ficha de avaliação - artigo: "Relação entre ocorrência de queimadas

ficha de avaliação - artigo: "Relação entre ocorrência de queimadas

PROGRAM
April 1
Tuesday
April 2
Wednesday
8:30 – 8:45 (15 min)
Welcome Local
Committee:
Karla Longo
8:45 – 9:10 (25 min)
Presentation Project
PI:
Laura Gallardo
Klenner
09:10 – 09:35
(25 min)
Opening Oral
Session 1:
Maurício Osses
09:35 – 10:00
(25min – 1 talk)
Oral Session 1
10:00 – 10:30
(30 min)
Coffee break and
posters
10:30 – 11:10
(40 min)
Guest Presentation:
IAI
Gerhard Breulmann
11:10 – 11:15
Questions (5 min)
April 3
Thursday
8:30 – 8:55 (25 min)
Opening Oral
Session 2:
Karla Longo
8:55 – 9:15
(0h:20min – 1 talk)
Oral Session 2
April 4
Friday
8:30 – 9:10 (40min)
Guest Presentation:
Greg Carmichael
9:10-9:15
Questions (5 min)
9:15 – 9:40 (25 min)
Opening Oral
Session 3:
Pérola Vasconcelos
9:15 – 9:55 (40 min)
Guest Presentation:
Carlos Nobre
9:55-10:00
Questions (5 min)
9:40 – 10:00
(0h:20min – 1 talk)
Oral Session 3
10:00 – 10:30
(30 min)
Coffee Break and
posters
10:00 – 10:30
(30 min)
Coffee Break and
posters
10:30 – 12:00
(1h:30 min – 4 talks)
Oral Session 2
10:30 – 12:00
(1h:30min 4 talk)
Oral Session 3
12:00 – 13:30 (1h:30)
Lunch
12:00 – 13:30 (1h:30)
Lunch
11:15 – 12:00
(45min – 2 talks)
Oral Session 1
12:00 – 13:30 (1h:30)
Lunch
April 5
Saturday
Until
14:00
Check
out
After 14:00
Arrival and
registration
of participants
14:00 – 15:30
(1h:30min – 4 talks)
Oral Session 1
14:00 – 15:30
(1h:30min – 4 talks)
Oral Session 2
14:00 – 16:00 (2h)
Mini Course
Data Assimilation
Hendrik Elbern
In Parallel: WG
meetings
15:30 – 16:00
(30 min)
Coffee Break and
posters
16:00 – 18:00
Mini Course
Numerical Modeling
Greg Carmichael
In Parallel: WG
meetings
15:30 – 16:00
(30 min)
Coffee Break and
posters
16:00 – 16:30 (30 min)
Coffee Break and
posters
18:00 – 18:40 (40
min)
Guest Presentation:
Hendrik Elbern
18:40 – 18:45
Questions (5 min)
20:00 – 21:30
(1h:30) Dinner
20:00 – 21:30
(1h:30) Dinner
16:00 – 18:00
Mini Course
Numerical Modeling –
Georg Grell
In Parallel: WG
meeting
18:00 – 19:00
Posters
In Parallel: WG
meeting
20:00 – 21:30
(1h:30) Dinner
16:30 – 17:10
(40 min)
Guest Presentation:
Georg Grell
17:10-17:15 Questions
(5 min)
17:15-18:30 (1h:15)
Plenary Session:
WG Reporting
and
Workshop Closing
20:30 – 23:30
(3h:00) Special Dinner
Guests presentations:
1. IAI: Data & information sharing, cross-disciplinary collaboration, and IAI
scientific and capacity building programs
Gerhard Breulmann (IAI)
2. Spatio-temporal data assimilation for supporting chemical weather
Hendrik Elbern (Rhenish Institute for Env. Research, Univ. of Cologne, Germany)
3. Climate Change and Megacities in Brazil: Mitigation or Adaptation
Carlos Nobre (INPE, Brazil)
4. Regional and global perspectives of mega-city air pollution
Greg Carmichael (University of Iowa, USA)
5. WRF/Chem and Air Quality Forecasting
Georg Grell (NOAA, USA)
Mini-courses:
1. Future directions for improving air quality predictions
by Greg Carmichael
Air quality prediction plays an important role in the management of our environment.
Computational power and efficiencies have advanced to the point where chemical
transport models can predict pollution in an urban air shed with spatial resolution less
than a kilometer, and cover the globe with a horizontal resolution of less than 50 km.
