Copernicus Atmosphere Monitoring Service: An introduction by
Vincent-Henri Peuch, Head of Copernicus Atmosphere Monitoring Service provided for the ECMWF Copernicus Services Info Day, Brussels, 2 February 2015.
How is the climate changing? Climate monitoring based on observations Copernicus ECMWF
"How is the climate changing? Climate monitoring based on observations" presentation prepared by Dick Dee and Adrian Simmons, European Centre for Medium-Range Weather Forecasts (ECMWF) for the Common Future Conference session on Copernicus Climate Change Service: a European answer to Climate Change Challenges held in Paris (France), 09 July 2015.
How is the climate changing? Climate monitoring based on observations Copernicus ECMWF
"How is the climate changing? Climate monitoring based on observations" presentation prepared by Dick Dee and Adrian Simmons, European Centre for Medium-Range Weather Forecasts (ECMWF) for the Common Future Conference session on Copernicus Climate Change Service: a European answer to Climate Change Challenges held in Paris (France), 09 July 2015.
Short Update on ICOS ERIC by ICOS ERIC Director General Werner Kutsch at the 2nd ICOS Science Conference 2016 in Helsinki, Finland, 27-29 September 2016.
C6.05: New ocean-colour products for the user community - Shubha Sathyendrana...Blue Planet Symposium
The ocean-colour component of the Climate Change Initiative of the European Space Agency has generated a time series of bio-optical products from late 1997 to mid 2012. The products are based on data from SeaWiFS, MODIS-A and MERIS sensors, band shifted (to bring data to a common set of wavebands), corrected for inter-sensor bias, and then merged. Products include remote-sensing reflectances at SeaWiFS wavelengths, chlorophyll concentration, diffuse attenuation coefficient at 490 nm, and inherent optical properties (components of absorption and back-scattering coefficients). Practically all the products have uncertainties (root-mean-square difference and bias) associated with them on a pixel-by-pixel basis, based on validation using in situ data. The first version of the products are available freely at www.oceancolour.org and at www.esa-oceancolour-cci.org. A second version is expected to be released prior to the Blue Planet Symposium in Australia in 2015. Furthermore, plans are underway to add to the product suite through a number of related ESA projects. New products envisaged include primary production, photosynthesis parameters, components of the carbon pool in the ocean and photosynthetically active radiation (PAR) at the sea surface. User consultation and serving the user community are very much a part of these projects, and the Blue Planet provides a useful forum for reaching users from a variety of backgrounds. The work reported here contribute to components C2 (Sustained Ecosystems and Food Security) and C5 (Ocean Climate and Carbon) of the “Oceans and Society: Blue Planet” initiative of the Group on Earth Observations (GEO).
Web delivery of giant climate data sets to facilitate open scienceJames Hiebert
The world's best climate scientists are busy churning out computed projections of our planet's future atmosphere and ocean. However, major barriers exist to publishing geospatiotemporal climate data in an open and transparent manner. This is primarily due to the sheer volume of information that these data represent. A handful of variables for a handful of model realizations by dozens of models for scores of scenarios over centuries of time on tens to hundreds of thousands of grid points create big data. Secondary challenges include the novelty of high-resolution climate data and the complexity and sometimes enigmatic nature of climate data interpretation. Finally, scientific teams often lack either the background, the resources, or the mandate required to facilitate strategic data sharing, aside from dropping their output files onto an FTP site.
In the spirit of open data and open science, the Pacific Climate Impacts Consortium (PCIC), a regional climate services provider in British Columbia, Canada, has been making a concerted effort to use geospatial FOSS in order to expand the availability, comprehensibility and transparency of big climate data sets from the Coupled Model Intercomparison Project (CMIP5) experiment. This presentation will describe some of the technical challenges to serving large geospatiotemporal climate data sets over the web, including some of the nuances of climate data. Additionally, I will explain the requirements of the geospatial climate community, and outline the FOSS solutions that we have employed to serve big climate data sets over the web.
Solving advanced research problems with real time open data from satellites a...Wolfgang Ksoll
The project NextGEOSS brings wit its data hub based on CKAN and its 10 pilot programs a new quality in the usage of earth observation open data from satellites and in situ.
