Abstract

Abstract. Early career researchers such as PhD students are a main driving force of scientific research and are for a large part responsible for research innovation. They work on specialized topics within focused research groups that have a limited number of members, but might also have limited capacity in terms of lab equipment. This poses a serious challenge for educating such students as it is difficult to group a sufficient number of them to enable efficient knowledge transfer. To overcome this problem, the Innsbruck Summer School of Alpine Research 2015 on close-range sensing techniques in Alpine terrain was organized in Obergurgl, Austria, by an international team from several universities and research centres. Of the applicants a group of 40 early career researchers were selected with interest in about ten types of specialized surveying tools, i.e. laser scanners, a remotely piloted aircraft system, a thermal camera, a backpack mobile mapping system and different grade photogrammetric equipment. During the one-week summer school, students were grouped according to their personal preference to work with one such type of equipment under guidance of an expert lecturer. All students were required to capture and process field data on a mountain-related theme like landslides or rock glaciers. The work on the assignments lasted the whole week but was interspersed with lectures on selected topics by invited experts. The final task of the summer school participants was to present and defend their results to their peers, lecturers and other colleagues in a symposium-like setting. Here we present the framework and content of this summer school which brought together scientists from close-range sensing and environmental and geosciences.

Highlights

  • Environmental monitoring and mapping is a major task and a challenge for the quantification of processes, especially in mountainous areas

  • The Innsbruck Summer School of Alpine Research 2015 was jointly organized by the Institute of Geography (University of Innsbruck) and the International Society for Photogrammetry and Remote Sensing - ISPRS (Working Groups III/2: 3D Point Cloud Processing and V/3: Terrestrial 3D Imaging and Sensors)

  • Optical sensors have been used for processing oblique images from the ground and images acquired by remotely piloted aircraft systems (RPAS) with a focus on classical photogrammetry, structure from motion (SFM), dense matching and thermal infrared sensing (TIS)

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Summary

INTRODUCTION

Environmental monitoring and mapping is a major task and a challenge for the quantification of processes, especially in mountainous areas. The Innsbruck Summer School of Alpine Research 2015 was jointly organized by the Institute of Geography (University of Innsbruck) and the International Society for Photogrammetry and Remote Sensing - ISPRS (Working Groups III/2: 3D Point Cloud Processing and V/3: Terrestrial 3D Imaging and Sensors). The objective of the summer school was to design and implement an interdisciplinary concept aimed at bringing together scientists, PostDocs and PhD students from both technical sciences and environmental and geosciences working in the field of mountain research (Tab. 1). The thematic research background included geography, ecology, forestry, mountain research, natural hazards and risk research, climatology and climate.

Participants
DIDACTIC CONCEPT
CONTENTS
Terrestrial laser scanning
Close-range photogrammetry
Infrared thermography
Related geomorphologic and cryospheric lectures
Bathymetric LiDAR
Remotely piloted aircraft systems for braided river mapping
Related lectures
LESSONS LEARNED
OUTLOOK
Full Text
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