Reunião GoAmazon in Harvard de 18 a 20 de Maio 2015.

Nessa reunião realizei duas apresentações, uma sobre o projeto ACRIDICON-CHUVA (projeto com

voo da aeronave alemã) e outra sobre os resultados científicos obtidos com os dados do CHUVA -

GoAmazon. Além destas atividades, coordenei a sessão de processos de nuvens que preparou uma

série de recomendações e levantou as principais questões científicas da área de nuvens e

precpitação .

A reunião contou com diversas sessões que versaram sobre a química atmosférica, a turbulência, a

interação aerossol-nuvens e os processos de formação da precipitação. Todos esses temas foram

focados na interação floresta-centro urbanos e regiões desflorestadas.

Os resultados são novos e muito interessantes, um novo conhecimento está sendo adquirido

sobre as fontes de particulados na atmosfera e sobre o efeito deles nas nuvens.

Um número especial da revista Atmosphere Chemistry and Physics irá ser lançado com a coletânea

de trabalhos apresentados na conferência.

Esses conhecimentos serão fundamentais para melhorar a previsão de tempo na região tropical,

para entender os efeitos da urbanização em regiões de florestas e os efeitos do desmatamento no

clima.

Essa reunião de trabalho permitiu elencar uma série de etapas na preparação da base de dados,

na colaboração científica e na divulgação dos mesmos. Além dessa reunião geral, tivemos reuniões

com os grupos de atmosfera e com o steering committe para a definição dos próximos passos.

Abaixo apresentamos a agenda reunião e as conclusões do grupo de pesquisa relacionado com as

atividades do CHUVA.

Luiz Augusto Toledo Machado

Need for Joint Effort for Data Preparation • Radiosondes - preprocess and standard dynamic and thermodynamic

calculations (Jensen, Fisch) • Budget analysis – refine variational analysis with additional soundings and

observed surface fluxes (Xie), calculate budget from triangle network and compare to variational analysis (Machado)

• Radars - preprocess and compare all radar wavelenths (UHF, W, X, S), cross-check with TRMM/GPM and compute basic parameters (including reflectivity and radial velocities) and more non-trivial calculations as vertical velocity, hydrometeor classification, divergence, etc. (Giangrande, Biscaro, Schumacher, …)

• Rainfall and drop-size distributions - intercompare all disdrometers, MRR, raingauges and radars (Barthalomew, Calheiros)

• Aircraft – chemical, aerosol, and cloud properties (Comstock, Fan Mei) • Lightning – availability of STARNET and LINET data (Albrecht) • Satellite –climatologies to assess representativeness (Burleyson, Fu) • Other considerations – IOP vs full 2-year period, infrastructure support

(spreadsheet and funding)

Scientific Questions

• Are clouds formed over the plume different from those formed in a clean atmosphere over the same thermodynamics conditions?

• What are the processes that control the diurnal cycle of convection in the region?

• What factors impact convective growth and organization in different regimes?

• What mechanisms control the formation of rainfall (how clouds moves to rain clouds)?

• What processes control cloud electrification? • What do models at a cloud-resolving scale need

to describe the cloud field and the aerosol-cloud interactions over Amazonia?

Cloud and precipitation possible paper list

• Cloud and precipitation processes overview (Jensen, Giangrande, etc.)

• Diurnal cycle of convection (Feng, Burleyson, Hagos, Barbosa, Pauliquevis)

• Characterization of the thermodynamics during GoAmazon (Fuentes, Xie)

• Effect of Manaus plume on cloud properties (Machado, Albrecht, Micael, Fan)

• Radar and lidar convective and cloud properties (Upton, Gouveia)

• Statistics of rain (Mechoso)

• Aerosol-convection interactions (Fu)

GoAmazon2014/5 Science Conference May 18-20, Harvard University, Cambridge, Massachusetts http://www.seas.harvard.edu/environmental-chemistry/GoAmazonScienceConference.html

