Monday, May 6, 2019

[CRYOLIST] Webinar on Mountain permafrost by Stephan Gruber, Friday 19:00 UTC


The Alpine Cryosphere Group of Association of Polar Early Career Scientists (APECS)  is organizing a webinar on Mountain permafrost. It is free but you need to register before the meeting to have access to the webinar link.

 

Webinar: Thinking fast and slow about permafrost in high-mountain areas

Presenter: Dr. Stephan Gruber, Carleton University, Canada

Summary: Stephan's research focuses on permafrost and related phenomena in high-latitude and high-elevation environments. He aims to better anticipate and quantify the impacts that local human activity and global climate change have on geohazards and natural systems. His interest in novel predictive methods and tools is reflected in projects that bridge fundamental and applied research. Stephan holds the Canada Research Chair in Climate Change Impacts/Adaptation in Northern Canada at Carleton University in Ottawa, Canada and currently works as a lead author on the chapter for high-mountain areas in the IPCC Special Report on the Ocean and Cryosphere in a Changing Climate.

Date: Friday, May 10, 2019

Time: 7:00 PM (UTC), 3:00 PM (EST) 

Register at: https://zoom.us/webinar/register/WN_C5VWmwY_RUC7ka31xXn4Hw


Best regards,

Kabir Rasouli

University of Calgary

[CRYOLIST] PhD in snow physics, Grenoble, France

Cryosphere Community,

Could you please forward this opportunity to motivated and talented students?

A funded PhD opportunity is available to study heat and water vapor transport in the snow microstructure at the Snow Research Center, CEN/CNRM/Meteo-France - CNRS, Grenoble, France ( https://www.umr-cnrm.fr/spip.php?rubrique85) in collaboration with the Takuvik Joint International laboratory / Université Laval - CNRS, Quebec, Canada (http://www.takuvik.ulaval.ca/index.php). The PhD starting fall 2019 is fully funded including 3 years of salary, mission costs and expenses for the experimental and numerical work. 

Details :
Snow is at the interface between the atmosphere and the continental and oceanic surfaces of high latitudes and significantly affects their energy and water budgets. In particular, the snow thermally insulates the surfaces it covers. This insulating power is quantified by the snow thermal conductivity, a property which is difficult to measure reliably and continuously in remote areas such as the Arctic. Besides, the temperature gradient typically observed in arctic and sub-arctic snowpacks leads to a vertical flux of water vapor that transfers this compound from the soil and snowpack to the atmosphere. This essential process in the hydrological budget of cold regions is for the moment inadequately quantified. Recent developments in microstructural imaging and analysis of snow provide a detailed understanding of the phenomena of heat and matter transport in snow. This opens up important possibilities to evaluate measurement and modeling techniques related to these processes and finally to parameterize the physical models of snow and climate more precisely. This PhD project aims to improve the understanding and quantification of : (1) heat transport processes when measuring the thermal conductivity of snow by heated needle method. This method, which is the only one currently applicable in automatic mode, is suspected to present artifacts which need to be quantified and corrected by developing a suitable algorithm; (2) diffusion of water vapor in snow. This phenomenon involves sublimation-condensation processes of ice crystals which significantly contribute to the transfer but has not been quantified so far. Quantifying an apparent diffusion coefficient of water vapor is critical to simulate snow metamorphism, and thus all its physical properties, as well as the hydrological budget of snow-covered surfaces.

The project involves experimental work in a cold laboratory using X-ray tomography imaging of snow samples combined with measurements of thermal conductivity and mass transfer; and multi-physics numerical modeling with finite elements using 3D images of snow microstructure as input.  This opportunity is suited for a candidate with a quantitative background in (geo)physics, material sciences, applied mathematics, geoscience, or a related discipline.

This project requires skills in numerical modeling and image processing. Field and cold-lab measurements are also part of the project and require specific motivations for cold and snow.  The Snow Research Center, CEN/CNRM/Meteo-France - CNRS and its team "Snowpack", where the PhD student will be based, is a world-class research team regarding the physical processes governing the time evolution of the snowpack and its interactions with the surrounding environment, in fields such as avalanche hazard forecasting or the role of snow in the climate system. The center has recently been equipped with new state of the art tomographic facilities. Overall, the snow community in Grenoble (gathered in OSUG) is very dynamic and provides an ideal breeding ground for innovative research. The Takuvik laboratory focuses on the impact of ongoing climatic and anthropogenic changes on Arctic marine and terrestrial ecosystems and geosystems. In particular, the lab has conducted major research concerning the thermal regime of permafrost and its interaction with snow cover properties. The PhD project will benefit from the expertise of these two labs with the supervision of F. Domine (UMI Takuvik), S. Morin (CEN) and P. Hagenmuller (CEN).

