SPARC/IGAC joint activity
Activity leaders
Laura Pan (co-Lead)
National Center for Atmospheric Research, USA
ude.r1548174722acu@n1548174722ewil1548174722
Jim Crawford (co-Lead)
NASA Langley Research Center, USA
vog.a1548174722san@d1548174722rofwa1548174722rc.h.1548174722semaj1548174722
Scientific Steering Group Members
Michelle Santee (SPARC Liaison)
Jet Propulsion Laboratory, USA
vog.a1548174722san.l1548174722pj@ee1548174722tnaS.1548174722L.ell1548174722ehciM1548174722
Hiroshi Tanimoto (IGAC-Asia Liaison)
National Institute for Environmental Studies, Japan
pj.og1548174722.sein1548174722@otom1548174722inat1548174722
Arnico Panday (1st workshop LOC, ICIMOD Liaison)
ICIMOD
gro.d1548174722omici1548174722@yadn1548174722aP.oc1548174722inrAl1548174722apeN1548174722
Sachiko Hayashida (2nd workshop LOC)
Nara Women’s University, Japan
pj.ca1548174722.uw-a1548174722ran.s1548174722ci@ok1548174722ihcaS1548174722
Vinayak Sinha (WG1 co-Lead)
IISER, India
ni.ca1548174722.ilah1548174722omres1548174722ii@ah1548174722nisv1548174722
Gabi Stiller (WG1 co-Lead)
Karlsruher Institute for Technology, IMK, Germany
ude.t1548174722ik@re1548174722llitS1548174722.elei1548174722rbaG1548174722
Jessica Neu (WG2 co-Lead)
Jet Propulsion Laboratory, USA
vog.a1548174722san.l1548174722pj@ue1548174722N.L.a1548174722cisse1548174722J1548174722
Chiara Cagnazzo (WG2 co-Lead)
ISAC-NRC, Italy
moc.l1548174722iamg@1548174722ozzan1548174722gac.a1548174722raihc1548174722
Mian Chin (WG2 co-Lead)
NASA Goddard Space Flight Center, USA
vog.a1548174722san@n1548174722ihc.n1548174722aim1548174722
Hans Schlager (WG3 co-Lead)
DLR, Germany
ed.rl1548174722d@reg1548174722alhcs1548174722.snaH1548174722
Jianchun Bian (WG3 co-Lead)
IAP/CAS, China
nc.ca1548174722.pai.1548174722liam@1548174722cjb1548174722
Mary Barth (WG4 co-Lead)
National Center for Atmospheric Research, USA
ude.r1548174722acu@m1548174722htrab1548174722
Ritesh Gautam (WG4 co-Lead)
Indian Institute of Technology (Bombay), India
ni.ca1548174722.btii1548174722@matu1548174722agr1548174722
Federico Fierli (WG4 co-Lead)
Institute for Atmospheric Sciences and Climate, National Research Council, Italy
ti.rn1548174722c.cas1548174722i@ilr1548174722eiF.F1548174722
Activity description
ACAM is a joint SPARC/IGAC activity that will be developed more fully over the next two years. Scientifically, the initiative focuses on four themes, each representing a key aspect of the connection between atmospheric composition and Asian monsoon dynamics:
- Emissions and air quality in the Asian monsoon region;
- Aerosols, clouds, and their interactions with the Asian monsoon;
- Impact of monsoon convection on chemistry;
- UTLS Response to the Asian Monsoon.
Organizationally, the initiative invites the participation around four types of activities:
- Organising data sharing for ACAM-relevant measurements;
- Forming a partnership with the CCMI activity to facilitate two-way interaction;
- Field campaign concept development;
- Sponsorship of training schools on model use for ACAM regional young scientists
As a weather pattern, the Asian monsoon impacts the lives of more than a billion people. With rapid population and economic growth across the monsoon region, it becomes a pressing concern that the monsoon convection coupled to surface emissions is playing a significant role in the region’s air quality. The uplift of pollutants also enhances aerosol–cloud interactions that may change the behavior of the monsoon. The chemical transport effect of the monsoon system is seen from satellites as an effective transport path for pollutants to enter the stratosphere. The monsoon system is therefore relevant to scales and processes bridging regional air quality, climate change, and global chemistry-climate interaction. Accurate representation of this system in global chemistry-climate models is critical to predicting how this evolving region may contribute to future change. To characterize and quantify the impact of the system, integrated study is essential, including observations (in situ and remote sensing) from the surface through the troposphere and stratosphere as well as modeling from regional to global scales. To be successful in this pursuit, it is necessary to build strong international collaborations to obtain the diverse expertise, resources, and access to the monsoon region for international research teams. The ACAM activity represents a critical step in building these international relationships.
Meetings
2017
- 3rd ACAM workshop, 5-9 June 2017, Guangzhou, China.
- 2nd ACAM training school, 10-12 June, Guangzhou, China.
2016
- Workshop on dynamics, transport and chemistry of the UTLS Asian Monsoon, 7-10 March 2016, Boulder, CO, USA
- Special session on ACAM EGU, 18-22 April 2016, Vienna, Austria
- Special session on ACAM AOGS2016, 1-5 August 2016, Beijing, China
- Side meeting on ACAM, IGAC Scientific Conference, 29 September 2016, Breckenridge, CO, USA
2015
- 2nd ACAM workshop, 8-10 June 2015, Bangkok, Thailand.
- 1st ACAM training school, 11-12 June, 2015, Bangkok, Thailand
2014
- Special session on Atmospheric Composition and the Asian Summer Monsoon (ACAM)
at AOGS2014 (Asian Oceanic and Geosciences Society), 28 July-1 August 2014, Sapporo, Japan. - IGAC Science Conference side meeting and poster.
2013
- First ACAM workshop, 9-12 June 2013, Kathmandu, Nepal.
Published results
Journal publications:
Randel, W. J., Laura, L., and J. Bian, 2016: Workshop on dynamics, transport and chemistry of the UTLS Asian Monsoon. Advances in Atmospheric Sciences, 33(9), pp 1096–1098.
SPARC activity updates:
SPARC Newsletter No. 46, 2016, p. 20: Report on the 2nd Workshop on Atmospheric Composition and the Asian Monsoon (ACAM), by L. Pan and J. Crawford.
SPARC Newsletter No. 42, 2014, p. 40: Report on the Atmospheric Composition and the summer Asian Monsoon (ACAM) Workshop, 9-12 June 2013, Kathmandu, Nepal, by L. Pan, J. Crawford, H. Tanimoto, M. Lawrence, A. Panday, S. Suresh Babu, B. Barret, H. Schlager, P. Konopka, and J. Bian.