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The article announces a late September, early October 2010 joint conference of the Austrian Society for Sociology and the Swiss Society for Sociology at the University of Innsbruck, Austria, and announces two 2011 conferences on the sociology of film and on analyzing visual data.

The use of storytelling in destination marketing is well explored, but the role of events in this is under researched. The purpose of this paper is to investigate how two different trail running events in Innsbruck, Austria, use elements of storytelling within their communications strategy in the lead-up to the event, and how stories about the two events are interwoven to create a shared meaning around the image of Innsbruck as an alpine-urban destination. Stories on the event websites, social media, local and national media, and in promotional material are thematically analysed to examine the similarities and differences in storytelling approaches. Findings reveal that both events use a combination of three specific elements – people, place and experience – but different strategies when tapping into each other's story and hence shaping the overall story of the destination. As such, the paper makes theoretical and practical contributions to the event marketing body of knowledge. [ABSTRACT FROM AUTHOR]

Copyright of Canadian Journal of Earth Sciences is the property of Canadian Science Publishing and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

Eduard Gamper (1887–1938) was Head of the Department of Neuropsychiatry at the Charles University's German Faculty of Medicine in Prague. He had trained in Innsbruck, where he undertook groundbreaking work on the midbrain in an anencephalic child and in a series of patients who had died from Wernicke's encephalopathy. Gamper identified the mamillary bodies as key in the performance of declarative memory. Considered an expert in memory disorders, he was chosen by the Medical Faculty in Innsbruck to provide expert opinion on the notorious case of Philipp Halsmann, who was suspected of murdering his father. Details of the case remained unresolved and Gamper's opinion caused both professional and political controversy. When in Prague, Gamper made great efforts to improve patient care and clinical services, establishing a special ward for patients with neurological conditions. This task was not nearly completed, when he and his wife died after their car drove over a cliff into the Walchensee in Bavaria. Rumours surrounded his death: that Gamper had just examined Adolf Hitler; that he was a political victim; that the Gestapo were behind the accident. After an investigation of the available evidence, we can report that an unusual 22 cm of snow fell in the area of the Walchensee on April 20, 1938, the day of the Gampers' deaths. We were unable to find any evidence for foul play in what appears to have been a tragic accident. [ABSTRACT FROM AUTHOR]

While recordkeeping and record-using were important in Classical societies and early medieval Europe, rapid evolution and change characterized recordkeeping practices from the late Middle Ages throughout the early modern period. This paper recasts changes in Western European recordkeeping from the fourteenth to eighteenth century in terms of the differentiation of spaces and practices, thus challenging older literature that sees increasing accumulation around a foundational archivum as the primary mode of expansion. Empirically, the argument concentrates on developments in the German lands that produced highly sophisticated Registratur (practices that tracked and indexed a wide variety of circulating records) across the German sphere after 1400. As first argued by Ernst Pitz, early modern German archivists began differentiating conceptual and physical spaces for recordkeeping in the fifteenth century, thus producing both archives of charters and registries of informational records of many kinds. A close examination of developments in Habsburg Innsbruck confirms that both an ordered archive and a powerful comprehensive system of registry emerged simultaneously in the 1520s in one of the most sophisticated recordkeeping venues of the era. The paper also reconsiders the historiography of archives, emphasizing how the cultural, medial and spatial turns have transformed current research. By contrasting relatively stable medial forms – pen, ink and paper; roll, bundle and codex – with more dynamic and transformative medial configurations which can be studied through the systematic comparison of specific cases, I argue that new research on archival history offers fresh and less culturally bound approaches to the preservation of records in the archives that remain the foundation for historical research into the past. [ABSTRACT FROM AUTHOR]

This paper aims to explore participants' willingness to pay (WTP) for offsetting greenhouse gas (GHG) emissions associated with their participation in the World Winter Masters Games 2020 (WWMG20) in Innsbruck, Austria. We collected data from an online survey sent to participants at the event and used the contingent valuation approach to determine participants' WTP and a set of alternative regression models to investigate the factors that mainly influence WTP. Our results show that the median WTP for offsetting GHG lies within a range of EUR 10 (lower bound) to EUR 20 (upper bound). Furthermore, WTP is positively influenced by participants' attitudes toward climate change, their perception of the event as environmentally friendly, their level of education, as well as their overall expenses for traveling to the WWMG20. [ABSTRACT FROM AUTHOR]

Copyright of Mitteilungen der Vereinigung Österreichischer Bibliothekarinnen & Bibliothekare is the property of Vereinigung Oesterreichischer Bibliothekarinnen und Bibliothekare and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

This paper deals with the possibility of installing a double-circuit gas insulated transmission line (GIL) in the pilot tunnel of the planned new railway galleries Bolzano (Italy)- Innsbruck (Austria). This EHV transmission line could represent a new fundamental step in reconstructing the transnational networks. The high GIL power ratings together with very low power losses would be a strong and highly efficient transmission tie between Italy and Austria particularly useful for the future European Market. The steady-state regime of the line and the electro-magnetic field impact are analyzed. Moreover, the paper discusses the necessary studies to be carried out and the problems that have to be faced. [ABSTRACT FROM PUBLISHER]

With the attendance of about 400 delegates from over 40 nations in the world, the 12 th International Conference on Information Technology and Travel & Tourism (ENTER 2005) was held on January 26–28, 2005 in Innsbruck of Austria. Interestingly, the Conference was turned to a very noticeable contradiction by showing the latest findings and developments in Information and Communication Technologies (ICTs) in travel & tourism but in a medieval city. Following the tradition of the previous ENTER conferences, ENTER 2005 has successfully achieved it primary objective of providing a forum for international delegates to exchange and debate various ICT issues that were related to travel and tourism. [ABSTRACT FROM AUTHOR]

This article presents information on an announcement related to the tenth international workshop on statistical modelling, to be held from July 10-14, 1995 in Innsbruck, Austria. As in previous years this meeting will focus on the various aspects of statistical modelling, including theoretical developments, applications and computational methods. The workshop aims to concentrate on papers that are motivated by real practical problems and that make a novel contribution to the subject. Theoretical contributions addressing problems of practical importance or related to software developments are also welcome. The scientific programme will include invited lectures and tutorials, contributed papers, posters and software demonstrations. Contributed papers should be suitable for a 30 minute oral presentation and focus on motivation, statement of key results and conclusions, and emphasize examples, wherever possible.