For more information and application, please contact us per e-mail ( pascal.hagenmuller@meteo.fr; samuel.morin@meteo.fr; florent.domine@gmail.com). Deadline for applications is May 15. 

Pascal Hagenmuller, Florent Domine and Samuel Morin

Sunday, May 5, 2019

[CRYOLIST] 3-year PhD position in glacier modeling, University of Bremen, Germany

The Institute of Geography at the University of Bremen, Germany, invites
applications for the following academic position, starting October 1,
2019, for the duration of three years:

PhD Student
salary grade EG 13 TV-L
50 % position
reference number: A131/19

The PhD student will work in the Climate Lab of the Institute of
Geography (http://www.geographie.uni-bremen.de/en/climate-geography). In
our work we investigate climate-glacier interactions and the impact of
glacier change on seasonal water availability and sea-level rise. Our
main tool is the Open Global Glacier Model (http://oggm.org).

We are looking for an enthusiastic and committed researcher who will
work on the seasonal contribution of glaciers to run-off in large,
glaciated river basins. Particular emphasis will be given to the
transient meltwater contribution arising from the ongoing glacier mass
loss, combining reconstructions and projections on a centennial time
scale. Additionally, you will be expected to contribute to teaching at
the undergraduate and/or graduate level within physical geography for
two hours per week during the semester.

To apply successfully, you will:
• have a MSc in geosciences, geography, environmental sciences, climate
physics, hydrology or related fields, or a MSc in physics or mathematics
with a background in Earth sciences;
• have experience with numerical modeling of the Earth system
(preferably in glaciology or hydrology);
• be fluent in English (equivalent to CEFR level C1) and have excellent
skills in scientific writing;
• enjoy working in an international and interdisciplinary team.

Proficiency in German is not necessary, but may be helpful for everyday
life in Bremen and will increase the choice of courses you may teach.

The University of Bremen is an equal opportunity employer and aims
particularly at increasing the share of female scientists employed in
research and teaching. Thus, qualified women are especially encouraged
to apply. International applications and those from candidates with a
migration background are explicitly appreciated. Candidates with
disabilities will be given preference in case of equal qualifications.

Questions regarding the position should be addressed to Ben Marzeion
(ben.marzeion@uni-bremen.de).

Please submit your application including the reference number, a letter
of motivation, CV (with copies of certificates), and contact details of
two referees until May 31, 2019 to:

Universität Bremen
Fachbereich 8
FB 08-3 – Reference number A131/19
Postfach 33 04 40
28334 Bremen
Germany

or by E-Mail to: fb08.bewerbung@uni-bremen.de (Administration of the
Department of Social Sciences, University of Bremen)

All applications received before May 31, 2019 will be considered,
thereafter review will continue until the position is filled.


--
Ben Marzeion
Institute of Geography and
MARUM - Center for Marine Environmental Sciences

Office: FVG-M2140
+49 (421) 218 67170

University of Bremen
Celsiusstr. 2
28359 Bremen
Germany

www.marzeion.info

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[CRYOLIST] Travel Support for IGS Symposium on Radioglaciology

Graduate students, postdocs, and early career scientists can register for a short course on radioglaciology Monday July 8th and apply for travel funds to attend the course and the associated IGS Symposium on Five Decades or Radio Glaciology July 9th - 12th in Stanford, CA.  Symposium Information and Google Forms for the Course and Travel Support can be found at: https://pangea.stanford.edu/radio-glaciology/igs-symposium

[CRYOLIST] IGS Stanford symposium - important info.

Dear Cryolist members

 

This is some important information relating the IGS Symposium ‘Five Decades of Radioglaciology’ to be held in Stanford, California, USA, 8–12 July 2019

 

We have set up a link to google forms for various side meetings on Monday 8 July, the pre symposium short course and for Early Career Travel Funds.

 

https://pangea.stanford.edu/radio-glaciology/igs-symposium

 

Just scroll down to below listing of topics and click on the appropriate link and fill in the relevant information.

