Wannengrat Deployment/Fieldsite

Deployment/Fieldsite Information
Deployment	Wannengrat	Location	Photos Videos Wikipedia Webcams
Keywords	snow, wind transport, avalanche, avalanche fracture, boundary layer meteorology, ecosystem genetics, snow hydrology
Coordinates	46.8020766693° N, 9.77930259425° ELatitude: 46°48′7.476″N Longitude: 9°46′45.489″E
Altitude	2341 m
Swiss Eastings
Swiss Northings
Start Date	2006/12/25
End Date
Institutes using fieldsite	SLF
Experiments	growth limitations, phenotypic plasticity and micro-evolution in a long-lived alpine shrub (Growth limitations, phenotypic plasticity and micro-evolution in a long-lived alpine shrub) how much snow is lost to evaporation (How much snow is lost to evaporation?) measuring and modelling the snow distribution on wannengrat (Snow redistribution by wind) tramm: triggering of rapid mass movements in steep terrain (TRAMM) toward better decision tools for the management of frequent avalanches (Toward better decision tools for the management of frequent avalanches) wind erosion in the alpine zone at wannengrat (Wind erosion of sand at Wannengrat)
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Image	The Wannengrat fieldsite		You are here. For help, click here

Additional Information on the Fieldsite
Wannengrat is a high altitude multi-disciplinary fieldsite in complex alpine terrain. The site is centred around a single catchment which ranges in altitude from 1500 - 2700m. At the top of the fieldsite there is a wide plateau with several steep ridges and rockfaces. The site has 7 semi-permanent meteo stations which are augmented with mobile meteo stations on a deployment basis. At the centre of the site, a portacabin with a diesel generator and multiple solar panels provides energy for instruments requiring heating or high data rates. A multi-hop wifi link provides high data rate communications and a GPRS modem provides communications from the semi-permanent station network. Research on Wannengrat crosses several disciplines: measurements for cryospheric, hydrological and ecological research are all carried out at the site, though shared for mutual benefit. Latest metadata may be found at http://wannengrat.blogspot.com. This free text input will be transferred to the metadata system as regularly as possible.

Fieldsite Observations
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Use a JavaScript-enabled browser to view this element. Browse the result list directly.WEEKYEARGeneral photos2010-11-03T00:00:000Date: 3 November 2010 Click here to go to page: 1736ce1 General snow conditions2010-06-09T00:00:000Date: 9 June 2010 Click here to go to page: 2b70874 General snow conditions taken from Wannengrat (peak)2010-01-19T00:00:000Date: 19 January 2010 Click here to go to page: 58a86e5 General Photos2011-01-18T00:00:000Date: 18 January 2011 Click here to go to page: 69187ff General photos: snow depths very varied. 0m in one place and 4 or 5m a few meters away.2012-01-27T00:00:000Date: 27 January 2012 Click here to go to page: 70096be Photo of Latschuelfurgga and Wannengrat from above2011-06-21T00:00:000Date: 21 June 2011 Click here to go to page: 737a1bc General Photos2008-11-10T00:00:000Date: 10 November 2008 Click here to go to page: 73b573d General snow conditions taken from Wannengrat (peak)2010-01-19T00:00:000Date: 19 January 2010 Click here to go to page: 762f6gf Fieldsite prepared for winter2011-09-12T00:00:000Date: 12 September 2011 Click here to go to page: 