Presentation on FAO's integrated climate change impact assessment tool called MOSAICC (Modelling System for Agricultural Impacts of Climate Change).
Info: MOSAICC@fao.org
2016.02.18 big data from space toulouse data scienceGasperi Jerome
Le programme européen Copernicus vise à doter l'Europe d'une capacité opérationnelle et autonome d'observation de la Terre en tant que « services d’intérêt général européen, à accès libre, plein et entier ». A cet effet, l’ESA développe 6 familles de satellites dédiés à l’observation de la Terre - Les Sentinels. D’ici 2020, le volume de données acquises par ces satellites sera de l’ordre de 20 Pétaoctets. Cette avalanche de données offre des opportunités importantes notamment dans les domaines de la recherche, des services et de l’innovation. Elle pose aussi des défis techniques - comment stocker ces données, et au delà, comment chercher, diffuser et traiter ces données afin de fournir aux utilisateurs le service ou l’information dont ils ont besoin.
Présenté au Toulouse Data Science le 18.02.2016 - http://www.meetup.com/fr-FR/Tlse-Data-Science/events/228423095/
Short Update on ICOS ERIC by ICOS ERIC Director General Werner Kutsch at the 2nd ICOS Science Conference 2016 in Helsinki, Finland, 27-29 September 2016.
C6.05: New ocean-colour products for the user community - Shubha Sathyendrana...Blue Planet Symposium
The ocean-colour component of the Climate Change Initiative of the European Space Agency has generated a time series of bio-optical products from late 1997 to mid 2012. The products are based on data from SeaWiFS, MODIS-A and MERIS sensors, band shifted (to bring data to a common set of wavebands), corrected for inter-sensor bias, and then merged. Products include remote-sensing reflectances at SeaWiFS wavelengths, chlorophyll concentration, diffuse attenuation coefficient at 490 nm, and inherent optical properties (components of absorption and back-scattering coefficients). Practically all the products have uncertainties (root-mean-square difference and bias) associated with them on a pixel-by-pixel basis, based on validation using in situ data. The first version of the products are available freely at www.oceancolour.org and at www.esa-oceancolour-cci.org. A second version is expected to be released prior to the Blue Planet Symposium in Australia in 2015. Furthermore, plans are underway to add to the product suite through a number of related ESA projects. New products envisaged include primary production, photosynthesis parameters, components of the carbon pool in the ocean and photosynthetically active radiation (PAR) at the sea surface. User consultation and serving the user community are very much a part of these projects, and the Blue Planet provides a useful forum for reaching users from a variety of backgrounds. The work reported here contribute to components C2 (Sustained Ecosystems and Food Security) and C5 (Ocean Climate and Carbon) of the “Oceans and Society: Blue Planet” initiative of the Group on Earth Observations (GEO).
Web delivery of giant climate data sets to facilitate open scienceJames Hiebert
The world's best climate scientists are busy churning out computed projections of our planet's future atmosphere and ocean. However, major barriers exist to publishing geospatiotemporal climate data in an open and transparent manner. This is primarily due to the sheer volume of information that these data represent. A handful of variables for a handful of model realizations by dozens of models for scores of scenarios over centuries of time on tens to hundreds of thousands of grid points create big data. Secondary challenges include the novelty of high-resolution climate data and the complexity and sometimes enigmatic nature of climate data interpretation. Finally, scientific teams often lack either the background, the resources, or the mandate required to facilitate strategic data sharing, aside from dropping their output files onto an FTP site.
In the spirit of open data and open science, the Pacific Climate Impacts Consortium (PCIC), a regional climate services provider in British Columbia, Canada, has been making a concerted effort to use geospatial FOSS in order to expand the availability, comprehensibility and transparency of big climate data sets from the Coupled Model Intercomparison Project (CMIP5) experiment. This presentation will describe some of the technical challenges to serving large geospatiotemporal climate data sets over the web, including some of the nuances of climate data. Additionally, I will explain the requirements of the geospatial climate community, and outline the FOSS solutions that we have employed to serve big climate data sets over the web.
