AMAZE-08 Objectives We are addressing three science questions: (1)What mechanisms regulate the production of number and mass, maintain the size distribution,

Slides:

Advertisements

Similar presentations

Paulo Artaxo, Luciana Rizzo, Joel F. Brito, Henrique Barbosa, Andrea Arana, Elisa T. Sena, Glauber G. Cirino, Wanderlei Bastos, Scot Martin, Meinrat O.

Advertisements

Atmospheric Aerosols in Amazonia and land use change: from natural biogenic to biomass burning conditions Keith Heidecorn Graduate Seminar in Atmospheric.

Study of NO x nocturnal events observed at the Abracos Pasture Site, Rondonia Gatti, Luciana V. (1), Cordova, Ana Maria (1), Yamazaki, Amelia (1), Artaxo,

Dry to Wet Season Atmospheric Mesoscale Campaign Rondônia September-November 2002 DRYtoWET/LBA Radiation, Cloud, and Climate Interactions in the Amazon.

An Amazonian Tall Tower Observatory (ATTO) for observation and understanding of the role of the tropical Amazonian ecosystem under climate change conditions.

New particle formation in Amazon: Clouds, rain and ions Radovan Krejci 1,2, Modris Matisans 1, Peter Tunved 1, Hanna Manninen 2, John Backman 2, Luciana.

Observations and Modeling of the Green Ocean Amazon (GoAmazon2014/5) Climate Ecosystems Atmospheric Composition Presented by Scot Martin (Harvard) on behalf.

In Situ Validation of the Suppression of Rain by Smoke from Forest Fires in the Amazon D. Rosenfeld and A. Khain (1), A. A. Costa (2), J. C. P. de Oliveira.

Amazonia and Global Change Editors: –Michael Keller –Pedro Silva Dias –John Gash 13 Section Editors 93 Authors and Co-Authors.

NCAR PTR-TOF-MS VOC measurements during the GoAmazon2014/5 and TUFFS campaigns Roger Seco Dept of Earth System Science University of California Irvine.

UK GEOTRACES: Characterizing nitrate isotopes in South Atlantic water masses (40°S). UK GEOTRACES: Characterizing nitrate isotopes in South Atlantic water.

Observations and Modeling of the Green Ocean Amazon Climate Ecosystems Atmospheric Composition Presented by Scot Martin at Fall 2011 CESM PI Meeting.

Biogenic Secondary Organic Aerosol Formation Michael Boy ASP / ACD / NCAR.

Joakim Pagels Div. Aerosol Technology (EAT) Secondary Aerosol Formation from Combustion Aerosols.

Organic Aerosol: From Oxidation to Optical Depth IGAC Conference, Halifax, Canada July 14, 2010 Colette L. Heald Acknowledgements: Jesse Kroll (MIT), Jose.

Organic Carbon during AMAZE-08: Preliminary model analysis AMAZE Science Team Meeting, Boulder July 24, 2008 Colette L. Heald

Environmentally Conscious Design & Manufacturing (ME592) Date: March 29, 2000 Slide:1 Environmentally Conscious Design & Manufacturing Class 11: Air Quality.

Rural continental aerosol properties and processes observed during the Hohenpeissenberg Aerosol Characterization Experiment (HAZE2002) N. Hock, J. Schneider,

Organic Aerosol: A riddle, wrapped in a mystery, inside an enigma * University of Leeds June 2, 2010 Colette L. Heald Acknowledgements: Dave Ridley, Kateryna.

Aerosol and Cloud Microphysics Working Group Dietrich Althausen, Andrea Riede, Herman Russchenberg, Aldo Amodeo, Susanne Crewell, Paolo Di Girolamo, Stephen.

Projects on Aerosol-Climate Interactions Erik Swietlicki PhD students: Erik Nilsson, Jakob Löndahl, Pontus Roldin Div. of Nuclear Physics, Lund University,

Lund Aerosol Group Div. of Nuclear Physics, Lund University, LTH Professors: Erik Swietlicki, Bengt Martinsson Senior Scientists: Göran Frank, Birgitta.

LGK Oct 23 Dust emissions The Chilean aerosol-cloud- climate component of VOCALS 2007.

