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Observations of sea-surface temperature made in situ: evolution, uncertainties and considerations on their use

Author

N. Rayner

J. Kennedy

H. Titchner

E. Kent

2018, Presentation, Workshop - sea surface temperature and sea-ice (SST)

File

17967-observations-sea-surface-temperature-made-situ-evolution-uncertainties-and-considerations.pdf

Satellite observations of sea ice concentration and drift

Author

L.T. Pedersen

R. Saldo

T. Lavergne

M. Brandt

R. Tonboe

S. Kern

J. Lavelle

2018, Presentation, Workshop on observations and analysis of sea-surface temperature and sea ice for NWP and climate applications

File

17968-satellite-observations-sea-ice-concentration-and-drift.pdf

In-situ and airborne sea ice observations for better sea ice prediction and climate analysis

Author

C. Haas

2018, Presentation, Workshop on observations and analysis of sea-surface temperature and sea ice for NWP and climate applications

File

17969-situ-and-airborne-sea-ice-observations-better-sea-ice-prediction-and-climate-analysis.pdf

Future ESA satellite missions to observe the ocean and ice surface

Author

M. Drinkwater

2018, Presentation, Workshop on observations and analysis of sea-surface temperature and sea ice for NWP and climate applications

File

17970-future-esa-satellite-missions-observe-ocean-and-ice-surface.pdf

Copernicus Sentinel-3 L1 to L4 SST processing chain and GHRSST perspectives

Author

A. O'Carrol

2018, Presentation, Workshop on observations and analysis of sea-surface temperature and sea ice for NWP and climate applications

File

17971-copernicus-sentinel-3-l1-l4-sst-processing-chain-and-ghrsst-perspectives.pdf

From L1 to L2 SST: signal/errors and gaps

Author

H. Roquet

G. Legendre

A. Marsouin

S. Saux-Picart

2018, Presentation, Workshop on observations and analysis of sea-surface temperature and sea ice for NWP and climate applications

File

17972-l1-l2-sst-signalerrors-and-gaps.pdf

From L1 to L2 for sea ice concentration

Author

R. Tonboe

2018, Presentation, Workshop on observations and analysis of sea-surface temperature and sea ice for NWP and climate applications

File

17973-l1-l2-sea-ice-concentration.pdf

The WRF4G Python Framework for regional climate simulations with WRF model

Author

A. Cofino

2018, Presentation, Workshop - Developing Python frameworks for earth system sciences

File

18724-wrf4g-python-framework-regional-climate-simulations-wrf-model.pdf

Parallel Python Tools for Handling Big Climate Data

Author

S. Mickelson

K. Paul

2018, Presentation, Workshop - Developing Python frameworks for earth system sciences

File

18725-parallel-python-tools-handling-big-climate-data.pdf

The Pangeo ecosystem for data proximate analytics

Author

J. Hamman

2018, Presentation, Workshop - Developing Python frameworks for earth system sciences

File

18726-pangeo-ecosystem-data-proximate-analytics.pdf

CFGRIB: easy and efficient GRIB file access in xarray

Author

A. Amici

2018, Presentation, Workshop - Developing Python frameworks for earth system sciences

File

18727-cfgrib-easy-and-efficient-grib-file-access-xarray.pdf

GLOFRIM 2.0: coupling hydrologic and hydrodynamic models across scales for improved flood simulations

Author

D. Eilander

2018, Presentation, Workshop - Developing Python frameworks for earth system sciences

File

18728-glofrim-20-coupling-hydrologic-and-hydrodynamic-models-across-scales-improved-flood.pdf

Rainymotion and RainNet: optical flow and deep learning models for radar-based precipitation nowcasting

Author

G. Ayzel

M. Heistermann

T. Winterrath

N. Landwehr

T. Scheffer

2018, Presentation, Workshop - Developing Python frameworks for earth system sciences

File

18729-rainymotion-and-rainnet-optical-flow-and-deep-learning-models-radar-based-precipitation.pdf

Python frameworks for the integration of a real-time data hub for meteorological and hydrological forecasting – benchmarks and design decisions

Author

A.S. Morales

J. Leng

2018, Presentation, Workshop - Developing Python frameworks for earth system sciences

File

18730-python-frameworks-integration-real-time-data-hub-meteorological-and-hydrological-forecasting.pdf

