本文列出AGU当前正在征稿的特刊，涉及GRL, GBC, JGR Atmospheres, JGR Earth Surface, Space Weather, Earth and Space Science, JGR Planets等期刊，特刊主题包括：
EMIT-地表矿物尘埃科学调查
空间气象从研究到运行再到研究（R2O2R）管道-进展、挑战和前景
太阳系中的风化-流积相互作用
期刊信息
CiteScore (Scopus): 9
Journal Citation Indicator (Clarivate): 1.32
Journal Impact Factor (Clarivate): 4.6
Full Text Views (2022): 9,380,440
Acceptance rate: 38%
Submission to first decision: 32 days
Online ISSN:1944-8007
Print ISSN:0094-8276
Geophysical Research Letters is a gold open access journal that publishes high-impact, innovative, and timely communications-length articles on major advances spanning all of the major geoscience disciplines. Papers should have broad and immediate implications meriting rapid decisions and high visibility.
CiteScore (Scopus): 8.9
Journal Citation Indicator (Clarivate): 1.25
Journal Impact Factor (Clarivate): 5.4
Full Text Views (2022): 991,015
Acceptance rate: 36%
Submission to first decision: 48 days
Online ISSN:1944-9224
Print ISSN:0886-6236
Global Biogeochemical Cycles publishes original research articles on biogeochemical interactions that demonstrate fundamental implications for processes at regional or global scales.
CiteScore (Scopus): 7.3
Journal Citation Indicator (Clarivate): 1
Journal Impact Factor (Clarivate): 3.8
Full Text Views (2022): 3,767,695
Acceptance rate: 47%
Submission to first decision: 56 days
Online ISSN:2169-8996
Print ISSN:2169-897X
Journal of Geophysical Research: Atmospheres publishes original research articles that advance and improve the understanding of atmospheric properties and processes, including the interaction of the atmosphere with other components of the Earth system, as well as their roles in climate variability and change.
CiteScore (Scopus): 6.3
Journal Citation Indicator (Clarivate): 1.03
Journal Impact Factor (Clarivate): 3.5
Full Text Views (2022): 711,877
Acceptance rate: 44%
Submission to first decision: 58 days
Online ISSN:2169-9011
Print ISSN:2169-9003
Journal of Geophysical Research: Earth Surface publishes original research articles on the physical, chemical and biological processes that affect the form and function of the surface of the solid Earth over all temporal and spatial scales.
标题
EMIT： 地表矿物尘埃科学调查
特刊标题
EMIT: The Earth Surface Mineral Dust Science Investigation
特刊投稿截止日期
2025年5月10日
特刊描述
The Earth Surface Mineral Dust Source Investigation (EMIT) is an International Space-Station-based imaging spectrometer which has finished its one-year nominal science year, and has collected over a billion high quality spectra focused on arid and semi-arid regions of the globe. The instrument acquires observations of the Earth using state-of-the-art visible to infrared imaging spectrometry with a high signal-to-noise ratio and excellent spectroscopic uniformity. EMIT’s science objectives use the spectral signatures of minerals to estimate the soil composition to better understand and reduce uncertainties in mineral dust aerosol radiative forcing at the local, regional, and global scale, now and in the future in Earth System Models (ESMs). The EMIT Science Data System is complete and running with the full set of algorithms required. These tested algorithms are open source and available to the broader community. These include calibration to measured radiance, atmospheric correction to surface reflectance, mineral composition determination, aggregation to ESM resolution, and ESM runs to address the science objectives. In this collection, the instrument characteristics, ground calibration, in-orbit performance, and early science results are reported. In addition, the EMIT instrument has many applications, for example, detection of green-house gas point sources, and detection of minerals on the surface of the Earth to detect tailings or extraction for the renewable energy retraction.
特刊话题
· Remote sensing using EMIT and imaging spectrometry;
· Surface mineralogy using EMIT;
· Dust mineralogy;
· Impacts of atmospheric mineralogy on radiative forcing;
Greenhouse gas detection using EMIT.
召集人
Natalie Mahowald
Cornell University,
United States
mahowald@cornell.edu
Rob Green
NASA,
United States
robert.o.green@jpl.nasa.gov
David Thompson
NASA,
United States
david.r.thompson@jpl.nasa.gov
投稿详情
请见二维码：
投稿方式
请将您的稿件提交至JGR: Atmospheres (https://jgr-atmospheres-submit.agu.org/cgi-bin/main.plex) 或JGR: Earth Surface(https://jgr-earthsurface-submit.agu.org/cgi-bin/main.plex)或Global Biogeochemical Cycles(https://gbc-submit.agu.org/cgi-bin/main.plex)或Geophysical Research Letters (https://grl-submit.agu.org/)，并从特刊问题的下拉菜单中选择特刊标题 。
如您对于本期特刊有任何问题，请联系特刊召集人。如果您需要投稿或审稿方面的帮助，请联系期刊编辑部邮箱submissionhelp@wiley.com。
期刊信息
CiteScore(Scopus): 5.9
Journal Citation Indicator (Clarivate): 0.92
Journal Impact Factor (Clarivate): 3.8
Full Text Views: 523,452
Acceptance rate: 58%
Submission to first decision: 42 days
Online ISSN:1542-7390
Print ISSN:1542-7390
Space Weather is an open access journal that publishes original research articles and commentaries devoted to understanding and forecasting space weather and other interactions of solar processes with the Earth environment, and their impacts on telecommunications, electric power, satellite navigation, and other systems.
