Borehole «Janssonhaugen P10» (at site «Svalbard », Svalbard) inactive

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Permafrost Setting

Permafrost Thickness ~220 m
Permafrost Zone Continuous

Environmental Setting

Vegetation Type Tundra
Vegetation
Hydrology
Landform Hill
Lithology Sand-/siltstone
Morphology Top of hill or ridge
Description
Slope 0°
Aspect 350.6°
Prior Records 09.05.1998 – 0.2m-5m: every six hours; 5m-100m: every 24 hours.

Description

The Norwegian PACE boreholes (Janssonhaugen Svalbard and Juvvasshøe southern ... [more]

Measurement Method

Drilling

Drilling Method Air, hammer
Date Drilled 1998-01-01
Depth 102 m
Drilling Angle 90°
Diameter 7.5 cm
Deepest Sensor 100 m

Accessibility

Type snowmobile and helicopter
Distance From Road 12000 m

Disturbance(s)

Disturbance
Distance m
Disturbance (Other)
Distance m

Contact(s)

Responsible Person
Ketil Isaksen
Senior scientist
Norwegian Meteorological Institute (MET)
P.O.Box 43 Blindern
NO-0313 Oslo
Norway

Location

Elevation: 275 m.a.s.l.
Latitude, Longitude: 78.18333°, 16.46667°
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How to cite this borehole

Ketil Isaksen , Alvar Braathen , Fabrice Caline, Hanne Hvidtfeldt Christiansen , Lene Kristensen : Permafrost Temperature (PT) at «Janssonhaugen P10» (Svalbard). Code: PACE 10, GTN-P PID: pt/501.
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Related Publication(s)

Isaksen K, Holmlund P, Sollid JL, Harris C. 2001. Three deep alpine-permafrost boreholes in Svalbard and Scandinavia. Permafrost and Periglacial Processes 12: 13-25.
Isaksen K, Humlum O, Sollid JL, Harris C. 2003a. Permafrost temperature monitoring, Janssonhaugen Svalbard: a five-year series. Abstract EAEO3-A-10767. Geophysical Research Abstracts, Vol 5, 2003, EGS-AUG-EGU Joint Assembly, Nice.
Harris C, Vonder Mühll D, Isaksen K, Haeberli W, Sollid JL, King L, Holmlund P, Dramis F, Guglielmin M, Palacios D. 2003. Warming permafrost in European mountains. Global and Planetary Change 39: 215225.
Hauck C, Guglielmin M, Isaksen K, Vonder Mühll D. 2001. Applicability of frequency- and time-domain electromagnetic methods for mountain permafrost studies. Permafrost and Periglacial Processes 12: 39-52.
Isaksen K. 2001. Past and present ground thermal regime, distribution and creep of permafrost case studies in Svalbard, Sweden and Norway. Series of dissertations submitted to the Faculty of Mathematics and Natural Sciences, University of Oslo. Unipub forlag, Oslo. No. 144.
Isaksen K, Vonder Mühll D, Gubler H, Kohl T, Sollid JL. 2000. Ground surface temperature reconstruction based on data from a deep borehole in permafrost at Janssonhaugen, Svalbard. Annals of Glaciology 31: 287-294.
Isaksen K. Humlum O, Sollid JL. 2003b. The Janssonhaugen PACE Borehole, Svalbard. In Sollid JL and Christiansen HH. (eds.) 2003. Permafrost, periglacial features and glaciers in Svalbard. Exursion Guide. VIII. International Conference on Permafrost. Rapportserie i naturgeografi, Universitetet i Oslo, Rapport nr. 14, 145 pp, ISSN 0803-8848, pp. 103-113.
Isaksen K, Humlum O, Sollid JL, Harris C. 2004. Evidence of significant secular and recent warming of permafrost on Svalbard. Abstract S4-10, Bjerknes Centenary 2004: Climate Change in High Latitudes, 1-3 September, Bergen, Norway.
Sollid JL, Holmlund P, Isaksen K, Harris C. 2000. Deep permafrost boreholes in western Svalbard, northern Sweden and southern Norway. Norsk Geografisk Tidsskrift 54: 186-191.
Sollid JL, Isaksen K, Holmlund P, Harris C. 2005. Thermal monitoring of three deep permafrost (PACE) boreholes in Svalbard and Scandinavia. Abstract, p. 149, Terra Nostra, Heft 2005/2: 2nd European Conference On Permafrost (EUCOP II), June 12 - June 16, 2005, Potsdam, Germany.
Entry created: 2024-08-21 12:14, Entry last modified: 2026-05-15 11:44 – Time Zone: UTC/GMT +01:00
Frequency Data Type Medium Unit Method Accuracy Quality Start End Link Download
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