Open radar science for fun and, yes, even profit

Author

S. Collis

R. Jackson

Z. Sherman

M. Picel

2018, Presentation, Workshop - Developing Python frameworks for earth system sciences

File

18731-open-radar-science-fun-and-yes-even-profit.pdf

METplus - a Python-Wrapped Verification Capability Unifying the US Verification and Validation Community

Author

T. Jensen

J.H. Gotway

J. Prestopnik

M. Win-Gildenmeister

D. Adriaansen

M. Row

P. Shafran

J. Frimel

G. McCabe

H. Soh

T. Burek

R. Bullock

T. Kalb

H. Fisher

J. Vigh

2018, Presentation, Workshop - Developing Python frameworks for earth system sciences

File

18732-metplus-python-wrapped-verification-capability-unifying-us-verification-and-validation.pdf

Heterogeneous computing with Python: why we need it?

Author

Javier Vegas-Regidor

2018, Presentation, Workshop - Developing Python frameworks for earth system sciences

File

18736-heterogeneous-computing-python-why-we-need-it.pdf

Why Pangeo? What is it and why we need it

Author

T. McCaie

2018, Presentation, Workshop - Developing Python frameworks for earth system sciences

File

18737-why-pangeo-what-it-and-why-we-need-it.pdf

Recent developments and changes at ECMWF

Author

S. Siemen

2018, Presentation, European Working Group on Operational meteorological Workstations (EGOWS) 2018

File

18660-recent-developments-and-changes-ecmwf.pdf

New developments of Metview 5

Author

Sandor Kertész

Fernando

Iain Russell

Stephan Siemen

2018, Presentation, European Working Group on Operational meteorological Workstations (EGOWS) 2018

File

18661-new-developments-metview-5.pdf

The new Python interface of Metview – first results and roadmap for further developments

Author

Iain Russell

2018, Presentation, European Working Group on Operational meteorological Workstations (EGOWS) 2018

File

18662-new-python-interface-metview-first-results-and-roadmap-further-developments.pdf

Developing GeoWeb, a browser based meteorological workstation

Author

E. de Vreede

2018, Presentation, European Working Group on Operational meteorological Workstations (EGOWS) 2018

File

18663-developing-geoweb-browser-based-meteorological-workstation.pdf

Graphical forecast editing in collaborative web environment

Author

H. Kapolkova

2018, Presentation, European Working Group on Operational meteorological Workstations (EGOWS) 2018

File

18664-graphical-forecast-editing-collaborative-web-environment.pdf

Experiments on splitting user interface and data handling in Diana

Author

A. Buerger

2018, Presentation, European Working Group on Operational meteorological Workstations (EGOWS) 2018

File

egows-2018-wg-buerger.pdf

Search ECMWF publications

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Observations of sea-surface temperature made in situ: evolution, uncertainties and considerations on their use

Satellite observations of sea ice concentration and drift

In-situ and airborne sea ice observations for better sea ice prediction and climate analysis

Future ESA satellite missions to observe the ocean and ice surface

Copernicus Sentinel-3 L1 to L4 SST processing chain and GHRSST perspectives

From L1 to L2 SST: signal/errors and gaps

From L1 to L2 for sea ice concentration

The WRF4G Python Framework for regional climate simulations with WRF model

Parallel Python Tools for Handling Big Climate Data

The Pangeo ecosystem for data proximate analytics

CFGRIB: easy and efficient GRIB file access in xarray

GLOFRIM 2.0: coupling hydrologic and hydrodynamic models across scales for improved flood simulations

Rainymotion and RainNet: optical flow and deep learning models for radar-based precipitation nowcasting

Python frameworks for the integration of a real-time data hub for meteorological and hydrological forecasting – benchmarks and design decisions

Open radar science for fun and, yes, even profit

METplus - a Python-Wrapped Verification Capability Unifying the US Verification and Validation Community

Heterogeneous computing with Python: why we need it?

Why Pangeo? What is it and why we need it

Recent developments and changes at ECMWF

New developments of Metview 5

The new Python interface of Metview – first results and roadmap for further developments

Developing GeoWeb, a browser based meteorological workstation

Graphical forecast editing in collaborative web environment

Experiments on splitting user interface and data handling in Diana

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