Calls for Papers

Find calls for abstracts in areas of GEWEX-related science below. Meetings with abstract submission deadlines list sessions of interest to the GEWEX community.

Meetings

Climate and Cryosphere Open Science Conference 2026
AGU2025
Coupled Model Intercomparison Project Community Workshop 2026 (CMIP2026)

Journals/Reports

Special Issue on Advances in dynamic soil modelling across scales
Special Issue Earth System Science Data: Hydrometeorological data from mountain and alpine research catchments
Special Edition on Recent Advances in the Global Energy and Water Cycle Exchanges (GEWEX) Sciences
Special Issue for the 5^th Baltic Earth Conference

Coupled Model Intercomparison Project Communitity Workshop 2026 (CMIP2026)

Dates: 9–13 March 2026
Location: Kyoto International Conference Centre, Japan

The CMIP Community Workshop 2026 will be an opportunity to discuss the latest developments in Earth system and coupled modelling, leverage the wealth of the CMIP6 analyses and explore the updated forcings and early results from CMIP7 simulations, including new experimental designs and MIPs. It will also highlight the expanding observation-modelling interface, address strategies for streamlining the climate information chain, and forge a vision and global partnerships to deliver sustained and high quality climate information to all users.

Call for Side Sessions
Submission deadline: 21 July 2025

Workshop side sessions can be up to 90 minutes long and may be in-person only or hybrid. Acceptable session formats are: Townhalls, Panel discussion, World cafés and Training session/learning lab.

Workshop Main Themes are:

Progress in understanding historical climate variability and change
Understanding climate system responses, feedbacks and thresholds
Synthesising information across the multiverse of models

Call for Abstract
Submission deadline: 13 August 2025

You can submit your abstract to one or more of the workshop sessions listed below

Earth System Forcings: CMIP7 and beyond
Confronting Earth System Model Trends with Observations
Understanding reactive gases, aerosols, and land use for air quality and climate change
Exploring Radiative Forcing in Models and Observations to Understand Climate Change
Confronting models with observed changes in the Earth’s energy imbalance
The role of fire in the Earth System
Gridded Population Data and CMIP: Challenges and Opportunities
Evaluating models at regional scales using novel methods and multi-source observations
Persistent Biases in Climate Model Performance: Insights from CMIP5 to CMIP6
The CMIP Rapid Evaluation Framework – first results and applications
Precipitation observations for model assessment of precipitation types, scales, and processes: advances, methods, and current needs
Improvements and challenges in simulating precipitation in CMIP-class models
Past to Future: Integrating paleo archives to inform CMIP7 model evaluation and insights
Observations for coupled model evaluation: Uncertainties and opportunities
Clouds, circulation and climate sensitivity
AMOC in CMIP: Progress, Challenges, and Tipping Point Risks
Modelling Earth system tipping points, extreme outcomes, and the Tipping Points Modelling Intercomparison Project.
Progress in modelling solar radiation modification through GeoMIP
Global land carbon cycle dynamics: Understanding and constraining uncertainties
C4MIP scientific plans for CMIP7
Assessing TCRE and ZEC in CMIP7 simulations
Emission-driven ESMs for CMIP7 and beyond: analysis, performance and comparison with concentration-driven simulations
Modelling Carbon Dioxide Removal (CDR)
Impacts and Adaptation Data and Applications
Marine ecosystem projections: improving mechanistic understanding to reduce uncertainty
Extreme Events: Observations and Modelling
Emergence and Projection of Extreme Events: from Forcing/Teleconnection and from Tropical to Polar Regions
Advancing climate modelling and science through high-resolution simulations
Can we emulate CMIP now or in the future?
Emerging technologies in ESM and changes in observational data requirements
Science requirements for next generation model evaluation : from observations to advanced diagnostics and AI.
Responsible Use of CMIP Data in Regional Decision Contexts
Growing the connectivity between CMIP with the Coordinated Regional Climate Downscaling Experiment (CORDEX)
Understanding the South American Monsoon System’s Response to Climate Change: Feedbacks, Thresholds, and Evolving Circulation Patterns in Observations and CMIP Models
What can we learn from single model large ensembles (SMLEs)?

