The CliC leadership is composed of many leading experts in the cryosphere and climate research fields who dedicate their time to international efforts. These include the CliC Co-Chairs, the Scientific Steering Group (SSG) members, the WCRP Joint Science Committee Liaisons, and Joint Planning Staff officer (in charge of CliC), the targeted activity, working group, forum and project leaders, the International Project Office and the CliC Fellows. This group comes together yearly at the CliC SSG meetings, and communicates intersessionally via email and online meetings.
A group of selected scientists - the CliC Scientific Steering Group (SSG) - has the overall responsibility for planning and guiding the CliC project. Its members are appointed by the Joint Scientific Committee (JSC) of the World Climate Research Programme, based on recommendations by the CliC SSG. The Chair (or Co-chairs) is responsible for recommending changes in SSG membership to the JSC. Initial membership is for three years and, as a rule, two extensions of two years each may be recommended. The SSG usually meets once a year.
Gerhard Krinner is a CNRS senior scientist at the Glaciology and External Geophysics Laboratory (LGGE) in Grenoble, France. He received his PhD at Université Joseph Fourier (Grenoble) in 1997 and is currently deputy director of LGGE. His research concerns numerical modeling of past, present and future high-latitude climate, using in particular variable resolution general circulation models. Recent focuses of his research are ice sheet surface mass balance (and its effect on global sea level) and high-latitude surface processes (and their effects on the carbon balance of northern land areas). He is the author of more than 70 peer-reviewed international journal publications. He is lead author of the chapter on long-term climate change of the IPCC (WG1) 5th assessment report. Contact info: gerhard.krinner[@]univ-grenoble-alpes.fr
I am a professor of physical geography at Victoria University of Wellington, New Zealand. My career has included a decade in research at the NZ Met. Service, and 20 years of climate research at NIWA. I am fascinated by the general circulation of the atmosphere – how the atmosphere transports energy and momentum and what it does to achieve this. In particular I am interested in how heating in the tropics is communicated to higher latitudes by the excitation of large-scale waves and how this affects the storm tracks, jet streams, and the location and frequency of long-lived ‘blocking’ anticyclones. In recent years I have developed an interest in Antarctic climate, especially the growth and decay of Antarctic sea ice. How does the atmospheric circulation (the wind) affect sea ice extent and how this can be tied back to tropical influences? Beyond these topics, I have a general background in atmospheric physics, plus mathematics and statistics and have broad interests most aspects of climate, from the distant past to the near future. This includes paleoclimate reconstruction, synoptic climatology, climate modelling, climate change, and the use of statistical and matrix techniques to analyse large data sets. I served as a lead author for the IPCC 4th and 5th Assessment Reports, in Working Group I (physical science) and am chair of the Royal Society of New Zealand Climate Expert Panel. Contact info: James.Renwick[@]vuw.ac.nz
Hiroyuki Enomoto is the director of the Arctic Environment Research Center (AERC) of the National Institute of Polar Research (NIPR) in Japan, and professor at the Graduate University for Advanced Studies. Since 2014, he has been vice director-general of NIPR. He received his PhD at the ETH Zurich in 1989, on physical geography on sea ice and climate relationships. His research area focuses on climatological investigations of snow and ice of ocean, land and ice sheet in the Arctic, Antarctic and snow cover area in the middle latitudes. Using satellite microwave remote sensing and visiting polar snow and ice field, he is widely scanning changing cryosphere. His first visit to a glacier was in Patagonia in 1981.Since then, he has worked in many cold regions. He visited Svalbard by opening Japanese Arctic research station, and also Dome Fuji Antarctica in order to start up a new Antarctic inland station, drilling site, and AWS monitoring. He has joined Japanese, Australian and Swedish Antarctic Expeditions. In the Arctic, he has worked often in Alaska as the collaborator of IARC/UAF and Japanese project on linkage of land-sea ice processes. Since 2011, he has been working as the leading member of the Japanese Arctic research project, and also on international cryospheric and Arctic meetings. He is keen to seek for the scientific frontiers of the cryosphere, and collaborations in international polar expeditions and in community work as well.