Solving advanced research problems with real time open data from satellites a...Wolfgang Ksoll
The project NextGEOSS brings wit its data hub based on CKAN and its 10 pilot programs a new quality in the usage of earth observation open data from satellites and in situ.
Presentation on FAO's integrated climate change impact assessment tool called MOSAICC (Modelling System for Agricultural Impacts of Climate Change).
Info: MOSAICC@fao.org
2016.02.18 big data from space toulouse data scienceGasperi Jerome
Le programme européen Copernicus vise à doter l'Europe d'une capacité opérationnelle et autonome d'observation de la Terre en tant que « services d’intérêt général européen, à accès libre, plein et entier ». A cet effet, l’ESA développe 6 familles de satellites dédiés à l’observation de la Terre - Les Sentinels. D’ici 2020, le volume de données acquises par ces satellites sera de l’ordre de 20 Pétaoctets. Cette avalanche de données offre des opportunités importantes notamment dans les domaines de la recherche, des services et de l’innovation. Elle pose aussi des défis techniques - comment stocker ces données, et au delà, comment chercher, diffuser et traiter ces données afin de fournir aux utilisateurs le service ou l’information dont ils ont besoin.
Présenté au Toulouse Data Science le 18.02.2016 - http://www.meetup.com/fr-FR/Tlse-Data-Science/events/228423095/
Environmental scanning is a concept from business management by which businesses gather information from the environment, to better achieve a sustainable competitive advantage.
Environmental Scanning & Monitoring- Techniques
PEST, SWOT, QUEST
With the adoption in April and the launch of S1A, the European Programme for Earth Observation, Copernicus, will deliver European information services based on satellite Earth Observation and in-situ data analyses. It is the first time that vast amounts of global data from satellites and from ground-based, airborne and seaborne measurement systems are being used to provide information to help service providers, public authorities and other international organisations improve the quality of life for the citizens of Europe. The information services provided will be freely and openly accessible to users.
The services address six thematic areas: land, marine, atmosphere, climate change, emergency management and security.
Copernicus Services support a broad range of environmental and security applications, including sustainable development, transport and mobility, climate change monitoring, civil protection, urban area management, regional and local planning, agriculture and health.
The wealth of space based data is an important opportunity to develop innovative space applications. Copernicus Services will have to evolve to remain in tune with the state-of-art, adjusting to user's requirement and new developments need. Thanks to H2020, the Europe's research Programme, this will be guaranteed.
Gathering of air pollution data in real time and
storing them in a database for further use
using them for real time alerting system
would be the key step in developing an Air Quality Management (AQM) system
Easy to create a bouquet of services will be a primary need of specific areas management agencies and their funding bodies (Municipalities, Regional and Central Government)
Presentation by ICOS DG Werner Kutsch at the UNFCCC Earth Information Day in UN COP22 on Tue 8 November 2016.
See the Earth Information Day programme: http://unfccc.int/science/workstreams/items/9949.php
Sviluppo ed applicazione del sistema modellistico MINNI dell’ENEA per ricostruire la qualità dell'aria a scala nazionale ed europea - Mihaela Mircea - ENEA
Overview presentation on Environmental Product Declarations (EPDs) delivered by Dr. John Harvey of the University of California Pavement Research Center (UCPRC) at the CalAPA EPD workshop on Oct. 25, 2023 in Sacramento.
El 29 de febrero y el 1 de marzo de 2016, la Fundación Ramón Areces analizó la relación entre 'Big Data y el cambio climático' en unas jornadas. ¿Puede el Big Data ayudar a reducir el cambio climático? ¿Cómo contribuirá ese análisis masivo de datos a prevenir y gestionar catástrofes naturales? Son solo algunas de las preguntas a las que intentarán responder los ponentes. Las ciencias vinculadas al clima tienen en el Big Data una herramienta muy prometedora para afrontar diferentes fenómenos asociados al cambio climático.
Presentation to the UK Climate Projections event for the third sector at Defra's Innovation Centre, Reading on 28 July 2009.
Dr Alastair Brown
UK Climate Impacts Programme (UKCIP)
Presentation by Dr Alastair Brown (UK Climate Impacts Programme - UKCIP) to the third sector event on the UK Climate Projections tools.
