Franck Touratier & Catherine Goyet EA 1947 BDSI, Université de Perpignan, France UNIVERSITE DE PERPIGNAN BIOPHYSIQUE ET DYNAMIQUE DES SYSTEMES INTEGRES.

WP11 Model performance assessment and initial fields for scenarios. Objectives and deliverables To determine, how well biogeochemical ocean general circulation.

Aixue Hu and Gerald A. Meehl

Sarmiento and Gruber (2002) Sinks for Anthropogenic Carbon

Presentation transcript:

WP21(Training activities) Final deliverable (D.18)

As a CO WP21 final deliverable, a contest for best CO related publication, authored/co-authored by CO PhD students was announced (~1st August), and run till 15th September Pre-conditions to enter the contest: Publication authored/co-authored by CO PhD student Publication published,or at least accepted for pub.,before 15th Sep., 2009 Topic related to CO issues Possible entries sent to J.Pempkowiak/Ch.Heinze till 15th Sep.,2009

There are quite a number of publications by (former and current) PhD students doing CarboOcean-related research. In the context of WP2, eg. Friedrich and Oschlies (2009) JGR 114: C03020; Telszewski et al. (2009) BG 6: ; Steinhoff et al. (2009). Padin et al (2007) JMS 66: Padin et al (2009) JMS 75: Patecki and Manning (2007) IEEE, Santana-Casiano et al. (2009) DSR II 56: However, only publications that reached Heinze/Pempkowiak before 15th Sep. were considered

> List of entries to the CO contest  Vázquez-Rodríguez, M., F. Touratier, C. Lo Monaco, D. W. Waugh, X. A., Padin, R. G. J. Bellerby, C. Goyet, N. Metzl,A. F. Ríos, and F. F. Pérez, Anthropogenic carbon distributions in the Atlantic Ocean: Databased estimates from the Arctic to the Antarctic, Biogeosciences, 6, (2009).  Kuliński K., Pempkowiak J., Dissolved organic carbon in the southern Baltic Sea: Quantification of factors a affecting its distribution,> Est. Coast. Shelf Sci, 78, (2008)  Hofmann A.F., F.J.R. Meysman, K.Soetaert, J.J. Middelburg A., Step-by-step procedure for pH model construction in aquatic systems.Biogeosciences, 5, (2009)  Gerber, M., F. Joos, M. Vazquez-Rodriguez, F. Touratier, F. C.Goyet, Regional air-sea fluxes of anthropogenic carbon inferred with an Ensemble Kalman Filter, Global Biogeochemical Cycles, 23, GB1013 (2009)  Frölicher, T. L., F. Joos, G.-K. Plattner, M. Steinacher, S.C.Doney. Natural variability and anthropogenic trends in oceanic oxygen in a coupled carbon cycle-climate model ensemble. Global Biogeochem.Cycles, 23/, GB1003,(2009)  Steinacher, M., Joos, F., Frölicher, T. L., Plattner, G.-K., Doney, S. C.: Imminent ocean acidification in the Arctic projected with the NCAR global coupled carbon > cycle-climate model.Biogeosciences, 6, ( 2009).

Tools used in research were as follow: -2x modeling -2x experimental -2x calculations However, all six publications are :  authored by CO PhD students,  devoted to CO subject, and  published in excellent journals.

Therefore the following solution was adopted:  all six PhD students are awarded for outstanding contribution to CO goals  Awardees will be hended a diploma stating their achievement (signed by Ch.Heinze and J.Pempkowiak)  Awardees will get a lump sum of 150 Euro as a token of CO appreciation of their successful involvement in CO research

List of awarded PhD students Marcos Vasquez Rodriguez Andreas Hofmann Karol Kuliński Markus Gerber Thomas Frölicher Marco Steinacher