Climate and Cryosphere Open Science Conference 2026

Dates: 9–12 February 2026
Location: Victoria University of Wellington, Wellington, New Zealand
Abstract Submission Deadline: 31 July 2025

For the 30th anniversary since the beginning of the Climate and Cryosphere (CLiC), this Open Science Conference will contribute to the UN Decade of Action for Cryospheric Sciences (2025-2034) and prepare the community for the 5th International Polar Year (2032-2033) with a diverse and cross-discipline town hall meeting.

This conference will focus on themes related to The Changing Cryosphere: Science, Impacts, and Adaptation. The three main themes are:

The changing cryosphere and climate-cryosphere interactions
Advances and knowledge gaps in cryospheric science
Human impacts, adaptations and mitigation

AGU2025

Dates: 15–19 December 2025
Location: New Orleans, LA, USA, and online
Abstract Submission Deadline: 30 July 2025

This year’s American Geophysical Union (AGU) Meeting celebrates connection as its theme. Check below for non-inclusive list of GEWEX-related sessions, including sessions convened by GEWEX Panel and project members (indicated by session titles in bold). If you’d like us to add your session, please email us at contact@gewex.org.

A028 – Atmospheric Convection: Processes, Dynamics, and Links to Weather and Climate
Conveners: Giuseppe Torri, Yang Tian, Rachel L Storer, Hanii Takahashi
This session aims to explore aspects of boundary layer, shallow, and deep convective clouds, considering fundamental processes as well as links to topics such as self-aggregation, land surface interactions, and their role in weather and climate. We invite presentations of both observational and modeling studies.
A035 – Atmospheric Sciences 2025 Fellows
Conveners: Andrew Gettelmann, Amy C Clement
This session features presentations by the newly elected 2025 Atmospheric Sciences AGU Fellows and will highlight cutting edge research in the atmospheric sciences.
A059 – General Session: Aerosols and Clouds
Conveners: Kelly Barsanti, Kristen Lani Rasmussen
This session provides a general forum for scientists working on Atmospheric aerosols and clouds. In addition to new, cutting-edge research, we welcome reviews as well as perspectives on emerging challenges and opportunities. Papers on all processes relevant to aerosols and clouds are encouraged, especially those that do not fall under the umbrella of other sessions.
A064 – Identifying, Understanding, and Resolving Earth System Model Biases
Conveners: Michael B Ek, Weiwei Li, Senyu Zhou, Kathryn Newman
The session echoes the AGU theme this year: “Where Science Connects Us” by fostering better understanding of fundamental issues in cutting-edge models and exploring potential solutions.
A079 – NASA’s INvestigation of Convective UpdraftS (INCUS) Mission: Observing the Drivers of Severe Weather from Space
Conveners: Derek J Posselt, Sue van den Heever, Pavlos Kollias, Kristen Lani Rasmussen
This session invites abstracts on any science topic related to the INCUS mission, as well as its context within NASA’s long record of spaceborne radar observations. These include any of the following: convection-related observations (ground or space-based), modeling studies, and applications of space-borne radar observations.
A106 – Weather and Climate Extremes over South Asian Monsoon Regions
Conveners: Mansur Ali Jisan, Tanvir Ahmed, Madan Sigdel, Saadia Hina, Mostofa Kamal
This session advances scientific understanding of weather and climate extremes, addresses escalating challenges, and supports decision-makers in building a more resilient South Asia.
GC004 – Advances in Approaches for Earth System Model Uncertainty Quantification: Integrating Models and Observations to Enhance Predictability
Conveners: Zhongjing Jiang, Dié Wang, Gregory Elsaesser, Duncan Watson-Parris
This session invites contributions that advance uncertainty quantification and observational strategies in Earth system modeling
GC005 – Advances in Climate Engineering Science
Conveners: Walker Lee, Ben Kravitz, Wake Smith, Daniele Visioni, Cindy Wang