8f51196 General snow conditions2010-06-07T00:00:000Date: 7 June 2010 Click here to go to page: 93478c9 General snow conditions taken from Wannengrat (peak)2010-01-15T00:00:000Date: 15 January 2010 Click here to go to page: Aac6b3f General snow conditions2010-06-04T00:00:000Date: 4 June 2010 Click here to go to page: D7b0759 General photos. Conditions: very cold and windstill, but there is hardly any snow left in the whole area after the storms of the past few days.2011-12-19T00:00:000Date: 19 December 2011 Click here to go to page: Da80ccc General conditions2010-06-06T00:00:000Date: 6 June 2010 Click here to go to page: Dead005 General conditions2010-08-08T00:00:000Date: 8 August 2010 Click here to go to page: Ef29670 General Photos2009-05-21T00:00:000Date: 21 May 2009 Click here to go to page: Fa66878 2012-01-27T00:00:00

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Measurement Locations

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Measurement Location Pages	Station name	Experiments	Coordinates
Vf5l3O8	Abflachung im Hang	measuring and modelling the snow distribution on wannengrat	46°47′59.424″N, 9°46′41.952″ELatitude: 46°47′59.424″N Longitude: 9°46′41.952″E
0fbe528	Acoustic Sensors	tramm: triggering of rapid mass movements in steep terrain	46°48′23.03″N, 9°47′12.338″ELatitude: 46°48′23.03″N Longitude: 9°47′12.338″E
2ab2194	Albertibach		46°47′52.721″N, 9°47′47.541″ELatitude: 46°47′52.721″N Longitude: 9°47′47.541″E
52823e3	Container		46°48′6.782″N, 9°46′47.014″ELatitude: 46°48′6.782″N Longitude: 9°46′47.014″E
Dreieckshang	Dreieckshang	measuring and modelling the snow distribution on wannengrat	46°48′14.544″N, 9°46′36.408″ELatitude: 46°48′14.544″N Longitude: 9°46′36.408″E
HQQ4RsJ	Duene 1	measuring and modelling the snow distribution on wannengrat	46°48′3.168″N, 9°46′48.792″ELatitude: 46°48′3.168″N Longitude: 9°46′48.792″E
PqKXoWZ	Duene 2	measuring and modelling the snow distribution on wannengrat	46°48′1.332″N, 9°46′53.004″ELatitude: 46°48′1.332″N Longitude: 9°46′53.004″E
KYSZrZ0	Furgga	measuring and modelling the snow distribution on wannengrat	46°48′9.612″N, 9°46′37.848″ELatitude: 46°48′9.612″N Longitude: 9°46′37.848″E
NRiJMOn	Furgga East	measuring and modelling the snow distribution on wannengrat	46°48′8.154″N, 9°46′39.238″ELatitude: 46°48′8.154″N Longitude: 9°46′39.238″E
7e4ce73	Furgga East 2	measuring and modelling the snow distribution on wannengrat	46°48′7.992″N, 9°46′40.861″ELatitude: 46°48′7.992″N Longitude: 9°46′40.861″E
7fc98ae	Furgga East 3	measuring and modelling the snow distribution on wannengrat	46°48′6.581″N, 9°46′39.81″ELatitude: 46°48′6.581″N Longitude: 9°46′39.81″E
05VeEIG	Furgga Far East	measuring and modelling the snow distribution on wannengrat	46°48′7.69″N, 9°46′42.91″ELatitude: 46°48′7.69″N Longitude: 9°46′42.91″E
R3rZX6i	Furgga West	measuring and modelling the snow distribution on wannengrat	46°48′7.834″N, 9°46′36.631″ELatitude: 46°48′7.834″N Longitude: 9°46′36.631″E
Kg8V9ZT	Grat	measuring and modelling the snow distribution on wannengrat	46°47′55.932″N, 9°46′42.672″ELatitude: 46°47′55.932″N Longitude: 9°46′42.672″E
UBYCI5a	Gupf Oben	measuring and modelling the snow distribution on wannengrat	46°48′20.052″N, 9°46′51.096″ELatitude: 46°48′20.052″N Longitude: 9°46′51.096″E
UoTBETO	Gupf Unten	measuring and modelling the snow distribution on wannengrat	46°48′15.912″N, 9°46′48.396″ELatitude: 46°48′15.912″N Longitude: 9°46′48.396″E