Predicting air quality remains a challenge due to the complexity of the governing
processes and the strong coupling across scales. While air quality prediction is closely
aligned with weather prediction, there are important differences, including the role of
pollution emissions and their associated large uncertainties. Improvements in air quality
prediction require a close integration of observations. As more atmospheric chemical
observations become available chemical data assimilation is expected to play an
essential role in air quality forecasting. In this workshop a review of basic elements in air
quality modeling are discussed along with a discussion of some recent advances.
Techniques to closely integrate observations and models will also be presented with an
emphasis on data assimilation. Applications of the four-dimensional variational method
(4D-Var) and the ensemble Kalman filter (EnKF) approach are presented and the
computation challenges are discussed.
2. Online Versus Offline Modeling
by Georg Grell
In this course we will first state why coupling is important, define the term "online" and
"offline", and list pro's and con's of either choice. We will then discuss the importance of
different scales in the real world and the model world and relate it to the choice of online
versus offline modeling approaches. In addition examples will be shown comparing
model simulations using both approaches but identical cases. Finally we will introduce
different approaches that are commonly used to couple models in an online fashion.
3. Basic data assimilation concepts for atmospheric chemistry
by Hendrik Elbern
The course comprises an overview of objectives and concepts in data assimilation
suitable for atmospheric chemistry modelling. Based on tutorial examples the range of
techniques will be adressed to enable a formal validation of approaches. Discussion of
spatio-temporal best linear unbiased estimators like variational approaches and Kalman
filtering will conclude the course, with the focus on their ability for inversion with respect
to emission rates.
Oral Session 1:
Emissions
•
Opening:
How accurate are our emission factors for mobile sources?
Mauricio Osses Alvarado, Departamento de Ingenieria Mecanica, Universidad de Chile
1. Improvement of emission inventories through observations
Germán Ariel Torres (Universidad Nacional de Córdoba, Argentina)
Coauthors: Axel Osses, Laura Dawidowski, Ariela D'Angiola, Rodrigo Delgado
2. Characterization of local atmospheric pollution sources in the megacity of
São Paulo, Brazil
Maria de Fatima Andrade (Atmospheric Sciences Department, University of São
Paulo, Brasil
Coauthors: Leila D. Martins
3. Emission Factors for Urban Vehicles: Measuring and Analysis for
Metropolitan Region of Santiago, Chile
David Carrasco Manriquez (Universidad de Chile, Chile)
Coauthors: Mauricio Osses
4. Lessons learned while updating Bogota's pollutant emissions inventory:
mobile sources
Eduardo Behrentz (Universidad de los Andes, Colombia)
Coauthors: Mauricio Osses, Nancy P. Sánchez,
Rodriguez
Sebastian
Tolvett,
Paula
5. Past (1970 – 2005) and Prospective (2005 – 2025) Trends of CO2
Emissions from the Argentinean Energy Sector,
Laura Dawidowski (CNEA, Argentina)
Coauthors: Laura Dawidowski, Norberto Coppari, Jorge Giubergia, Regina Mancuso,
Darío Gómez, Diego Maur, Florencia Precensio Deck, Francisco Rey
6. Comparison of a static and a dynamic IVE on-road mobile emission
inventories for the City of Buenos Aires and the Metropolitan Area
Ariela d'Angiola (IAI, CNEA, Argentina)
Coauthors: Dário Gomez, Laura Dawidowski, Fabian Fujiwara, Mauricio Osses,
Pilar Henriquez, Arie Araya
7. Improving Santiago's CO emissions inventory by means of inverse
modeling
Pablo Saide (Universidad de Chile, DIMEC, CMM, Chile)
Coauthors: Axel Osses, Laura Gallardo, Mauricio Osses
Oral Session 2:
Chemical Weather, Data Assimilation, and Grid Computing
•
Opening:
A chemical weather and climate studies system for South America: from
regional scale to mega cities
Karla Longo (DGE / INPE, Brasil)
1. CCATT-BRAMS modeling system: numerical tools and data description
Saulo Freitas (CPTEC / INPE, Brasil)
2. Chemical Weather Forecasting and Climate Change in South America:
from regional scale to mega-cities
Marcelo Felix Alonso (INPE, Brasil)
Coauthors: Karla M. Longo, Saulo R. Freitas
3. Operational Chemical Weather Forecast at Chilean Weather Service
Ricardo Alcafuz (Direccion Meteorologica de Chile)
4. Regional Air Quality in the Megacity of São Paulo with the on-line
WRF/CHEM air quality model