This session welcomes contributions that advance natural science research in Solar Radiation Modification, including physical climate, ecosystem effects, climate impacts (such as consequences for agriculture, water, or energy), engineering, experimental results, and Earth system observations
GC017 – The Flows of Energy Through the Climate System
Conveners: Maria Zita Hakuba, Seiji Kato, Martin Wild
This session concerns various aspects of Earth’s energy budget and the variability in its radiative and non-radiative components, as well as the processes yielding such changes and their implications on multiple time and spatial scales
GC019 – Advancing Soil Moisture Research in the Context of Global Environmental Change
Conveners: Jiafu Mao, Yaoping Wang, Forrest Hoffman
This session aims to deepen our shared understanding and foster a vibrant global dialogue on the critical role of SM in supporting monitoring, Earth system modeling, and adaptation efforts in the decades ahead.
GC032 – Climate forcing: quantifying the roles and responses of anthropogenic and natural climate drivers
Conveners: Paul James Durack, Vaishali Naik, Zebedee Nicholls, Thomas Jacques Aubry
This session invites contributions across all aspects of forcing research, including the development of historical and future forcing time series, idealized analyses, single- or multi-model frameworks, or observational methods to assess their influence on Earth system dynamics.
GC046 – Environmental, Socio-Economic, and Climatic Changes in Northern Eurasia
Conveners:L Pavel Groisman, Jiquan Chen, Evgeny P Gordov, Shamil S Maksyutov
This session focuses on the permafrost and the carbon cycle changes over Northern Eurasia. In the regional water cycle studies, the session’s focus is on the changing distribution of precipitation and on the pattern and seasonal cycle changes of runoff. For the human dimension studies, the focus is on assessments of the impact of the ongoing environmental changes on human well-being and on mitigation strategies development in response to harmful consequences of these changes.
GC059 – Global Environmental Change: General Contributions
Conveners: Ben Kravitz, David M Cairns, Erwan Monier
This session invites general contributions to the Global Environmental Change Section.
GC090 – Regional climate: Modeling, analysis, and impacts
Conveners: Melissa S Bukovsky, Rachel Rose McCrary, L. Ruby Leung, Stefan Rahimi
This session seeks contributions on coordinated modeling experiments such as CORDEX; new developments in coupled regional Earth system modeling, convection-permitting simulations, and variable resolution approaches; ensemble methods, uncertainty analyses, and innovative approaches for differentiating projection credibility within ensembles.
GC101 – The global water cycle: coupling and exchanges of mass and energy between the ocean, land, cryosphere, and atmosphere
Conveners: Paul James Durack, John T Reager, Francis H Lambert, Nadya Vinogradova Shiffer
This session invites contributions spanning in situ and satellite observations—from past (e.g., Aquarius, TRMM, GRACE), current (e.g., GO-SHIP, Argo, SMAP, SMOS, GRACE-FO, GPM, GCOM-W, SWOT, NISAR), and future (e.g., CIMR, MAGIC) missions—as well as numerical models, data assimilation products, climate projections, and theoretical studies.
GC102 – The Third Pole Environment (TPE) under global changes
Conveners: Shilong Piao, Lonnie G Thompson, Andreas Mulch, Fan Zhang
This session is dedicated to studies of Pan Third Pole atmosphere, cryosphere, hydrosphere, and biosphere and their interactions with global change. Related contributions are welcomed.
GC108 – Global Environmental Change Student and Early Career GeoBurst Session
Conveners: Ben Kravitz, Erwan Monier
This session organized by the GEC section welcomes presentations from any student, postdoc, or other early career researcher (ECRs), to present cutting-edge research through a series of short, rapid presentations.
H007 – Advances in Critical Zone Hydrology through Integration of Novel Measurement Techniques and Modeling Approaches
Conveners: Tobias Weber, Efstathios Diamantopoulos, Yijian Zeng
