John DudeneyASSW IPY SessionApril 21 2005

IPY 2007-2008 Concept

ICSU and WMO are co-sponsoring:

An intensive burst of internationally coordinated, interdisciplinary, scientific research and observations focussed on the

Earth’s Polar regions starting in 2007

1. Current Status of Polar Regions2. Change in the Polar Regions3. Global Linkages4. New Frontiers5. Polar Regions as Vantage Points6. The Human Dimension

The Human Dimension also runs through the first five Themes.Data Management and Education, Outreach & Communication are present in all six themes

IPY Themes

IPY and Societal Benefits

IPY can bring societal benefits to the polar regions in the form of new knowledge, in enhancements to the systems observing change and in understanding of natural and human processes there

– Improving weather information, forecasting, and warnings

– Improving predictions of climate variability and change

– Reducing loss of life and property from natural and human- induced disasters

– Establishing how to mitigate or adapt to environmental factors affecting human health and well being

IPY and Societal Benefits

• Improving the sustainable management of fisheries/ agriculture

• Improving the management of resources of water and energy

• Improving the management and protection of terrestrial, coastal, and marine ecosystems

• Understanding, monitoring, and conserving biodiversity

• Providing indigenous people with the tools and capabilities to tackle these societal issues and build capacity

IPY Activities over the past year (1)

Joint Committee appointed to oversee IPY implementation – includes ex-officio members from IASC,SCAR, IOC, ICSU, WMO

International Programme Office established in UK (Nov 2004) International competition for IPY Director – David Carlson (USA)

The implementation document “A Framework for IPY 2007-2008” was published (Nov 2004). Available as a pdf on the IPY website

ICSU-WMO issue Call for Expressions of Intent aimed particularly at projects with heavy logistic needs (Nov) – Deadline 14th Jan 05

IPY Activities over the past year (2)

First Meeting of the Joint Committee and First Meeting of the Open Consultative Forum (March 2005) - CAFF, AMAP, FARO, U of Arctic, IPS, IASSA, IASC and ICARP II represented.

IPY JC assessed ~ 900 proposals and reduced these to ~60 topics by clustering proposals along disciplinary lines. Cross-cutting noted.

Assessment letters sent to primary contacts of each proposal and

potential lead projects approached for each topic.

Updated website launched (www.ipy.org) with searchable database of all the IPY proposals and the assessment summary

Some Results from the Assessment (1)• Arctic EoI’s = 483, Antarctic = 159, Bipolar = 136

• Selection of country involvement (not just leading) in EoI’s

050

100150200250300350400

Nos

. of E

oI's

Some Results from the Assessment (2)Distribution of EoI’s through spheres

Atmosphere = 114 Geosphere = 105Cryosphere = 146 Biosphere = 135Hydrosphere = 98 Human Dimension = 104Space/Earth Ob = 67 Education/Legacy = 80

Association of EoI’s with major programmes/areasCASO (S. Ocean) = 21 Permafrost = 17 iAOOS (Arctic Ocean) = 22 CliC = 65 SEARCH = 21 WAIS studies = 11

THEME 1 – StatusBiodiversity of Polar Regions Clouds, aerosols, atmospheric chemistryHydrological cycle and freshwater budget Ocean circulation Space Snapshot Ice Caps, Ice Sheets, Glaciers & Permafrost Weather and Climate Biochemistry and Ecosystems Coasts and Margins Atmosphere ocean ice (THORPEX)

THEME 2 – ChangeLife Under Natural & Antropogenic ChangesMigration: Invasions, expansions reductionsPaleoclimate Adaptation and Vulnerability Transitions and Border Zones Rapid Change Societal Responses Ecosystem Response to change Evolution of Polar Glaciation

THEME 3 – Global ConnectionsTeleconnections between Pole and mid-latitude Plate tectonics and Polar Gateways

THEME 4 – New FrontiersExploration Beneath the Ice

THEME 5 – Vantage Point Observing SystemLife in the Polar RegionsGeophysical, Glaciological Atmospheric and Climate Observation Systems Local and indigenous visions ICESTAR Astronomy SPARC

THEME 6 – Human DimensionNatural Resources Uses, Management and Conservation Northern Resources New Risks and Stresses (inc. contaminants and Health)Resources – Geosciences

OUTREACH AND EDUCATIONPreservation of IPY Legacy

 

Clusters and the IPY Themes

Mandatory IPY Activity Characteristics 1. Makes significant advances within one or more IPY themes2. Involves at least one polar region and takes place within the

IPY timeframe 3. Contributes to international collaboration 4. Presents a viable management plan and organisational

structure, including a time line when commitments (funding, logistic etc) can be expected