The article discusses the highlights of the annual scientific meeting of the 19th Congress of the European Society Musculoskeletal Radiology (ESSR) held in Innsbruck, Austria in June 2012. The event was attended by more than 500 registrants from countries such as Europe, the Middle East, the U.S. and Australia. Topics addressed include hand and wrist imaging, trauma and arthritis.

With recent developments in globalization there is a need to further understanding of the processes and consequences of internationalization and its implications for tourism education (Ottewill, Riddy, Fill, 2005; Sharma & Roy, 1996). Internationalization is not a new phenomenon as people have interacted with other nations and cultures for centuries but while there appears to be a consensus to pursue internationalization in education, there are differences in depth, scope and modes. (Sharma Roy, 1996; Beamish & Calof, 1989). The rapidly changing environment presents curricular challenges to institutions providing tourism education and internationalization requires a new mindset that inherits both commitment and a reasonable level of competence. Institutions may meet this requirement in different ways. This paper presents the philosophy of internationalization at Management Center Innsbruck (MCl), Austria, as well as its internationalization strategy and implementation of internationalization in the tourism program. The paper will contribute to existing approaches towards internationalization in higher education and examine the implications for other educational institutions. [ABSTRACT FROM AUTHOR]

Two of the papers in this section refer to surgical technique in cancer operations. In the first, authors from Innsbruck examine their rates of urinary extravasation after removing the catheter 10 days after radical retropubic prostatectomy; the rate was very low, the continence rates were excellent, and the rate of anastomic stricture was low. This is a large and well-studied group of patients.In the second of these papers, authors from Paris describe a technique of radical cystectomy where there is sparing of the prostate capsule and of the seminal vesicles, to preserve potency and improve continence. They found very little positive support in their results in favour of this technique, and felt it should have only a limited role.A study from Sacramento assesses a modified yeast assay as an aid to detect p53 gene mutations in localized prostate cancer. They found it to be superior to other methods, and felt that p53 mutations carried important prognostic implications.To evaluate the feasibility of urinary catheter removal 10 days after a radical retropubic prostatectomy (RRP) by assessing the incidence of urinary extravasation and its effect on postoperative stricture and continence rates.During a 4.5-year period, 619 patients undergoing RRP were evaluated. If no extravasation was detected on gravity cystography, the urinary catheter was removed 10 days after RRP. In patients with significant extravasation the catheter was left in place for 3 weeks. Overall stricture and continence rates were recorded in patients at 3, 6 and 12 months after surgery.There was extravasation during cystography in 29 patients (4.6%). At 3, 6 and 12 months, continence rates after catheter removal at 10 days were 74.9%, 87.9%, and 93.6%, respectively, while in the late-removal group they were 72.4%, 84.6% and 90.9%, respectively, with no significant difference between the groups. At 3 months the overall continence rate was 74.8% and at 12 months up to 93.5%. There was no difference in stricture rates between the groups, with an overall stricture rate of 0.7%.Catheter removal 10 days after RRP is feasible, giving excellent early and late continence rates, with low anastomotic stricture rates obtained using good surgical technique. Extravasation at 10 days was rare and with proper management did not influence the final results. [ABSTRACT FROM AUTHOR]

The aim of this paper is to explore how young leaders within the Innsbruck Youth Olympic Games Organising Committee experienced the degree of freedom within the institutionalized structure of the International Olympic Committee. Employing a theoretical framework of new institutionalism, a qualitative case study including observations and interviews was conducted. The concept of translation provides a framework for analysing institutional change in organizations, where new ideas are combined with existing institutional practices and translated into new practices to varying degrees. The Innsbruck Youth Olympic Games Organising Committee consisted of young people with experiences from the event industry. This resulted in greater pressure to introduce new institutional solutions to the field. Despite being constrained by coercive pressure from the International Olympic Committee, new innovative elements were translated by the young leaders in the Innsbruck Youth Olympic Games Organising Committee into the International Olympic Committee event. However, the innovations were restricted to areas that the International Olympic Committee defined as less important such as sustainability projects as opposed to important areas like marketing. [ABSTRACT FROM AUTHOR]

Reports on the team effort on quantum computation at the Institute for Quantum Optics and Quantum Information and the University of Innsbruck in Austria. Number of author working in Innsbruck report on entangled quantum particles; Acceptance rate for papers submitted to Nature from Austria in the course of 2005; Total amount of papers with contributing authors working in Austria who have been published in Nature in 2005.

As the world's largest annual event on information and communication technologies (ICTs) and travel and tourism, ENTER2008 was held in Innsbruck, a small medieval town in Austria. Like previous ENTER conferences, delegates were able to participate personally in the discussion of the latest research findings and industrial innovations in the context of ICTs in travel and tourism. Delegates could also enjoy the hospitality and unique experiences offered by the conference host and organizer. Different from other ENTER conference proceedings, which always had front pages in silver, ENTER2008 proceedings used an attractive and bright cover page in a good mixture of yellow and red. [ABSTRACT FROM AUTHOR]

This paper explores the potential of aggregated traffic models based on the Macroscopic Fundamental Diagram for building a network-wide monitoring system of travel emissions. Such a system consists of two layers. In a bottom layer, an aggregated traffic model predicts the network dynamics. In a top layer, an emission model estimates the total exhaust emissions. This paper discusses how to properly calibrate the aggregated traffic models of the bottom layer, to then estimate the total network emissions. We focus on the calibration of travel distances and the network partition definition. We propose a methodology that utilizes the concept of the detour ratio as a proxy to model real travel distances within the aggregated traffic models. This methodology increases the effectiveness of aggregated traffic models for predicting network-wide emissions in realistic scenarios. We also show that the definition of the network partitioning can significantly influence the total network emissions estimation. • We leverage our knowledge of the MFD dynamics for estimating total network emissions. • A microscopic simulation on the city of Innsbruck, Austria, serves as our ground-truth. • We utilize the COPERT IV model to estimate the emissions. • The results show the importance of the calibration of travel distances and network partitioning. • We propose a methodology based on the detour ratio to determine the travel distances. [ABSTRACT FROM AUTHOR]