LmVYe0Z	Gupf v. Mulde	measuring and modelling the snow distribution on wannengrat	46°48′0.936″N, 9°46′38.1″ELatitude: 46°48′0.936″N Longitude: 9°46′38.1″E
VHOsFtT	Im Tobel 1	measuring and modelling the snow distribution on wannengrat	46°48′27.396″N, 9°46′54.66″ELatitude: 46°48′27.396″N Longitude: 9°46′54.66″E
OIw7f04	Im Tobel 2	measuring and modelling the snow distribution on wannengrat	46°48′26.784″N, 9°46′48.576″ELatitude: 46°48′26.784″N Longitude: 9°46′48.576″E
4dGZgLu	Im Tobel 3	measuring and modelling the snow distribution on wannengrat	46°48′24.516″N, 9°46′46.344″ELatitude: 46°48′24.516″N Longitude: 9°46′46.344″E
L1	L1	wind erosion in the alpine zone at wannengrat	46°48′7.941″N, 9°46′38.076″ELatitude: 46°48′7.941″N Longitude: 9°46′38.076″E
L2	L2	wind erosion in the alpine zone at wannengrat	46°48′7.974″N, 9°46′38.148″ELatitude: 46°48′7.974″N Longitude: 9°46′38.148″E
L3	L3	wind erosion in the alpine zone at wannengrat	46°48′8.08″N, 9°46′38.351″ELatitude: 46°48′8.08″N Longitude: 9°46′38.351″E
L4	L4	wind erosion in the alpine zone at wannengrat	46°48′8.166″N, 9°46′38.544″ELatitude: 46°48′8.166″N Longitude: 9°46′38.544″E
M1	M1	wind erosion in the alpine zone at wannengrat	46°48′7.891″N, 9°46′38.11″ELatitude: 46°48′7.891″N Longitude: 9°46′38.11″E
M2	M2	wind erosion in the alpine zone at wannengrat	46°48′7.908″N, 9°46′38.206″ELatitude: 46°48′7.908″N Longitude: 9°46′38.206″E
M3	M3	wind erosion in the alpine zone at wannengrat	46°48′7.931″N, 9°46′38.443″ELatitude: 46°48′7.931″N Longitude: 9°46′38.443″E
M4	M4	wind erosion in the alpine zone at wannengrat	46°48′7.967″N, 9°46′38.67″ELatitude: 46°48′7.967″N Longitude: 9°46′38.67″E
TITBhTu	Mott	measuring and modelling the snow distribution on wannengrat	46°48′2.736″N, 9°46′42.06″ELatitude: 46°48′2.736″N Longitude: 9°46′42.06″E
AqpjTKi	Mulde	measuring and modelling the snow distribution on wannengrat	46°48′1.584″N, 9°46′41.196″ELatitude: 46°48′1.584″N Longitude: 9°46′41.196″E
R1	R1	wind erosion in the alpine zone at wannengrat	46°48′7.842″N, 9°46′38.09″ELatitude: 46°48′7.842″N Longitude: 9°46′38.09″E
R2	R2	wind erosion in the alpine zone at wannengrat	46°48′7.809″N, 9°46′38.187″ELatitude: 46°48′7.809″N Longitude: 9°46′38.187″E
R3	R3	wind erosion in the alpine zone at wannengrat	46°48′7.743″N, 9°46′38.404″ELatitude: 46°48′7.743″N Longitude: 9°46′38.404″E
R4	R4	wind erosion in the alpine zone at wannengrat	46°48′7.69″N, 9°46′38.621″ELatitude: 46°48′7.69″N Longitude: 9°46′38.621″E
De56e96	Steintaelli SensorScope 1	toward better decision tools for the management of frequent avalanches	46°48′30.967″N, 9°47′30.026″ELatitude: 46°48′30.967″N Longitude: 9°47′30.026″E
3e09f87	Steintaelli SensorScope 2	toward better decision tools for the management of frequent avalanches	46°48′33.257″N, 9°47′35.118″ELatitude: 46°48′33.257″N Longitude: 9°47′35.118″E
84d5d65	Strela Grat	toward better decision tools for the management of frequent avalanches	46°48′41.08″N, 9°47′23.532″ELatitude: 46°48′41.08″N Longitude: 9°47′23.532″E
94c883c	Strela SensorScope 1	toward better decision tools for the management of frequent avalanches	46°48′25.157″N, 9°47′4.364″ELatitude: 46°48′25.157″N Longitude: 9°47′4.364″E
F5db734	Strela SensorScope 2	toward better decision tools for the management of frequent avalanches	46°48′32.968″N, 9°46′59.796″ELatitude: 46°48′32.968″N Longitude: 9°46′59.796″E
1ef6ce5	Strelapass		46°48′48.461″N, 9°47′43.596″ELatitude: 46°48′48.461″N Longitude: 9°47′43.596″E