Conference Chair: Scot Martin, scot_martin@harvard.edu

Administrative Contact: Julianna Braun, jbraun@seas.harvard.edu

Organizing Committee: Scot Martin (chair), Harvard University (USA) Paulo Artaxo, University of Sao Paulo (Brazil) Henrique Barbosa, University of Sao Paulo (Brazil) Jerome Fast, Pacific Northwest National Laboratory (USA) Jose Fuentes, Pennsylvania State University (USA) Allen Goldstein, University of California, Berkeley (USA) Kolby Jardine, Lawrence Berkeley National Laboratory (USA) Luiz Machado, National Institute for Space Research (Brazil) Antonio Manzi, National Institute for Amazonian Research (Brazil) Christopher Pöhlker, Max Planck Institute for Chemistry, Mainz (Germany) Courtney Schumacher, Texas A&M University (USA) James Smith, National Center for Atmospheric Research (USA) Rodrigo Souza, Amazonas State University (Brazil) Jian Wang, Brookhaven National Laboratory (USA)

Travel Support Gratefully Acknowledged:

United States Department of Energy Brazil São Paulo Research Foundation (FAPESP) Brazil Amazonas Research Foundation (FAPEAM)

Monday, May 18 Maxwell-Dworkin G115

Registration Open 8:15 Registration General Introduction and Crosscutting Topics 8:45 Scot Martin, Overview and introduction 9:15 Paulo Artaxo, Aerosol physical and chemical properties before and after the

Manaus plume in GoAmazon2014/5 9:30 Luiz Machado, ACRIDICON-CHUVA-GoAmazon2014/5 Highlights ("Aerosol,

Cloud, Precipitation, and Radiation Interactions and Dynamics of Convective Cloud Systems")

9:45 Fan Mei, IARA Highlights with respect to cloud probes 10:00 Jerome Fast, An integrated approach to study clouds, aerosols, and land-

atmosphere interactions in the Amazon Basin

10:15 - 10:30 Break BVOCs and Photo-oxidation Chairs: Allen Goldstein and Julio Tota 10:30 Stefan Wolff, Reactive and non-reactive trace gas profiles within and above an

Amazonian rain forest 10:45 Angela Jardine, Highly reactive light-dependent monoterpenes in the Amazon 11:00 Yingjun Liu, Separate quantification of isoprene oxidation products via the

hydroperoxyl and nitric-oxide pathways over Amazonia 11:15 Roger Seco, Isoprene and its oxidation products in the rural atmosphere of the

Amazon during the GoAmazon2014/5 11:30 Lindsay Yee, Observational constraints on terpene oxidation in the Amazon

using speciated measurements from SV-TAG 11:45 - 12:30 Discussion with focus on publications Tasks for discussions throughout conference: Prepare a list of the science

objectives, identify how each person is working in each topic, what is the stage of the study (e.g., mature, developing…), what is the author team to move forward (i.e., how each author contributes....). Readouts are at end of conference.

12:30 - 13:30 Lunch (provided), Maxwell-Dworkin Ground Floor Lobby

All Posters - 90 cm (width), 119 cm (height) Maxwell-Dworkin Ground Floor Lobby (Mon/Tues/Wed; take-down by end of lunch on Wed) 13:30 - 15:30, Coffee at 15:00

1. Bill Munger, Fluxes of reactive trace gases from Tapajos forest: Upwind precursor emissions to complement GoAmazon2014/5

2. Dasa Gu, Biogenic VOC emissions estimated from GoAmazon2014/5 airborne observations and implications for atmospheric chemistry over the tropical forest

3. Mitchell Thayer, Formaldehyde and glyoxal measurements as tracers of oxidation chemistry in the Amazon basin

4. Julio Tota, BVOC fluxes emitted by Tapajos National Forest in Amazonia, Brazil 5. Daniela Wimmer, Ground based sub-3 nm aerosol and ion measurements during dry

season within GoAmazon2014/5 6. Chongai Kuang, Measurements of the aerosol size distribution down to 1 nm to

investigate aerosol nucleation and initial growth during GoAmazon2014/5 7. Francisco Miranda, Occurrence of downdrafts and its influence on the variation of scalars

above and within Amazonian forest at the Experimental Site of Cuieiras, Manaus-AM. 8. Edilanê Santos, Occurrence of chaotic attractors on the Amazon forest 9. Eliane Alves, Observations and simulations of seasonal changes in isoprene emissions

froma primary rainforest in central Amazonia 10. Luciana Vieira, Regional differences in the intra-annual and interannual variability of

forest and climatological parameters in the central Amazon region 11. Vinicius Fernandes, Carbon and energy: source and sink for isoprene synthesis 12. Kolby Jardine, Integration of C1 and C2,3 metabolism in trees 13. Jorge Saturno, Black carbon measurements at T0a ATTO: Seasonal variation during