Defra's Innovation Centre
Reading
28 July 2009
EPA Horizon 2020 Societal Challenge 5: Climate Action, Environment, Resource Efficiency and Raw Materials Roadshow presentation by Alice Wemaere (EPA) and Mark Sweeney (Enterprise Ireland) in DCU 05.05.16
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Thumbnail picture is by MediaZona, you may read their report on anti-war arson attacks in Russia here: https://en.zona.media/article/2022/10/13/burn-map
Links:
Autonomous Action
http://Avtonom.org
Anarchist Black Cross Moscow
http://Avtonom.org/abc
Solidarity Zone
https://t.me/solidarity_zone
Memorial
https://memopzk.org/, https://t.me/pzk_memorial
OVD-Info
https://en.ovdinfo.org/antiwar-ovd-info-guide
RosUznik
https://rosuznik.org/
Uznik Online
http://uznikonline.tilda.ws/
Russian Reader
https://therussianreader.com/
ABC Irkutsk
https://abc38.noblogs.org/
Send mail to prisoners from abroad:
http://Prisonmail.online
YouTube: https://youtu.be/c5nSOdU48O8
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Copernicus Atmosphere Monitoring Service - An introduction
1. Implemented by
Funded by
the European Union
Copernicus Atmosphere
Monitoring Service
(CAMS)
Vincent-Henri Peuch
Vincent-Henri.Peuch@ecmwf.int
2. A SIGNIFICANT HERITAGE
• A decade-long series of R&D projects and an internationally respected
European achievement (GEMS, MACC, -II, -III)
• An equally long experience in engaging with users and potential users in
Europe and across the world (PROMOTE, MACC, -II, -III)
2
Strategy Socio-economic impact Experts Users
3. EXISTING USERS, PRE-OPERATIONAL PRODUCTS
3
Users of the global
re-analysis product
Users of the NRT
European Air
Quality forecasts
A sample
product
6. 6
Global Production Regional Production Supplementary Services
Activities in support of production: Validation, Emissions
Communications, Training, User Interaction, Use cases
In-Situ Observations
7. CAMS ARCHITECTURE ELEMENTS (GLOBAL)
7
(ECMWF)
Global Production
Dissemination
Support
CAMS_41 Development of global greenhouse
gases aspects
CAMS_42 Development of global reactive gases
aspects
CAMS_43 Development of global aerosol aspects
CAMS_44 Development of global fire emissions
(ECMWF) Integration of global system
developments
8. CAMS ARCHITECTURE ELEMENTS (REGIONAL)
8
CAMS_50
Data Acquisition
Distributed Production (5-10)
Ensemble Production
Systems Upgrade
Verification
Dissemination
Support
CAMS_61 Development of regional air quality
modelling aspects
CAMS_62 Development of regional air quality data
assimilation aspects
CAMS_63 Development of regional air quality
ensemble methods
9. CAMS ARCHITECTURE ELEMENTS (SUPPLEMENTARY SERVICES)
9
CAMS_71
Products in support of policy
users
CAMS_72
Solar radiation products
CAMS_73
Greenhouse gases fluxes
CAMS_74
Climate forcings
10. CAMS ARCHITECTURE ELEMENTS (OTHER ASPECTS)
10
CAMS_81
Global and regional anthropogenic
emissions
CAMS_92
Specialised global data services
CAMS_84
Global and regional a posteriori
validation, including focus on the
Arctic and Mediterranean areas
CAMS_94
User interaction activities
CAMS_93
Specialised regional data services
Ozone
11. CAMS ORGANISATION & FUTURE PROCUREMENTS
• Most CAMS architecture elements are procured within this phase for a duration of 3 years. In
this period, there will be a few additional procurements (multiple, smaller size): use cases;
activities in support of communications and training; (additional) satellite data processing. A
second phase will follow in 2018.
• CAMS cross-cutting aspects will be handled by a service-level board comprising ECMWF
management and one responsible person for each contract (monthly teleconference or
meeting).
• Yearly timescale: plan & budget, activity reports...
• Yearly gathering event foreseen (contractors, users, stakeholders, community...)
• Continuity of service for the users will be ensured by the current MACC-III providers until the
operational contracts are in effect.
11