Leila Droprinchinski Martins (University of São Paulo,Brasil)
Coauthors: Carolini R.M. Rocha, Jorge A. Martins, Edmilson Dias de Freitas, Ricardo
Hallak, Rosiberto S.S. Junior, Rosmeri P. Rocha, Maria de Fatima Andrade
5. Impact of emission inventories on air quality forecasting performance
Marcelo Mena (UNAB, Chile)
Coauthors: Gregory Carmichael, Elliott Campbell
6. Regional representativity of AERONET observation sites in South America
determined by correlation studies with MODIS Aerosol Optical Depth for
data assimilation purposes
Judith Johanna Hoelzemann ( CPTEC / INPE, Brasil)
Coauthors: Karla M. Longo, Rafael M. Fonseca, Nilton M. Rosrio, Hendrik Elbern,
Saulo R. Freitas
7. Meteorological and chemical prediction web based system using RAMS
and CAMx numerical models
Maria Victoria Toro Gomez (Universidad Pontificia Bolivariana, Colombia)
Coauthors: Nestor Alvarez, Carlos Gabriel Sanchez
8. A computational grid proposal for SAEMC project,
Eugenio Sper de Almeida (Centro de Previsão de Tempo e Estudos Climáticos
(CPTEC) - Instituto Nacional de Pesquisas Espaciais (INPE), Brasil)
Coauthors: Karla Longo, Saulo Freitas, Luiz Flávio Rodrigues, Laura Gallardo Klenner,
Rodrigo Delgado Urzúa, Juan Carlos Maureira, Ricardo Alcafuz
9. Source inverse problems
Axel Osses (Universidad de Chile)
Coauthors: Galina García, Marcelo Tapia, Carlos Castillo, Tania Faúndez,
Laura Gallardo
Oral Session 3:
Aerosol and trace gases measurements
•
Opening:
Water-soluble ions in airborne particles over three South American urban
areas
Pérola de Castro Vasconcellos (Institute of Chemistry - University of São Paulo,
Brasil)
Coauthors: Davi Zacarias, Maria P. Araújo, Ana Maria Córdova, Eduardo Beherentz
1. Ozone observations in São José dos Campos City, Brazil
Plínio Carlos Alvalá ( INPE, Brasil)
Coauthors: Sales, A. B., Longo, K. M
2. Atmospheric fine particles in the megacity of São Paulo, Brazil
Maria de Fátima Andrade (Atmospheric Sciences Department (University of São
Paulo, Brasil)
3. Evolution of mass and number size distributions of atmospheric aerosol in
the metropolitan area of São Paulo
Márcio Gledson Lopes Oliveira (University of São Paulo - USP, Brasil)
Coauthors: Maria de Fátima Andrade
4. Fractionation of eleven elements by chemical bonding from airborne
particulate matter collected in an industrial city of Argentina and from
particles accumulated by electrostatic precipitation in a thermal power
plant
Patricia Smichowski (CNEA, Argentina)
Coauthors: Marina Dos Santos, Fabián Fujiwara, Griselda Polla, Julieta Marrero,
Darío Gómez, Laura Dawidowski
Poster Session
All participants, including the ones with oral presentation, are invited to
present a poster. The posters will be up during the entire event in the
coffee-break room.
1. SAEMC: How far have we reached? What is next?
Laura Gallardo
2. The use of environmental satellites to estimate trace gas and aerosol
emissions from biomass burning and assimilation into Air Quality
Numerical Models
Gabriel Pereira (DSR / INPE, Brasil)
Coauthors: Saulo Ribeiro de Freitas, Nelson Jesus Ferreira, Elisabete Caria Moraes
3. Development of vehicular emission inventories from satellite imagery to be
used in air quality models
Jorge Alberto Martins (Universidade Tecnológica Federal do Paraná, Brasil)
Coauthors: Leila D. Martins, Edmilson D. Freitas, Caroline R. Mazzoli da Rocha,
Ricardo Hallak, Maria de Fatima Andrade
4. Postprocessing Web based application for the CAMx model PSAT and
OSAT Probing Tools
Carlos Gabriel Sánchez Toro, (Universidad Pontificia Bolivariana, Colombia)
Coauthors: Maria Victoria Toro Gómez, Nestor Alvarez, Nestor Waldyd Alvarez Villa
5. Lessons learned while updating Bogota's pollutant emissions inventory:
stationary sources
Magdalena Fandiño (Universidad de los Andes, Colombia)
Coauthors: Robinsson A. Rodriguez, Mauricio Gaitan, Mauricio Gaitan,
Eduardo Behrentz
6. Comparison of a static and a dynamic IVE on-road mobile emission
inventories for the City of Buenos Aires and the Metropolitan Area
Ariela d'Angiola (IAI, CNEA, Argentina)
Coauthors: Dário Gomez, Laura Dawidowski, Fabian Fujiwara, Mauricio Osses,
Pilar Henriquez, Arie Araya
7. Improving Santiago's CO emissions inventory by means of inverse
modeling
Pablo Saide (Universidad de Chile, DIMEC, CMM, Chile)
Coauthors: Axel Osses, Laura Gallardo, Mauricio Osses
8. Evaluation of a regional climate model over the subtropical southeast
Pacific
Isabel Ramos Rodriguez (Dirección Meteorológica de Chile (Chilean Weather Service)
and Dep. of Geophysics, U. of Chile, Chile)
Coauthors: Laura Gallardo K., Maisa Rojas C.