标题
空间气象从研究到运行再到研究（R2O2R）管道： 进展、挑战和前景
特刊标题
The Space Weather Research to Operation to Research (R2O2R) Pipeline(s): Progress, Challenges and Prospects
特刊投稿截止日期
2026年1月26日
特刊描述
Feedback between science and operations, also known as the Research to Operations to Research (R2O2R) pipeline, is a critical activity within the space weather enterprise that links model development with real world hazards and impacts. This special collection, initiated by Space Weather Editor Jenn Gannon, focuses on the progress, challenges, and future of the space weather R2O2R pipeline. Relevant contributions include case studies of existing or potential operational models, analysis of operationally relevant data stream, model validation studies and Observing System Simulation Experiments (OSSEs), Observing System Experiments (OSEs), and perspectives on the current and future state of R2O2R. Additionally, manuscripts discussing Dr. Gannon’s contributions to the space weather fields are welcome.
召集人
Noé Lugaz
University of New Hampshire
United States
noe.lugaz@unh.edu
投稿详情
请见二维码：
投稿方式
请将您的稿件提交至 Space Weather (https://spaceweather-submit.agu.org/cgi-bin/main.plex), 并从特刊问题的下拉菜单中选择特刊标题 。
如您对于本期特刊有任何问题，请联系特刊召集人。如果您需要投稿或审稿方面的帮助，请联系期刊编辑部邮箱submissionhelp@wiley.com。
期刊信息
Journal Citation Indicator (Clarivate): 1.03
Journal Impact Factor (Clarivate): 3.5
Full Text Views (2022): 711,877
Acceptance rate: 44%
Submission to first decision: 58 days
Online ISSN:2169-9011
Print ISSN:2169-9003
Journal of Geophysical Research: Earth Surface publishes original research articles on the physical, chemical and biological processes that affect the form and function of the surface of the solid Earth over all temporal and spatial scales.
CiteScore (Scopus): 5.5
Journal Citation Indicator (Clarivate): 0.75
Journal Impact Factor (Clarivate): 2.9
Full Text Views (2022): 588,160
Acceptance rate: 54%
Submission to first decision: 50 days
Online ISSN:2333-5084
Print ISSN:2333-5084
Earth and Space Science is an open access journal publishing original articles spanning all of the Earth, planetary and space sciences. ESS particularly welcomes papers presenting key data sets, observations, methods, instruments, sensors, and algorithms and showing their applications.
CiteScore (Scopus): 8
Journal Citation Indicator (Clarivate): 1.33
Journal Impact Factor (Clarivate): 3.9
Full Text Views (2022): 1,037,101
Acceptance rate: 67%
Submission to first decision: 53 days
Online ISSN:2169-9100
Print ISSN:2169-9097
Journal of Geophysical Research: Planets publishes original research articles spanning the broad field of planetary science, including but not limited to planetary geology, geophysics, geochemistry, atmospheres, dynamics, and exoplanets.
标题
太阳系中的风化-流积相互作用
特刊标题
Aeolian-Fluvial Interactions across the Solar System
特刊投稿截止日期
2025年7月1日
特刊描述
Wind and rivers are geomorphological processes that shape the surfaces of planets and moons. The dynamic interplay between aeolian and fluvial activity has major implications for sediment erosion, transport, and deposition, aeolian and fluvial morphodynamics, atmospheric and surface coupling. These have wider implications for earth ecosystems, past and present habitable environments on other planets, and human infrastructure. These studies encompass remote sensing and in situ on all spatial and temporal scales from the following AGU journals: Earth and Space Science, JGR: Planets, and JGR: Earth Surface.
特刊话题
· Aeolian-Fluvial Interactions;
· Arid Environment;
· Fluvial Dynamics;
· River Dynamics;
· Aeolian Processes;
· Fluvial Processes;
· Geomorphology;
· Planetary Surface Processes.
召集人
Dr. Rickbir S. Bahia
UK Space Agency
UK
rickbir.bahia@ukspaceagency.gov.uk
Dr. Eleni V. Bohacek
UK Space Agency
UK
eleni.bohacek@ukspaceagency.co.uk
Dr. Joel Sankey
USGS
USA
jsankey@usgs.gov
Dr. Baoli Liu
BayeStat Ltd./University of Hull
China/United Kingdom
baoli.liu@outlook.com
Dr. Lotem Robins
Bar Ilan University
Israel
lotem.robins@oranim.ac.il
投稿详情
请见二维码：
投稿方式
请将您的稿件提交至 Space Weather (https://spaceweather-submit.agu.org/cgi-bin/main.plex)或 Earth and Space Science(https://earthandspacescience-submit.agu.org/cgi-bin/main.plex)或 JGR: Planets(https://jgr-planets-submit.agu.org/cgi-bin/main.plex), 并从特刊问题的下拉菜单中选择特刊标题 。
如您对于本期特刊有任何问题，请联系特刊召集人。如果您需要投稿或审稿方面的帮助，请联系期刊编辑部邮箱submissionhelp@wiley.com。
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