Meteorological Cooperation in the Arctic. Perspectives from Finland

Similar documents
FINDINGS OF THE ARCTIC METEOROLOGY SUMMIT

National Satellite Data Centre and Finnish Sentinel Collaborative Ground Segment. Jyri Heilimo Finnish Meteorological Instute

Exploring Common solutions - Finland's Chairmanship Program for the Arctic Council

FINLAND, A COOL ARCTIC COUNTRY WITH SNOW-HOW

EXPLORING COMMON SOLUTIONS IN ARCTIC METEOROLOGY FINLAND S CHAIRMANSHIP OF THE ARCTIC COUNCIL

SYKE Finnish Environment Institute Marine Research Centre Paula Kankaanpää, Director

The known requirements for Arctic climate services

Services Requirements Paper Executive Council Panel of Experts on Polar & High Mountain Observations, Research, and Services

Weather and ice information as a tool for arctic marine and offshore services

FMI & MULTIHAZARD EARLY WARNING SYSTEMS

The importance of international university and project cooperation in science

JCOMM Overview. Val Swail Environment and Climate Change Canada JCOMM representative to IOGP Metocean Committee

CONFERENCE STATEMENT

Enabling Access to Arctic Location Based Information - the Arctic SDI

CONFERENCE STATEMENT

FOURTH INTERNATIONAL PORT METEOROLOGICAL OFFICERS WORKSHOP AND SUPPORT TO GLOBAL OCEAN OBSERVATIONS USING SHIP LOGISTICS

The EU Arctic Cluster

Extremely cold weather events caused by arctic air mass and its synoptic situation in Finland from the year 1950 onwards

The Copernicus Climate Change (C3) service: State of play

IPY International Polar Year Observing System Legacy

NGGPS Community Sea Ice Model Recommendation Workshop. Rebecca Heim / Gene Petrescu NOAA/NWS Alaska Region

Development of an International Arctic Observations Assessment Framework

EUMETSAT. A global operational satellite agency at the heart of Europe. Presentation for the Spanish Industry Day Madrid, 15 March 2012

E x a m p l e s o f t o o l s f o r s e a s i t u a t i o n a l a w a r e n e s s u s i n g C M E M S d a t a. Copernicus EU

CANADIAN HYDROGRAPHIC SERVICE & OCEANOGRAPHIC SERVICES

The 3 rd Chinese- Finnish bilateral workshop on Polar Meteorology, Climate and Sea Ice: Towards Better Operational Services for the Society

INSPIRE. Data Specification for Meteorology. Bruce Wright, Expert Strategic Advisor (Data Management)

Space for the Arctic

The Global Integrated Polar Prediction System (GIPPS) and the Year of Polar Prediction (YOPP)

Global Challenges - Partnering with Service Providers. World Meteorological Organization. J. Lengoasa WMO Deputy Secretary-General

Research Programme Polar, Marine and Coastal Systems. Current and future Arctic research priorities of Germany Nicole Biebow, AWI

Marine Situational Awareness and Environmental Monitoring using Satellites

Arctic Spatial Data Infrastructure Enabling Access to Arctic Location-Based Information

Urban Integrated Services and Multi-Hazard Early Warning Systems

The Soil Atlas of the Northern Circumpolar Region

Observation (EO) & Geomatics in Canada

Group on Earth Observations (GEO) Cold Regions Work Plan Item WA-01-C3

Fennoscandian Country Review: Finland

NOAA S Arctic Program in 2017

WMO Priorities and Perspectives on IPWG

International Air Safety & Climate change conference

Implementing an Arctic Regional Climate Centre Version Date: March 5, 2018 WORLD METEOROLOGICAL ORGANIZATION

Conceptual Modelling within The OGC MetOcean Domain Working Group

INCA-CE achievements and status

Report from Finland. Kirsti Kauristie Finnish Meteorological Institute

Sea ice charts and SAR for sea ice classification. Patrick Eriksson Juha Karvonen Jouni Vainio

Seasonal Climate Outlook for South Asia (June to September) Issued in May 2014

ECCC. Environment and Climate Change Canada. Organization contact. Paul Pestieau.