The application of Mott–Schottky (M−S) analysis of impedance data to sub–micro samples extracted from the corrosion patina of copper, bronze, and brass archaeological artifacts attached to graphite electrodes is described. The corresponding theoretical approach is developed to account for the contribution of the composition and structure of the corrosion patina and the effect of the bare graphite substrate. Experimental data in contact with 0.10 M Na2SO4 aqueous solution at pH 6.28 are consistent with the p‐type semiconducting nature of the main copper corrosion products, cuprite, and tenorite. The values of the apparent flat band potential and the slope of the M−S plots allow archaeological samples to be grouped according to their M−S parameters (slopes and intercepts). Assuming equivalent conditions of corrosion, the resulting grouping is judged to be dependent on the composition, and/or method of manufacture, and/or age. Studied samples include Renaissance statues from the Hofkirche in Innsbruck and a variety of objects from museums and Archaeological Heritage Office (soprintendenza) in Austria (Bad Aussee, Johanneum Graz, and the Tyrolean State Museums), and Italy (Genoa and San Remo), dating from the Bronze Age to the 18th century. Complementary data are provided by voltammetry of immobilized particles. [ABSTRACT FROM AUTHOR]

Information about the 20th International Conference on Information Technology and Travel and Tourism held on January 22-25, 2013 in Innsbruck, Austria is presented. The event's theme was "eTourism: Opportunities and Challenges for the Next 20 Years" which gathered graduate students who discussed innovative research ideas with leading scholars. Lecturers include Temple University's Daniel Fesenmaier, Bournemouth University's Dimitrios Buhalis, and Facebook Inc.'s Aoife Desmond.

This paper explores the new event in the Olympic Movement, the Youth Olympic Games (YOG) in Innsbruck, Austria, in 2012, and examines the similarities and differences between the winter editions of the YOG and the Olympic Games (OG). The qualitative case study utilised a stakeholder approach and revealed four main groupings that differed in relative salience as compared to the OG: the host core stakeholders, international core stakeholders, sponsors and media, and parents and other stakeholders. From an external perspective, the YOG had the general ‘look-and-feel’ of the OG, despite their smaller size and relatively lesser involvement by sponsors and the media. However, this may have helped showcase the Olympic Movement tenets like those presented in the Culture and Education Programme. The YOG were thus closer to the Olympic ideals than the OG. We further discuss this and other paradoxes and disconnects requiring further debate and analysis. [ABSTRACT FROM AUTHOR]

Since Vienna University's 1997/98 inquiry into the background of Eduard Pernkopf's anatomical atlas, German and Austrian anatomical institutes have been forced to confront their past, particularly the widespread procurement of bodies of victims of National Socialism. This paper focuses on the Anatomical Institute in Innsbruck, which received bodies from an unusually broad array of sources: from prisoners executed at Stadelheim Prison in Munich, prisoners of war from three different camps, military personnel sentenced to death by martial courts, patients from a psychiatric hospital, and several bodies of Jewish Holocaust victims. As in other comparable cases, these bodies were used for scientific publications and medical teaching until long after the war. The Anatomical Institute's collection is currently undergoing a detailed analysis in order to identify any human remains dating from the Nazi period. At the Institute of Histology and Embryology, recent research has led to the discovery of approximately 200 histological slides pertaining to at least five individuals who had been executed under the Nazi regime. In a number of cases, the specimens had been provided by Prof. Max Clara, head of the Leipzig Institute of Anatomy. This study is based on an analysis of the Innsbruck Anatomical Institute's unusually detailed records and numerous documents from various archives, including files pertaining to an inquiry into the institute held after the war by the French occupation authorities. [ABSTRACT FROM AUTHOR]

Start of the main construction phase of the Brenner Base Tunnel / Startschuss für die Hauptbauphase des Brenner Basistunnels Construction and finance contract for the new trunk line in Munich / Bau- und Finanzierungsvertrag für die neue Stammstrecke in München Crossrail awards remaining tunnelling contracts / Crossrail vergibt ausstehende Tunnelbau-Lose Aker Wirth to build two telescopic shield machines for the Koralm Tunnel / Aker Wirth baut zwei Teleskopschildmaschinen für den Koralmtunnel Contract for the operational ventilation of the Gotthard Base Tunnel awarded / Werkvertrag für Betriebslüftung des Gotthard-Basistunnels vergeben Investigation tunnel for the Garmisch-Partenkirchen bypass / Erkundungsstollen für die Umgehung von Garmisch-Partenkirchen Call for papers - Themes for the next issues of Geomechanics and Tunnelling / Themen für die nächsten Ausgaben der 'Geomechanics and Tunnelling' [ABSTRACT FROM AUTHOR]

Landslides are one of the major weather-related geohazards. To assess their potential impact and design mitigation solutions, a detailed understanding of the slope processes is required. Landslide modelling is typically based on data-rich geomechanical models. Recently, machine learning has shown promising results in modelling a variety of processes. Furthermore, slope conditions are now also monitored from space, in wide-area repeat surveys from satellites. In the present study we tested if use of machine learning, combined with readily available remote sensing data, allows us to build a deformation nowcasting model. A successful landslide deformation nowcast, based on remote sensing data and machine learning, would demonstrate effective understanding of the slope processes, even in the absence of physical modelling. We tested our methodology on the Vögelsberg, a deep-seated landslide near Innsbruck, Austria. Our results show that the formulation of such a machine learning system is not as straightforward as often hoped for. The primary issue is the freedom of the model compared to the number of acceleration events in the time series available for training, as well as inherent limitations of the standard quality metrics such as the mean squared error. Satellite remote sensing has the potential to provide longer time series, over wide areas. However, although longer time series of deformation and slope conditions are clearly beneficial for machine-learning-based analyses, the present study shows the importance of the training data quality but also that this technique is mostly applicable to the well-monitored, more dynamic deforming landslides. [ABSTRACT FROM AUTHOR]

