NeSC, Nov 2003 Bristol Regional e-Science Centre: progress and plans Mark Birkinshaw University of Bristol.

Slides:

Advertisements

Similar presentations

The Same Old Remote Misunderstandings: Object-Focused Interaction in e-Social Science Mike Fraser University of Bristol.

Advertisements

Solar and STP Physics with AstroGrid 1. Mullard Space Science Laboratory, University College London. 2. School of Physics and Astronomy, University of.

School of Environmental Sciences University of East Anglia

"Don't Forget the Salt!" Aquarius Education and Public Outreach Annette deCharon University of Maine.

BlogMyData A Virtual Research Environment for collaborative visualization of environmental data Andrew Milsted | 14 September 2010.

The MashMyData project Combining and comparing environmental science data on the web Alastair Gemmell 1, Jon Blower 1, Keith Haines 1, Stephen Pascoe 2,

Major currents, gyres, rings, and eddies (basin scale) Winds and wind-driven basin circulation Meanders, rings, eddies and gyres The thermohaline circulation.

Detecting and Tracking of Mesoscale Oceanic Features in the Miami Isopycnic Circulation Ocean Model. Ramprasad Balasubramanian, Amit Tandon*, Bin John,

Thermohaline Circulation

NERC Data Grid Helen Snaith and the NDG consortium …

Introduction to Geographic Information Systems GIS is a Spatial tool used to query spatial information investigate spatial problems communicate spatial.

Grid resources for NWP models at national level in Korea Korean Meteorological Administration Super Computer Center Korea Meteorological Administration.

Ocean Response to Global Warming William Curry Woods Hole Oceanographic Institution Wallace Stegner Center March 3, 2006.

Surface Currents and Deep Currents

Introduction to Grid Computing Ann Chervenak Carl Kesselman And the members of the Globus Team.

Web-based Portal for Discovery, Retrieval and Visualization of Earth Science Datasets in Grid Environment Zhenping (Jane) Liu.

TPAC Digital Library Talk Overview Presenter:Glenn Hyland Tasmanian Partnership for Advanced Computing & Australian Antarctic Division Outline: TPAC Overview.

Grid for Coupled Ensemble Prediction (GCEP) Keith Haines, William Connolley, Rowan Sutton, Alan Iwi University of Reading, British Antarctic Survey, CCLRC.

GridPP Tuesday, 23 September 2003 Tim Phillips. 2 Bristol e-Science Vision National scene Bristol e-Science Centre Issues & Challenges.

Department of Computer Science Engineering SRM University

Thermohaline Overtuning – at Risk? Detlef Quadfasel, THOR Project Office KlimaCampus, University of Hamburg, Germany

THEME[ENV ]: Inter-operable integration of shared Earth Observation in the Global Context Duration: Sept. 1, 2011 – Aug. 31, 2014 Total EC.

Deep Ocean Currents 90% of the ocean’s water!. Depend on Density which is affected by Density which is affected by – temperature Colder water is more.

24/25 October 2002 SDMIV workshop – Julian Gallop1 Potential applications in CLRC/RAL collaborations Julian Gallop October 2002.

Vedurstofa Islands The Icelandic Meteorology centre, which also includes seismologists and avalanche experts. A hub for science!

Service-enabling Legacy Applications for the GENIE Project Sofia Panagiotidi, Jeremy Cohen, John Darlington, Marko Krznarić and Eleftheria Katsiri.

Functions and Demo of Astrogrid 1.1 China-VO Haijun Tian.

Climate Change: A National and Marine Perspective David Woolf National Oceanography Centre, Southampton.

Using ICENI to run parameter sweep applications across multiple Grid resources Murtaza Gulamali Stephen McGough, Steven Newhouse, John Darlington London.

SEEK EcoGrid l Integrate diverse data networks from ecology, biodiversity, and environmental sciences l Metacat, DiGIR, SRB, Xanthoria,... l EML is the.

CRISP & SKA WP19 Status. Overview Staffing SKA Preconstruction phase Tiered Data Delivery Infrastructure Prototype deployment.

SAILING INTO A SEA OF EXCITEMENT: An Earth System Perspective on Marine Research in the Next Decade Will Steffen Executive Director, IGBP Royal Swedish.

ARGONNE NATIONAL LABORATORY Climate Modeling on the Jazz Linux Cluster at ANL John Taylor Mathematics and Computer Science & Environmental Research Divisions.

Composing workflows in the environmental sciences using Web Services and Inferno Jon Blower, Adit Santokhee, Keith Haines Reading e-Science Centre Roger.