Adda291	TLS Alternativ	measuring and modelling the snow distribution on wannengrat	46°48′7.974″N, 9°46′54.818″ELatitude: 46°48′7.974″N Longitude: 9°46′54.818″E
1c92edb	TLS Centrum	measuring and modelling the snow distribution on wannengrat	46°48′8.24″N, 9°47′0.773″ELatitude: 46°48′8.24″N Longitude: 9°47′0.773″E
Ef9d8b6	TLS Container	measuring and modelling the snow distribution on wannengrat	46°48′6.772″N, 9°46′47.215″ELatitude: 46°48′6.772″N Longitude: 9°46′47.215″E
A4a23a8	TLS Furgga	measuring and modelling the snow distribution on wannengrat	46°48′12.496″N, 9°46′38.168″ELatitude: 46°48′12.496″N Longitude: 9°46′38.168″E
2389b29	TLS Gupf	measuring and modelling the snow distribution on wannengrat	46°48′18.688″N, 9°46′50.707″ELatitude: 46°48′18.688″N Longitude: 9°46′50.707″E
E6eda30	TLS Huette	measuring and modelling the snow distribution on wannengrat	46°48′13.799″N, 9°47′0.024″ELatitude: 46°48′13.799″N Longitude: 9°47′0.024″E
93f766f	TLS Moraene	measuring and modelling the snow distribution on wannengrat	46°48′1.75″N, 9°46′58.224″ELatitude: 46°48′1.75″N Longitude: 9°46′58.224″E
302ee8f	TLS Steintaelli	measuring and modelling the snow distribution on wannengrat	46°48′28.177″N, 9°47′15.986″ELatitude: 46°48′28.177″N Longitude: 9°47′15.986″E
D46fcc7	TLS Strela	measuring and modelling the snow distribution on wannengrat toward better decision tools for the management of frequent avalanches	46°48′33.631″N, 9°47′32.741″ELatitude: 46°48′33.631″N Longitude: 9°47′32.741″E
8b55533	TLS WAN2	measuring and modelling the snow distribution on wannengrat	46°48′2.504″N, 9°46′33.461″ELatitude: 46°48′2.504″N Longitude: 9°46′33.461″E
Tib1	Tib1	how much snow is lost to evaporation wind erosion in the alpine zone at wannengrat	46°48′7.999″N, 9°46′37.999″ELatitude: 46°48′7.999″N Longitude: 9°46′37.999″E
Tib2	Tib2	how much snow is lost to evaporation wind erosion in the alpine zone at wannengrat	46°48′7.756″N, 9°46′38.052″ELatitude: 46°48′7.756″N Longitude: 9°46′38.052″E
Tib3	Tib3	how much snow is lost to evaporation wind erosion in the alpine zone at wannengrat	46°48′7.795″N, 9°46′37.231″ELatitude: 46°48′7.795″N Longitude: 9°46′37.231″E
VwtLGvu	Unterhalb Felsen	measuring and modelling the snow distribution on wannengrat	46°47′57.347″N, 9°47′0.0276″ELatitude: 46°47′57.347″N Longitude: 9°47′0.0276″E
UTknUeu	Unterhalb Wan5	measuring and modelling the snow distribution on wannengrat	46°48′19.512″N, 9°47′8.988″ELatitude: 46°48′19.512″N Longitude: 9°47′8.988″E
Sandpit	Wind erosion sandpit	wind erosion in the alpine zone at wannengrat	46°48′7.862″N, 9°46′37.748″ELatitude: 46°48′7.862″N Longitude: 9°46′37.748″E
Sen1	sen1	measuring and modelling the snow distribution on wannengrat	46°48′11.052″N, 9°46′45.66″ELatitude: 46°48′11.052″N Longitude: 9°46′45.66″E
Sen10	sen10	measuring and modelling the snow distribution on wannengrat	46°48′7.236″N, 9°46′40.224″ELatitude: 46°48′7.236″N Longitude: 9°46′40.224″E
Sen11	sen11	measuring and modelling the snow distribution on wannengrat	46°48′7.34″N, 9°46′45.613″ELatitude: 46°48′7.34″N Longitude: 9°46′45.613″E
Sen12	sen12	measuring and modelling the snow distribution on wannengrat	46°48′21.006″N, 9°46′49.66″ELatitude: 46°48′21.006″N Longitude: 9°46′49.66″E
Sen13	sen13	measuring and modelling the snow distribution on wannengrat	46°48′2.851″N, 9°46′48.169″ELatitude: 46°48′2.851″N Longitude: 9°46′48.169″E
Sen14	sen14	measuring and modelling the snow distribution on wannengrat	46°48′17.136″N, 9°46′56.316″ELatitude: 46°48′17.136″N Longitude: 9°46′56.316″E
