Science and Planning Workshop: START08/preHIPPO

Slides:



Advertisements
Similar presentations
START08 & HIRDLS Laura Pan November 6, START08 Information Science questions & objectives Payload & campaign dates Modeling effort Opportunities.
Advertisements

HIAPER Progressive Science Mission (22 November- 23 December, 2005) Daybreak before take off
Aircraft/Satellite comparisons from the HIPPO and GloPac campaigns Karen Rosenlof 1 and Eric Ray 2 1 NOAA ESRL CSD 2 CIRES, University of Colorado Boulder,
Brooks Range, AK HIAPER Pole-to-Pole Observations 2009 (“HIPPO”) Steven C. Wofsy Global CH 4 Keynote Address, ICDC8, Jena, 18 Sep 2009.
Extremely Fine-Grained Observations of Atmospheric Gasses 1 Water vapor measurements from the VCSEL hygrometer Garnet Abrams October 7, 2011.
Brooks Range, AK HIAPER Pole-to-Pole Observations 2009 (“HIPPO”) Steven C. Wofsy and the HIPPO Science Team Global CH 4 Global fine-grained data: what.
Brief Notes on AIRS May 9, 2007 Group Meeting. Atmospheric InfraRed Sounders (AIRS) 650 – 2670 cm – 2670 cm channels 2378 channels Objectives:
Convective Transport of Active Species in the Tropics.
Figure 1 Figure 8 Figure 9Figure 10 Altitude resolved mid-IR transmission of H 2 O, CH 4 and CO 2 at Mauna Loa Anika Guha Atmospheric Chemistry Division,
Deep Convecton and Lightning Ken Pickering – NASA/GSFC Chris Cantrell – NCAR Tropospheric Chemistry Future Activities Meeting March 8, 2007 Deep Convection.
Introduction to Photochemistry Marin Robinson Department of Chemistry Northern Arizona University.
Outline: 1.Atmospheric Regimes: Scientific Questions & Observational Needs UT/LS (HO x, water ) Middle & Lower Troposphere (clouds, aerosols, NO x, regional.
Al Cooper Jeff Stith Earth Observing Laboratory (EOL) HIAPER Debrief 9 November 2005 Ongoing Development and Support: EOL Plans for Deployment of HIAPER.
TEST Review CH 11 ATMOSPHERE p Earth Science Review Sheet 1 st day of Semester.
SOLVE-II Kiruna Sweden Pre-AVE 2004 Costa Rica, JSC AVE JSC (Houston) AVE-wiff 2005 JSC (Houston) CR-AVE 2006 Cost Rica, JSC TC
The Earth and Its Atmosphere: 1. Vertical structure 2. Weather and climate.
Airborne Observations of Atmospheric O 2 and CO 2 on Regional to Global Scales Britton Stephens (NCAR, Boulder, USA and NIWA, Wellington, New Zealand)
Atmospheric Chemistry with Large and Small UAS in the Arctic James W. Elkins NOAA Earth Systems Research Laboratory Global Monitoring Division The NOAA-Environment.
PIs: Harvard, NCAR, Scripps, NOAA Global and seasonal survey of CO 2, O 2, CH 4, CO, N 2 O, H 2, SF 6, COS, CFCs, HCFCs, O 3, H 2 O, CO 2 isotopes, Ar,
Studies of Emissions & Atmospheric Composition, Clouds and Climate Coupling by Regional Surveys (SEAC 4 RS) Brian Toon Department of Atmospheric and Oceanic.
Chemistry Climate Modeling of the UTLS An update on model inter-comparison and evaluation with observations Andrew Gettelman, NCAR & CCMVal Collaborators.
Atmospheric Technology Division Rain In Cumulus over the Ocean Jorgen Jensen, Jeff Stith, Teresa Campos, Mary Barth, Dave Rogers NCAR science to complement.
Atmospheric O 2 Measurements in HIPPO (HIAPER Pole-to- Pole Observations of Atmospheric Tracers) Britton Stephens, NCAR EOL and TIIMES.
Atmospheric Structure and Composition. Atmosphere: The thin envelope of gases surrounding the earth Highly compressible Density decreases rapidly with.
1 Global Hawk Pacific (GloPac). Science Objectives and Missions First demonstration of the Global Hawk unmanned aircraft system (UAS) for NASA and NOAA.
A Strategic Initiative for UT/LS Research at NCAR L. Pan, S. Schauffler, M. Barth, T. Campos, A. Heymsfield, A. Lambert, D. Lenschow, W. Randel, P. Rasch.
Model evolution of a START08 observed tropospheric intrusion Dalon Stone, Kenneth Bowman, Cameron Homeyer - Texas A&M Laura Pan, Simone Tilmes, Doug Kinnison.
The Deep Convective Clouds and Chemistry (DC3) Field Experiment Mary C. Barth (NCAR), W. H. Brune (PSU), C. A. Cantrell (U. Colorado), S. A. Rutledge (CSU),
1 START08 Workshop, 8-9 Jan 2008 Understanding our atmosphere from non-CO 2 climate gases during HIPPO: Global network and aircraft profiles James W. Elkins.
The Atmosphere Earth Science Mr. Barry. Atmospheric Composition The atmosphere is mainly Oxygen (21%) and Nitrogen (78%) Other major gases include Argon,
Figure 1 Figure 8 Figure 9Figure 10 Altitude resolved mid-IR transmission of H 2 O, CH 4 and CO 2 at Mauna Loa Anika Guha Atmospheric Chemistry Division,
Greenhouse Effect Sun Earth’s Temperature Solar Energy Solar Energy Solar Energy Solar Energy.
CAPACITY User Requirements by Albert P H Goede 7 April 2004, KNMI Objective of Work Package 1000 Definition of User Requirements for Operational Monitoring.
HIAPER in PACDEX (Apr-May 2007). START08 RAF wing pod instruments.
Status of CAM, March 2004 Phil Rasch. Differences between CAM2 and CAM3 (standard physics version) Separate liquid and ice phases Advection, sedimentation.
Changing Atmosphere II Miscellaneous Atmosphere
EO Information Model Overview Concepts and Relations
National Center for Atmospheric Research
Best practices for RGB compositing of multi-spectral imagery
ATS 621 Fall 2012 Lecture 2.
IPCC / Special Report on Aviation & Global Atmosphere 10 Apr 01 Joyce Penner Professor of Atmospheric, Oceanic and Space Sciences University.
Seasonal variability of the tropical tropopause dehydration
Composition & Structure
Carbon Cycle Observations and Instrumentation
Carbon Cycle Observation Advances at NCAR
Pages 271 through 277 Mr. Monroe, October 8, 2007
Upper Troposphere and Lower Stratosphere Break out
The Earth’s Atmosphere Part 1: Atmospheric Science
Carbon Cycle Observations and Analyses
THE GREENHOUSE EFFECT © 2016 Paul Billiet ODWS.
INTERCONTINENTAL TRANSPORT EXPERIMENT – NORTH AMERICA (INTEX-NA)
Weather SOL 4.6.
Structure of the atmosphere
“HIAPER Pole-to-Pole Observations”
Atmosphere Ozone Example Example Troposphere Stratosphere Example
Introduction to the Atmosphere
The Atmosphere.
University of Colorado and NCAR START08/Pre HIPPO Workshop
13.2 NOTES The Atmosphere.
Unmanned Aircraft Systems (UAS)
b. Composition of the Atmosphere
Atmospheric CO2 and O2 Observations and the Global Carbon Cycle
Global atmospheric changes and future impacts on regional air quality
Atmospheric Moisture and Cloud Formation
NRT Tropospheric and UTLS Ozone From OMI/MLS
IPCC / Special Report on Aviation & Global Atmosphere 10 Apr 01 Joyce Penner Professor of Atmospheric, Oceanic and Space Sciences University.
Objective 11: I can define ozone layer and greenhouse effect
The Atmosphere and Weather
What Bias is associated with CNN and this article ?
Benchmarking of chemical mechanisms
Presentation transcript:

Science and Planning Workshop: START08/preHIPPO 8 -9 January 2008 Stratosphere-Troposphere Analyses of Regional Transport (2008) HIAPER Pole-to-Pole Observations of Carbon Cycle and Greenhouse Gases Location: Broomfield, Colorado Time: Phase I: <21 April – 16 May 2008 Phase II: 16 – 28 June 2008

Science and Planning Workshop: START08/preHIPPO Tuesday Morning: Science Presentations / Discussions (START08 emphasis) Afternoon (1): Continue Science Presentations/Discussions (HIPPO emphasis) Afternoon (2): Breakout groups: Forecasting Airborne instrumentation

Science and Planning Workshop: START08/preHIPPO Wednesday Morning: Science Presentations / Discussions Airborne Measurements Afternoon: Operational Aspects/Group Reports Discussion Action Items/Timeline

Wireless Access Connection: UCAR http://wireless.ucar.edu or https://128.117.228.250 Click: SEMINAR or GUEST USER Login: START Pwd: Jan.2008 KEEP THIS WINDOW OPEN

START08/PreHIPPO: Measurements Instrument Data Mission Objective HAIS Twin QCL High resolution CO, CO2, CH4, N2O Tracer studies/Carbon cycle CARI CU-VUV High resolution CO HAIS AWAS Grab sampling: NMHC, HCFC, RONO2, etc., etc. Tracer studies MEDUSA Grab Samples: Carbon isotopes Carbon cycle/stratospheric processes PANTHER GC/MS Medium resolution: selected trace gases UCATS GC analysis:N2O/SF6/H2/CO/CH4; continuous O3 – H2O Fast Ozone High resolution O3 (5 sps) Strat-trop processes; multiscale modeling NOAA Ozone High resolution O3 (1 sps) Strat-trop processes; multiscale modeling NCAR NO/NOy High resolution NO, NOy Strat-trop mixing; convective NO sources TDL H2O High resolution H2O Microphysics, strat- trop processes HAIS VCSEL High resolution H2O (25 sps) Multiscale processes HAIS SID-2 Small ice particle detector Cirrus microphysics HAIS MTP Atmospheric temperature structure Strat-trop processes; tropopause location CU-CLH Total water measurement; thin cloud detection Microphysics, strat-trop processes NCAR O2:N2 Measure of O2:N2 ratio Strat-trop exchange; carbon cycle RAF Particle probes Various Microphysics RAF CN Condensation nuclei Microphysics/tracer