This inter-disciplinary session brings together scientists to explore how cutting-edge measurement techniques (remote sensing, isotopic tracing, and high-resolution sensor networks, … ) can be combined with advanced modeling approaches (machine learning, data assimilation, process-based models, …) with the aim to foster comprehensive understanding of Critical Zone processes.
H010 – Advances in Ecohydrology: Quantifying the Influence of Land-Use/Land-Cover Change on Hydrology and Climate
Conveners: Ben Livneh, Cynthia Gerlein-Safdi, Gabrielle FS Boisrame, Shraddhanand Shukla
This session invites presentations that leverage geospatial techniques—including remote sensing, machine learning, isotopic tracing, or modeling to capture key ecohydrological impacts over time. Topics of interest include (i) detection and attribution of LULC shifts, (ii) quantification of extreme event frequency and severity in response to vegetation and agricultural dynamics, (iii) long-term trends in groundwater and surface water interactions, and (iv) uncertainty analyses associated with dataset selection and modeling
H019 – Advances in Remote Sensing, AI, and Modeling for Hydrology and the Terrestrial Water Cycle
Conveners: Hyunglok Kim, Venkataraman Lakshmi, Kristen Whitney, ManhHung Le, Ehsan Jalilvand
This session explores how the integration of observational data, advanced data assimilation techniques, and state-of-the-art machine learning—including physics-informed and differentiable models—is reshaping our ability to understand the terrestrial water cycle.
H028 – Advancing Hydrologic Modeling and Prediction Using Large-Domain Meteorological and Hydrologic Datasets
Conveners: Guoqiang Tang, Hongli Liu, Martyn P Clark, Andy Wood
This session invites contributions including but are not limited to following areas: (1) Development of large-domain meteorological and hydrologic datasets; (2) Application of large-domain or large-sample datasets in hydrologic model preparation, calibration, assimilation, forecast, and prediction; (3) Application of artificial intelligence to gain insights from extensive datasets and models; (4) Data uncertainty quantification and the use of probabilistic/ensemble datasets in hydrologic modeling and prediction.
H030 – Advancing Hydrological and Earth System Insights from GRACE and GRACE-FO Missions
Conveners: Karem Abdelmohsen, John T Reager, Bridget R Scanlon
This session focuses on scientific discoveries enabled by GRACE and GRACE-FO data, and their integration with complementary Earth observations (e.g., SWOT, SMAP, NISAR, Landsat-9, OPERA), in-situ measurements, GNSS observations, and modeling tools.
H041 – Anthropogenic Impacts on Hydroclimate Processes and Extremes in Cities
Conveners: Xinxin Sui, Ruby Leung, Aubrey L Dugger, Jessica Abbie Eisma
This session provides a platform to share observational and modeling studies that 1) advance understanding of urbanization’s impacts on hydrological processes, 2) improve predictions of urban hydrological patterns and extremes, and 3) explore effective mitigation and adaptation strategies to strengthen urban water resilience
H045 – Beyond the 100-year Return Period: Hydrologic Mega Disasters
Conveners: Aaron Alexander, Daniel B Wright, Joshua K Roundy, Samantha Hartke
This session invites studies on hydrologic mega disasters and the conditions that lead to them, especially those focusing on return periods beyond 100 years. Example topics include statistical characterization of severe drought, nonstationary frequency analysis, and probable maximum precipitation/flood estimation.
H060 – Earth System Science and Applications Based on a Decade of NASA Soil Moisture Active Passive (SMAP) Satellite Mission Science Data Products
Conveners: Dara Entekhabi, Simon H Yueh, Mark Garcia, Jared Keith Entin, Rajat Bindlish
The NASA SMAP satellite mission has now produced over a decade of observations. The low-frequency microwave measurements have applications spanning global water cycle and surface hydrology, global ecology and plant water stress, land ice freeze/melt dynamics, sea ice edge thickness, and eddy-scale sea surface salinity dynamics.
H074 – Global river modeling in the Anthropocene: Advancing model intercomparison and remote sensing data integration for societal benefits
Conveners: Peirong Lin, Augusto Getirana, Cedric H David, Guy Schumann