 

All the best

Magnús

 

---------------------------------------------

Magnús Már Magnússon

Secretary General

International Glaciological Society

High Cross

Madingley Road

Cambridge

CB3 0ET

United Kingdom

Tel: +44 (0)1223 355 974

Fax: +44 (0)1223 358 334

E-Mail: magnus@igsoc.org

Web: http://www.igsoc.org/

---------------------------------------------

 

[CRYOLIST] Hester Jiskoot is now the IGS Chief Editor

Dear Cryolist members

 

We are delighted to announce that the IGS Council has appointed Hester Jiskoot as the IGS Chief Editor for all IGS publications.

 

Hester gracefully stepped in as Acting Chief Editor when Graham Cogley sadly died last year. She has done an absolutely sterling job and Council was very grateful when she agreed to take on the job on a permanent basis.

 

Our authors, both present and future can rest assured that their submission to the IGS journals are in the very best of hands.

 

 

All the best

Magnús

 

---------------------------------------------

Magnús Már Magnússon

Secretary General

International Glaciological Society

High Cross

Madingley Road

Cambridge

CB3 0ET

United Kingdom

Tel: +44 (0)1223 355 974

Fax: +44 (0)1223 358 334

E-Mail: magnus@igsoc.org

Web: http://www.igsoc.org/

---------------------------------------------

 

Friday, May 3, 2019

[CRYOLIST] Summer undergraduate opportunity

Dear Colleagues,

I want to briefly bring your attention to a phenomenal opportunity for undergraduate field research and interdisciplinary learning this summer.  If any of you are working with students without summer plans, I encourage you to put them in touch with me- we've got just a couple more open spots for this summer program.


The Alaska Wrangell Mountains Field Studies offers upper division credits through Evergreen State College, and spends 7 weeks in the Wrangell Mountains of Alaska, in the heart of the largest national park in the US.  During extended trips in the backcountry, and while in a classroom setting, students learn how the glaciology, geology, ecology, climate, and history of human occupation come together to shape the landscape.  The program has a 30+ year history of inspiring students and changing lives.

Tim Bartholomaus


------------------------------------------------
Timothy C. Bartholomaus

Assistant Professor
Dept. of Geological Sciences - University of Idaho
1-208-885-6217 - tbartholomaus@uidaho.edu - www.tbartholomaus.org

[CRYOLIST] Atmospheric Researcher at Asiaq Greenland Survey

Asiaq Greenland Survey announces a permanent position for an atmospheric researcher and program manager

 

We offer a challenging position for an atmospheric researcher and program manager at Asiaq Greenland Survey. Asiaq is leading the ClimateBasis sub-programme of the Greenland Ecosystem Monitoring programme (GEM, www.g-e-m.dk). ClimateBasis’ mission is to provide reliable data for interdisciplinary ecosystem studies that cover atmospheric, water and snow parameters in Zackenberg, Northeast Greenland since 1996, in Nuuk, Southwest Greenland since 2007, and since 2016 in Qeqertarsuaq, West Greenland. At these field sites Asiaq operates several climate stations and in recent years, a HATPRO Microwave radiometer and automated hemispherical sky cameras. The latter instrumentation provide a focus on boundary layer stability and clouds as an energy balance modulator. The researcher and programme manager is responsible for (I) ensuring continuity in the monitoring; (II) organizing and conducting field work; (III) performing and managing quality control, processing and analysis of the monitoring data; and (IV) publish the results to the scientific community and do public outreach. Collaboration with colleagues in Asiaq both technicians and academic personal, as well as international partners within GEM and beyond is essential. Developing project ideas and writing proposals will be an important component of this position.

 

You are an atmospheric scientist with an excellent publication record and a well-established international network. Ideally, you have experience with boundary layer research in the Arctic, including practical experience with climate/energy balance stations. It is an advantage if you have experience with microwave radiometry and the cloud/energy balance nexus. You have advanced programming skills and processing of large data amounts and database handling is natural to you. You are excited about working in an international environment within an interdisciplinary project, have Arctic field experience, are willing to travel and can imagine living in fascinating Greenland. Excellent spoken and written English is required and spoken Scandinavian an advantage. Experience with project management, research applications and public outreach is essential.