Organic Aerosol: Making complicated particles seem simple 20 th Anniversary Celebration: NOAA Climate and Global Change Postdoctoral Program April 14,

What satellite and aircraft observations can tell us about the organic aerosol budget Colette L. Heald 5 th International GEOS-Chem Meeting May 2, 2011.

Investigating Organic Aerosol Loading in the Remote Marine Environment K. Lapina 1, ), C. L. Heald 1, D. V. Spracklen 2, S.

Natural aerosols: Global budgets and climate implications Aerodyne, Inc. April 10, 2009 Colette L. Heald.

Biogenic Emissions of Organics: Global Budgets and Implications IGAC Conference, Annecy, France September 11, 2008 Colette L. Heald Russ Monson, Mick Wilkinson,

WP4 Tropospheric composition Reeves, Coe, Heard, Lewis, Monks, Pyle In the case of WP4 the objectives have been subdivided so that individual groups (first-

Observations and Modeling of the Green Ocean Amazon Climate Ecosystems Atmospheric Composition Presented by Scot Martin (PI), Harvard University, in contribution.

Emissions of Volatile Organic Compounds by Plants Carbon Metabolism and Atmospheric Chemistry Kolby Jardine Amazon-PIRE Field Course June 2010.

AMAZE2008 Amazonian Aerosol Characterization Experiment 7 Feb - 15 Mar 2008 Science Focus on Natural Ecosystem Functioning.

Southeast Nexus (SENEX) Studying the Interactions Between Natural and Anthropogenic Emissions at the Nexus of Air Quality and Climate Change A NOAA Field.

Modeling Elemental Composition of Organic Aerosol: Exploiting Laboratory and Ambient Measurement and the Implications of the Gap Between Them Qi Chen*

INTRODUCTION TO CONVERSATIONAL-ACT ANALYSIS AND ITS APPLICATION TO SOCIAL AND PRIVATE SPEECH DATA Peter Feigenbaum, Ph.D. Fordham University Bronx, New.

Ground-Based Aerosol Measurements during RICO Olga L. Mayol-Bracero Institute for Tropical Ecosystem Studies and Department of Chemistry University of.

2. Method Aerosol physical and chemical properties were measured in two sites in Amazonia since January The clean site is at central Amazonia and.

Proposal for a Research Infrastructure for Advanced Aerosol Observations and Capacity Building in China Alfred WIEDENSOHLER Leibniz Institute for Tropospheric.

Automatic Operation of Lidar Systems at Remote Sites – Polly NET – Dietrich Althausen, Ronny Engelmann, Holger Baars, Birgit Heese, Thomas Kanitz, Detlef.

Cloud Resolving Model Studies of Tropical Deep Convection Observed During HIBISCUS By Daniel Grosvenor, Thomas W. Choularton, & Hugh Coe - The University.

Measurement of aerosol and VOC turbulent fluxes and in-canopy particle characterization at a pristine forest in Amazonia Luciana Rizzo.

Figure 1 – Image of Amazon Basin There is a very sharp increase in the atmospheric aerosol loading during the biomass burning season, that is observed.

CHEMICAL CHARACTERISTICS OF NORTH AMERICAN OUTFLOW: INSIGHTS FROM CHEBOGUE POINT, NOVA SCOTIA Allen Goldstein, Dylan Millet, James Allan, Eben Cross, Rupert.

Biosphere/Atmosphere Interactions in the Tropics.

Biogenic SOA Summer School Theme: An interactive approach to understanding biogenic SOA formation through field measurements and models A few details…

Long − Range Transport of Asian Sulfate and Its Effects on the Canadian Sulfate Burden Aaron van Donkelaar, Randall V. Martin – Dalhousie University W.

Ozone Production from Biomass Burning in the Amazon: Preliminary WRF-Chem Simulations and Comparison with In-Situ Data from the CO-CLAIM Experiment M.

Long−Range Transport of Asian Sulphate to Canada Aaron van Donkelaar, Randall V. Martin, Thomas Walker – Dalhousie University W. Richard Leaitch, Anne.

Cloud Condensation Nuclei Concentrations

Simulating the Oxygen Content of Organic Aerosol in a Global Model

Chemical Apportionment of Size-Segregated Atmospheric Particles during the Burning and Wet Seasons in the Brazilian Amazon O. L. Mayol-Bracero (1,2); M.

The Nobel Prize in Chemistry 2014 „ for the development of super-resolved fluorescence microscopy “ Eric Betzig (born 1960) H.