© Copyright AARNet Pty Ltd TEIN APII Koren Symposium Australia and the Pacific Region Infrastructure to support global e-science George McLaughlin Director,

“Grids and eScience” Mark Hayes Technical Director - Cambridge eScience Centre GEFD Summer School 2003.

The UK eScience Grid (and other real Grids) Mark Hayes NIEeS Summer School 2003.

Components of the Global Climate Change Process IPCC AR4.

Applications & a Reality Check Mark Hayes. Applications on the UK Grid Ion diffusion through radiation damaged crystal structures (Mark Calleja, Mark.

GEON2 and OpenEarth Framework (OEF) Bradley Wallet School of Geology and Geophysics, University of Oklahoma

Distributed Data Analysis & Dissemination System (D-DADS ) Special Interest Group on Data Integration June 2000.

Ocean processes affecting ice-cover in the Arctic, and their impact on hydrocarbon exploration William Crawford Eddy Carmack Josef Cherniawsky Institute.

Results Time mean SSTs display regions of large fronts but also thermostats associated with mode waters (Fig. 2, upper panel). Large fronts are typically.

1 THETIS:A DATA MANAGEMENT AND DATA VISUALIZATION SYSTEM FOR SUPPORTING COASTAL ZONE MANAGEMENT OF THE MEDITERRANEAN SEA (F0069: Telematics on Research)

SEEK Science Environment for Ecological Knowledge l EcoGrid l Ecological, biodiversity and environmental data l Computational access l Standardized, open.

Argo: Tracking the Pulse of the Global Oceans. How do Argo floats work? Argo floats collect a temperature and salinity profile and a trajectory every.

What forces cause the ocean to move? Gravitational pull of the Moon and Sun Wind (friction between air and water) Coriolis Effect (spin of Earth) Differences.

Ocean Response to Global Warming/Global Change William Curry Woods Hole Oceanographic Institution Environmental Defense May 12, 2005 Possible changes in.

2. WP9 – Earth Observation Applications ESA DataGrid Review Frascati, 10 June Welcome and introduction (15m) 2.WP9 – Earth Observation Applications.

Performance guided scheduling in GENIE through ICENI

Example projects using metadata and thesauri: the Biodiversity World Project Richard White Cardiff University, UK

NORDUnet NORDUnet e-Infrastrucure: Grids and Hybrid Networks Lars Fischer CTO, NORDUnet Fall 2006 Internet2 Member Meeting, Chicago.

OEAS 604: Final Exam Tuesday, 8 December 8:30 – 11:30 pm Room 3200, Research Innovation Building I Exam is cumulative Questions similar to quizzes with.

Warm Up 9/19  On the global grid, the prime meridian is at __ degrees _______________.  0 degrees longitude  Differences in elevation are best shown.

On Advanced Scientific Understanding, Model Componentisation and Coupling in GENIE Sofia Panagiotidi, Eleftheria Katsiri and John Darlington.

Art or Science?. Explain the thermal transfers of energy within oceans and the importance of oceanic conveyor belts.

Metadata Development in the Earth System Curator Spanning the Gap Between Models and Datasets Rocky Dunlap, Georgia Tech 5 th GO-ESSP Community Meeting.

RC ICT Conference 17 May 2004 Research Councils ICT Conference The UK e-Science Programme David Wallace, Chair, e-Science Steering Committee.

Importance of the atmospheric boundary layer (2).

InSilicoLab – Grid Environment for Supporting Numerical Experiments in Chemistry Joanna Kocot, Daniel Harężlak, Klemens Noga, Mariusz Sterzel, Tomasz Szepieniec.

CYBER-GIS FOR SCIENTIFIC DISCOVERIES. Global Forest Change Hansen, M. C. et al (2013). High-Resolution Global Maps of 21st-Century Forest Cover Change.

HiGEM A national UK programme in ‘Grand Challenge’ high resolution modelling of the global environment between NERC and the Hadley Centre.