Copyright of Geomechanik und Tunnelbau is the property of Wiley-Blackwell and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

Breakthrough of the first connecting tunnel of the Brenner Base Tunnel / Durchschlag erster Verbindungstunnel am Brenner Basistunnel Breakthrough of the new Pforzheimer Tunnel / Durchschlag beim neuen Pforzheimer Tunnel Further milestone on the Koralmbahn / Weiterer Meilenstein bei der Koralmbahn All tunnel drives underway in Mauls / Inbetriebnahme aller Vortriebe in Mauls Southern bypass should relieve the town centre of Wesel / Südumgehung soll die Innenstadt von Wesel entlasten Boßler Tunnel: Tunnel boring machine starts the construction of the second bore / Boßlertunnel: Tunnelvortriebsmaschine startet mit Bau der zweiten Tunnelröhre Bids handed in for the largest contract of the Brenner Base Tunnel / Angebotsabgabe zum größten Baulos des Brenner Basistunnels Successful business year 2016 for Herrenknecht / Erfolgreiches Geschäftsjahr 2016 für Herrenknecht Porr takes over Hinteregger / Porr übernimmt Hinteregger Call for papers - Themes for the next issues of Geomechanics and Tunnelling / Themen für die nächsten Ausgaben der 'Geomechanics and Tunnelling' [ABSTRACT FROM AUTHOR]

The Winter World Masters Games (WWMGs) are a large sports event for 30+-year-old athletes. As there are neither competitive qualification requirements for participants, nor entrance fees for spectators, the event can be considered as a participatory sports tourism event rather than a spectator event. In 2020, the WWMGs were staged in Innsbruck, Tyrol. In this study, we estimate the payoff of the event for the regional economy by assessing the impacts generated by participant spending and organizational expenditure. Furthermore, we discuss the peculiarities of the masters sports concept. Our empirical work is based on three distinct analyses: (1) economic impact analysis of participant spending, (2) cost-benefit analysis of organizational resource flows, and (3) discussion of impacts with experts in a focus group setting. Our results support the previous findings that masters sports events attract rather affluent and consumption-oriented participants. Indeed, the WWMGs were found to have a regional economic impact of €6.18 million and an estimated yield of €4.40 for each publicly subsidized euro. For an audience interested in the economic impact of events, this paper presents a novel method for handling non-normal expenditure distributions and adds to the understanding of how visitor segmentation can be utilized in an assessment of event impacts. [ABSTRACT FROM AUTHOR]

Hemorrhage control often poses a great challenge for clinicians due to trauma-induced coagulopathy (TIC). The pathogenesis of TIC is not completely revealed; however, growing evidence attributes a central role to altered platelet biology. The activation of thrombocytes and subsequent clot formation are highly energetic processes being tied to mitochondrial activity, and the inhibition of the electron transport chain (ETC) impedes on thrombogenesis, suggesting the potential role of mitochondria in TIC. Our present study protocol provides a guide to quantitatively characterize the derangements of mitochondrial functions in TIC. One hundred eleven severely injured (injury severity score ≥16), bleeding trauma patients with an age of 18 or greater will be included in this prospective observational study. Patients receiving oral antiplatelet agents including cyclooxygenase-1 or adenosine diphosphate receptor inhibitors (aspirin, clopidogrel, prasugrel, and ticagrelor) will be excluded from the final analysis. Hemorrhage will be confirmed and assessed with computer tomography. Conventional laboratory markers of hemostasis such as prothrombin time and international normalized ratio will be measured and rotational thromboelastometry (ROTEM) will be performed directly upon patient arrival. Platelets will be isolated from venous blood samples and subjected to high-resolution fluororespirometry (Oxygraph-2k, Oroboros Instruments, Innsbruck, Austria) to evaluate the efficacy of mitochondrial respiration. Oxidative phosphorylation (OxPhos), coupling of the ETC, mitochondrial superoxide formation, mitochondrial membrane potential changes, and extramitochondrial Ca2+-movement will be recorded. The association between OxPhos capacity of platelet mitochondria and numerical parameters of ROTEM aggregometry will constitute our primary outcome. The relation between OxPhos capacity and results of viscoelastic assays and conventional markers of hemostasis will serve as secondary outcomes. The association of the OxPhos capacity of platelet mitochondria upon patient arrival to the need for massive blood transfusion and 24-h mortality will constitute our tertiary outcomes. Mitochondrial dysfunction and its importance in TIC are yet to be assessed for the deeper understanding of this common, life-threatening condition. Disclosure of mitochondria-mediated processes in thrombocytes may reveal new therapeutic targets in the management of hemorrhaging trauma patients, thereby leading to a reduction of potentially preventable mortality. The present protocol was registered to ClinicalTrials.gov on 12 August 2021, under the reference number NCT05004844. [ABSTRACT FROM AUTHOR]

Background: Carnitine facilitates the flux of long-chain fatty acids for hepatic mitochondrial beta-oxidation, which acts to ameliorate the negative energy balance commonly affecting high-yielding dairy cows. Inflammation triggered by lipopolysaccharide (LPS) load can however pose a challenge to the metabolic integrity via the expression of pro-inflammatory mediators, leading to immune system activation and respective metabolic alterations. The effect of enhanced carnitine availability on hepatic metabolome profiles during an inflammatory challenge has not yet been determined in dairy cows. Herein, Holstein cows were supplemented with 25 g/d rumen-protected carnitine from 42 d prepartum until 126 d postpartum (n = 16) or assigned to the control group with no supplementation during the same period (n = 14). We biopsied the liver of the cows before (100 d postpartum) and after (112 d postpartum) an intravenous injection of 0.5 µg/kg LPS. Liver samples were subjected to a targeted metabolomics analysis using the AbsoluteIDQ p180 Kit (Biocrates Life Sciences AG, Innsbruck, Austria). Results: Multivariate statistical analyses revealed that hepatic metabolome profiles changed in relation to both the carnitine supplementation and the LPS challenge. Comparing the metabolite profiles on 100 d, carnitine increased the concentration of short- and long-chain acyl-carnitines, which may be explained by an enhanced mitochondrial fatty acid shuttle and hence greater energy availability. The LPS injection affected hepatic metabolite profiles only in the carnitine supplemented group, particularly altering the concentration of biogenic amines. Conclusions: Our results point to interactions between an acute hepatic inflammatory response and biogenic amine metabolism, depending on energy availability. [ABSTRACT FROM AUTHOR]