Stephen Hudson is a research scientist at the Norwegian Polar Institute (NPI). His work focuses on processes in the polar atmosphere that impact the energy budget of ice and snow surfaces. Since beginning at NPI in 2008, Hudson has worked in the Arctic, primarily on sea ice in the Arctic Ocean, but now also on land and glaciers in Svalbard. His main interests are processes affecting the radiation budget of the surface, including those related to clouds and to surface properties, and processes driving turbulent heat fluxes in the polar atmospheric boundary layer. Before coming to NPI in 2008, Hudson completed his MS and PhD at the University of Washington, where he focused on the atmospheric boundary layer and solar radiation on the Antarctic Plateau. He works extensively on collecting and using field data with a variety of methods, and also uses radiative transfer and other process models to better understand the observations and processes.
Alexandra Jahn is a Climate Scientist at the National Center for Atmospheric Research (NCAR). Alexandra was a Postdoctoral fellow in NCAR’s Advanced Study Program from 2010-2012, and is currently working at NCAR as a Project Scientist. Prior to her arrival at NCAR, Alexandra earned a PhD in Atmospheric and Oceanic Sciences from McGill University in Montreal, Canada, in 2010 and a Diplom degree in Meteorology from the Free University of Berlin in Germany in 2004. She also studied Atmospheric Sciences as an exchange student at the University of Washington in Seattle, USA, from 2001-2002.
Alexandra’s research has focused on questions related to Arctic sea ice decline, the impact of Arctic sea ice and freshwater changes on the meridional overturning circulation, the dynamics of Arctic freshwater, and the climate of the last glacial period. In her research, Alexandra uses climate models in combination with observational datasets to study the dynamics of the Arctic climate system. Alexandra also enjoys sharing her knowledge of climate science with the public and has worked with the Education and Outreach Program at NCAR to help educate teachers and the public about climate research. As steering committee member of CliC, Alexandra hopes to help improve the usefulness and quality of multi-model comparisons of Arctic climate simulations and of model-data comparisons in the Arctic. Contact info:
Dr. Margareta Johansson is based at the Dept of Physical Geography and Ecosystem Science at Lund University and at the Royal Swedish Academy of Sciences in Sweden. Dr. Johansson has a broad experience in Arctic research, ranging from glaciology/climatology to Arctic ecology and for the last eight years focussing on permafrost in a changing climate in northern Sweden. Her research experience includes helping to coordinate major environmental assessments such as a chapter in the Arctic Climate Impact Assessment (ACIA) on terrestrial ecosystems, and international networks such as “A circumarctic network of Terrestrial Field Bases" (SCANNET). She is currently the Executive Secretary for a FP7 EU project INTERACT networking more than 60 research stations in the north and for a nordic top-level research initiative DEFROST and was a co-coordinator of the Permafrost Young Researchers Network (PYRN) during 2006-2008 when it was initiated. Dr. Johansson was one of two convening lead authors for two chapters (snow and permafrost) of the SWIPA assessment (Snow Water Ice and Permafrost in the Arctic) that is a follow up on the Arctic Climate Impact Assessment but are focussing on the cryosphere. The SWIPA report was published in December 2011.
Dr. Shichang Kang is a Professor and Director of the State Key Laboratory of Cryospheric Sciences, Cold and Arid Regions Environmental and Engineering Research Institute, Chinese Academy of Sciences (CAS). Dr. Kang has been awarded the "Talent Project" of CAS and National Science Foundation of China for Distinguished Young Scholars. He has been a PI or co-PIs for more than 40 projects, and has organized more than 30 expeditions in the Tibetan Plateau including several 7000+ meter expeditions. He has supervised more than 20 PhD and Master students. Dr. Kang is the associate editor of Atmospheric Research, and a member of Education and Capacity Building of IUGG. Dr. Kang mainly focuses on glacier and climate changes, environmental chemistry of snow/ice and atmosphere, and paleo-climate and environmental variability recovered by ice core records in the Tibetan Plateau. He has published more than 300 peer-reviewed papers, with more than 150 papers published in international journals.