Sen15	sen15	measuring and modelling the snow distribution on wannengrat	46°48′20.171″N, 9°46′51.359″ELatitude: 46°48′20.171″N Longitude: 9°46′51.359″E
Sen16	sen16	measuring and modelling the snow distribution on wannengrat	46°48′13.752″N, 9°46′48.72″ELatitude: 46°48′13.752″N Longitude: 9°46′48.72″E
Sen18	sen18	measuring and modelling the snow distribution on wannengrat	46°48′10.26″N, 9°46′43.248″ELatitude: 46°48′10.26″N Longitude: 9°46′43.248″E
Sen19	sen19	measuring and modelling the snow distribution on wannengrat	46°48′14.724″N, 9°46′58.152″ELatitude: 46°48′14.724″N Longitude: 9°46′58.152″E
Sen20	sen20	measuring and modelling the snow distribution on wannengrat	46°48′11.34″N, 9°46′37.362″ELatitude: 46°48′11.34″N Longitude: 9°46′37.362″E
Sen29	sen29	measuring and modelling the snow distribution on wannengrat	46°48′13.5″N, 9°46′43.068″ELatitude: 46°48′13.5″N Longitude: 9°46′43.068″E
Sen3	sen3	measuring and modelling the snow distribution on wannengrat	46°48′11.484″N, 9°46′49.692″ELatitude: 46°48′11.484″N Longitude: 9°46′49.692″E
Sen4	sen4	measuring and modelling the snow distribution on wannengrat	46°48′11.304″N, 9°46′54.156″ELatitude: 46°48′11.304″N Longitude: 9°46′54.156″E
Sen5	sen5		46°48′16.02″N, 9°46′46.236″ELatitude: 46°48′16.02″N Longitude: 9°46′46.236″E
Sen6	sen6	measuring and modelling the snow distribution on wannengrat	46°48′12.816″N, 9°46′51.312″ELatitude: 46°48′12.816″N Longitude: 9°46′51.312″E
Sen7	sen7	measuring and modelling the snow distribution on wannengrat	46°48′8.482″N, 9°46′52.55″ELatitude: 46°48′8.482″N Longitude: 9°46′52.55″E
Sen8	sen8	measuring and modelling the snow distribution on wannengrat	46°48′9.972″N, 9°46′38.424″ELatitude: 46°48′9.972″N Longitude: 9°46′38.424″E
Sen9	sen9	measuring and modelling the snow distribution on wannengrat	46°48′4.428″N, 9°46′38.964″ELatitude: 46°48′4.428″N Longitude: 9°46′38.964″E
Wan1	wan1	measuring and modelling the snow distribution on wannengrat	46°47′42.77″N, 9°46′26.09″ELatitude: 46°47′42.77″N Longitude: 9°46′26.09″E
Wan2	wan2	measuring and modelling the snow distribution on wannengrat	46°48′2.75″N, 9°46′33.38″ELatitude: 46°48′2.75″N Longitude: 9°46′33.38″E
Wan3	wan3	measuring and modelling the snow distribution on wannengrat	46°48′7.445″N, 9°46′45.62″ELatitude: 46°48′7.445″N Longitude: 9°46′45.62″E
Wan4	wan4	measuring and modelling the snow distribution on wannengrat	46°48′13.38″N, 9°46′40.91″ELatitude: 46°48′13.38″N Longitude: 9°46′40.91″E
Wan4b	wan4b	measuring and modelling the snow distribution on wannengrat	46°48′1.948″N, 9°46′47.053″ELatitude: 46°48′1.948″N Longitude: 9°46′47.053″E
Wan5	wan5	measuring and modelling the snow distribution on wannengrat tramm: triggering of rapid mass movements in steep terrain	46°48′20.74″N, 9°47′10.471″ELatitude: 46°48′20.74″N Longitude: 9°47′10.471″E
Wan6	wan6	measuring and modelling the snow distribution on wannengrat tramm: triggering of rapid mass movements in steep terrain toward better decision tools for the management of frequent avalanches	46°48′22.457″N, 9°47′11.821″ELatitude: 46°48′22.457″N Longitude: 9°47′11.821″E
Wan7	wan7	measuring and modelling the snow distribution on wannengrat tramm: triggering of rapid mass movements in steep terrain toward better decision tools for the management of frequent avalanches	46°48′27.454″N, 9°47′17.228″ELatitude: 46°48′27.454″N Longitude: 9°47′17.228″E

To Do info.pngList of tasks for locations in this fieldsite with status 'plan' or 'active

See projects listed on the Project management home page.