Two of the most used objective measures are electrically evoked action potentials (ECAPs) and electrically evoked stapedius reflex thresholds (ESRTs). Although stimuli used for these measures differ considerably, both measures are influenced by subjective loudness percept. We focus on the subjective maximum acceptable loudness (MAL) to investigate if loudness sensitivity varied along the electrode array during ECAP recordings. In addition, we explored how the MAL reached during an ECAP recording related to the postoperative ESRT. Uni- and bilaterally implanted young CI users (n = 15, average age = 9 y, age range 3–18 y) underwent ECAP and ESR recordings using the clinical software MAESTRO (MED-EL, Innsbruck, Austria) and a commercially available immittance instrument (PATH MEDICAL GmbH, Germering, Germany). Loudness tolerance during ECAP recordings was lowest at the two apical-most electrode contacts (number 1 and 2). There was a moderate correlation between the MAL achieved during ECAP recordings and ESR maximum stimulation amplitudes. (r: 0.44344). ECAP recordings should commence at basal or medial contacts to increase the users' comfort and loudness tolerance, especially in young CI users. A higher maximum stimulation appears to increase the chance of the automatic determination of ECAP thresholds for all electrode contacts. [ABSTRACT FROM AUTHOR]

This study represents the first detailed analysis of multi-year, near-surface turbulence observations for an urban area located in highly complex terrain. Using 4 years of eddy covariance measurements over the Alpine city of Innsbruck, Austria, the effects of the urban surface, orographic setting and mountain weather on energy and mass exchange are investigated. In terms of surface controls, the findings for Innsbruck are in accordance with previous studies at city centre sites. The available energy is partitioned mainly into net storage heat flux and sensible heat flux (each comprising about 40 % of the net radiation, Q* , during the daytime in summer). The latent heat flux is small by comparison (only about 10 % of Q*) due to the small amount of vegetation present but increases for short periods (6–12 h) following rainfall. Additional energy supplied by anthropogenic activities and heat released from the large thermal mass of the urban surface helps to support positive sensible heat fluxes in the city all year round. Annual observed CO 2 fluxes (5.1 kg C m -2 yr -1) correspond well to modelled emissions and expectations based on findings at other sites with a similar proportion of vegetation. The net CO 2 exchange is dominated by anthropogenic emissions from traffic in summer and building heating in winter. In contrast to previous urban observational studies, the effect of the orography is examined here. Innsbruck's location in a steep-sided valley results in marked diurnal and seasonal patterns in flow conditions. A typical valley wind circulation is observed (in the absence of strong synoptic forcing) with moderate up-valley winds during daytime, weaker down-valley winds at night (and in winter) and near-zero wind speeds around the times of the twice-daily wind reversal. Due to Innsbruck's location north of the main Alpine crest, southerly foehn events frequently have a marked effect on temperature, wind speed, turbulence and pollutant concentration. Warm, dry foehn air advected over the surface can lead to negative sensible heat fluxes both inside and outside the city. Increased wind speeds and intense mixing during foehn (turbulent kinetic energy often exceeds 5 m 2 s -2) help to ventilate the city, illustrated here by low CO 2 mixing ratios. Radiative exchange is also affected by the orography – incoming shortwave radiation is blocked by the terrain at low solar elevation. The interpretation of the dataset is complicated by distinct temporal patterns in flow conditions and the combined influences of the urban environment, terrain and atmospheric conditions. The analysis presented here reveals how Innsbruck's mountainous setting impacts the near-surface conditions in multiple ways, highlighting the similarities with previous studies in much flatter terrain and examining the differences in order to begin to understand interactions between urban and orographic processes. [ABSTRACT FROM AUTHOR]

Background: As audition also seems to contribute to balance control, additionally to visual, proprioceptive, and vestibular information, we hypothesize that hearing rehabilitation with active middle ear and bone conduction implants can influence postural control. Methods: In a prospective explorative study, the impact of hearing rehabilitation with active middle ear [Vibrant Soundbrige (VSB), MED-EL, Innsbruck, Austria] and bone conduction implants [Bonebridge (BB), MED-EL, Innsbruck, Austria] on postural control in adults was examined in three experiments. Vestibulospinal control was measured by cranio-corpography (CCG), trunk sway velocity (°/s) by the Standard Balance Deficit Test (SBDT), and postural stability with a force plate system, each time in best aided (BA) and unaided (UA) condition with frontal-noise presentation (Fastl noise, 65 dB SPL), followed by subjective evaluation, respectively. Results: In 26 subjects [age 55.0 ± 12.8 years; unilateral VSB/BB: n = 15; bilateral VSB/BB: n = 3, bimodal (VSB/BB + hearing aid): n = 8], CCG-analysis showed no difference between BA and UA conditions for the means of distance, angle of displacement, and angle of rotation, respectively. Trunk sway measurements revealed a relevant increase of sway in standing on foam (p = 0.01, r = 0.51) and a relevant sway reduction in walking (p = 0.026, r = 0.44, roll plane) in BA condition. Selective postural subsystem analysis revealed a relevant increase of the vestibular component in BA condition (p = 0.017, r = 0.47). As measured with the Interactive Balance System (IBS), 42% of the subjects improved stability (ST) in BA condition, 31% showed no difference, and 27% deteriorated, while no difference was seen in comparison of means. Subjectively, 4–7% of participants felt that noise improved their balance, 73–85% felt no difference, and 7–23% reported deterioration by noise. Furthermore, 46–50% reported a better task performance in BA condition; 35–46% felt no difference and 4–15% found the UA situation more helpful. Conclusions: Subjectively, approximately half of the participants reported a benefit in task performance in BA condition. Objectively, this could only be shown in one mobile SBDT-task. Subsystem analysis of trunk sway provided insights in multisensory reweighting mechanisms. [ABSTRACT FROM AUTHOR]