Rob Massom is a senior research scientist at the Australian Antarctic Division and Antarctic Climate and Ecosystems Cooperative Research Centre in Hobart, Tasmania. His current research interests include: change and variability in the distribution and properties of Antarctic sea ice (both pack and fast ice), factors affecting them (including extreme events) and their climatic and ecological significance; remote sensing of snow and ice; interactions between sea ice and ice sheet margins; snow cover on sea ice; sea ice and penguin ecology; and polynyas. Rob has written/co-authored 3 books on satellite remote sensing of polar regions, 7 book chapters and 60 refereed journal publications, and leads a number of satellite- and sea ice-related research projects. His work benefits greatly from strong inter-disciplinary collaboration with sea-ice biologists, meteorologists, oceanographers and ice-sheet glaciologists. Even after over 30 years involvement in sea ice research in both the Antarctic and Arctic, he is still drawn by the magical lure of polar regions - driven by the fact that the more he learns, the more he realizes he doesn’t know (his motto). Contact info:
Sebastian H. Mernild has achieved a master degree in 2001 and a PhD. degree in 2006 in climate change, glaciology, and hydrology from University of Copenhagen, Denmark. In 2002 he was awarded the University of Copenhagen Silver Medal for a Price Dissertation in Physical Geography.
He is Full Professor in Climate Change and Glaciology at the Faculty of Engineering and Science, Sogn og Fjordane University College, Sogndal, Norway, and Director for Antarctic and Subantarctic Programs, Universidad de Magallanes, Punta Arenas, Chile.
Before, he worked six years in the US at the International Arctic Research Center, University of Alaska Fairbanks, and at Los Alamos National Laboratory, New Mexico. He works with climate change in Greenland and the effect on the ice cap and glaciers related to mass change and freshwater runoff. In addition, he works with remote sensing and 'state of the art' snow and glacier modeling tools, modeling the ice sheet and glaciers in past, present, and future time perspectives.
His research has been focusing on local, regional, and global modeling using a wide variety of atmospheric and terrestrial models and observations with a specific focus on understanding and simulating land-atmosphere interactions related to snow, glacier ice, and freshwater runoff. Develop and implement methodologies to allow these models to efficiently and realistically perform annual integrations, and seasonal to daily evolution of snow cover distributions, glacier and ice cap surface and dynamic processes, and hydrologic processes. Use these models to perform simulations in support of snow-ice-water-atmosphere interaction studies.
He has several times been a visiting scientist at Colorado State University, University of Colorado at Boulder, New York University, USA, Hokkido University, Japan, and participated in courses at the University Center in Svalbard, Norway.
He has been co-author on different international reports e.g., the annual Arctic Report Card from NOAA, and he is a contribution author on the upcoming IPCC AR5 report. Further, he is the Danish representative of the International Commission on Snow and Ice Hydrology (ICSIH), under International Association of Hydrological Sciences (IAHS).
He has communicated his interest and knowledge about climate change and its effect on snow, ice, and hydrological conditions in the Arctic region in both international peer-reviewed scientific journals, in newspapers, radio, and TV, and in the form of conference presentations.
Dr. Tatiana Pavlova is a lead scientist at the Laboratory for Atmospheric General Circulation and Global Climate Modelling, Voeikov Main Geophysical Observatory (MGO) in St. Petersburg, Russia. She received M.Sc in meteorology from the Leningrad Hydrometeorological Institute and Ph.D. (also in meteorology) from MGO. Tatiana’s research interests include climate modeling, climate change and variability in extratropics, cryospheric processes. She is an expert in terrestrial processes modeling (including permafrost). Tatiana was a contributing author to IPCC WGI AR4 (2007) and IPCC WG1 AR5 (2013), an author and lead author of Russian national first (2008) and second (2014) climate assessments. She is a member of WG27 PICES: “North Pacific Climate variability and Change” (PICES- The North Pacific Marine Science Organization) and a member of the Russian National Committee for CliC.
