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Gössnitzkees is a small heavily debris-covered cirque glacier (49.8 ha) located in the Schober Mountains, Hohe Tauern Range,\udAustrian Alps. Glacier nourishment is mainly due to avalanches descending from its surrounding headwalls. Gössnitzkees is the\udlargest glacier in the Schober Mountains and is highly representative of the other 25 glaciers of this mountain group. All glaciers of\udthis mountain group have receded continuously since 1850. Ongoing atmospheric warming sustains excessive glacier melt. In 1988 a\udlong-term monitoring program was started at Gössnitzkees using terrestrial photogrammetry in order to document and quantify\udglacier change. The surveys have been repeated from time to time using different types of cameras. Recent surveys date from 2009,\ud2012, and 2015. The aim of this paper is twofold: firstly, to investigate whether or not the rather complex photogrammetric\udevaluation process using a conventional photogrammetric workstation (mostly with a limited degree of automation for terrestrial\udapplications) can be replaced by modern fully automated Structure-from-Motion (SfM) based approaches, and secondly, to\uddocument and quantify the glacier change at Gössnitzkees based on available information augmented by results obtained from the\udmost recent surveys mentioned. Over the last 27 years (1988-2015) the terminus of Gössnitzkees has receded by 179 m and the\udglacier ice has melted at a mean annual rate of about 1.5 m/year. The Schober Mountains are in the process of deglaciation and the\udglaciers will likely disappear within the next two decades. Based on our practical investigations we found out that SfM-based\udsoftware is in general capable of handling terrestrial photographs in a fully automatic mode supporting challenging glacier studies

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

LONG-TERM MONITORING OF GLACIER CHANGE AT GÖSSNITZKEES (AUSTRIA) USING TERRESTRIAL PHOTOGRAMMETRY