GoAmazon2014/5 14. Rafael Stern, Aerosol mass spectrometry of biogenic aerosols in Amazonia 15. Bettina Weber, The epiphytic cryptogams’ role as source of bioaerosols and trace gases

16. Paulo Castillo, Observations of black/brown carbon concentrations in the Amazon using the aethalometer and SP2

17. Glauber Cirino, Black carbon, carbon monoxide, and particle number signatures from the Manaus plume during GoAmazon2014/15 at T2 and T3

18. Adan Medeiros, Effects of fuel switching on air quality in a tropical environment 19. Hannah Upton, A comparison of convective system properties upwind and downwind of

the Manaus pollution plume 20. Suzane de Sa, Inter-season comparison of composition and sources of fine mode aerosol

particles observed at T3: a mass spectrometric perspective 21. Brett Palm, Measurements of in-situ SOA formation using an oxidation flow reactor

during GoAmazon2014/5 22. Rebecca Wernis, Characterizing the chemical complexity of semi-volatile organic

compounds from biomass burning in Amazonia 23. Rodrigo Souza, Monitoring gaseous pollutants at T1 Manaus and T3 Manacapuru during

GoAmazon2014/5 IOPs 24. Ricardo Godoi, Aerosol and gaseous analysis 25. Mary Alice Upshur, Sum-frequency-generation (SFG) spectroscopy of organic particles

collected during IOP2 of GoAmazon2014/5 26. Casey Burleyson, Spatial and temporal context for the diurnal cycle of convection near

Manaus, Brazil 27. Bruno Takeshi, GoAmazon2014/5: A T3 logistics overview

Parallel 1 Regional & Global Climate Modeling, Maxwell-Dworkin 119 Chairs: Tercio Ambrizzi and Rong Fu 15:30 Tercio Ambrizzi, Mesoscale convective systems over the Amazon Region during

GoAmazon2014/5 15:45 Zhe Feng, Diurnal cycle of convection over Amazon: modulation by land-

surface heterogeneity and cold pools 16:00 Rong Fu, Using GoAmazon2014/5 data to clarify the influence of aerosols on

shallow and deep convection and dry-to-wet season transition 16:15 C. Roberto, Mechoso, Multi-Scale Processes in Amazonian Convection 16:30 - 17:30 Discussion with focus on publications

Parallel 2 Production of New Particles and Characterization of Small Particles, MaxwellDworkinG115 Chairs: James Smith and Luciana Rizzo 15:30 Saewung Kim, Hydroxyl and sulfuric acid observations 15:45 Luciana Rizzo, Characterization of new particle formation events in the outflow

of the Manaus plume 16:00 James Smith, What are GoAmazon2014/5 measurements telling us about the

sources of ultrafine aerosol particles in the Amazon? 16:15 Jian Wang, Microphysics of Amazonian aerosol under pristine condition and the

impact from the Manaus urban plume observed during GoAmazon2014/5 16:15 - 17:00 Discussion with focus on publications 17:00 Group Photo

Tuesday, May 19 Maxwell-Dworkin G115 Microscale Meteorology and Related Effects Chairs: Gilberto Fisch and Michael Jensen 9:00 Cléo Dias Júnior, LES applied to analyze the turbulent flow organization above

Amazon forest 9:15 Gilberto Fisch, The atmospheric boundary layer characteristics during the

GoAmazon2014/5 IOPs 9:30 Gabriel Katul, The structure of turbulence in a Brazilian rainforest and its effect

on ultra-fine particle dry deposition onto vegetation 9:45 Tobias Gerken, Air chemistry within and above a rainforest canopy in central

Amazonian 10:00 Michael Jensen, An examination of the relationships between cloud

characteristics and atmospheric thermodynamics during GoAmazon2014/5 10:15 - 11:00 Discussion with focus on publications 11:00 - 11:15 Break Terrestrial Ecosystems Chairs: Kolby Jardine and Antonio Manzi 11:15 Laura Borma, The challenge in determining the spatial and temporal variability

of soil moisture in the Amazon basin 11:30 Giordane Martins, Seasonality of leaf physiology in an Amazon rain forest:

causes and consequences 11:45 Ana Yanez, Diel and seasonal changes of biogenic volatile organic compounds

within and above an Amazonian rainforest site 12:00 Tanya Debora, Isoprene, Monoterpene and methanol measurements bellow and

inside the canopy: studying the relationship between these compounds emissions and meteorology variables