 

Asiaq is a company owned by the Government of Greenland. With a total of 27 interdisciplinary and international employees we are responsible for monitoring the non-living environment in Greenland. Our tasks range from research and commercial activities to monitoring and advisory for public authorities. You will be working within the Hydrology, Climate and Environment Department that includes a workshop with skilled technicians.

 

Employment conditions follow the agreement between the Government and the respective union and are competitive at international standards. Staff accommodation will be assigned for this position and relocation and travel cost will be covered in accordance with applicable rules. Workplace is in Nuuk, Greenland’s capital with its thriving multi-ethnic community and its endless outdoor opportunities.

 

Find more information on Asiaq, products, tasks and research on www.asiaq.gl. You are welcome to contact Dr. Martin Olsen (Head of Department, mno@asiaq.gl), or Dr. Kirsty Langley (Researcher, kal@asiaq.gl), for additional information.

 

Application deadline is 24-05-2019. The position will be filled as soon as possible, preferably 01-08-2019.

 

Please send a letter of motivation, CV, list of publications, relevant exam records and contact information for two referees with subject ‘Researcher – Atmosphere’ to: asiaq@asiaq.gl

[CRYOLIST] Webinar on using collaborative modeling in the classroom to address a specific hypothesis: the stability of Thwaites Glacier

USAPECS is hosting a webinar on "An example of collaborative modeling in the classroom to address a specific hypothesis: the stability of Thwaites Glacier" on May 8, 2019 at 10am EST (2pm GMT). 
 

Using numerical models to interrogate a specific hypothesis can be a useful way to facilitate learning and better understand a physical system. Students in the Fluid Dynamics course at the University of Maine used a modeling approach to explore whether Thwaites Glacier, Antarctica would become unstable within the next century. The course investigated different aspects of the physical system such as ice shelf melt from a warm water mass at depth (Circumpolar Deep Water), forcings from mass accumulation on the surface, and effects of basal drag and rheology with a finite-element solution for ice flow using the Ice Sheet System Model (ISSM) and a coupled ocean-atmosphere mixing solution using the Smoothed Particle Hydrodynamics (SPH) method. This webinar goes through the basic inner-workings of our models, results, and comparison with in situ observations. We will walk through each of the four parts of this collaborative project: (1) constraining horizontal Circumpolar Deep Water (CDW) circulation from ocean measurements, (2) surface mass balance (SMB) and heterogeneous basal melt, (3) basal resistance, shear heating and temperature distribution, and (4) vertical circulation of CDW in an atmosphere-ocean coupled model. Finally, we present an evaluation of Thwaites' stability based on our group modeling and reflect on the usefulness of involved collaborative modeling in the classroom.
 

Please register here for joining the webinar "An example of collaborative modeling in the classroom to address a specific hypothesis: the stability of Thwaites Glacier" to take place on May 8, 2019 at 10am EST (2pm GMT), by no later than May 7th to ensure you get the webinar link in time. 
 

If you have any questions, please contact Mariama Dryak (mariama.dryak@gmail.com). 


--
Mariama Dryak (she/her/hers)
Graduate Research Assistant 
Climate Change Institute
University of Maine

Thursday, May 2, 2019

[CRYOLIST] Apply by 4 May: 7th Annual Summer School on Sustainable Climate Risk Management


Applications are open for the 7th Annual Summer School on Sustainable Climate Risk Management, which will take place 29 July - 2 August 2019 at Penn State's University Park Campus.
 
The Network for Sustainable Climate Risk Management's (SCRiM) annual summer school is designed to foster opportunities for collaboration between scholars and practitioners while providing a solid foundation in the broad, multidisciplinary knowledge, tools, and methods of the diverse fields participating in the network.

A key focus of the workshop will be developing a common vocabulary to help foster enhanced cross-disciplinary communication, catalyzing the potential for future research and decision support collaborations. Participants will also gain hands-on experience with key methods and tools including: 
  • use of simple models in a transdisciplinary framework
  • analysis of relevant datasets
  • analysis of relevant datasets
This program is targeted at all postdocs, advanced graduate students, and early-career professionals in the decisionmaking and policy communities who are working on issues related to climate risk. Potential candidates representing NGOs and state or local agencies are strongly encouraged to apply. 

In most cases, lodging, meals, registration, and travel costs will be fully covered for participants. International applicants are welcomed.

Apply by Saturday 4 May.