Lars H. Smedsrud is a professor at the Geophysical Institute, University of Bergen, Norway. He is co-leading one of the research groups at the Bjerknes Centre for Climate Research, and a professor II at University University Centre in Svalbard. Smedsrud did his PhD in March 2000 in physical oceanography, and the thesis was written on frazil ice formation and sediment entrainment in polar waters. Presently Smedsrud teaches courses at the Batchelor level on Descriptive Oceanography, and the master level in Polar Oceanography. He is a also a coordinator of Arctic ECRA (European Climate Research Alliance). Previously Smedsrud worked with different aspects of ice formation in the Arctic, and ice shelves in Antarctica. Smedsrud has a wide field experience from Antarctica and the Arctic, has been cruise leader in the International Polar Year project – Bipolar Atlantic Thermohaline Circulation, participated in several international laboratory experiments, and worked with a number of numerical models. Among active research topics are polynya dynamics on Svalbard, formation and melt of sea ice in the Arctic Ocean, and transport of oceanic heat by Atlantic water.
Dario is a Geologist, at the Universidad Nacional de Córdoba, in Argentina. He is pecialized on South American Geocryology of passed and present periglacial environments. He received his Doctoral thesis at the University of Heidelberg,in Germany in 1988. Since 1989, Dario has been a researcher of the Argentine National Research Council CONICET.1989-94 in Pto. Madryn, Patagonia. Since 1994, he has been at the IANIGLA, Mendoza and he is the head of the Dpt.of Geocryology. Between 1998 and 2003, DAirio was a full Member of the IGU Permafrost Working Group. He is the IPA Representative of South America and the founder of the Argentine and South American Association of Permafrost. Dario is also an International WMO contact. He cooperates with the Spanish terminology group for the Geocryology University of Calgary. He is a guest researcher of the Humboldt Universität zu Berlin since 2002 and he was nominated international contact for Geomorphology in 2007, and at the Sapporo University, in 2003. He was nominated for the Executive Committee of the „International Permafrost Association“. Dario was also invited by the UNEP “Global Outlook on Ice and Snow” to Mexico City, in 2008. He was elected IGU Co-Chair for the Working Group „Cold Regions Environments“. Elected President of the Sub-Committee of Cryospheric Sciences (IACS and IUGG) in Argentina. Dario was invited to the “Ninth International Conference on Permafrost”, in Fairbanks, Alaska. He gave lectures on South American Geocryology and was a mentor of the Permafrost Young Researcher Network in Siberia 2011. Dario has been a member of the commission for institutional coordination of the Argentine inventory of glaciers and permafrost rich in ice since 2013. He is a member of the Standing Committee on Education and Outreach as well as the National Representative for the GLOBAL CRYOSPHERE WATCH (GCW) and CryoNet South America. He has recentøy co-authored the book: Terminological Guide of the South American Geocryology.
Mauricio Mata is Associate Professor of Physical Oceanography at the Federal University of Rio Grande-FURG, Rio Grande, Brazil, where he has been since 1992. He received his PhD in Oceanography at the Flinders University of South Australia, in Adelaide, working jointly at the CSIRO Marine Labs in Hobart, Australia. His research interests and teaching activities have been associated with physical oceanography, modelling and remote sensing of meso/large-scale oceanic processes in the South Atlantic, South Pacific and Southern Oceans. He has been deeply involved in water mass analysis and western boundary currents research, including remote sensing and in-situ expeditions to several open ocean environments. Most of his work uses observations spanning from in-situ classical methods to satellite remote sensing. Prof. Mata has participated in several expeditions to the Southern Ocean and is currently interested in Southern Ocean dense water mass formation and export; long-term trends and hydrographic variability around Antarctica; the South Atlantic and Southern Ocean contribution to the Meridional Overturning Circulation; and Paleoceanography. Currently, he is a member of the World Climate Research Programme (WCRP) Joint Science Committee, part of the Southern Ocean Observing System (SOOS) Science Steering Committee, deputy chair of the Brazilian National Institute for Cryospheric Research (INCdiT-Criosfera) and full member of the Brazilian National Committee for Antarctic Research (CONAPA).