12:15 Sabrina Garcia, Leaf isoprene biosynthesis from internal recycling of respiratory and photorespiratory CO2

12:15 - 13:00 Discussion with focus on publications 13:00 - 14:00 Lunch (provided), Maxwell-Dworkin Ground Floor Lobby

Aerosol Characterization in Clean Conditions Chairs: Christopher Pöhlker and Theotonio Pauliquevis 14:00 Christopher Pöhlker, Aerosol studies at the remote T0a ATTO site during

GoAmazon2014/5: Data overview and focal points of analysis 14:15 Samara Carbone, Characterization of submicron secondary aerosol in the amazon

forest at T0a ATTO 14:30 Mira Kruger, Cloud condensation nuclei (CCN) measurements with the HALO

aircraft during ACRIDICON-CHUVA and long-term CCN measurements at T0a ATTO

14:45 Theotonio Pauliquevis, Rainwater chemistry during IOP2 of GoAmazon2014/5 15:00 Tuukka Petaja, BAECC Highlights (“Biogenic Aerosols: Effects on Clouds and

Climate”) 15:15 - 16:00 Discussion with focus on publications 16:00 - 16:15 Break Physical Changes in Aerosols because of the Manaus Plume Chairs: Paulo Artaxo and Jian Wang 16:30 Adam Bateman, Particle rebound and phase state in Amazonia during

GoAmazon2014/5 16:45 Peter Buseck, Rebounded vs. unrebounded particles imaged by transmission

electron microscopy 17:00 Ryan Thalman, Changes in aerosol hygroscopicity with increased oxidation in

the atmosphere and an oxidation flow reactor during GoAmazon2014/5 17:15 Mary Gilles, Spectro-microscopy of ambient aerosol particles: results from

GoAmazon2014/5 17:30 Manish Shrivastava, Modeling the formation and evolution of secondary organic

aerosol as a result of anthropogenic-biogenic interactions during GoAmazon2014/5

17:45 - 18:30 Discussion with focus on publications

Wednesday, May 20 Maxwell-Dworkin G115 Clouds & Precipitation Chairs: Luiz Machado and Courtney Schumacher 9:00 Luiz Machado, Cloud characteristics and aerosol interaction observed in

GoAmazon2014/5 9:15 Rachel Albrecht, Cloud-aerosol-precipitation interactions in deep convection and

cloud electrification over the Amazon 9:30 Jiwen Fan, Impacts of anthropogenic pollution on convective clouds and

precipitation in downwind pristine environment 9:45 Scott Giangrande, Precipitation insights from a merged dataset of vertically

pointing ARM radars and ground disdrometers during GoAmazon2014/5 10:00 Diego Gouveia, Cirrus clouds observation and instrumental intercomparison

from three lidar systems operated during IOP2 10:15 - 11:00 Discussion with focus on publications 11:00 - 11:15 Break Chemical Changes in Aerosols because of the Manaus Plume Chairs: Scot Martin and Henrique Barbosa 11:15 Henrique Barbosa, FLEXPART forward and backward trajectories during IOP1

and IOP2 based on 625 m resolution winds from WRF simulations 11:30 Joel Brito, Submicron aerosol and trace gas composition near Manaus as

observed during GoAmazon2014/5 11:45 Gabriel Isaacman-VanWertz, Factors controlling gas-particle partitioning and

formation of secondary organic aerosol from isoprene oxidation 12:00 Alexander Laskin, Molecular characterization of atmospheric organic particles

collected in the Amazonia 12:15 John Shilling, Gas- and particle-phase chemical composition measurements

onboard the G1 research aircraft during GoAmazon2014/5 12:30 - 13:15 Discussion with focus on publications 13:15 - 14:15 Lunch (provided), Maxwell-Dworkin Ground Floor Lobby

Moving Forward on Path for Publications 14:15 - 16:15

Status on overview manuscript of GoAmazon2014/5 Special issue Readout of all planned themed publications as overviews or perspectives, plus any other

known planned specialist publications o themes

Terrestrial Ecosystems BVOCs and Photo-oxidation Regional & Global Climate Modeling Microscale Meteorology and Related Effects Clouds & Precipitation New Particles and Characterization of Small Particles Aerosol Characterization in Clean Conditions Physical and Chemical Changes in Aerosols because of the Manaus Plume

o identify leader volunteer authors and contributing authors and data sets Additional Notes

Side Meetings: We have reserved three rooms each day in which small groups can meet, e.g., if there is a desire for specific technical discussions. To reserve one of these rooms during a specific time window, please contact Julianna Braun (jbraun@seas.harvard.edu).