Project	Task	Type	Dates	Complete	Who
Wannengrat	3D wind sensors (PMtaska151ce4)	task	14 July 2010 to 14 October 2010	30 %	Alec, Ndawes, Mhiller
Wannengrat	Fix wind sensor at Wan4b (PMtaskbe81732)	task	17 January 2012 to 17 February 2012	0 %	Mhiller, Ndawes
Wannengrat	Fix UVW at Wan6 (PMtaskd857b22)	task	17 January 2012 to 17 February 2012	0 %	Mhiller, Ndawes

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File:Graf 2011 report.pdf (F. Graf, Wind erosion case study in the alpine zone at Latschüelfurgga (Davos, Switzerland), 19 August 2011) Aeolian sediment transport over vegetation canopies: a wind tunnel study with live plants (K. Burri, C. Gromke, M. Lehning, F. Graf, Aeolian sediment transport over vegetation canopies: a wind tunnel study with live plants, Aeolian Research, 1 January 2011) Mycorrhizal fungi protect the soil from wind erosion (K. Burri, C. Gromke, F. Graf, Mycorrhizal fungi protect the soil from wind erosion, Land Degradation & Development (in press), 1 January 2011) File:Tc-4-545-2010.pdf (R. Mott, M. Schirmer, M. Bavay, T. Grünewald, M. Lehning, Understanding snow-transport processes shaping the mountain snow-cover, The Cryosphere Volume: 4, Issue: 4, Pages: 545-559, 2 December 2010) File:Latsis 2010 SwissEx Clifton.pdf (A. Clifton, M. Daniels, N. Dawes, M. Lehning, Observing and Modeling Winds and Precipitation in Mountainous Terrain, CCES Latsis Symposium, 1 November 2010) Altitudinal dependency of snow amounts in two alpine catchments. Can catchment wide snow amounts be estimated via single snow stations and precipitation gradients? (T. Grünewald, M. Lehning, Altitudinal dependency of snow amounts in two alpine catchments. Can catchment wide snow amounts be estimated via single snow stations and precipitation gradients?, International Symposium on snow, ice and humanity in a changinc climate. 21 - 25 June 2010. Sapporo, Japan., 21 June 2010) Spatial and temporal variability of snow depth and ablation rates in a small mountain catchment (T. Grünewald, M. Schirmer, R. Mott, M. Lehning, Spatial and temporal variability of snow depth and ablation rates in a small mountain catchment, The Cryosphere, 4, 215-225, doi:10.5194/tc-4-215-2010, 1 February 2010) Meteorological modelling of very high resolution wind fields and snow deposition for mountains (R. Mott, M. Lehning, Meteorological modelling of very high resolution wind fields and snow deposition for mountains, Journal of Hydrometeorology, DOI:10.1175/2010JHM1216.1, 1 January 2010) Measurements of Alpine Precipitation with an XBand Polarimetric Radar and Additional Sensors (M. Schneebeli, A. Berne, S. Jolivet, X. Muth, J. Jaffrain, N. Dawes, M. Lehning, Measurements of Alpine Precipitation with an XBand Polarimetric Radar and Additional Sensors, Proc. VI European Radar Conference, Sibiu, Romania, 1 January 2010) Instrumenting the earth: next-generation sensor networks and environmental science (M. Lehning, N. Dawes, M. Bavay, M.B. Parlange, S. Nath, F. Zhao, Instrumenting the earth: next-generation sensor networks and environmental science, Chapter in The Fourth Paradigm: Data Intensive Scientific Discovery, 2009, 1 September 2009) Environmental Monitoring 2.0 (S. Michel, A. Salehi, L. Luo, N. Dawes, K. Aberer, G. Barrenetxea, M. Bavay, A. Kansal, K.A. Kumar, S. Nath, M.B. Parlange, S. Tansley, C. Van Ingen, F. Zhao, Y. Zhou, Environmental Monitoring 2.0, Proceedings of ICDE (2009), 1 March 2009) Simulations of future snow cover and discharge in Alpine headwater catchments (M. Bavay, M. Lehning, T. Jonas, H. Löwe, Simulations of future snow cover and discharge in Alpine headwater catchments, Hydrological Processes, 22, DOI: 10.1002/hyp.7195, 1 January 2009) A wind tunnel study of aeolian sediment transport and PM10 emission in grass canopies of different planting densities (K. Burri, C. Gromke, F. Graf, A wind tunnel study of aeolian sediment transport and PM10 emission in grass canopies of different planting densities, In 2nd International Conference on Wind Effects on Trees, University of Freiburg, Germany, 1 January 2009) Sensor Metadata Management and Its Application in Collaborative Environmental Research (N. Dawes, K.A. Kumar, S. Michel, K. Aberer, M. Lehning, Sensor Metadata Management and Its Application in Collaborative Environmental Research, escience, pp.143-150, 2008 Fourth IEEE International Conference on eScience, 1 December 2008)

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