Increasing demands on mobility and transport, but limited space above ground, lead to new traffic routes being built, even more underground in the form of tunnels. In addition to improving the traffic situation, tunnels offer the possibility of contributing to climate-friendly heating by indirectly serving as geothermal power plants. In this study, the geothermal potential of the future longest railway tunnel in the world, the Brenner Base Tunnel, was evaluated. At the Brenner Base Tunnel, warm water naturally flows from the apex of the tunnel towards the city of Innsbruck, Austria. In order to estimate its geothermal potential, hydrological data of discharge rates and temperatures were investigated and analyzed. The investigations indicated the highest geothermal potential in the summertime, while the lowest occurs during winter. It could be shown that these variations were a result of cooling during discharge through areas of low overburden (mid mountain range), where the tunnel atmosphere is increasingly influenced by the air temperatures outside the tunnel. Nevertheless, the calculations showed that there will be a usable potential after completion of the tunnel. [ABSTRACT FROM AUTHOR]

Background Data on the injury and illness risk among young elite athletes are of utmost importance, because injuries and illnesses can counter the beneficial effects of sports participation at a young age, if children or adolescents are unable to continue to participate because of residual effects of injury or chronic illness. Objective To analyse the frequencies and characteristics of injuries and illnesses during the 2012 Innsbruck Winter Youth Olympic Games (IYOG). Methods We employed the International Olympic Committee (IOC) injury surveillance system for multisport events, which was updated for the Winter Olympic Games in Vancouver 2010. All National Olympic Committees (NOCs) were asked to report the daily occurrence (or non-occurrence) of newly sustained injuries and illnesses on a standardised reporting form. In addition, information on athletes treated for injuries and illnesses by the Local Organizing Committee medical services was retrieved from the medical centre at the Youth Olympic Village and from the University hospital in Innsbruck. Results Among the 1021 registered athletes (45% women, 55% men) from 69 NOCs, a total of 111 injuries and 86 illnesses, during the IYOG, were reported, resulting in an incidence of 108.7 injuries and 84.2 illnesses per 1000 registered athletes, respectively. Injury frequency was highest in skiing in the halfpipe (44%) and snowboarding (halfpipe and slope style: 35%), followed by ski cross (17%), ice hockey (15%), alpine skiing (14%) and figure skating (12%), taking into account the respective number of participating athletes. Knee, pelvis, head, lower back and shoulders were the most common injury locations. About 60% of injuries occurred in competition and about 40% in training, respectively. In total, 32% of the injuries resulted in an absence from training or competition. With regard to illnesses, 11% of women and 6% of men suffered from an illness (RR=1.84 (95% CI 1.21 to 2.78), p=0.003). The respiratory system was affected most often (61%). Conclusions Eleven per cent of the athletes suffered from an injury and 9% from illnesses, during the IYOG. The presented data constitute the basis for future analyses of injury mechanisms and associated risk factors in Olympic Winter sports, which, in turn, will be essential to develop and implement effective preventive strategies for young elite winter-sport athletes. [ABSTRACT FROM AUTHOR]

The Austrian standard for designing combined sewer overflow (CSO) detention basins introduces the efficiency of the combined sewer overflows as an indicator for CSO pollution. Additionally criteria for the ambient water quality are defined, which comprehend six kinds of impacts. In this paper, the Austrian legal requirements are described and discussed by means of hydrological modelling. This is exemplified with the case study Innsbruck (Austria) including a description for model building and model calibration. Furthermore an example is shown in order to demonstrate how - in this case - the overall system performance could be improved by implementing a cost-effective rearrangement of the storage tanks already available at the inflow of the wastewater treatment plant. However, this guideline also allows more innovative methods for reducing CSO emissions as measures for better usage of storage volume or de-centralised treatment of stormwater runoff because it is based on a sewer system simulation. [ABSTRACT FROM AUTHOR]

Numerical simulations are performed to assess the influence of horizontal and vertical model resolution on the turbulent erosion of a cold‐air pool (CAP) by foehn winds in an Alpine valley near Innsbruck, Austria. Strong wind shear in the transition zone from the CAP to the overlying foehn generates turbulence by shear‐flow instability and contributes to the CAP erosion. The sensitivity of this process to grid resolution in the "grey zone" of turbulence is studied with the Weather Research and Forecasting model in large‐eddy simulation (LES) mode with a horizontal grid spacing of 200, 40, and 13.33 m and in mesoscale mode with a grid spacing of 1 km. Moreover, two different vertical resolutions are tested. The mesoscale simulation exhibits deficiencies in the CAP development and is neither able to resolve nor parametrize the effect of Kelvin–Helmholtz (K–H) instability. In contrast, the LES with the coarsest horizontal grid spacing begins to explicitly permit K–H instability, albeit individual K–H waves are not completely resolved, and thereby greatly improves the stability and wind profile of the foehn. Refining the LES grid spacing leads to a more explicit and realistic representation of turbulence, but surprisingly has little impact on mean quantities. An increase in the vertical resolution shows the greatest benefit in the turbulent upper part of the foehn jet, whereas an increase in the horizontal resolution improves the turbulence characteristics, especially at the foehn–CAP interface. However, spectral analysis indicates that even a horizontal grid spacing of 40 m does not fully capture the energy cascade in the inertial subrange. Eddies remain too large and foehn–CAP interaction is too vigorous compared with the simulation with 13.33 m grid spacing. Nevertheless, results illustrate the potential benefit of an 풪(100 m) model resolution for improving numerical weather predictions in complex terrain. [ABSTRACT FROM AUTHOR]