5. Presents a viable approach for securing funding 6. Proposes a viable plan for securing appropriate logistical support 7. Signs up to the principles and aims of IPY data management and

proposes a viable data management plan 8. Proposes a viable plan or approach for education, outreach and

communication activities 9. Shows how it will foster the next generation of polar researchers

Desirable Characteristics of IPY Activities

1. Includes nations not traditionally involved in polar research (at present only 3 non-polar countries in IPY)

2. Provides the opportunity for a legacy of infrastructure (observation sites, facilities, systems)

3. Builds on existing plans, programmes or initiatives or at least does not conflict with them

4. Has interdisciplinary elements5. Is “endorsed” by one or more IPY National Committee

or International Organisation (ensures involvement of National Committees who link to funding agencies)

IPY Topics & Projects (Atmosphere)PALAEOCLIMATE/ CLIMATE COMPILATIONS

International Partnerships for Ice Core Studies(IPICS)

HYDROLOGICAL CYCLE AND FW BUDGET

An Arctic component of the WMO World Hydrological Cycle Observing System (HYCOS)

WEATHER AND CLIMATE (improved forecasts)

THORPEX-IPY

Air-Ice Chemical Interactions (AICI–IPY)

CLOUDS, AEROSOLS, ATMOSPHERIC CHEM.

Arctic Monitoring and Assessment Programme (AMAP)

Polar Ozone Loss (ORACLE-03)

The Polar Environment Atmospheric Research Laboratory (PEARL)

IPY Topics & Projects (Hydrosphere)OCEAN CIRCULATION Integrated Arctic Ocean Observing System (iAOOS)

Climate in Antarctica and the Southern Ocean (CASO)

BIOGEOCHEMISTRY AND ECOSYSTEMS

Ocean-Atmosphere-Sea Ice-Snow pack Interactions (OASIS) Integrated Climate-Ecosystem Dynamics of the Southern Ocean (ICED)

COASTS AND MARGINS Arctic Circumpolar Coastal Observatory Network (ACCO-NET)Synoptic Antarctic Shelf-Slope Interactions (SASSI)

IPY Topics & Projects (Cryosphere)The State and Fate of the Polar CryosphereCold Land Processes in Northern Eurasia The Thermal State of Permafrost

TERREST. CRYOSPHERE

GLACIERS AND ICE CAPS The dynamic response of Arctic glaciers to global warmingPolar glaciers and ice caps as indicators of climate change

SEA-ICE The state of the Arctic sea ice cover

MASS BALANCE, ICE DYNAMICS, STABILITY

Ice Mass Change on the margins of the Greenland Ice SheetStability of the West Antarctic Ice Sheet (WAIS)Traverse of the Ice Divide of E. Antarctica (IDEA)

IPY Topics & Projects (Human Studies)

CHANGE: ADAPTATION AND VULNERABILITY; COUPLED HUMAN- ENVIRONMENT SYSTEMS

Co-ordination of Observation and Monitoring of the Arctic for Assessment and Research (COMAAR)Study of Environmental Arctic Change (SEARCH)

NEW RISKS & STRESSES (inc Human Health)

Arctic Human Health Initiative (AHHI)Polar Pulse (Bipolar proposal)

IPY Topics & Projects (Space Studies)

ICESTAR and IHY Inter-Hemispheric Conjugacy Effects in Solar-Terrestrial and Aeronomy Research (ICESTAR)International Heliophysical Year (IHY)

IPY SPACE SNAPSHOT Global Inter-Agency IPY Polar Snapshot Year (GIIPSY)

Arctic IPY Topics & Projects (Education/Data)

IPY DATA Electronic Geophysical Year (e-GY)Data and Information Service (DIS) for Distributed Data Management

EDUCATION Higher Education in the International Polar Year (University of the Arctic)

Next Steps 1• Further information on logistics requirements

passed to FARO/COMNAP (April 2005)• Ad hoc Task Groups being formed to progress

Data and EOC issues (April 2005). These will hand over to Data and EOC Sub-Committees formed summer 2005

• Funding of projects is at national level but the JC aim to address international funding opportunities

Next Steps 2• Full proposals (6-7 pages) requested – by June 30, 2005

• JC identifies initial set of “core” IPY projects – Aug 2005

• Further opportunities for inclusion of IPY projects through into 2006. A second Call for September 30 and a third Call in January 2006

• Ongoing promotion of IPY at international meetings, development of promotional material and the website

Thank You

TIMELINE OF IPY 2007-2008 PROGRAMME DEVELOPMENT

CALL FOR IDEAS(December 2003)

600+ IDEAS(June 2004)