|Greg Flato||2013-2016 (Co-Chair)|
|Koni Steffen||2006-2012 (Chair 2008-2012)|
|Gino Casassa||2006-2012 (Vice-Chair 2008-2012)|
|Anthony Worby||2005-2011 (Vice-Chair 2007-2011)|
|Barry Goodison||2000-2008 (Chair 2003-2008)|
|Tetsuo Ohata||2001-2008 and 2012-2015|
|H. Jay Zwally||2001-2006|
|Ian Allison||2000-2005 (Vice-Chair 2000-2005)|
|Roger Barry||2000-2005 (Vice-Chair 2000-2005)|
|Howard Cattle||2000-2003 (Chair 2000-2003)|
CliC targeted activities, working groups, and forums are initiated and conducted by experts in the field with assistance from the CliC Co-chairs and IPO. Each project has one or several (two or three usually) leads to carry out the activities. The CliC IPO works together with the leads to plan the activity on the long term as well as supports them on a more daily basis when comes the time of the organization of workshops. We thank them for their tireless efforts in helping to increase our understanding of the climate and cryosphere connections.
|Ackley, Stephen||University of Texas at San Antonio, USA||ASPeCt/ Technical Comm on Sea Ice Observations|
|Allard, Michel||Laval Université, Canada||Permafrost Research Priorities/ IPA|
|Bartsch, Annett||Austrian Polar Research Institute, Austria||DUE Permafrost / IGOS Permafrost Update|
|Bertler, Nancy||Victoria University of Wellington, New Zealand||SCAR connection|
|Bitz, Cecilia||University of Washington, USA||Polar Climate Predictability Initiative|
|Bradley, Alice||University of Colorado, USA||YOPP Summit/ CliC Fellow|
|Bring, Arvid||University of New Hampshire, USA||Arctic Freshwater Synthesis|
|Bromwich, David||Ohio State University, USA||Polar Climate Predictability Initiative|
|Carmack, Eddy||Depart. of Fisheries and Oceans, Canada||Arctic Freshwater Synthesis|
|Cassano , John||University of Colorado, USA||Polar CORDEX|
|Derksen, Chris||Environment Canada||ESM SnowMIP|
|Doblas Reyes, Paco||Catalan Institute of Climate Sciences, Spain||WGSIP|
|Eicken, Hajo||University of Alaska, USA||Arctic Sea Ice Working Group|
|England, Matthew||University of New South Wales, Australia||CLIVAR/CliC/SCAR Southern Ocean Region Panel|
|Essery, Richard||University of Edinburgh, Scotland||ESM SnowMIP|
|Fedorova, Irina||AARI, Otto-Schmidt Laboratory, Russia||Arctic Freshwater Synthesis|
|Flato, Greg||CCCMA, Environment Canada||Cryosphere Grand Challenge/ WGCM/ WMAC|
|Fugmann, Gerlis||APECS, Norway||Where Are They Now?|
|Fyfe, John||Environment Canada||Polar Climate Predictability Initiative|
|Galton-Fenzi, Ben||Australian Antarctic Division (AAD), Australia||CLIVAR/CliC/SCAR Southern Ocean Region Panel|
|Gerland, Sebastian||Norwegian Polar Institute, Norway||Arctic Sea Ice Working Group|
|Gille, Sarah||Scripps Institution of Oceanography, USA||Polar Climate Predictability Initiative|
|Goosse, Hugues||University of Louvain, Belgium||Polar Climate Predictability Initiative|
|Guglielmin, Mauro||Insubria University, Italy||Permafrost Research Priorities/ IPA|
|Hall, Alex||University of California – Los Angeles, USA||ESM SnowMIP|
|Hanna , Edward||University of Sheffield, UK||Arctic Climate Linkages to MidLatitudes/ ISMASS|
