Guideline for milestones:

A project milestone represents a deadline during the project, for the completion of a task. Any delay in the completion of a milestone must be reported.

• Milestones should be accompanied by a short report (no longer than one page) confirming that the milestone has been attained, with reference to its indicator of success (for instance, laboratory prototype completed and running flawlessly; software released and validated by a user group; field survey complete and data quality validated) so that the European Commission has a record of their existence. 
• The milestone reports should be submitted in electronic PDF format, by email to the coordinator via the relevant WP leader, with a milestone cover sheet on the front, by the end of the month shown in the Description of Work (DoW, Annex I of the CA). 
• The text in blue in the milestone cover sheet should be completed with the relevant information.  
• Milestone reports shall be of a suitable quality to enable direct submission to the Commission without any additional editing. 

 

Milestones

M1.1 Prototype of carbon and nitrogen included in biogeochemistry models

M1.2  Prototype of methane emission models in biogeochemistry models

M1.3 Complete coupled system of ESM with carbon nitrogen and methane models

M2.1 Prototype of improved aerosol-cloud-radiation interactions included in ESMs

M2.2 Prototype of vegetation-chemistry-interactions included in ESMs

M2.3 ESM with coupled aerosol-cloud-chemistry to vegetation, carbon and nitrogen cycles

M3.1 Stratosphere implemented in ESMs

M3.2 Multi-model ensemble of hindcasts from stratosheric resolving ESMs

M4.1 Prototype of coupling Greenland ice sheet models to ESMs using new coupling method

M4.2 Complete coupled system of ESMs and ice sheet models of both Greenland and Antarctic ice sheets 

M4.3 Permafrost module implemented in ESMs

M4.4 ESMs including new sea-ice representation and coupling methods

M5.1 Sea Ice initialization completed

M5.2 Strategy 1 for ocean initialisation completed

M5.3 Strategy 2 for ocean initialisation completed

M5.4 Strategy 3 for ocean initialization completed

M6.1 Decadal prediction experiments Stream 1

M6.2 Potential predictablility experiments Stream 1

M6.3 Decadal prediction experiments Stream 2

M6.4 Protential predictability experiments Stream 2

M7.1 CMIP5 simulations accomplished 

M7.2 Radiative forcing and feedback analysis for CMIP5 simulations achieved

M7.3 Analysis of phase II runs including impact of new components finished

M8.1 IMAGE run with updated climate sensitivities and assessment of implications on existing climate policy scenarios

M8.2 Statistical analysis of means and extremes in precipitation and temperature fields completed; global and regional drought indices due to new feedbacks in ESMs

M8.3 Offline water model runs with new forcings completed

M8.4 Offline NPP model (agriculture and nature) runs with new forcings completed

M8.5 Downscaling runs with RCAO including new permafrost submodel completed

M8.6 Improved DGVMs for Amazon land cover classes operational; impact assessment completed

M8.7 Downscaling runs with REMO including new cloud aerosol submodel completed; impact assessment completed