A Web-enabled Approach for generating data processors

Geospatial Technology in Climate Change

Shuyi S. Chen, Ben Barr, Milan Curcic and Brandon Kerns

Mixed Reality Server under Robot Operating System

Dr. Richard Hires Center for Maritime Systems

Understanding and forecasting seasonal-to-decadal climate variations

Presentation transcript:

NeSC, Nov 2003 Bristol Regional e-Science Centre: progress and plans Mark Birkinshaw University of Bristol

NeSC, Nov November 2003Mark Birkinshaw, U. Bristol2 Outline 1.BReSC and CeRB 2.BReSC theme: data-interactivity 3.BReSC progress 4.BReSC projects: some examples 1.WFS viewer: AstroGrid-2 2.InSAR mapping 3.GENIE 4.Chemical structures

NeSC, Nov November 2003Mark Birkinshaw, U. Bristol3 BReSC and CeRB Bristol: GridPP, GENIE, genomics, digital media, etc. UWE: Mammogrid Exeter: eStar, IAs Bristol: BReSC a component of CeRB

NeSC, Nov November 2003Mark Birkinshaw, U. Bristol4 BReSC theme Data-interactivity: NRT DP using local Grid and display on AG node Cold and hot media – NRT manipulation and discovery Example: finding structure anomalies and features in multi-dimensional datasets via combination of display and calculation – astronomy, mathematics, …

NeSC, Nov November 2003Mark Birkinshaw, U. Bristol5 BReSC progress AGN site preparation – decision for site was delayed, but now made, orders being placed eScience PDRA – offer made and informally accepted, will start in December (Bristol will hire a second PDRA) Internal Grid – under test, switches in place Science drivers – remain strong, additional University hires in area (Valdes et al.) SRIF spend – possible significant allocation being negotiated

NeSC, Nov November 2003Mark Birkinshaw, U. Bristol6 Projects Some examples WFSviewer GENIE InSAR Isomerisation Others: Bristol: digital media, genomics, earthquake modelling, volcano predictions Exeter: eStar, Ias UWE: Mammogrid

NeSC, Nov November 2003Mark Birkinshaw, U. Bristol7 Wide-Field Survey Viewer Designed for a wide-field survey with multiple wavebands and camera positions Source detection and merging of object catalogues Uses overlaps and stellar colour- colour sequences to produce uniform photometry Make, store true-colour images Single interface to images & catalogues (local or remote) Data analysis ‘plug-in’ modules

NeSC, Nov November 2003Mark Birkinshaw, U. Bristol8 Slit-mask design: interactive slit edits, overlap checks Photometry plots: e.g. cluster colour- magnitude diagram Remote databases: e.g. FIRST catalogue, maps Surface density plot: colour-magnitude selected samples WFSV: data-analysis modules

NeSC, Nov November 2003Mark Birkinshaw, U. Bristol9 GENIE? Grid ENabled Integrated Earth system model Investigate long term changes to the Earth’s climate using g numerical models e-Science aims: –Flexibly couple state-of-the-art components to form unified Earth System Model (ESM). –Execute resultant ESM on a Grid infrastructure. –Share resultant data produced by simulation runs. –Provide high-level open access to the system, creating and supporting virtual organisation of Earth System modellers.

NeSC, Nov November 2003Mark Birkinshaw, U. Bristol10 The problem: Thermohaline circulation Ocean transports heat through the “global conveyor belt.” Heat transport controls global climate. Wish to investigate strength of model ocean circulation as a function of two external parameters. Use GENIE-Trainer.  Wish to perform 31  31 = 961 individual simulations.  Each simulation takes  4 hours to execute on typical Intel P3/1GHz, 256MB RAM, machine  163 days

NeSC, Nov November 2003Mark Birkinshaw, U. Bristol11 Scientific achievements Intensity of the thermohaline circulation as a function of freshwater flux between Atlantic and Pacific oceans (DFWX), and mid-Atlantic and North Atlantic (DFWY). Surface air temperature difference between extreme states (off - on) of the thermohaline circulation. North Atlantic 2  C colder when the circulation is off.

NeSC, Nov November 2003Mark Birkinshaw, U. Bristol12 Real science through real e-Science Delivered Grid resources to perform simulations of prototype Earth System Model. Delivered web based system to allow a virtual organisation of environmental scientists to create and manage simulations at a high-level. Delivered database management system to allow scientists to share, access and visualise data produced by simulation runs. New results with profound implications: papers out!

NeSC, Nov November 2003Mark Birkinshaw, U. Bristol13 Antarctic ice surface velocities: satellite InSAR

NeSC, Nov November 2003Mark Birkinshaw, U. Bristol14 PE profile of isomerisation in NO + NH 2

NeSC, Nov November 2003Mark Birkinshaw, U. Bristol15 Dramatis personae Balint-Kurti, Orpen (Chemistry) Bamber, Payne, Valdes (Geographical Sciences) Barker, Edwards, Hall (Biological Sciences) Birkinshaw, Bremer, Heath, Miles, Newbold (Physics) Green, Nason, Wiggins (Mathematics) May (Computer Science) Taylor (Civil Engineering) Naylor (Physics, Exeter) McClatchey, Parmee (UWE)