Maxwell-Dworkin Room Convention: “G” as in “G115” indicates a “Ground Floor” room. The absence of a “G”, as in “119”, indicates a room on the first floor.

Directions

The main meeting location is Maxwell-Dworkin G115, 29 Oxford St., Cambridge, Massachusetts. Please come to this room between 8:30 AM and 9:00 AM on Monday, May 18, to register.

http://www.seas.harvard.edu/about-seas/map-directions/getting-seas

http://www.seas.harvard.edu/sites/default/files/files/About%20SEAS/SEASMainCampusMap.pdf

http://www.harvard.edu/visitors/directions

http://map.harvard.edu/

Recommended to arrive by walking, by publication transportation, or by cab. Contact meeting organizer if you will need automobile parking.

Restaurants

http://www.harvardsquare.com/restaurants

Harvard Square

Maxwell- Dworkin

Participants Rachel Albrecht, rachel.albrecht@iag.usp.br Lizabeth Alexander, lizabeth.alexander@pnnl.gov Eliane Alves, elianegomes.alves@gmail.com Tercio Ambrizzi, ambrizzi@model.iag.usp.br Paulo Araujo Filho, araujofilhoecology@gmail.com Paulo Artaxo, artaxo@if.usp.br Henrique Barbosa, hbarbosa@if.usp.br Sarah Batalha, ssa.batalha@gmail.com Adam Bateman, abateman@seas.harvard.edu Clara Bergoend, cbergoend@seas.harvard.edu Thiago Biscaro, tsbiscaro@gmail.com Laura Borma, laura.borma@inpe.br Joel Brito, jbrito@if.usp.br Peter Buseck, pbuseck@asu.edu Juliana Campos, juamorim01@hotmail.com Samara Carbone, carbone@if.usp.br Paulo Castillo, pcastillo@bnl.gov Yafang Cheng, yafang.cheng@mpic.de Glauber Cirino, glauber.cirino@gmail.com Maria Custodio, maria.custodio@iag.usp.br Suzane de Sa, sssa@seas.harvard.edu Tanya Debora, debora.tdbc@gmail.com Cléo Dias Júnior, cleo.quaresma@ifpa.edu.br Douglas Day, DougDay88@gmail.com Jiwen Fan, jiwen.fan@pnnl.gov Jerome Fast, jerome.fast@pnnl.gov Zhe Feng, zhe.feng@pnnl.gov Vinicius Fernandes, viniciusfernandes11@yahoo.com.br Gilberto Fisch, fisch.gilberto@gmail.com David Fitzjarrald, dfitzjarrald@albany.edu Rong Fu, rongfu@jsg.utexas.edu Jose Fuentes, jdfuentes@psu.edu Sabrina Garcia, sabrinagarcia.sg@gmail.com Tobias Gerken, tobias.gerken@psu.edu Scott Giangrande, sgrande@bnl.gov Mary Gilles, mkgilles@lbl.gov Allen Goldstein, ahg@berkeley.edu Helber Gomes, gomes.helber@gmail.com Diego Gouveia, diego.gouveia@usp.br Dasa Gu, dasa.gu@pnnl.gov Gabriel Isaacman-VanWertz, givw@mit.edu Angela Jardine, angela.jardine@inpa.gov.br Kolby Jardine, kjjardine@lbl.gov Michael Jensen, mjensen@bnl.gov

