1. A NASA / NSF / NRL airborne field campaign focusing on atmospheric composition, chemistry, and climate over Southeast Asia. Programmatic Context, Issues and Outlook Anticipated deployment period: August - September 2012 http://espo.nasa.gov/missions/seac4rs

2. SEAC 4 RS Programmatic Objectives Science –Gas and aerosol surface emissions transport in convection –Atmospheric processes in convection –Atmospheric particle effects on weather and climate Satellite Calibration and Validation –Aircraft measurements will enable the improvement of satellite measurements –Improved satellite measurements will be useful for climate research, weather forecasting, land cover studies, … Satellite Prototype Instrument Testing (i.e, polarimeters) –Fly airborne simulators of next generation satellite sensors –Provide new science data

3. SEAC 4 RS Programmatic Issues Combining Science – Cal/Val – Prototype Testing will compromise the output of the project –Possibly true for a single objective, but not true in the big picture –Even the progress toward a single objective may be enhanced in the longer-term by the combination of these objectives Large Multi-platform, Multi-objective Campaigns are less efficient, scientifically, than a tightly focused, single aircraft project –Possibly true for some scientific questions –Advances in Earth System Science (e.g., climate) often require a broad observational perspective both in terms of the variety of measurements as well as space and time frame (i.e., combine multiple airborne platforms, surface-based and satellite observations) –We need to take on these large projects because we can

4. SEAC 4 RS Education and Public Outreach Satellite and AERONET/MPLNET Data Utilization Short Courses –Training in utilization of NASA Earth Science data for research –Location: Utapao or University? Pre-Deployment Media Telecon Visits to SEAC 4 RS at Naval Air Station –Media Day –VIP Tours –School Children Tours (security?) Talks given by SEAC4RS Scientists –Location: Universities and/or Agencies –Level: Expert and/or General Interest

5. Aircraft Platforms NASA ER-2: Upper Troposphere to Lower Stratosphere  Cruise altitude 18-21 km, range 3000 nmi, endurance 8-10 h  Payload: Emphasis on remote sensing of aerosols and radiation with capability to observe basic chemical tracers NSF/NCAR GV: Mid-to-Upper Troposphere  Ceiling 14 km, range 4000 nmi, endurance 8-10 h  Payload: Emphasis on detailed atmospheric composition and photochemistry for gases and aerosols as well as cloud microphysics NASA DC-8: Surface to Upper Troposphere  Ceiling 12 km, range 4000 nmi, endurance 8-10 h  Payload: Emphasis on detailed atmospheric composition and photochemistry for gases and aerosols, detailed radiation measurements, and remote sensing of ozone and aerosols BRRAA King Air 350: Surface to Upper Troposphere  Ceiling 10 km, range 1700 nmi, endurance 6 h  Payload: Emphasis on in-situ measurements of cloud particle concentration and microphysics as well as aerosol and cloud condensation nucleus concentration and microphysics

6. Thai BRRAA Super King Air 350