We present a comprehensive analysis of four south föhn events observed during the Penetration and Interruption of Alpine Foehn (PIANO) field campaign in the Inn Valley, Austria, in the vicinity of Innsbruck. The goal is to detect and quantify processes of cold-air pool (CAP) erosion by föhn as well as processes of föhn breakdown. Despite differences in föhn breakthrough and strength, the four cases exhibit similarities in CAP evolution: initially, the CAP experienced strongest warming in the centre of Innsbruck, where the föhn jet from the Wipp Valley interacted with the CAP in the Inn Valley. The resulting shear-flow instability at the föhn–CAP interface caused turbulent CAP erosion and, together with vertical warm-air advection, led to CAP depression over the city centre. This depression drove pre-föhn westerlies near the surface that caused cold-air advection inside the CAP west of the city centre and warm-air advection in the east. Ultimately, the latter contributed to stronger CAP erosion in the east than in the west. This stronger heating also explains the preferential initial föhn breakthrough at the valley floor east of Innsbruck. In two of the cases, subsequent westward propagation of the föhn–CAP boundary across the city accompanied by northerly (deflected) föhn winds led to a complete föhn breakthrough. Föhn breakdown occurred either by a backflow of the CAP remnant or by a cold-frontal passage. This study emphasizes the importance of both turbulence and advection in the CAP heat budget and reveal their large spatio–temporal variability. [ABSTRACT FROM AUTHOR]

The Ullafelsen at 1869 m above sea level (a.s.l.) in the Tyrolean Stubai Alps next to Innsbruck is an important (geo)archeological reference site for the Mesolithic period. Buried fireplaces on the Ullafelsen plateau were dated at 10.9 to 9.5 ka cal BP and demonstrate together with thousands of flint stone artifacts the presence of hunter-gatherers during the Early Holocene. Grazing livestock has been a predominant anthropozoological impact in the Fotsch Valley presumably since the Bronze Age (4.2–2.8 ka). In order to study the human and/or livestock faeces input on the Ullafelsen, we carried out steroid analyses on 2 modern ruminant faeces samples from cattle and sheep, 37 soil samples from seven archeological soil profiles, and 9 soil samples from five non-archeological soil profiles from the Fotsch Valley used as reference sites. The dominance of 5 β -stigmastanol and deoxycholic acid in modern cattle and sheep faeces can be used as markers for the input of ruminant faeces in soils. The OAh horizons, which have accumulated and developed since the Mesolithic, revealed high contents of steroids (sterols, stanols, stanones and bile acids); the eluvial light layer (E (LL)) horizon coinciding with the Mesolithic living floor is characterized by medium contents of steroids. By contrast, the subsoil horizons Bh, Bs and BvCv contain low contents of faecal biomarkers, indicating that leaching of steroids into the podsolic subsoils is not an important factor. High content of 5 β -stigmastanol and deoxycholic acid in all soil samples gives evidence for faeces input of ruminants. The steroid patterns and ratios indicate a negligible input of human faeces on the Ullafelsen. In conclusion, our results reflect a strong faeces input by livestock, rather than by humans as found for other Anthrosols such as Amazonian dark earths. Further studies need to focus on the question of the exact timing of faeces deposition. [ABSTRACT FROM AUTHOR]

The article introduces a series of articles on the papers presented at the Innsbruck Colloquium on Status Epilepticus that took place in Innsbruck, Austria in 2007. They include articles on basic research and clinical neurophysiology of status epilepticus (SE), with special consideration to the developing brain, etiology of SE with emphasis on infection and immunology, as well as emergency treatment of SE and its medical and legal aspects.

This investigation aims to summarize hitherto scattered pieces of evidence of the early biography of Max Clara, especially considering his connections with the Histological Institute of the University of Innsbruck. Max Clara was born in 1899 in South Tyrol, at that time part of the Habsburg Empire. After high school in Bozen and his participation in World War I, Clara studied medicine in Innsbruck, Austria and Leipzig, Germany, graduating from Innsbruck University in 1923. He joined the Corps Gothia , a German Student Corps, at the start of his studies and became socialized as a German nationalist. When the Tyrolean Parliament conducted an illegal referendum in 1921, in which a majority voted for the merger of Tyrol with Germany, the active members of the Gothia spontaneously removed the border barriers between Austria and Bavaria in the municipality of Scharnitz. They brought them to Innsbruck to be deposited in the statehouse. Clara's participation in this activity is not documented but is very likely. Seventy-four per cent of the members of this corps joined the Nazi party (Nationalsozialistische Deutsche Arbeiterpartei , NSDAP), even before the annexation of Austria by National Socialist (NS) Germany in 1938. Clara likely met Maximinian de Crinis, an SS officer and high-ranking member of the NS health administration, through contacts within their respective corps. De Crinis supported Clara decisively in the anatomist's appointments as chair of anatomy at the University of Leipzig and later at the University of Munich. Initially, Clara began his academic career at the Institute of Histology and Embryology in Innsbruck as (student) demonstrator, and in 1923 as an assistant. In December 1923 Clara had to leave Innsbruck for Blumau, South Tyrol to take over the medical surgery of his father, who had passed away unexpectedly. Back in Italy, he continued his histological research in his spare time and published a large number of scientific papers. His connections with Innsbruck and especially with histologist Jürg Mathis never ceased. [ABSTRACT FROM AUTHOR]

We propose a new cloud screening method for sun photometry that is designed to effectively filter thin clouds. Our method is based on a k -nearest-neighbour algorithm instead of scanning time series of aerosol optical depth. Using 10 years of data from a precision filter radiometer in Innsbruck, we compare our new method and the currently employed screening technique. We exemplify the performance of the two routines in different cloud conditions. While both algorithms agree on the classification of a data point as clear or cloudy in a majority of the cases, the new routine is found to be more effective in flagging thin clouds. We conclude that this simple method can serve as a valid alternative for cloud detection, and we discuss the generalizability to other observation sites. [ABSTRACT FROM AUTHOR]

In the context of climate stress, urbanisation and population growth, design and planning tools that assist in decentralised and environmental infrastructural planning are becoming more common. In order to support the design of increasingly complex urban water infrastructure systems; accurate and easily obtainable spatial databases describing land cover types are crucial. Accordingly, a methodology categorizing land covers that supplements these tools is proposed. Utilizing GIS imagery of high spatial accuracy that is easily obtainable from flyover techniques, radiometric and geometric data is generated to create a multi-functional classification of urban land cover, designed to be applicable to various urban planning tools serving different purposes, e.g. urban water management. The methodology develops 13 individual land cover categories based on the complete capabilities of the NDVI and nDSM imagery, which is then adapted to suit planning tool requirements. Validation via a case study application at Innsbruck (Austria), an overall classification accuracy of 89.3 % was achieved. The accuracy of the process was limited in differentiating certain categories (e.g. Dry Grass and Concrete, Trees and Irrigated Grass, etc.), which could yield limitations subject to intended model applications. Despite this, the classification results yielded high accuracy, demonstrating the methodology can be utilised by various software to improve urban water management analysis. [ABSTRACT FROM AUTHOR]