Current status of the Pan-Arctic Regional Climate Outlook Forum (PARCOF)

Climate and Cryosphere Contributions for the Year of Polar Prediction (YOPP)

The Chairmanship Brand

PROGRAM OF THE RUSSIAN FEDERATION CHAIRMANSHIP OF THE ARCTIC COUNCIL IN

Paul Bridge Meteorologist Vaisala/UKMO Work Groups/Committees: WMO/TRB/AMS

NOAA Arctic Priorities and Potential Contributions to PPP/YOPP. Randall Dole NOAA Earth System Research Laboratory Physical Sciences Division

Experiences on Data and Observational Requirements in the Caribbean

Seatrack Web Developments

Supporting GPSC Cities with Satellite Earth Observation for Sustainable Urban Development

EARLY WARNING SYSTEM AND THE ROLE OF METEOROLOGICAL AND HYDROLOGICAL SERVICE CROATIA

World Meteorological Organization Working together in weather, climate and water

Global SWE Mapping by Combining Passive and Active Microwave Data: The GlobSnow Approach and CoReH 2 O

Russian research highlights for the Arctic. Vladimir Kattsov

Application and verification of ECMWF products 2017

SAON. Finnish Perspectives

Progress on GCOS-China CMA IOS Development Plan ( ) PEI, Chong Department of Integrated Observation of CMA 09/25/2017 Hangzhou, China

The benefits and developments in ensemble wind forecasting

Coastal Erosion & Climate Change: PRIDE 2005 Towards an Alaska Wind/Wave Climatology

Chantale Bijoux Meteorological Officer

EUMETSAT Training activities. Vesa Nietosvaara Mark Higgins

Sea Level Monitoring and the GLOSS Programme

The story of sharing environmental data

Presentations from Rovaniemi 2018 SAO Meeting

Essential Cold Region Variables to reach societal benefits

INTAROS Integration of the existing Arctic observing systems into a common data frame. Roberta Pirazzini, Finnish Meteorological Institute

Advancing Arctic observing within the Global Earth Observation System of Systems (GEOSS) through Community-Based Monitoring

EUMETSAT SAF NETWORK. Lothar Schüller, EUMETSAT SAF Network Manager

Strategic Planning and Management of MMD

VOYAGE (PASSAGE) PLANNING

Work Group A «Core Data» Report and Update François Chirié, Dominique Laurent, France

THIRD MEETING OF THE PACIFIC METEOROLOGICAL COUNCIL. Theme: "Sustainable Weather and Climate Services for a Resilient Pacific "

DEVELOPING FORECASTER COMPETENCES: THE FMI TOPMET PROGRAMME

EC-PORS III Research. Sodankylä, February Developing a Polar Prediction System

The effect of reflection from snow on the output of solar panels based on six years of observations

Steve Colwell. British Antarctic Survey

EUMETSAT SAF NETWORK. Lothar Schüller, EUMETSAT SAF Network Manager

Challenges for SAR operations in the Barents Sea. Tor Einar Berg, Beate Kvamstad

Second Session of the Pan-Arctic Regional Climate Outlook Forum (PARCOF-2), virtual forum, October 2018

Overview of the Global Data Processing and Forecasting System (GDPFS) and WMO infrastructure for long-range predictions

8 th Arctic Regional Hydrographic Commission Meeting September 2018, Longyearbyen, Svalbard Norway

C o p e r n i c u s a n d W I G O S

Geodetics measurements within the scope of current and future perspectives of GNSS-Reflectometry and GNSS-Radio Occultation

Regional Plan 4: Integrating Ecosystem Services Mapping into Regional Land Use Planning

The WWRP Polar Prediction Project ( )

a national geological survey perspective François ROBIDA BRGM (French Geological Survey)

An Arctic Perspective NCEI's Prototype Arctic Data Viewer

Probabilistic Weather Forecasting and the EPS at ECMWF

The role of the Italian Navy Hydrographic Institute in the Arctic activities

The WWRP Polar Prediction Project

European Space Agency

MACSSIMIZE. Measurements of Arctic Clouds, Snow, and Sea Ice nearby the Marginal Ice ZonE. Principal investigator. Chawn Harlow

Geodesy. orientation. shape. gravity field

Transcription:

