1 Background - mountain.PROJECTS

PETRI PELLIKKA AND KARI KAJUUTTI (ED)Plan). (Omega Final Report: Section 4).The project results also made free for scientists and public through the OMEGA monitoringsystem. All the project material produced are inserted to the system from which interested canretrieve the remote sensing data, GIS layers, meteorological data or glaciological data over thestudy glaciers - http://gin4.itek.norut.no:8080/EUMap/OMEGA.jsp.7 Literature producedPeer reviewed scientific articlesGeist, T., & H. Stötter (2002). First results of airborne laser scanning technology as a tool forthe quantification of glacier mass balance. Peer-reviewed Proceedings of EARSeLworkshop on Observing our Cryosphere from Space: techniques and methods formonitoring snow and ice with regard to climate change, 11–13 March 2002, Bern,Switzerland.Geist, T., E. Lutz & J. Stötter (2003). Airborne laser scanning technology and its potential forapplications in glaciology. Proceedings of the ISPRS workshop on 3-D reconstructionfrom airborne laserscanner and InSAR data, 8-10 October 2003, Dresden, Germany.International Archives of Photogrammetry, Remote Sensing and Spatial InformationSciences, Vol. XXXIV, Part 3/W13, 101-106.Geist, T., A. Heller & J. Stötter (2004). Digitale Geländemodelle aus Airborne LaserscanningDaten – eine qualitativ hochwertige Grundlage für glaziologische Fragestellungen.Proceedings AGIT 2004, Angewandte Geographische Informationsverarbeitung XVI,Salzburg, Austria. In print.Geist, T., H. Elvehøy, M. Jackson and J. Stötter (2005). Investigations on intra-annualelevation changes using multitemporal airborne laser scanning data – case studyEngabreen, Norway. Annals of Glaciology, Vol. 42. In print.Geist, T. and J. Stötter (2005). Documentation of glacier surface elevation change with multitemporalairborne laser scanner data – case study: Hintereisferner andKesselwandferner, Tyrol, Austria. Zeitschrift für Gletscherkunde und Glazialgeologi.Accepted for publication.Haggrén, H. (2004). Photogrammetry at Hochjochferner in 1907. In: Commemorative volumefor the 60th birthday of Prof. Dr. Armin Grün, 127-131. Institute of Geodesy andPhotogrammetry, ETH. Zürich 2004.Heiskanen, J., K. Kajuutti, M. Jackson, H. Elvehøy & P. Pellikka (2003). Assessment ofglaciological parameters using Landsat satellite data in Svartisen, Northern Norway.EARSeL eProceedings 2 1/2003, 34-42. Peer-reviewed Proceedings of EARSeLworkshop on Observing our Cryosphere from Space: techniques and methods formonitoring snow and ice with regard to climate change, 11–13 March 2002, Bern,Switzerland.Hendriks, J. & P. Pellikka (2004). Estimation of reflectance from a glacier surface bycomparing spectrometer measurements with satellite-derived reflectances. Zeitschriftfür Gletscherkunde und Glazialgeologie 38: 2, 139-154.Högda, K.A., T. Geist, M. Jackson, H. Elvehöy & J. Stötter (2004). Comparison of digitalelevation models from airborne SAR technology at Engabreen, Svartisen, Norway.Annals of Glaciology. In print.Kuhn, M. & H. Escher-Vetter (2004). Die Reaktion der österreichischen Gletscher und ihres71