Principal Investigators
| Name | Role | Institution | Contact Details |
|---|---|---|---|
| Jim Haywood | Overall Project PI, responsible for delivery of CLARIFY, and Aerosol-Radiation Interaction (WP3) | University of Exeter / Met Office | UoE Profile, Met Office |
| Hugh Coe | University of Manchester PI, responsible for Deployment and Delivery (WP1) | University of Manchester | UoM Profile |
| Alan Blyth | University of Leeds PI, responsible for Aerosol, Cloud and Radiation Characterisation (WP2) | University of Leeds | UoL Profile |
| Philip Stier | University of Oxford PI, responsible for Aerosol-Cloud Interactions (WP4) | University of Oxford | UoO Profile |
| Nicolas Bellouin | University of Reading PI, responsible for Regional and Global Scale Integration (WP5) | University of Reading | UoR Profile |
| Steven Abel | Met Office PI, Campaign Planning | Met Office | Met Office |
Co-Investigators
| Name | Role | Institution | Contact Details |
|---|---|---|---|
| Matthew Collins | Co-I | University of Exeter | UoE Profile |
| Ken Carslaw | Co-I | University of Leeds | UoL Profile |
| Paul Field | Co-I | University of Leeds | UoL Profile |
| Martin Gallagher | Co-I | University of Manchester | UoM Profile |
| Tom Choularton | Co-I | University of Manchester | UoM Profile |
| James Allan | Co-I | University of Manchester | UoM Profile |
| Paul Connolly | Co-I | University of Manchester | UoM Profile |
| James Dorsey | Co-I | University of Manchester | UoM Profile |
| Richard Washington | Co-I | University of Oxford | UoO Profile |
| Eleanor Highwood | Co-I | University of Reading | UoR Profile |
Project Partners
| Organisation | Details | Website |
|---|---|---|
| Namibia University of Science and Technology | NUST Website | |
| University of Namibia | UoN | |
| Desert Research Foundation of Namibia | DRFN | |
| National Commission on Research Science and Technology | NCRST | |
| Met Office | The Met Office is providing high resolution NWP models for optimal positioning of the BAe-146 aircraft, case study modelling of aerosol-cloud interactions using the newly developed 4A microphysics scheme and using the HadGEM3 climate model for assessing the global impacts of aerosol-radiation and aerosol-cloud interactions. Moreover, the Met Office has made significant contributions to the flying hours and superstructure costs | Met Office |
| FAAM | Supplying the BAe-146 aircraft, pre-campaign planning and logistics support, core instrumentation, and data management services. | FAAM |
| KNMI – The Royal Netherlands Meteorological Institute | KNMI | |
| NWU | NWU | |
| CICERO |
Related Projects
| Project | Details | Website |
|---|---|---|
| ORACLES (ObseRvations of Aerosols above CLouds and their interactions) | NASA intend to deploy the ER-2 high altitude platform and the P3-B in-situ sampling aircraft as part of their ORACLES program to Walvis Bay, Namibia. | ORACLES |
| AEROCLO-SA | Project Description | |
| LASIC | ||
| CIELS-SA | AC/BC – Aerosol Clouds / Black Carbon, Cicero | AC/BC |