This session seeks cutting-edge research addressing these modeling frontiers, with particular interest in studies that bridge scientific advances with practical applications for water resource management and climate adaptation.
H075 – Global Water Risks: Advances in Large-Scale Flood and Drought Risk Assessment and Management for a Resilient Future
Conveners: Margaret Ellen Garcia, Oliver Wing, Ashish Shrestha, Noemi Vergopolan, Annika Hjelmstad
This session invites contributions that (1) showcase the state-of-the-art in large-scale water-risks science; (2) foster broader exchange of knowledge, datasets, and methods; and (3) identify future research avenues.
H083 – Hydrometeorologic extremes: prediction, simulation, and change
Conveners: Erin Dougherty, Manuela Irene Brunner, Laurie Huning, Naresh Devineni, Larisa Tarsova
This session invites contributions tackling challenges related to local and regional hydrometeorological hazard and risk assessments.
H101 – Machine Learning, Data Analytics and Data Assimilation for Earth System Modeling and Discovery
Conveners: Peyman Abbaszadeh, Hamid Moradkhani, Harrie-Jan Hendricks Franssen, Xin Li
This session will be devoted to the methodological development and applications of data-driven and physics-informed ML, deep learning, generative AI, post-hoc explainable AI, Large Language Models, and DA in improving our understanding and enhancing the prediction of different aspects of hydrological and hydrometeorological processes and their interactions across spatial and temporal scales.
H102 – Machine Learning, Physics, and Generative AI for Hydrologic and River Modeling
Conveners: Hernan A Moreno, Chaopeng Shen, Praveen Kumar, Laura Alvarez, Leila Constanza Hernandez Rodriguez
This session invites contributions on: (1) Data-driven and hybrid AI/ML models; (2) Physics-informed and learnable physical models; (3) Generative AI for data enhancement, downscaling, and uncertainty quantification; (4) AI-integrated Earth system modeling; (5) Scalable AI/ML approaches for watershed to global scales; (6) AI-assisted discovery of hydrologic patterns and relationships; and (7) Trustworthy, explainable, and responsible AI.
H106 – Navigating AI in Water Management
Conveners: Alyssa Dausman, Chiyuan Miao, Jessica Henkel, Ali Nazemi, Ximing Cai, Tiantian Yang, Chung-Yi Lin
The goal of this session is to highlight advances in transdisciplinary and interdisciplinary research where human dimensions, social science, and AI/ML are successfully applied to address water management challenges.
H107 – New Developments and Future Directions in Community Water Resources Modeling – Synergy at the Interface of Process Understanding, Artificial Intelligence, Computer Science, Operations, and Decision Making
Conveners: Steven J Burian, Martyn P Clark, Katie van Werkhoven, Jordan Stuart Read, Louse Arnal
This session invites contributions from those making advancements in any aspects of water prediction that can be mobilized and used in community water resources modeling frameworks.
H123 – Remote Sensing of Rivers, Lakes, Reservoirs, and Wetlands
Conveners: Ethan J Shavers, George H Allen, Jérôme Benveniste, Jessica Fayne, Ann Scheliga
This session is soliciting abstracts that employ remote sensing data to study inland water processes and support the development of novel applications and methods (e.g., new algorithms/datasets leveraging ML/DL, integration with models and in situ data) for exploring the roles of these inland water bodies, both in terms of quantity and quality, in water management, flood and drought mitigation, hydrologic cycles, ecosystem services, and land-atmosphere interactions.
H124 – Remote Sensing of Soil Processes
Conveners: Vinit Sehgal, Noemi Vergopolan, Andrew Feldman
This session invites studies on process understanding of the critical zone beyond the Darcy scale using remote sensing for (but not limited to):-Scaling of critical zone processes -Land-atmospheric interactions/feedback -Soil moisture dynamics and controls -Soil hydraulic parameterization -Soil carbon and nutrient cycle -Surface-rootzone connectivity -Soil salinity and microbiological activityWe invite applications of soil moisture observing satellites (SMAP, SMOS, SENTINEL-1, NISAR, etc.), multi/hyperspectral remote sensing (MODIS, LANDSAT, SENTINEL-2, EMIT, PRISMA, EnMAP, PACE, etc.), large-scale reanalysis products, CYGNSS, etc., for studying critical zone soil processes.