Jennifer Kaiser, jen.b.kaiser@gmail.com Gabriel Katul, gaby@duke.edu Frank Keutsch, keutsch@chem.wisc.edu Saewung Kim, saewungk@uci.edu Mira Kruger, m.kruger@mpic.de Chongai Kuang, ckuang@bnl.gov Alexander Laskin, alexander.laskin@pnnl.gov Yingjun Liu, yliu@seas.harvard.edu Aline Lopes, alinplopes@gmail.com Luiz Machado, luiz.machado@cptec.inpe.br Antonio Manzi, aomanzi@gmail.com Scot Martin, scot_martin@harvard.edu Giordane Martins, giordanemartins@gmail.com Karena McKinney, kamckinney@seas.harvard.edu C. Roberto Mechoso, mechoso@atmos.ucla.edu Adan Medeiros, adan_medeiros@hotmail.com Fan Mei, Fan.Mei@pnnl.gov Francisco Miranda, f_miranda31@hotmail.com Bill Munger, jwmunger@seas.harvard.edu Jair Maia, jairmaia@gmail.com Rosa Nascimento, rmsantos@uea.edu.br Brett Palm, brett.b.palm@gmail.com Theotonio Pauliquevis, theotonio@gmail.com Tuukka Petaja, tuukka.petaja@helsinki.fi Christopher Pöhlker, c.pohlker@mpic.de Luciana Rizzo, luvarizzo@gmail.com Edilanê Santos, edilane.mendes@inpa.gov.br Jorge Saturno, j.saturno@mpic.de Courtney Schumacher, cschu@geos.tamu.edu Roger Seco, email@rogerseco.cat Arthur Sedlacek, sedlacek@bnl.gov John Shilling, john.shilling@pnnl.gov Manish Shrivastava, ManishKumar.Shrivastava@pnnl.gov James Smith, jimsmith@ucar.edu Rodrigo Souza, souzaraf@gmail.com Stephen Springston, srs@bnl.gov Rafael Stern, rafa.stern@yahoo.com.br Hang Su, h.su@mpic.de Bruno Takeshi, brunotakeshi@gmail.com Shuaiqi Tang, volley20107151@gmail.com Paulo Teixeira, paulo.ricardo.teixeira@gmail.com Ryan Thalman, rthalman@bnl.gov Mitchell Thayer, mthayer@chem.wisc.edu Julio Tota, totaju@gmail.com Mary Alice Upshur, maryupshur2017@u.northwestern.edu Hannah Upton, uptonh@tamu.edu

Luciana Vieira, lucianavieira_f15@yahoo.com.br Andrea Waichman, awaichman@gmail.com Jian Wang, jian@bnl.gov Thomas Watson, twatson@bnl.gov Bettina Weber, b.weber@mpic.de Rebecca Wernis, rwernis@berkeley.edu Kathy Wescot, lkd.ss@gmail.com Earle Williams, earlew@ll.mit.edu Daniela Wimmer, daniela.wimmer@helsinki.fi Stefan Wolff, stefan.wolff@mpic.de Ana Yanez, ana.yanez@inpa.gov.br Lindsay Yee, lindsay.yee@berkeley.edu

Relatório Viagem American Geophysical Union Fall Conference (AGU 2014).

São Francisco, Estado Unidos, de 13 a 20 de Dezembro, 2014

A missão foi realizada com sucesso. Várias atividades foram realizadas, entre elas, a mais

importante a apresentação do trabalho - The CHUVA Project Contributions to the Understanding

of Anthropogenic Interactions Affecting the Atmospheric Physics over the Amazonas. Essa palestra

– invited speaker, foi realizada na sessão - Anthropogenic-Biogenic Interactions Affecting the

Atmospheric Chemistry and Physics over Tropical Rainforests. Além da participação em vários

posters com alunos ou pesquisadores associados ao Projeto CHUVA.

A reunião AGU é muito interessante pela alta qualidade das pesquisas apresentadas e pela

participação de toda a comunidade científica americana e grande participação do resto do mundo,

principalmente dos países Europeus. Diversas parcerias foram estabelecidas para explorar os

dados coletados no experimento GoAmazon. As discussões permitiram concretizar parcerias com

o PNNL (DOE), Broakhaven (DOE), TAMU (Texas University), CNRS (França) e Havard. Essas

parcerias incluem deste o envio de alunos, a preparação da base de dados, simulações com

modelos de alta resolução e análise de dados observacionais.

Relatório de Missão (GO Amazaon 2014/15)

Nome: Gilberto Fisch

Período: de 16 a 23/05/2015, Local: Boston/Cambridge, Estados Unidos

Objetivo: participar, com apresentação de trabalho, da reunião técnico-científica do GO

Amazon 2014/15 e realizar visita técnica no MIT ao Dr. Earle Williams

Resumo

Este evento foi realizado para integrar os vários segmentos envolvidos com as análises

do experimento do GO Amazon 2014/15, especificamente com a comunidade técnico-

científica de pesquisadores e alunos que estejam trabalhando no entendimento dos

processos, nas medições e no estudo das características da Camada Limite Planetária

e/ou Turbulência. No evento foram discutidos todos os segmentos envolvidos do

experimento (parte de meteorologia, química, estudos de climatologia, etc).