--

Katerina Kostadinova

Administrative Support Coordinator

Network for Sustainable Climate Risk Management (SCRiM)


Earth & Environmental Systems Institute 

320 EES Building, Penn State, University Park

(814) 865-5007

[CRYOLIST] PhD studentship on the storage and release of pollutants from glaciers

Dear Cryolisters,


We are looking to appoint a postgraduate researcher for a new PhD on "Glaciers as secondary sources of anthropogenic pollutants: an emerging socio-environmental challenge".


This is a three year funded post, which will involve research on the storage and release of pollutants in glacier catchments, in addition to consideration of potential downstream environmental and socio-economic impacts. The PhD will be hosted at the University of Plymouth, UK, and will be supervised by my myself, Dr Kim Ward, and Professor Will Blake. 


Applicants should have a minimum of a 1st or 2.1 undergraduate degree in geography, Earth or environmental science and be enthusiastic about taking an interdisciplinary approach to research. It is desirable that applicants have a solid understanding of glacial environments, feel comfortable in learning new laboratory techniques, and are willing to undertake field research in remote locations should opportunities arise. Experience of using GIS and scientific programming (MATLAB, R, Python) would also be beneficial but not compulsory. 

For informal enquiries about the studentship, please contact me at caroline.clason@plymouth.ac.uk

In light of the current uncertainty around Brexit, please note that applicants from the UK and wider EU will not have to pay tuition fees, however applicants from the wider international community are normally required to pay top-up fees to cover the difference between the UK/EU and international rates.

Best wishes,

Caroline


Dr Caroline Clason | Lecturer in Physical Geography | School of Geography, Earth and Environmental Sciences, University of Plymouth, Drake Circus, Plymouth, PL4 8AA, UK | +447482304784 | caroline.clason@plymouth.ac.uk 




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Wednesday, May 1, 2019

[CRYOLIST] Post-Doctoral Scientist Position Available at University of New Hampshire

Great new opportunities to improve soil and pavement freeze-thaw state transitions during the snowmelt periods as observed from satellite and drone platforms. Join a partnership among the University of New Hampshire (UNH), the USACE Cold Regions Research and Engineering Laboratory (CRREL), NASA Goddard Space Flight Center, and the USDA Hydrology and Remote Sensing Laboratory.

 

Successful applicants will conduct research needed to understand the moisture and heat flow in the natural and built environment pavement systems. Focus areas include 1) enhancing flood prediction models using satellite remote sensing observations that capture the magnitude, timing, and spatial distribution of antecedent soil moisture and freeze-thaw conditions, 2) discerning the freeze-thaw evolution at the intersection of the built and natural landscapes, 3) prediction of conditions that lead to formation of black-ice on roadway surfaces, and 4) analysis of hyperspectral signatures and infrared images of natural snow and pavements.

 

Strong interest in snow and freeze-thaw processes, background in hyperspectral and microwave remote sensing and NASA products (AMSR-E, AMSR2, and SMAP), heat-flow and hygrothermal modeling, and programming skills are needed. Analytical capabilities including R or python programming are required. Strong writing and communication skills are needed for all positions. A civil engineering, Earth sciences, or environmental sciences undergraduate, M.S., or Ph.D. degree or comparable as appropriate.


Position is hosted at UNH within the UNH Center for Infrastructure Resilience to Climate and offer an opportunity to work with the nation's leading researchers in an interdisciplinary, collaborative setting. UNH is located in beautiful Durham, NH and combines excellent research facilities with a high quality of living.

 

 

Contact: Jennifer Jacobs, Professor

Dept. of Civil and Environmental Engineering                 

603 862-0635                                                              

Jennifer.jacobs@unh.edu                                            

[CRYOLIST] Two postions at the University of Manitoba

Dear all

Please see the two posted postions at the University of Manitoba in Winnipeg. The postings close May 23rd.

The positions are broad within Arctic Science.

the very best

Dorthe Dahl-Jensen


# 25515 Academic Position in Arctic Climate Modelling

https://viprecprod.ad.umanitoba.ca/DEFAULT.ASPX?REQ_ID=06508

Assistant, Associate or Full Professor in Arctic Climate Modelling Department of Environment and Geography CHR Faculty of Environment, Earth and Resources, University of Manitoba Position 25515 The University of Manitoba invites applications for a tenured or tenure track position at the Assistant, Associate or Full professor level. The successful candidate will have a background and proven track record in the areas of numerical modelling of the Arctic ocean-sea ice-atmosphere system, modelling of glacier-marine freshwater coupling, terrestrial freshwater-marine coupled modelling, or climate change modelling with a particular emphasis on Arctic-midlatitude teleconnection research. Applicants with recognized expertise in the broad fields of Arctic system level modelling at the local, regional or hemispheric scales and with coupled climate models are strongly encouraged to apply.


