“how can big data help us live in a changing climate?” by vincent-henri peuch, head of the...
TRANSCRIPT
Implemented by
WELCOME “How can big data help us
live in a changing climate?”
1
#Copernicus@CopernicusECMWF
Implemented by
2
Temperature for November 2014 to October 2015compared with 1981-2010
Implemented byEU’s efforts on climate change stretch beyond ambitious carbon reduction commitments
is harnessing world leading
science and technology to
equip society to understand and
adapt to our changing
environment The “Sentinels”
Implemented by
DifferentNeeds
Oil Spill Tracking
Farming Flood
Land Marine Atmosphere Emergency
OBSERVATIONS
Space Infrastructure
In Situ Infrastructure&
Air Quality
Policy Makers
Public& Private, Commercial
&
Sustainable observationcapabilities
Surveillance
Security
Arctic change
Examples ofareas covered
6 InformationServices
Climate
USERS
Implemented by
Atmospheric Composition Monitoring
Implemented by
One example of Copernicus data: the next reanalysis covering the last 40 years… This dataset alone has a volume of 6 PB = 6,000,000,000,000,000 bytes
If this dataset was stored on CDs, the CD pile would be about 11 km high, up to the top of the clouds.
If this dataset was printed, there would be enough books to reach the moon.
Implemented by
7
drive changes in the composition of the atmosphere and in the Earth system
Copernicus monitors how emissions
Implemented by
ECMWF-ERA20C
Monitoring the “Anthropocene”: a dataset covering the entire 20th century
Implemented by
OMM
Facilitating access to climate big data in order to underpin the growth in the associated economy. Innovators and investors are welcome.
Implemented by
Implemented by