|Hawkins, Ed||University of Reading, UK||Polar Climate Predictability Initiative|
|Heim, Birgit||AWI, Germany||DUE Permafrost / IGOS Permafrost Update|
|Heimbach, Patrick||University of Texas Austin, USA||CLIVAR/CliC/SCAR Southern Ocean Region Panel|
|Hinzman, Larry||University of Alaska Fairbanks, USA||Arctic Freshwater Synthesis/ IASC|
|Holland, Denise||New York University, USA||Marine Ice Sheet-Ocean Model Intercomparison Project|
|Holland, David M||New York University, USA||Marine Ice Sheet-Ocean Model Intercomparison Project|
|Holland, Marika||NCAR, USA||Arctic Freshwater Synthesis|
|Hughes, Nick||Norwegian Ice Service, Norway||Sea Ice Users / IICWG|
|Hutching, Jennifer||Oregon State University, USA||CASWIG, Technical Comm. on Sea Ice Observations|
|Instanes, Arne||Instanes Polar AS||Arctic Freshwater Synthesis|
|Jahn, Alexandra||University of Colorado, USA||Sea Ice and Climate Modelling Forum|
|Jochum, Markus||Niels Bohr Institute, Denmark||Polar Climate Predictability Initiative|
|Johansson, Margareta||Lund University, Sweden||Arctic Freshwater Synthesis/ Permafrost Research Priorities|
|Johnson, Rob||Bureau of Meteorology, Australia||Southern Ocean Satellite Requirements|
|Jones, Julie||University of Sheffield, UK||Polar Climate Predictability Initiative|
|Karlsson, Johanna Mård||Stockholm University, Sweden||Arctic Freshwater Synthesis|
|Kattsov, Vladimir||Voeikov Main Geophysical Observatory, Russia||Cryosphere Grand Challenge|
|Kay, Jennifer||University of Colorado, USA||Polar Climate Predictability Initiative|
|Klepikov, Alexander||Arctic and Antarctic Research Institute, Russia||CLIVAR/CliC/SCAR Southern Ocean Region Panel|
|Kokorev, Vasily||State Hydrological Institute, Russia||Arctic Freshwater Synthesis|
|Kraev, Gleb||Centre for Forest Ecology and Productivity, Russia||Permafrost Research Priorities / IPA|
|Krautblatter, Michael||Technical University of Munich, Germany||Permafrost Research Priorities / IPA|
|Krinner, Gerhard||Glaciology and External Geophysics Laboratory (LGGE), France||Permafrost Research Priorities/ ESM SnowMIP/ Permafrost Modelling Forum/ WGCM|
|Lantuit, Hugues||AWI, Germany||Permafrost Research Priorities / IPA|
|Larour, Eric||JPL, NASA, USA||ISMIP6|
|Lique , Camille||University of Oxford, UK||Arctic Freshwater Synthesis|
|Lisowska, Maja||Jagiellonian University, Poland||Where Are They Now?|
|Logvinova, Christie||Clark University, USA||Where Are They Now?|
|MacDonell, Shelley||El Centro de Estudios Avanzados en Zonas Áridas, Chile||South American and Antarctic Glacier Activities|
|Majaneva, Sanna||University of Helsinki, Finland||Where Are They Now?|
|Marshall, Gareth||British Antarctic Survey||Polar Climate Predictability Initiative|
|Massom, Rob||AAD and ACE, Australia||Cryosphere Linkages|
|Massonnet, François||Université Catholique de Louvain, Belgium||YOPP Summit/ CLIVAR/CliC/SCAR Southern Ocean Region Panel/ CliC Fellow|
|Mata, Mauricio||Federal University of Rio Grande-FURG, Brazil||WCRP JSC Liaison|
|Matsuoka, Kenny||Norwegian Polar Institute, Norway||CLIVAR/CliC/SCAR Southern Ocean Region Panel|
|Meier , Walt||NASA, USA||Arctic Sea Ice Working Group/ WMAC|