H130 – Science in Action: NASA Earth Observations Enabling Advances in Water Management
Conveners: Erin Urquhart, Craig R Ferguson, Jared Keith Entin, Perry Oddo
This session highlights advances in water resources understanding and decision-making made possible through the integration of NASA’s satellite Earth observations either directly or through data assimilation and AI/ML into hydrologic modeling systems.
H132 – Space-Based Precipitation Observations: Innovations for Science and Applications
Conveners: Sarah Ringerud, George John Huffman, Yagmur Derin, Daniel Watters
This session invites innovative contributions in precipitation science and applications with emphasis on the use of space-based observations, including missions, instrumentation, algorithms, quantitative precipitation estimates, uncertainty characterization, and validation, extending to interdisciplinary work on extremes, processes, and models.
H134 – Subseasonal to Seasonal to Interannual Predictability and Land-Atmosphere Coupling
Conveners: Aaron Anthony Boone, Qi Tang, Yugei Takaya, Retish Senan, Megan Devlan Fowler
This session invites contributions that enhance our understanding of precipitation and temperature predictability-from sub-seasonal to longer timescales-with a focus on the land-atmosphere interactions, including for extreme events such as droughts, floods, and heatwaves.
H144 – Understanding and Quantifying the Human Impacts on Water Cycle
Conveners: Shahryar Khalique Ahmad, Timothy M Lahmers, Sujay V Kumar, Joshua K Roundy, Timothy M Lahmers
This session invites submissions on: (1) the challenges and requirements for developing representations of human influences, (2) innovative methods that focus on capturing the human impact on the hydrologic cycle using observations and models, (3) measuring the wider effects of the human impact on hydrological extremes. Studies focused on historical reconstruction as well as future projections and forecasts using open research tools, interoperable data, and models are encouraged.
H145 – Understanding Distributed Sensing Instruments for Scientific Discovery: A Guided Tour through the Tools of Earth Science
Conveners: Haokai Zhao, Cian Dawson, Vidya Samadi
This session aims to foster community knowledge exchange and support a broader understanding of current capabilities, challenges, and emerging directions in distributed sensing across the Earth and space sciences.
H149 – Utilizing Precipitation Datasets and Quantifying Associated Uncertainties in Hydrometeorological and Climate Impact Applications
Conveners: Paul A Kucera, Ali Behrangi, Andrew James Newman
This session seeks contributions from the research, operational, and user communities that utilize precipitation datasets in applications that address scientific and societal needs from flood forecasts to climate impact studies. Uncertainties in precipitation data have a significant impact on the usefulness of these applications. This session also seeks contributions that present advances in error characterization and uncertainty quantification in diverse precipitation datasets and to enhance our understanding on how the uncertainties propagate to hydrological processes and thus affecting the modeling and data-assimilation in these applications.
H162 – Where Flood Connects Us: Integrating Physical Models, Social Dimensions, and AI Innovations
Conveners: Alka Tiwari, Zhi Li, L. Ruby Leung, Scott M Collis
This session invites researchers, practitioners, and stakeholders to advance holistic flood science by bridging physical, social, and technological domains—echoing AGU’s theme, “Where Science Connects Us.” It seek abstracts that present novel frameworks for: analyzing cascading impacts using coupled natural-human systems, applying AI in real-time forecasting and early warning, evaluating nature-based solutions, and incorporating community sensitivity into risk models.