Open in new tab Download slide Open in new tab Download slide OBJECTIVES The frequency of sternochondroplasty in cases of pectus carinatum (PC) has increased due to greater surgeon experience and modified surgical techniques. PC deformity does not usually cause cardiopulmonary malfunction or impairment. However, whether cardiopulmonary function changes after surgical repair remains a matter of controversy. The aim of our prospective study was to determine if surgery changes preoperative cardiopulmonary function. METHODS Nineteen patients (16 males, 3 females) were enrolled in a prospective, open-label, single-arm, single-centre clinical trial (Impact of Surgical Treatments of Thoracic Deformation on Cardiopulmonary Function) (NCT02163265) between July 2013 and January 2017. All patients underwent PC repair via a modified Ravitch procedure and wore a lightweight, patient-controlled chest brace for 8 weeks postoperatively (the Innsbruck protocol). The average follow-up surgical examination was 8.3 months after surgery. In all enrolled patients, before surgery and not before 6 months postoperatively chest X-ray, 3-dimensional volume-rendered computed tomography thorax imaging, cardiopulmonary function tests with stepwise cycle spiroergometry (sitting and supine position) and Doppler echocardiography were performed; questionnaires about daily physical activity were also completed. RESULTS Fourteen patients (aged 16.3 ± 2.6 years at study entry) completed the study. Changes in submaximal and peak power output were not detected during sitting, or when in the supine position. Also, no clinically relevant postoperative changes in spirometry or echocardiography were noted. CONCLUSIONS Our findings confirm that surgical correction of PC does not impair cardiopulmonary function at rest or during physical exercise. Clinical registration number clinicaltrials.gov NCT02163265. [ABSTRACT FROM AUTHOR]

Evaluates the 9th International Conference on Information and Communication Technologies in Travel & Tourism held in Innsbruck, Austria in January 2002. Highlights of the event; Topics tackled at the conference; Issues facing the hospitality industry.

A case‐study is presented of a south foehn emanating from the Wipp Valley, Austria, which encountered a cold‐air pool (CAP) in the Inn Valley near the city of Innsbruck. The analysis is based on data collected during the second Intensive Observation Period of the Penetration and Interruption of Alpine Foehn (PIANO) field experiment. Foehn was initiated on 3 November 2017 by an eastward moving trough and terminated in the afternoon of 5 November 2017 by a cold front passage. On two occasions, reversed foehn flow deflected at the mountain ridge north of Innsbruck penetrated to the bottom of the Inn Valley. The first breakthrough occurred in the afternoon of 4 November 2017. It was transient and locally limited to the northwest of the city. The second (final) breakthrough occurred in the morning of 5 November 2017 and was recorded by all surface stations in the vicinity of Innsbruck. It started with a foehn air intrusion to the northeast of Innsbruck and continued with the westward propagation of the foehn–CAP boundary along the valley. Subsequently observed northerly winds above the city were caused by an atmospheric rotor. A few hours later and prior to the cold front passage, the CAP pushed back and lifted the foehn air from the ground. During both nights, shear flow instabilities formed at the foehn–CAP interface, which resulted in turbulent heating of the CAP and cooling of the foehn. However, this turbulent heating/cooling was partly compensated by other mechanisms. Especially in the presence of strong spatial CAP heterogeneity during the second night, heating in the CAP was most likely overcompensated by negative horizontal temperature advection. [ABSTRACT FROM AUTHOR]

We describe and test a new versatile software tool for processing eddy covariance and disjunct eddy covariance flux data. We present an evaluation based on urban non-methane volatile organic compound (NMVOC) measurements using a proton transfer reaction quadrupole interface time-of-flight mass spectrometer (PTR-QiTOF-MS) at the Innsbruck Atmospheric Observatory. The code is based on MATLAB® and can be easily configured to process high-frequency, low-frequency and disjunct data. It can be applied to a wide range of analytical setups for NMVOC and other trace gas measurements, and is tailored towards the application of noisy data, where lag time corrections become challenging. Several corrections and quality control routines are implemented to obtain the most reliable results. The software is open source, so it can be extended and adjusted to specific purposes. We demonstrate the capabilities of the code based on a large urban dataset collected in Innsbruck, Austria, where three-dimensional winds and ambient concentrations of NMVOCs and auxiliary trace gases were sampled with high temporal resolution above an urban canopy. Concomitant measurements of 12C and 13C isotopic NMVOC fluxes allow testing algorithms used for determination of flux limits of detection (LOD) and lag time analysis. We use the high-frequency NMVOC dataset to generate a set of disjunct data and compare these results with the true eddy covariance method. The presented analysis allows testing the theory of disjunct eddy covariance (DEC) in an urban environment. Our findings confirm that the disjunct eddy covariance method can be a reliable tool, even in complex urban environments when fast sensors are not available, but that the increase in random error impedes the ability to detect small fluxes due to higher flux LODs. [ABSTRACT FROM AUTHOR]

Facebook is a popular social media platform used by both the demand and the supply sides of the tourism industry. Since there is a huge amount of information on the Internet, which can lead to information overload, individuals tend to apply the principle of least effort in attempting to obtain useful information as quickly and easily as possible. One of the easiest ways to retrieve travel information is by visiting the Facebook pages of destinations. This study investigates the foundations of the usefulness of Facebook Statistics: in particular of likes on DMO Facebook pages as a potential predictor of tourism demand, in addition to previous arrival numbers. In- and out-of-sample results show that the DMOs of Graz, Innsbruck, Salzburg, and Vienna can already utilize likes as an expedient leading indicator for demand, albeit not the only one. These findings are recommended to be incorporated into the DMOs' marketing efforts. [ABSTRACT FROM AUTHOR]