Clouds, Rain Processes and Biosphere Interaction in LBA Maria A. F. Silva Dias Department of Atmospheric Sciences University of São Paulo Brazil.

In-Situ Measurement of Scattering Albedo of Atmospheric Aerosol in the Amazon Region Otmar Schmid 1, Meinrat O. Andreae 1, W. Patrick Arnott 2, Paulo Artaxo.

Modeling the dynamic behavior of Cloud Condensation Nuclei: case study comparing clean (LBA/CLAIRE 2001) and polluted (LBA/SMOCC 2002) air conditions in.

An annual cycle of size-resolved aerosol hygroscopicity at a forested site in Colorado Ezra Levin A.J. Prenni, S.M. Kreidenweis, M.D. Petters, R.C. Sullivan,

Global Simulation of Secondary Organic Carbon Aerosols Hong Liao California Institute of Technology GEOS-CHEM meeting, April 2005.

Results and discussion Ground based characterization of biomass burning aerosols during the South American Biomass Burning Analysis (SAMBBA) ﬁeld experiment.

Phosphorus in aerosol particles in the Amazon Basin

WP L4: Chemical Characterization of CCN and IN

Ground-Based Aerosol Measurements during RICO

up until since Jan 2008 PhD NOAA postdoc Asst. Professor

Aerosol Physics & Climate

What are the causes of GCM biases in cloud, aerosol, and radiative properties over the Southern Ocean? How can the representation of different processes.

VI-ACI kickoff meeting, Karlsruhe, May 14/15, 2007.

Kenneth T. Whitby Award American Association for Aerosol Research

Alfred Wiedensohler, Thomas Müller, Sascha Pfeifer

Aerosol Simulation Over North America

Satellite Characterization of Urban Aerosols:

Biogenic aerosols from Amazonia: composition, size distributions and optical properties Rizzo, L.V.1, Artaxo, P.2 , Brito, J.F.2, Barbosa, H.M.2, Andreae,

Presentation transcript:

AMAZE-08 Objectives We are addressing three science questions: (1)What mechanisms regulate the production of number and mass, maintain the size distribution, and affect the temporal variability of biogenic aerosols at a pristine continental? (2)What are the number and mass fractions of primary compared to secondary organic aerosols? (3)Can we predict and understand properties, such as CCN, IN, and optical, of biogenic aerosols at a pristine continental site?

Science Team: Amazonian Aerosol Characterization Experiment (AMAZE-08) Harvard University (USA) Scot Martin Qi Chen Stephanie King University of São Paulo (Brazil) Paulo Artaxo Fernando Morais Paulo Oliveira Melina Paixao Alcides Ribeiro Luciana Rizzo National Institute for Research in the Amazon (Brazil) Antonio Manzi Theotonio Pauliquevis Juliane Kayse Rosa Santos Julio Tota National Space Research Institute (Brazil) Karla Longo Willian Ferreira Marcelo Araújo Luiz Mangueira Plinio Alvalá Domingos Sardela José Chagas Saulo Freitas Satyamurti Pratty Gilberto Fisch Max Planck Institute for Chemistry (Germany) Biogeochemistry Meinrat Andreae Ulrich Poeschl Sachin Gunthe Rebecca Garland Niklas Juergens Eugene Mikhailov Particle Chemistry Stephan Borrmann Johannes Schneider Thomas Boettger Marco Brands Soren Zorn Michel Flores Winterholer Barbel Institute for Tropospheric Research (Germany) Alfred Wiedensohler Thomas Muller Hartmut Haudek Dietrich Althausen Holger Baars Ronny Engelmann Weizmann Institute (Israel) Miri Trainic Yinon Rudich Ilan Koren Lund University (Sweden) Erik Swietlicki Erik Nilsson Pontus Roldin Stockholm University (Sweden) Douglas Nilsson Radovan Krejci Monica Mårtensson Lars Ahlm Matthias Vogt University of Colorado (USA) Delphine Farmer Jose Jimenez Joel Kimmel Colorado State University (USA) Colette Heald Anthony Prenni Markus Petters National Center for Atmospheric Research (USA) Alex Guenther Thomas Karl Andrew Turnipseed University of Nebraska (USA) Jun Wang University of Manchester (UK) Coe Hugh Niall Robinson James Allan