Surveying the ice thickness of the ice climbing wall using TLS surveying method – case of Mlačca Gorge, Slovenia by Aleš Marjetič, Jan Magyar, Tomaž Ambrožič, Polona Pavlovčič Prešeren

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Sports Orthopedics by Vujic S, Mirkov D, Dikic N, Küpper T, Totic S, Djokovic A, Radivojevic N, Andjelkovic M, Oblakovic BJ, Baralic I, Manovski

“…Although there is a certain overlap between these two activities, sport climbing, which recently became an Olympic discipline, has been studied significantly more than the ice climbing. Hence, the second aim was to indirectly determine whether sport climbing training processes and nutrition can be beneficial for the ice climbing athletes. …”
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High-Performance Sport by Tannheimer M, 2, Kirsten J, Treff G, Lechner R

“…Results: During the whole tour 24.8% (1333/5368) of incorrect measurements were detected,34.5% (778/2252) during the ice climb. The highest proportionof incorrect measurementsoccurred during the preparation for the ice-climb, 55.6% (81/145). …”
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Activity analysis in sports situations by articulating heterogeneous data: reflections and perspectives for design engineering by David Adé, Nathalie Gal-Petitfaux, Nadège Rochat, Ludovic Seifert, Olivier Vors

“…Three studies are presented, covering trail running, swimming, and ice climbing, and each is distinct in its conditions for data collection and processing and its methodology for data articulation. …”
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L’analyse de l’activité dans les situations sportives par l’articulation de données hétérogènes : Réflexions et perspectives au service de l’ingénierie de conception... by David Adé, Nathalie Gal-Petitfaux, Nadège Rochat, Ludovic Seifert, Olivier Vors

“…Three studies are presented, covering trail running, swimming, and ice climbing, and each is distinct in its conditions for data collection and processing and its methodology for data articulation. …”
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Morphology and Effect of Load on Bridge Piers Impacted by Continuous Sea Ice by Li Gong, Yue Cui, Yunfei Du, Long Qin, Xinyuan Zhao

“…The increase in sea-ice mass significantly increases the impact force on the bridge abutment, and the peak value increases linearly with the increase in mass, and the sea-ice climbing and overturning phenomena are obvious. Different shapes of sea ice are obtained by cutting the sea-ice field with the two-dimensional Voronoi method, and the maximum impact force increases significantly with the increase in the average area. …”
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The Avalanche Terrain Exposure Scale (ATES) v.2 by G. Statham, G. Statham, C. Campbell

“…This paper introduces ATES v.2, a revised and updated system that merges the two previous ATES models into a single method that (1) expands the original version from three levels to five by including Class 0 (Non-avalanche terrain) and Class 4 (Extreme terrain), (2) removes glaciation as an input parameter, and (3) introduces a communication model for waterfall ice climbing. The ATES technical specifications are reviewed in detail, along with guidance on their application by field-based practitioners and desktop-based Geographic Information System (GIS) users. …”
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