IPY FRAMEWORKDOCUMENT (Sept 2004)

TIMELINE OF IPY 2007-2008 PROGRAMME DEVELOPMENT

CALL FOR IDEAS(December 2003)

600+ IDEAS(June 2004)

IPY FRAMEWORKDOCUMENT (Sept 2004)

CALL FOR EXPRESSIONSOF INTENT (EoI’s)

(Oct 2004)

1000+ EoI’sSUBMITTED(Jan 2005)

CLUSTERING INTO56 TOPICS (March 2005)

TIMELINE OF IPY 2007-2008 PROGRAMME DEVELOPMENT

CALL FOR IDEAS(December 2003)

600+ IDEAS(June 2004)

IPY FRAMEWORKDOCUMENT (Sept 2004)

CALL FOR EXPRESSIONSOF INTENT (EoI’s)

(Oct 2004)

1000+ EoI’sSUBMITTED(Jan 2005)

CLUSTERING INTO56 TOPICS (March 2005)

CALL FOR FULLPROPOSALS(March 2005)

104 PROPOSALS(June 30 2005)

FIRST SET OF IPYCORE PROJECTS

FURTHER CALLS INSEPT 2005, JAN 2006

REMAINING SETSOF CORE PROJECTS

IPY STARTSMARCH 2007

104 FULL PROPOSALS SUBMITTED BY JUNE 30

Examples of these large multi-national proposals

THORPEX-IPYLINKS TO WMO’S GLOBAL ATMOSPHERIC RESEARCH PROGRAMME FOR IMPROVED FORECASTING (THORPEX)

CARECLIMATE OF THE ARCTIC AND ITS ROLE FOR EUROPE

ORACLE-O3POLAR OZONE LOSS

AICI-IPYATMOSPHERE-ICE CHEMICAL INTERACTIONS

ATMOPOL ATMOSPHERIC MONITORING NETWORK FORANTHROPOGENIC POLLUTION IN THE ARCTIC

GLACIODYNDYNAMIC RESPONSE OF ARCTIC GLACIERS TO CLIMATE

APICSANTARCTIC PENINSULA ICE SHEET CHANGE STUDY

PERMAFROSTBIPOLAR THERMAL STATE OF PERMAFROST

IPICSINTERNATIONAL PARTNERSHIPS IN ICE-CORE SCIENCE

OASISOCEAN-ATMOSPHERE-SEAICE-SNOWPACKINTERACTIONS

SALESUB-GLACIAL ANTARCTIC LAKE EXPLORATION

IDEATRAVERSE OF THE ICE DIVIDE OF EAST ANTARCTICA

iAOOSINTEGRATED ARCTIC OCEAN OBSERVING SYSTEM

CASOCLIMATE IN ANTARCTICA AND THE SOUTHERN OCEAN

GEOTRACESTRACE ELEMENT BIOGEOCHEMISTRY OF POLAR SEAS

ACCO-NETARCTIC CIRCUMPOLAR COASTAL OBSERVATORY NETWORK

POLARSTERNARCTIC DEEP OCEAN HOT SPOT ECOSYSTEMS(LINKED TO FP6 INTEGRATED PROJECT “HERMES”)

ICED-IPYSOUTHERN OCEAN INTEGRATED CLIMATE-ECOSYSTEM DYNAMICS (INCLUDES FP6 NETWORK “EUR-OCEANS)

ANDEEP-SYSTCOANTARCTIC DEEP SEA BIODIVERSITY COUPLING

ISACINTERNATIONAL STUDY OF ARCTIC CHANGE

KINNVIKACHANGE AND VARIABILITY OF ARCTIC SYSTEMS– NORDUASTLANDET, SVALBARD 

POLAR MICROBESBIODIVERSITY AND ECOLOGY OF POLARMICRO-ORGANISMS

ANTARCTIC ALIENSINTRODUCTION AND COLONISATION OF POLAR REGIONS BY ALIEN SPECIES

RISCCREGIONAL IMPACTS ON ANTARCTIC TERRESTRIALAND FRESHWATER SYSTEMS BY CLIMATE CHANGE

PAST

APEXARCTIC PALAEOCLIMATE AND ITS EXTREMES

PLATES AND GATESPOLAR OCEAN GATEWAYS AND TECTONICS

PRESENT

GIIPSYGLOBAL INTER-AGENCY IPY POLAR SNAPSHOT YEAR

ICASS VICIRCUMPOLAR SOCIAL CHANGE: OPPORTUNITIES ANDCHALLENGES

LICHENTHE LINGUISTIC AND CULTURAL HERITAGE ELECTRONICNETWORK