Welcome to …

Director of the School Local Organizing Committee William H. Brune Guido Visconti, Piero Di Carlo, Domenico Cimini

Lecturers

P. K. Barthia, NASA, USA

William Brune (Director), Penn State University, USA

Ken Carslaw, University of Leeds, UK

Hugh Coe, University of Manchester, UK

Neil Donahue, Carnegie Mellon University, USA

Graham Feingold, NOAA ESRL, USA

Sandro Fuzzi, CNR ISAC, Italy

Surabi Menon, Lawrence Berkeley National Lab., USA

Joyce Penner, University of Michigan, USA

V. Ramaswamy, NOAA, USA

Vincenzo Rizi, University of L’Aquila, ITALY

Program Schedule Mon 22 Tues 23 Wed 24 Thu 25 Fri 26 08:30-09:00 Registration

& Welcome

09:00-09:45 0.1 Brune/All

II.4 Coe IV.3 Feingold

V.4 Rizi VII.2 Menon

09:45-10:30 0.2 All III.1 Donahue

V.1 Bhartia VI.1 Ramaswamy

VIII.1 Penner

10:30-11:00 Break + DE Break Break Break Break 11:00-11:45 I.1 Carslaw III.2

Donahue V.2 Bhartia VI.2

Ramaswamy VIII.2 Penner

11:45-12:30 I.2 Carslaw IV.1 Feingold

V.3 Rizi VI.3 Ramaswamy

IX.1 Brune

12:30-14:00 Lunch + DE Lunch Lunch Lunch Adjorn 14:00-14:45 I.3 Carslaw IV.2

Feingold Tour

VII.1 Menon

14:45-15:30 II.1 Fuzzi Modeling Exercise

Modeling Exercise

15:30-16:00 Break + DE Break Break 16:00-16:45 II.2 Fuzzi Modeling

Exercise Modeling Exercise

16:45-17:30 II.3 Coe 17:30 Adjorn Adjorn Adjorn 17:30-21:00 Ice breaker 19:30 Social

Dinner

DE = Demo

ISSAOS 2008 – Topics and Speakers0 Welcome0.1 / 0.2 Introduction - overview Brune / All

I.1 / I.2 / I.3

Aerosol fundamentals aerosol distributions, properties, sources sinks, processes – the aerosol lifecycle

Carslaw

II.1 / II.2 In situ measurements general aerosol measurement methodsaerosol composition measurements

Fuzzi

II.3 / II.4 In situ measurements - AMS introduction to the Aerosol Mass Spectrometer; using the AMS

Coe

III.1 / III.2 Secondary Organic Aerosols (SOA)

phase partitioning theory; biogeochemical cycles; laboratory studies of SOA

Donahue

IV.1 / IV.2 / IV.3

Aerosol and clouds cloud formation; aerosol effects; observations; precipitation formation; cloud modeling; Large Eddy Simulations of aerosol-cloud interactions

Feingold

V.1 / V.2 Satellite measurements of aerosols

aerosol remote sensing methods; global satellite measurements

Bhartia

V.3 / V.4 Lidar measurements of aerosols aerosol lidar theory; lidar measurements RiziVI.1 / VI.2 / VI.3

Climate fundamentals overview of climate; climate change; aerosols and climate

Ramaswamy

VII.1 / VII.2 Climate modeling fundamentals of climate modeling; aerosols in climate models

Menon

VIII.1 / VIII.2 Climate projections climate change feedbacksprojections –aerosol/climate change

Penner

IX.1 Summary and conclusions Brune

IPCC 2007, WG1, Summary for Policymakers