Meteorological Cooperation in the Arctic Perspectives from Finland Improving public safety, better data coverage, enhancing arctic climate science VAWS Webinar Series Fairbanks, Alaska May 10th 2017

Finland s chairmanship in the Arctic Council 2017-2019 ENVIRONMENTAL PROTECTION CLIMATE CHANGE PARIS AGREEMENT CONNECTIVITY METEOROLOGICAL COOPERATION SUSTAINABILITY EDUCATION

EXPLORING COMMON SOLUTIONS FINLAND S CHAIRMANSHIP PROGRAM FOR THE ARCTIC COUNCIL 2017 2019 Priority: METEOROLOGICAL COOPERATION Circumpolar meteorological and oceanographic cooperation will improve public safety, benefit international shipping and air traffic, and enhance Arctic climate science. By further developing meteorological cooperation, it is possible to improve monitoring and observation networks and the management of climate and waterrelated risks. Intensified monitoring on land, at sea, in the atmosphere and in space will provide better data coverage and fill geographical gaps in data collection. This leads to better services and forecasting of meteorological phenomena in the Arctic and contributes to making much-needed climate change scenarios as accurate as possible. Finland proposes to deepen meteorological and oceanographic cooperation among the Arctic States in collaboration with the World Meteorological Organization.

Meteorological cooperation WHY? Enhanced situational awareness, forecasts and arctic climate science ensures safety at sea, in the air and on land. Essential for arctic communities, businesses and authorities. Requires intensified monitoring better data coverage improved safety services and forecasting. Improved climate change scenarios that deepen our understanding of its consequences in the Arctic.

Meteorological cooperation HOW? implementation of WMO initiatives Arctic Polar Regional Climate Center (PRCC) and Year of Polar Prediction (YOPP) Campaign intensifying the work of Sustainable Arctic Observation Network (SAON) and implementation of the EU Horizon2020 project International Arctic Observation System (INTAROS), developing IOC Arctic GOOS programme developing services related to navigation and communication in the Arctic strenghtening the use of satellite based data for research, monitoring and services

Planned demonstrations during the Finnish chairmanship Satellite data transfer demo Oil combatting excercise 3/2018 (as required in the EPPR Agreement) SAR excercise during the Arctic Coast Guard Week 3/2019 Intelligent navigation systems in the Arctic Mobility as a Service (MaaS/AURORA) 2018 Winter navigation demonstration 2018

Satellite data service demonstration for the Arctic Sea in the FIN-YOPP project: An activity related to the Finnish chairmanship period in the Arctic Council A poject coordinated by the Finnish Meteorological Institute (FMI) Communications solution by KNL NETWORKS Ltd (Oulu, Finland) Aim and central idea: To establish and demonstrate the transfer of Near-Real-Time satellite data-based sea ice information to vessels operating in the Arctic Product chain including (a) satellite data reception at FMI s Sodankylä National Satellite Data Centre (NSDC), (b) sea ice product generation at NSDC and (c) data delivery to vessels by KNL NETWORKS Satellite data reception at Sodankylä Generation of sea ice information Product transmission 7

FMI Science Networking Workshop Venue: FMI headquarters, Helsinki, Finland Suggested dates: Aug 30-Sep 1, 2017 Target group: experts from all Arctic Council member states and WMO arctic PR s Themes: Satellite based services and products, incl. ECV s and UAV s: snow, sea ice, permafrost, floods, forest fires, water overrun on ice, Day-Night Band (DNB) Weather model and application development to meet arctic requirements Observations and monitoring in the Arctic (YOPP campaign) WMO Arctic Regional Climate Center (Arctic RCC) Adaptation and resilience to climate change 27.9.2017 8

FMI Arctic Meteorology Summit 2018 MON 19 March TUE 20 March WED 21 March THU 22 March FRI 23 March ICWED arrivals ICWED Meeting Evening ICWED Dinner ICWED Meeting cont. Arctic Meteorology Summit (* Evening Arctic Met Summit Cocktails & Dinner opening Evening WMO PHORS Dinner Evening 27.9.2017 9 incl closure Departures (* Arctic Meteorology Summit is for the Meteorological Directors of all European and Arctic Council member Countries, high-level WMO and SAO Officials as well as Finnish high-level authorities from Parliament, Ministries and local governance.