Participaram deste evento aproximadamente 100 pessoas entre pesquisadores e alunos

de doutorado/ jovens cientistas dos EUA e do Brasil (principalmente) e de algumas

partes do mundo (por exemplo da Alemanha).

Participei do evento com através da coordenação de uma sessão técnica e apresentação

de trabalho técnico-científico, a saber:

Microscale Meteorology and Related Effects Chairs: G. Fisch and M. Jensen

9:00 Cléo Dias Júnior, LES applied to analyze the turbulent flow organization above

Amazon forest

9:15 Gilberto Fisch, The atmospheric boundary layer characteristics during the

GoAmazon2014/5 IOPs

9:30 Gabriel Katul, The structure of turbulence in a Brazilian rainforest and its effect on

ultra-fine particle dry deposition onto vegetation

9:45 Tobias Gerken, Air chemistry within and above a rainforest canopy in central

Amazonian

10:00 Michael Jensen, An examination of the relationships between cloud

characteristics and atmospheric thermodynamics during GoAmazon2014/5

10:15 - 11:00 Discussion with focus on publications

O evento terminou as no dia 20/05 e no dia 21/05 foi realizado uma visita técnica ao

Massachusetts Institute of Technology (MIT)/ Department of Civil and Environmental

Engineering, especificamente com o Dr. Earle Williams. O Dr. Williams tem trabalhado

há muitos anos na Amazônia (participou dos experimentos LBA/TRMM 1999 e

LBA/RACCI 2002) e esta visita foi realizada com o objetivo de discutir possíveis

parcerias com estes novos dados coletados no âmbito do Projeto CHUVA-Experimento

GO Amazon.

Pontos positivos assinalados

- novo contato com pesquisador do Brookhaven National Laboratory/ Department of

Energy US (Dr. Michael Jensen). Dividimos as atividades de coordenação de uma

sessão técnica, bem como de organizar as futuras atividades científicas de análises

conjuntas com os dados dos experimentos GO Amazon e do CHUVA-Amazonia. Iremos

investigar a possibilidade de encontrar novos modos de obter financiamentos entre

(Brasil/Estados Unidos).

___________________________________

Gilberto Fisch

Relatório de Missão (reunião GOBLE 2014)

Nome: Gilberto Fisch

Período: de 25 a 29/10/2014

Local: Manaus, AM, Brasil

Objetivo: participar, com apresentação de trabalho, da reunião técnico-científica do

projeto GOBLE. Visita ao experimento CHUVA-IOP2

Resumo

Este evento foi realizado para integrar os vários segmentos (do Brasil e dos EUA)

envolvidos com as análises do experimento do GO Amazon 2014/15 / GOBLE (GO

Amazon Boundary Layer Experiment), que estejam trabalhando no entendimento dos

processos, nas medições e no estudo das características da Camada Limite Planetária

e/ou Turbulência. Este experimento (GOBLE) recebeu recursos financeiros do

Department of Energy (DOE) para analisar o acoplamento dos processos de superfície e

atmosfera baixa e é coordenado pela Pensilvânia State University /Department of

Meteorology) e com a Universidade Estadual do Amazonas (Profa. Rosa Santos, UEA).

No evento foram discutidos aspectos envolvidos do experimento, com a participação de

aproximadamente 30 pessoas entre pesquisadores e alunos de doutorado/ jovens

cientistas dos EUA e do Brasil (no caso, professores da UFPR (Nelson L. Dias), UFSM

(Otavio Acevedo), etc).

Participei do evento com apresentação de trabalho técnico-científico, a saber:

Dia 27/10 - 15:15 Gilberto Fisch, The atmospheric boundary layer measurements

during the GoAmazon2014/5 IOPs

Antes do evento em si, fiz também uma visita (dia 26/10) ao Centro de Coordenação do

Experimento CHUVA/ACRIDICON (Hotel Tropical, Manaus), para discutir com

pesquisadores principais (Drs. Luiz Machado – INPE e Prof. M. Wendisch- Leipzig

University, Alemanha)

Pontos positivos assinalados

- novos contatos com pesquisadores do Pensivalnia State University (PSU), Prof. José

Fuentes e Marchelo Chameki. Estamos discutindo a possibilidade de enviar alunos do

PG-MET INPE para um estágio sandwich na PSU.

___________________________________

Gilberto Fisch