|Mernild, Sebastian||Center for Scientific Studies, Chile||South American Glacier Activities|
|Navarro , Paco||Technical University of Madrid, Spain||Ice Sheet Mass Balance and Sea Level|
|Newman, Louise||SOOS, Australia||Southern Ocean Satellite Requirements|
|Notz, Dirk||MPI for Meteorology, Germany||Sea Ice and Climate Modelling Forum|
|Nowicki , Sophie||NASA GSFC, USA||ISMIP6|
|Ohata, Tetsuo||National Polar Research Institute, Japan||IASC|
|Orsolini, Yvan||NILU - Norwegian Institute for Air Research||WGSIP|
|Overduin, Paul||AWI, Germany||Subsea Permafrost Map|
|Overland, Jim||NOAA, USA||Arctic Climate Linkages to MidLatitudes/ IASC|
|Pattyn, Frank||University of Brussels, Belgium||Ice Sheet Mass Balance and Sea Level/ SCAR|
|Payne, Tony||University of Bristol, UK||ISMIP6|
|Perovich, Don||Cold Regions Research Engineering Laboratory, USA||Arctic Sea Ice Working Group|
|Poppe, Allen||NSIDC, Colorado, USA||Southern Ocean Satellite Requirements|
|Prowse, Terry||Environment Canada||Arctic Freshwater Synthesis|
|Rachold, Volker||IASC||Arctic Freshwater Synthesis|
|Raphael , Marilyn||University of California, Los Angeles, USA||ASPeCt/ Polar Climate Predictability Initiative|
|Reiersen, Lars-Otto||AMAP||Arctic Freshwater Synthesis|
|Renwick, James||Victoria University of Wellington, New Zealand||Polar Climate Predictability Initiative|
|Rinke, Annette||AWI, Germany||Polar CORDEX|
|Ritz, Catherine||LGGE, France||Ice Sheet Mass Balance and Sea Level|
|Romanovsky, Vladimir||University of Alaska Fairbanks, USA||Permafrost Modelling Forum|
|Rott, Helmut||Austrian Polar Research Institute, Austria||ESM SnowMIP|
|Scaife, Adam||UK Meteorological Office||WGSIP|
|Schädel, Christina||Northern Arizona University, USA||Permafrost Carbon Network|
|Schollän, Karina||IPA, Germany||Permafrost Research Priorities / IPA|
|Schurr, Ted||Northern Arizona University, USA||Permafrost Research Priorities / Permafrost Carbon Network/ Permafrost Modelling Forum|
|Screen, James||University of Exeter, UK||Arctic Freshwater Synthesis|
|Sharp , Martin||University of Alberta, Canada||IASC connection|
|Shepherd, Ted||University of Reading, UK||Polar Climate Predictability Initiative|
|Sjöberg, Ylva||Stockholm University, Sweden,||Permafrost Research Priorities / CliC Fellow|
|Smith, Inga||University of Otago, New Zealand||CLIVAR/CliC/SCAR Southern Ocean Region Panel|
|Sturm, Matthew||University of Alaska, USA||ESM SnowMIP|
|Sueyoshi, Tetsuo||National Institute for Polar Research, Japan||IASC Cryosphere WG|
|Svensson, Gunilla||Stockholm University, Sweden||Polar Climate Predictability Initiative|
|Talley, Lynne||University of California - San Diego, USA||CLIVAR/CliC/SCAR Southern Ocean Region Panel|
|Vihma, Timo||Finnish Met Institute, Finland||Arctic Freshwater Synthesis|
|Wagner, Penelope||Norwegian Ice Service, Norway||IICWG/ Southern Ocean Satellite Requirements|
|Walsh, John||University of Alaska, USA||Arctic Freshwater Synthesis|
|Wrona, Fred||University of Victoria, Canada||Arctic Freshwater Synthesis|
|Yamamoto-Kawai, Michiyo||Tokyo University of Marine Science and Technology, Japan||Arctic Freshwater Synthesis|