#25527 NSERC CRC Tier 2 Assistant Professor in Arctic Ice and Marine System Science

https://viprecprod.ad.umanitoba.ca/DEFAULT.ASPX?REQ_ID=06509

ASSISTANT PROFESSOR IN ARCTIC ICE AND MARINE SYSTEM SCIENCE DEPARTMENT OF ENVIRONMENT & GEOGRAPHY CHR FACULTY OF ENVIRONMENT, EARTH, & RESOURCES UNIVERSITY OF MANITOBA The University of Manitoba invites applications for a Natural Sciences and Engineering Research Council (NSERC) Canada Research Chair (CRC) Tier 2, a tenure track position at the rank of assistant professor in the broad natural science fields of Arctic marine system science. The Government of Canada has established the CRC program to enable Canadian universities to foster world class research excellence. The proposed CRC aligns with the University's strategic research plan that identifies Arctic System Science and Climate Change as a targeted area. The successful candidates will become a member of the Centre for Earth Observation Science (CEOS; http://www.umanitoba.ca/ceos/) in the Department of Environment and Geography, Clayton H. Riddell Faculty of Environment, Earth and Resources. CEOS is a focal point of Arctic System Science and Climate Change, an established 'Signature Area' of research excellence at the University of Manitoba (http://umanitoba.ca/research/media/Strategic_Research_Plan.pdf). With more than 150 researchers, students and staff, including a Canada Excellence Research Chair (CERC) Laureate, a new Canada Excellence Research Chair, a Senior Canada-150 Chair and two existing Canada Research Chairs (CRC) both Tier 1, CEOS is one of the largest and most influential Arctic marine research groups in the world.


Professor Dorthe Dahl-Jensen
Canada Excellence Research Chair
Centre for Earth Observation Science
535 Wallace Building
University of Manitoba, Winnipeg, MB R3T 2N2 Canada

Villum Investigator
Physics of Ice, Climate and Earth
Niels Bohr Institute
University of Copenhagen
Tagensvej 16
2100 Copenhagen OE, Denmark
Email: ddj@nbi.ku.dk

 
****************************************************************  Christine Schott Hvidberg  Associate Professor - Head of Studies for Physics    Niels Bohr Institute  University of Copenhagen  Tagensvej 16, DK-2200 Copenhagen, Denmark.  Fax: +45-35 32 06 21  Phone: +45-35 32 05 63  Email: ch@nbi.ku.dk  www.iceandclimate.nbi.ku.dk  **************************************************************** 

[CRYOLIST] Fully-funded PhD Position at the University of Bristol

Dear colleagues,

 

Please consider applying for, or forwarding to interested UG or MSc students, the following fully-funded PhD Studentship at the Bristol Glaciology Centre, University of Bristol.

 

* Snow Blanket: Exploring the critical role of snow on Arctic sea ice for new state-of-the-art NASA & ESA satellite missions *

http://www.bristol.ac.uk/geography/courses/postgraduate/physphd.html?_ga=2.63063215.1469097752.1556697650-1341427722.1554821096

 

This project is a collaboration between myself, Prof. Julienne Stroeve (UCL & CEOS, U. Manitoba), Dr. Joshua King (ECCC) and Dr. Mitchell Bushuk (GFDL) to improve snow on sea ice satellite observations using newly-developed geophysical and radar models for snowpack evolution. Arctic fieldwork to collect in situ observations for model validation may also be possible. The PGTA Studentship role at the University of Bristol will combine teaching and research – please see the advertisement for further details.

 

Kind regards, Jack

 

Jack Landy, M.Sc. Res., Ph.D.
Lecturer in Geodesy
Sea Ice Geophysics and Remote Sensing
Bristol Glaciology Centre, University of Bristol, Bristol, United Kingdom BS8 1HB

http://www.bristol.ac.uk/geography/people/jack-c-landy/overview.html

jack.landy@bristol.ac.uk

Office: +44 (0) 117 331-4156
Mobile: +44 (0) 738 890-8763