|
Number |
Title |
Related Work Package(s) |
Lead Beneficiary |
Due Date |
Means of Verification |
|---|---|---|---|---|---|
|
MS1 |
Kick-Off Meeting |
8 |
POLITO |
M1 |
First supervisory board meeting carried out |
|
MS2 |
Recruitment assessment |
7 |
POLITO |
M6 |
Check the status of ESR recruitment. Formulate detailed plan of secondments |
|
MS3 |
Decision point |
1,2,3,4,5 |
TAU/POLITO/MPG/UW/GRM/ENV |
M7 |
Detailed: list of physical quantities to be measured |
|
MS4 |
Access gained to PICO@Cineca BigData Infrastructure |
2-3-4-5 |
POLITO/ICL/MPG |
M10 |
Application to BigData infrastructure accepted. This step is necessary to plan the network database |
|
MS5 |
HPC codes optimization |
2-3-4-5 |
ICL |
M10 |
Codes validated through test runs by groups |
|
MS6 |
Control point: Instrumentation design |
1 |
ENV |
M12 |
Radiosondes, aerosol spectrometers, dust monitors portable Lidars and MEMS hot-film sensors design completed |
|
MS7 |
Access gained to PRACE HPC resources |
2-3-4-5 |
POLITO/UW/ LMD |
M12 |
Application to PRACE Tier-0 and 1 HPC grants approved. This step is necessary to plan the HPC intensive simulations |
|
MS8 |
Intermediary point: Instrumentation prototyping |
1 |
PTL |
M18 |
Radiosonde, portable Lidars and spectrometers, MEMS hot-film sensors prototypes completed and working flawlessly. Calibration in laboratories. |
|
MS9 |
Control point: Laboratory experiments |
2-3-4 |
TAU |
M24 |
Laboratory experiments in cloud chamber, on droplet collision and coalescence rate, on shearless mixings, on aerosol/droplet seeding carried out |
|
MS10 |
Decision point on field experiments
|
1-2-3-4-5 |
POLITO/LMD |
M24 |
List of probes and sensors to use How many probes use |
|
MS11 |
Infield cloud measurement campaign |
1-2-3-4-5 |
MPG |
M28 |
Zugspitze field measurement campaign start |
|
MS12 |
Numerical simulations of cloud microphysics carried out |
2-3-4 |
ICL |
M28 |
Numerical simulations on cloud-dry air interface, aerosol/droplets seeding, buoyancy interfaces completed |
|
MS12 |
LES Simulations of cloud dynamics and trajectories |
5 |
LMD |
M30 |
LES Simulations completed |
|
MS13 |
Control point: Scientific dissemination And Communication at Large |
1-2-3-4-5-6 |
UW |
M30 |
Conference proceedings and Journal papers presented Efficient Public Communication and Engagement? |
|
MS14 |
Infield cloud measurement campaign |
1-2-3-4-5 |
MPG |
M36 |
Zugspitze field measurement campaign carried out |
|
MS15 |
Data transfer at PICO@Cineca |
2 |
MPG |
M36 |
Data from measurement campaign, laboratory experiments and numerical simulations archived at PICO@Cineca |
|
MS16 |
Parametrization of cloud dynamics into GCM and atmospheric dispersion models |
4-5 |
LMD |
M38 |
Parametrization of the mixing rates and aerosol/droplet dynamics for the incorporation into GCM and atmospheric dispersion models completed. |
|
MS17 |
Deposit of data into a Cloud Lagrangian Database OpenAccess repository |
1-2-3-4-5 |
MPG |
M38 |
Deposit of selected and validated data – from field measurements, laboratory experiments and numerical simulations into an Open Access repository performed. |
|
MS18 |
Control point on Final Conference/Euromech Colloquium |
all |
POLITO |
M40 |
Euromech Colloquium on Cloud Dynamics and network final conference organization defined. |
|
MS19 |
Control point: Scientific dissemination Decision point: Communication and Public Engagement |
all |
UW |
M44 |
Conference proceedings and Journal papers published Decision on TO DOs on Public Engagement until M48 and beyond |