9. Scenarios evaluation of the pollution dispersion in the Vale do Rio
Paraíba: Preliminary results
Patrícia Moreno Simões Veiga (Computação Aplicada - CAP/INPE, Brasil)
Coauthors: Haroldo Fraga de Campos Velho, Saulo Ribeiro de Freitas
10. Diskless HPC Cluster for Parallel & Grid Computing on Fedora
Nestor Waldyd Alvarez Villa and Maria Victoria Toro (Universidad Pontificia
Bolivariana, Colombia)
11. Networking HPC facilities within the framework of South American
Emissions, Megacities and Climate
Rodrigo Delgado (SAEMC, CMM - U. de Chile, Chile)
Coauthors: Juan Carlos Maureira, Eugenio Sper de Almeida, Ricardo Alcafuz
12. Regional representativity of AERONET observation sites in South America
determined by correlation studies with MODIS Aerosol Optical Depth for
data assimilation purposes
Judith Johanna Hoelzemann ( CPTEC / INPE, Brasil)
Coauthors: Karla M. Longo, Rafael M. Fonseca, Nilton M. Rosário, Hendrik Elbern,
Saulo R. Freitas
13. Air quality measurements in The Metropolitan Area of Santiago de Chile:
review
Ana Maria Cordova L. (Universidad Valparaíso, Chile)
Coauthors: Laura Gallardo Klenner
14. Particulate Matter in Buenos Aires City
Fabian Fujiwara (CNEA, Argentina)
Coauthors: Laura Dawidowski, Marina Dos Santos, Patricia Smichowski, Griselda Polla,
Rita Pla, Dario Gomez
15. Improvement of emission inventories through observations
Germán Ariel Torres (Universidad Nacional de Córdoba, Argentina)
Coauthors: Axel Osses, Laura Dawidowski, Ariela D'Angiola, Rodrigo Delgado
16. Characterization of local atmospheric pollution sources in the megacity of
São Paulo, Brazil
Maria de Fatima Andrade (Atmospheric Sciences Department, University of São
Paulo, Brasil
Coauthors: Leila D. Martins
17. Emission Factors for Urban Vehicles: Measuring and Analysis for
Metropolitan Region of Santiago, Chile
David Carrasco Manriquez (Universidad de Chile, Chile)
Coauthors: Mauricio Osses
18. Lessons learned while updating Bogota's pollutant emissions inventory:
mobile sources
Eduardo Behrentz (Universidad de los Andes, Colombia)
Coauthors: Mauricio Osses, Nancy P. Sánchez, Sebastian Tolvett, Paula Rodriguez
19. Past (1970 – 2005) and Prospective (2005 – 2025) Trends of CO2
Emissions from the Argentinean Energy Sector,
Laura Dawidowski (CNEA, Argentina)
Coauthors: Laura Dawidowski, Norberto Coppari, Jorge Giubergia, Regina Mancuso,
Darío Gómez, Diego Maur, Florencia Precensio Deck, Francisco Rey
20. How accurate are our emission factors for mobile sources?
Mauricio Osses Alvarado, Departamento de Ingenieria Mecanica, Universidad de Chile
21. A chemical weather and climate studies system for South America: from
regional scale to mega cities
Karla Longo (INPE, Brazil)
22. CCATT-BRAMS modeling system: numerical tools and data description
Saulo Freitas (CPTEC /INPE, Brazil)
23. Chemical Weather Forecasting and Climate Change in South America:
from regional scale to mega-cities
Marcelo Felix Alonso (INPE, Brasil)
Coauthors: Karla M. Longo, Saulo R. Freitas
24. Towards chemical weather forecasting using CCATT-BRAMS in Chile:
carbon monoxide in Santiago during summer.
