期刊语言：英语

出版地区：美国

万维提示

1、投稿方式：在线投稿。

2、官网网址：https://agupubs.onlinelibrary.wiley.com/journal/19448007

3、投稿网址：

http://grl-submit.agu.org/cgi-bin/main.plex

4、官网邮箱：grlonline@agu.org（编辑部）

5、期刊刊期：半月刊，逢每月16日和28日出版。

2021年4月14日星期三

投稿须知

【官网信息】

Call for Papers

Call for Papers for “Carbon Weather: Toward the next generation of regional greenhouse gas inversion systems”

ACT-America: Improving carbon flux quantification by exploring the intersection of fluxes and weather. Image credit: Tim Marvel, NASA Langley Research Center.

Submission Open: 24 August 2020

Submission Deadline:  30 June 2021

Special Section Organizers:

Kenneth Davis, Pennsylvania State University

Sandip Pal, Texas Tech University

Michael Obland, NASA-Langley Research Center

Prabir Patra, Earth Surface System Research Center (ESS), Inst. of Arctic Climate and Environment Research (IACE)

Michel Ramonet, LSCE

Benjamin Poulter, NASA-GSFC

Bing Lin, NASA-Langley Research Center

Sha Feng, Pennsylvania State University

Bianca Baier, NOAA- Global Monitoring Laboratory

David Baker, Colorado State University

Andrew Schuh, Colorado State University

Ian Baker, Colorado State University

Continental and sub-continental methane (CH4) and biogenic carbon dioxide (CO2) flux estimates remain highly uncertain. Atmospheric transport, flux priors and models, and XCO2 / XCH4 data uncertainties all limit our confidence in regional flux inversions. Significant progress in all areas is needed to make atmospheric inverse flux estimates a rigorous and useful tool for understanding regional CO2 and CH4 sources and sinks. Increased observations, higher-resolution atmospheric models and ensemble methods, new remote sensing techniques, and extensive aircraft campaign data provide the opportunity to improve the performance of greenhouse gas inverse flux estimates.

We call for publications focused on the topics of evaluating and improving regional-to-global atmospheric inversions using data including, but not limited to, observations and models from the Atmospheric Carbon and Transport (ACT) - America NASA Earth Venture Suborbital mission. We welcome contributions from the inverse modeling, carbon cycle modeling, satellite remote sensing, methane source quantification, and atmospheric chemical transport modeling communities.

To submit your manuscript, use the GEMS sites for: JGR: Atmospheres, JGR: Biogeo, GRL, ESS or GBC and select the collection’s title from the drop down menu in the Special Section field of the submission form.