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WMO Polar and High Mountain activities WMO Polar and High Mountain activities

WMO Polar and High Mountain activities - PowerPoint Presentation

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WMO Polar and High Mountain activities - PPT Presentation

GLOBAL CRYOSPHERE WATCH ROLLING REVIEW OF REQUIREMENTS RRR Rodica Nitu Global Cryosphere Watch WMO SAON Board Meeting Jan 11 2017 SUMMARY WMO Priorities Global Cryosphere Watch Rolling Review of Requirements ID: 811911

data gcw requirements wmo gcw data wmo requirements global observing cryosphere review www cryospheric observations oscar network watch monitoring

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Slide1

WMO Polar and High Mountain activities

GLOBAL CRYOSPHERE WATCHROLLING REVIEW OF REQUIREMENTS (RRR)

Rodica Nitu

Global

Cryosphere Watch,

WMO

SAON Board Meeting

Jan 11, 2017

Slide2

SUMMARY

WMO Priorities

Global Cryosphere Watch

Rolling Review of Requirements

Opportunities for collaboration GCW-SAON

Slide3

WMO Priorities 2016-2019

Disaster Risk ReductionGlobal Framework for Climate ServicesWMO Integrated Global Observing SystemAviation Meteorological ServicesPolar and High-mountain Regions: Improve meteorological and hydrological monitoring, prediction and services, by

:

(

i

)

operationalizing

the Global Cryosphere Watch;

(ii) understanding the implications of changes on the global weather and climate patternsCapacity DevelopmentWMO Governance

Slide4

GCW Activities

(what is GCW doing, or what’s happening that wouldn’t otherwise happen)

Fundamental contribution to

GEOSS

;

refining

cryosphere

observational

requirements for WIGOS OSCAR ;network of surface observations, with

"CryoNet“ at its core;

collating/establishing

measurement guidelines

and best practices;

engaging in and supporting

intercomparisons of instruments and (satellite) products

, e.g.,

GCW Snow Watch

(and SnowPEx);

SPICE

e

nable

access to data and metadata

through GCW portal

;

Use the WMO data regulatory framework to enable the development and implementation of

data/metadata standards

contributing

to WMO’s space-based capabilities database (with PSTG);

producing

unique hemispheric products

, e.g., “snow anomaly trackers

”;

engaging in

historical data rescue

(e.g., snow depth);

building a

glossary of

cryospheric

terms

;

Slide5

CryoNet

network of

cryospheric

in-situ

observations

.

extensive monitoring through GCW (standardized) practices;

cryospheric

data

for improved process

understanding

and modelling;

calibration

and validation data for satellite data;linking cryospheric ground truth observations to cryospheric models;training.

Slide6

WMO Rolling Review of Requirements

https://www.wmo.int/pages/prog/www/OSY/GOS-RRR.htmlReview of technology free requirements for observations within each area of applicationReview of observing capabilities (existing, planned) of observing systems (surface, space based)Critical review of the extent to which the technology deliver the requirementsStatement of Guidance: Inform on the extent to which the requirements are met by the identified systemsInforms the dialogue with the observing system developing agencies, influencing future research

Feasibility and affordability

Slide7

Application Areas

Global NWP;High resolution NWP;Nowcasting and very short range forecasting;Subseasonal to longer term prediction;Forecasting atmospheric composition;Monitoring atmospheric composition;Provide atmospheric composition information to support services in urban and populated areas;

Aeronautical meteorology;

Ocean

applications;

Agriculture meteorology;Hydrology;

Climate monitoring;

Climate

applications;Space weatherGCW is an evolving area: requirements under development

Slide8

RRR Processhttp://www.wmo-sat.info/oscar

/ Requirements defined in terms of:Horizontal and vertical resolutionFrequency of observationsTimeliness (delay in availability)Uncertainty (acceptable RMS errors, limitations or bias)Values:

goal

,

threshold

,

breakthrough

.

WMO collects requirements for observationsCatalogues the current and planned provisions of observationsGenerates a database on User Requirements and Observing System Capabilities Accessible via WMO website through the Observing Systems Capabilities Analysis and Review Tool (OSCAR).

Slide9

OSCAR Database

Slide10

Cryosphere variables

CryoNet Team meeting, Sept 20-22, 2017 http://www.wmo.int/pages/prog/www/OSY/Reports/GCW-index.htmlRecommended and desirable variables by componentNext steps: complete the assessment of attributes of variables

Slide11

GCW DATA PORTAL

Engagement with Arctic Data CommitteeExchange cryosphere data, metadata, information and analyses among a distributed network of providers and users.

gcw.met.no

The

GCW Data Portal is part of WIS

,

a

Data Collection and Production Centre

and

is interoperable with data

centres

.

YOPP data management builds on GCW data management

Slide12

GCW Steering GroupMeeting: Jan 16-19, 2017, Cambridge, UK

Focus on implementation: potential for collaboration with CON SAONDefine GCW as a ProgrammeData ExchangePartnershipsNew productsExpansion of the GCW Observing Network

Slide13

GCW partners:

Global Precipitation

Climatology

Centre

Collaboration and cooperation with partners is

essential

to successfully

conduct

GCW activities at the international, regional and national

levels.

Partners include, but not limited to:

Slide14

GCW sponsors:

Slide15

Thank you