Special Issue for the 5^th Baltic Earth Conference

Journal: Frontiers in Earth Science
Research Topic: New Challenges for Baltic Sea Earth System Research
Deadlines:
Manuscript Summary Submission: 10 December 2024 and,
Manuscript Submission: ~~30 March 2025~~ 29 September 2025 (Extended)

The Baltic Sea is an intracontinental marginal sea in Northern Europe, with particular properties which set it apart from most other marginal seas and coastal regions, such as its pronounced salinity dynamics and unique biogeochemical features. But at the same time, it has been one of the best observed and modeled marine and coastal regions in the world and it can serve as an example and provide case studies for other heavily populated coastal regions worldwide.

The Research Topic is rooted in the 5th Baltic Earth Conference in Jurmala, Latvia, 13-17 May 2024, inciting “New Challenges for Baltic Sea Earth System Research”. Contributions from the conference but also welcome manuscripts from other coastal sea regions worldwide related to:

Biogeochemistry of the Baltic Sea
Natural hazards and extreme events
Sea level dynamics, sediment dynamics, coastal processes and impacts on coasts
Human impacts, interactions and management options
Modeling past and future climate changes and teleconnections
Small scale processes not yet resolved and their impact on the large scale dynamics and patterns
Comparing marginal seas worldwide
Philosophical aspects of Baltic Sea Earth system research

For more information, see the conference website: https://baltic.earth/jurmala2024

Special Issue in SOIL on Advances in dynamic soil modelling across scales

Journal: Soil
Submission Opens: 01 October 2024
Submission Deadline: 01 October 2025

This special issue (SI) invites papers that study soil dynamics using numerical and statistical models. The focus will be on the development of model-based representations, or digital twins, of soil systems to study soil processes, dynamics, and functions from the pore to the landscape scale and from diurnal dynamics to millennial evolution. By bringing together modellers and models that work on different spatiotemporal scales, we aim at synergies between soil hydrology, soil physics, soil geography, and soil ecology to develop holistic models that consider soils and their functions as dynamic systems. This SI is an initiative of the International Soil Modeling Consortium (ISMC, https://soil-modeling.org/) and the 3-4D Soil models working group (https://dbges.de/en/commissions-and-working-groups/working-groups/wg-3-4d-soil-models), part of the German Soil Science Society.

Special Edition on Recent Advances in the Global Energy and Water Cycle Exchanges (GEWEX) Sciences

The Journal of the Meteorological Society of Japan (JMSJ) and Scientific Online Letters on the Atmosphere (SOLA) announce a joint special edition on “Recent Advances in the Global Energy and Water Exchanges (GEWEX) Sciences.”

In coordination with the 9th GEWEX Open Science Conference (OSC) held in Sapporo, Japan, in July 2024, this special edition aims to be a forum to accommodate the latest research, methodologies, and advancements in GEWEX-related studies, with broad focus on their atmospheric or meteorological aspects as appropriate to JMSJ and SOLA. Any paper topically relevant to the Global Energy and Water Exchanges is welcome regardless of the authors’ participation in the 9th GEWEX OSC.

Journal of the Meteorological Society of Japan (JMSJ)

Submission at https://link.springer.com/journal/44394/updates/27729594
Submission Deadline: 31 December 2025
Expected Publication in 2026

Scientific Online Letters on the Atmosphere

Submission at https://mc.manuscriptcentral.com/sola
Submission deadlines: 31 August 2025 (SOLA)
Expected publication in 2025

Special Issue on Hydrometeorological data from mountain and alpine research catchments

Submission Opens: January 2025
Submission Deadline: 31 December 2025
Editors: J. Pomeroy and D. Marks

The Journal on Earth System Scienc Data (ESSD) special issue responded to an international need to improve the understanding and modelling of mountain snow and ice hydrological processes. This initiative arises from a new GEWEX Hydroclimatology Panel cross-cut project – INARCH, the International Network for Alpine Research Catchment Hydrology (www.usask.ca/inarch ). The guest editors invite contributions of openly available detailed meteorological and hydrological observational archives from long-term research catchments at high temporal resolution (at least 5 years of continuous data with hourly sampling intervals for meteorological data, daily precipitation and streamflow, and regular snow and/or glacier mass balance surveys) in well-instrumented mountain regions around the world. Contributors and researchers will use this mountain hydrology data publication special issue for the benefit of global alpine hydrological research.

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