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IFS Documentation CY45R1 - Part III : Dynamics and numerical procedures

Author

ECMWF

2018, Book Chapter, IFS Documentation CY45R1, IFS Documentation

File

80894-ifs-documentation-cy45r1-part-iii-dynamics-and-numerical-procedures.pdf

IFS Documentation CY45R1 - Part IV : Physical processes

Author

ECMWF

2018, Book Chapter, IFS Documentation CY45R1, IFS Documentation

File

80895-ifs-documentation-cy45r1-part-iv-physical-processes.pdf

IFS Documentation CY45R1 - Part V : Ensemble prediction system

Author

ECMWF

2018, Book Chapter, IFS Documentation CY45R1, IFS Documentation

File

80896-ifs-documentation-cy45r1-part-v-ensemble-prediction-system.pdf

IFS Documentation CY45R1 - Part VI : Technical and computational procedures

Author

ECMWF

2018, Book Chapter, IFS Documentation CY45R1, IFS Documentation

File

80897-ifs-documentation-cy45r1-part-vi-technical-and-computational-procedures.pdf

IFS Documentation CY45R1 - Part VII : ECMWF Wave Model

Author

ECMWF

2018, Book Chapter, IFS Documentation CY45R1, IFS Documentation

File

80898-ifs-documentation-cy45r1-part-vii-ecmwf-wave-model.pdf

One year on … where are we?

Author

S. Siemen

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

File

18718-one-year-where-are-we.pdf

Python in the Copernicus Climate Change Service

Author

Gionata Biavati

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

File

18719-python-copernicus-climate-change-service.pdf

Metview's new Python interface

Author

I. Russell

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

File

18720-metviews-new-python-interface.pdf

Easy visualisation with Magics

Author

S. Lamy-Thépaut

Milana Vuckovic

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

File

18721-easy-visualisation-magics.pdf

CDO's python bindings

Author

R. Mueller

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

File

18722-cdos-python-bindings.pdf

The Open Data Cube (ODC) - A tool to increase the value and impact of global Earth observation satellite data

Author

D. Wicks

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

File

18723-open-data-cube-odc-tool-increase-value-and-impact-global-earth-observation-satellite-data.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

Enhancements to the assimilation of ATMS at ECMWF: Observation error update and addition of NOAA-20

Author

P. Weston

Niels Bormann

2018, Report, EUMETSAT/ECMWF Fellowship Programme Research Report

File

18744-enhancements-assimilation-atms-ecmwf-observation-error-update-and-addition-noaa-20.pdf

Use of in situ observations to verify the diurnal cycle of sea surface temperature in ECMWF coupled model forecasts

Author

D. Salisbury

Kristian Mogensen

G. Balsamo

2018, Technical memorandum, ECMWF Technical Memoranda

File

18745-use-situ-observations-verify-diurnal-cycle-sea-surface-temperature-ecmwf-coupled-model.pdf

Search ECMWF publications

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IFS Documentation CY45R1 - Part III : Dynamics and numerical procedures

IFS Documentation CY45R1 - Part IV : Physical processes

IFS Documentation CY45R1 - Part V : Ensemble prediction system

IFS Documentation CY45R1 - Part VI : Technical and computational procedures

IFS Documentation CY45R1 - Part VII : ECMWF Wave Model

One year on … where are we?

Python in the Copernicus Climate Change Service

Metview's new Python interface

Easy visualisation with Magics

CDO's python bindings

The Open Data Cube (ODC) - A tool to increase the value and impact of global Earth observation satellite data

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

Enhancements to the assimilation of ATMS at ECMWF: Observation error update and addition of NOAA-20

Use of in situ observations to verify the diurnal cycle of sea surface temperature in ECMWF coupled model forecasts

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