Project leader |
Topic |
In cooperation with |
| Amit Teller |
Vertical albedo profiles from the King Air albedo meter and the sunphotometer at Finokalia |
Krzysztof Markowicz |
| Johannes Schneider |
Aerosol size distributions from Finokalia and King Air data |
Zev Levin and Nikos Mihalopoulos |
| Eli Ganor |
Vertical distribution of the aerosol chemical composition |
Johannes Schneider, Nikos Mihalopoulos and Andreas Minikin |
| Nikos Mihalopoulos |
Analysis of the inorganic chemical composition of the aerosol at Finokalia in
relation to air mass categories |
Johannes Schneider and Jean Sciare |
| Andreas Roempp |
Analysis of the organic chemical composition of the aerosol at Finokalia in
relation to air mass categories |
Nikos Mihalopoulos and Johannes Schneider |
| Andreas Minikin |
Vertical profiles of aerosol nucleation and scavenging in the boundary layer |
Zev Levin and Harald Berresheim |
| Krzysztof Markowicz |
Aerosol radiative forcing based on radiation and satellite data (local and regional) |
Ramanathan, Paul Crutzen and Pjotr Flatau |
| Benedikt Steil |
Climate sensitivity simulations (ECHAM) to estimate aerosol forcing of the
hydrological cycle |
Jos Lelieveld, Paul Crutzen and Ramanathan |
| Christoph Brühl |
Influence of aerosls on photolysis rates |
Paul Crutzen, Mark Lawrence, Krzysztof Markowicz and Geert-Jan Roelofs |
| Andreas Minikin |
Analysis of vertical profiles of absorption, scattering and trace gases in relation
to the monsoon outflow |
Marian de Reus and Eli Ganor |
| Jean Sciare |
Carbonaceous aerosols |
Nikos Mihalopoulos, Helene Cachier, Andi Andrea and Johannes Schneider |
Project leader |
Topic |
In cooperation with |
| Xiaobin Xu |
Aromatic hydrocarbons - contribution to photochemistry in the Mediterranean |
Vagelis Baboukas, Christian Plass-Duelmer and Harald Berresheim |
| Gavin Salisbury |
Source identification tracers |
Valerie Gros, Nikos Mihalopoulos, Jean Sciare, Andreas Römpp |
| Valerie Gros |
Using variability to investigate photochemical processing |
Harald Berresheim, Euripides Stephanou and Gavin Salisbury |
| Geert Moortgat |
Methanol production from CH3O2 + HO2 |
Paul Crutzen and Gavin Salisbury |
| Vagelis Baboukas |
Analysis of the OH measurements |
Harald Berresheim, Mark Lawrence and Jos Lelieveld |
| Mihalis Vrekoussis |
Comparison of OH and NO3 in oxidation processes |
Nikos Mihalopoulos, Vagelis Baboukas and Harald Berresheim |
| Lutz Lange |
NOy partitioning with respect to sources |
Nikos Mihalopoulos and Mihalis Vrekoussis |
| Nikos Mihalopoulos |
Sulphur budget and the role of gas and particulate phase |
Harald Berresheim, Geert-Jan Roelofs and Paul Crutzen |
| Rolf Sander |
Heterogeneous chemistry on sea salt, halogen chemistry |
Nikos Mihalopoulos, Paul Crutzen, Roland von Glasow, Valerie Gros and
Vagelis Baboukas |
| Euripides Stephanou |
Semi-volatile organic compounds |
Harald Berresheim, Manolis, Manolis |
| Gavin Salisbury |
Analysis of acetaldehyde and methanol measurements |
Carsten Warneke |
| Nikos Mihalopoulos |
Analysis of organic acids measurements |
Gavin Salisbury and Andreas Römpp |
| Jonathan Williams |
Diurnal cycle and vertical layering; photochemistry and mesoscale circulation |
Peter Siegmund, Michael Traub and Jordi Vila |
| Christos Giannakopoulos |
CO contributions by anthropogenic sources including biomass burning |
Martin Shultz and Philip Stier |
| Jean Sciare |
Source identification using the CO/BC ratio |
Valerie Gros and Gavin Salisbury |
Project leader |
Topic |
In cooperation with |
| Jörg Heland |
Trace gas correlation analysis (case studies) |
Helmut Ziereis |
| Marian de Reus |
CO - Acetone correlation |
Jonathan Williams, Joost de Gouw |
| Rupert Holzinger |
Contribution of different sources to the acetone, methanol, CO and PAN
budget (biofuel burning, biogenic and anthropogenic emissions) |
Bert Scheeren |
| Geert-Jan Roelofs |
Origin of tropospheric ozone and precursors, validation of the ECHAM model
with measurements, the impact of the Asian plume on ozone production
over the Mediterranean |
Helmut Ziereis, Jörg Heland, Bert Scheeren |
| Robert Kormann |
Analysis of the HCHO measurements; boxmodel study of the HCHO budget |
Christoph Brühl, Annette Ladstätter-Weißenmayer |
| Helmut Ziereis |
Altitude dependent correlation analysis and NOy budget |
Jörg Heland, Rupert Holzinger, Geert-Jan Roelofs |
| Helmut Ziereis |
Comparison of the NO, NOy, CO and O3 measurements to the EXPORT campaign |
|
| Annette Ladstätter-Weißenmayer |
Comparision of the O3, NO2 and HCHO measurements and model
results with GOME |
Robert Kormann, Jörg Heland, Geert-Jan Roelofs |
| Bert Scheeren |
Asian plume (NMHC, halocarbons, O3, CO, NO and NOy) |
|
| Horst Fischer |
Convective transport of pollutants into the stratosphere |
|
| Joost de Gouw |
Longitudinal gradients and source fingerprints in the boundary layer deduced from
the Falcon data |
Bert Scheeren and Carsten Warneke |
| Carsten Warneke |
Case studies of urban plumes from the Falcon (PTR-MS) measurements |
Joost de Gouw, Gavin Salisbury and Robert Kormann |
| Jos Lelieveld |
Tracer study on pollution convergence over the Mediterranean |
... many others ... |
| Martin Schultz |
Meteorology during MINOS in a climatological context |
Johann Feichter and Philip Stier |
| Michael Traub |
The faith of Mediterranean pollution |
Geert-Jan Roelofs, Mark Lawrence, Annette Ladstätter-Weißenmayer |
| Mark Lawrence |
MATCH forecasting model: technical description and comparison with CO and O3
measurements (MINOS, INDOEX and CONTRACE) |
Martin Schultz, Philip Stier, Andreas Stohl |
| Christoph Brühl |
On the role of partialy oxidised hydrocarbons on the HOx budget |
Geert-Jan Roelofs, Mark Lawrence |
| Jörg Heland |
Comparison of the H2O measurements with GOME |
Thomas Wagner (Heidelberg) |