Rodrigo Arroyo (CMM, University of Chile)
Coauthors: Laura Gallardo, Karla M. Longo, Saulo R. Freitas, Marcelo Alonso
25. Regional Air Quality in the Megacity of São Paulo with the on-line
WRF/CHEM air quality model
Leila Droprinchinski Martins (University of São Paulo,Brasil)
Coauthors: Carolini R.M. Rocha, Jorge A. Martins, Edmilson Dias de Freitas, Ricardo
Hallak, Rosiberto S.S. Junior, Rosmeri P. Rocha, Maria de Fatima Andrade
26. Operational Chemical Weather Forecast at Chilean Weather Service
Ricardo Alcafuz (Direccion Meteorologica de Chile)
27. Impact of emission inventories on air quality forecasting performance
Marcelo Mena (UNAB, Chile)
Coauthors: Gregory Carmichael, Elliott Campbell
28. Aplicación del modelo CCATT-BRAMS en el area metropolitana de
Buenos Aires, Argentina
Ana Graciela Ulke (Departamento de Ciencias de la Atmósfera y los Océanos
Facultad de Ciencias Exactas y Naturales, Argentina)
Coauthors: Marcelo F. Alonso, Karla Longo, Saulo Freitas
29. Meteorological and chemical prediction web based system using RAMS
and CAMx numerical models
Maria Victoria Toro Gomez (Universidad Pontificia Bolivariana, Colombia)
Coauthors: Nestor Alvarez, Carlos Gabriel Sanchez
30. A computational grid proposal for SAEMC project,
Eugenio Sper de Almeida (Centro de Previsão de Tempo e Estudos Climáticos
(CPTEC) - Instituto Nacional de Pesquisas Espaciais (INPE), Brasil)
Coauthors: Karla Longo, Saulo Freitas, Luiz Flávio Rodrigues, Laura Gallardo Klenner,
Rodrigo Delgado Urzúa, Juan Carlos Maureira, Ricardo Alcafuz
31. Source inverse problems
Axel Osses (Universidad de Chile)
Coauthors: Galina García, Marcelo Tapia, Carlos Castillo, Tania Faúndez,
Laura Gallardo
32. Water-soluble ions in airborne particles over three South American urban
areas
Pérola de Castro Vasconcellos (Institute of Chemistry - University of São Paulo,
Brasil)
Coauthors: Davi Zacarias, Maria P. Araújo, Ana Maria Córdova, Eduardo Beherentz
33. Ozone observations in São José dos Campos City, Brazil
Plínio Carlos Alvalá ( INPE, Brasil)
Coauthors: Sales, A. B., Longo, K. M
34. Atmospheric fine particles in the megacity of São Paulo, Brazil
Maria de Fatima Andrade (Atmospheric Sciences Department (University of São
Paulo, Brasil)
35. Evolution of mass and number size distributions of atmospheric aerosol in
the metropolitan area of São Paulo
Marcio Gledson Lopes Oliveira (University of São Paulo - USP, Brasil)
Coauthors: Maria de Fátima Andrade
36. Particulate matter characterization and source aportionment in Bogotá
Juliana Rivera (Universidad de los Andes, Colombia)
Coauthors: Daniela M.E. Parra, Nancy P. Sanchez, Eduardo Behrentz
37. Fractionation of eleven elements by chemical bonding from airborne
particulate matter collected in an industrial city of Argentina and from
particles accumulated by electrostatic precipitation in a thermal power
plant
Patricia Smichowski (CNEA, Argentina)
Coauthors: Marina Dos Santos, Fabián Fujiwara, Griselda Polla, Julieta Marrero,
Darío Gómez, Laura Dawidowski
38. Comparison of code performance and complexity between light programs
developed in IDL and Fortran
Rafael M. Fonseca (INPE / CPTEC)
39. Development of a website to visualize chemical weather forecast and
emission data provided by the CCATT-BRAMS model for South America
Rafael Stockler Santos Lima (CPTEC / INPE)
Coauthors: Karla Longo, Saulo Freitas, Daniela de Azeredo França,
Judith J. Hoelzemann, Marcelo Alonso, Rafael M. Fonseca
40. Updating the surface maps of the models BRAMS and 3BEM
Daniela Azeredo França (CPTEC / INPE)
Coauthors: Karla Longo, Saulo Freitas, Rafael Stockler
41. Effects of Air Pollution Dispersion from Megacity So Paulo, Brazil in the
Ozone Air Quality of Other Metropolitan Region
Claudia Boian (Department of Atmospheric Sciences, University of São Paulo)
Coauthors: Andrade, M.F.
42. Behavior of atmospheric sulphur dioxide (SO2) based on the data from
Brewer Spectrophotometers in South America
Ericka Voss Chagas (DGE / INPE)
Coauthors: Neusa Maria Paes Leme, Plínio Carlos Alvalá