bluuebunny/crossref_metadata_2025_split huggingface dataset:
“Ain’t No Mountain High Enough” – Mesolithic Colonisation Processes and Landscape Usage of the Inner-Alpine Region Kleinwalsertal (Prov. Vorarlberg, Western Austria)
Authors: Posch Caroline 
Published: September 2022

Abstract
The region Kleinwalsertal (Vorarlberg, Austria) represents one of the numerous little-known archaeological areas of the Austrian Alps. Here, over 90 sites were found since the 1980s, including surficial flint scatters as well as excavated sites, mainly attributable to the Mesolithic. Because of its high number of archaeological sites, the Kleinwalsertal is a singular micro-region in the context of the Mesolithic of Western Austria. It is the intention of this article to examine the archaeological landscape Kleinwalsertal and the usage of this habitat during the Boreal and Older Atlantic (11500–7000 BP). To obtain a most complete picture, the sites and their material culture were studied via various methodological approaches. The synthesis of the data aims to answer questions regarding the actual function of the sites as well as landscape usage and mobility patterns throughout the Mesolithic in the study area and its adjacent regions. In addition, the position of the Kleinwalsertal between the Mesolithic traditions of Southern Germany, Switzerland, and Northern Italy is examined. Contacts between these regions are known, yet little is clear about the chronological framework and the ways in which these “borderlands” were occupied. To contribute to international research on this issue, basic and comparable data on the Mesolithic of western Austria are generated. They indicate that the Kleinwalsertal was part of a human network with far-reaching connections, embodying influences from the north, south, and south-west. Thus, it becomes evident that during the Mesolithic there were indeed no mountains high enough to hamper human mobility and possibly contacts.
Let us work together for enhanced tobacco control strategies!
Authors: Sun Marie Chan 
Published: September 2022

Abstract
The global campaign by the World Health Organization in the context of the World No Tobacco Day 2022 bears the theme “Tobacco: A threat to environment”. It raises concerns on environmental issues related to tobacco use which is also a public health problem. This is a call to tobacco control advocates to work together with environment protection activists to federate multi-stakeholder collaborative advocacy work for stringent tobacco control strategies worldwide.
Transferring knowledge to/from the market – still building the polysystem? The translation of Australian fiction in Romania
Authors: Vîlceanu Titela , Păunescu Anca 
Published: September 2022

AbstractThePolysystem Hypothesis, bringing together language, literature, culture and society, has hallmarked Translation Studies, while heralding the cultural turn, subsequently attributed to the study of Bassnett and Lefevere. Without a shadow of doubt, this conceptual and methodological framework continues to spark interdisciplinary research interests, allowing for recasts. In this context, the current article sets out to investigate the translation of Australian writers in Romania, from a diachronic and synchronic perspective alike. The main aims are related to featuring quantitative aspects – number of translated authors, number of translated works, etc., and qualitative dimensions – translation policies, the role of translators in the interlinguistic and intercultural transfer of texts, other controlling factors. Furthermore, the affordability, portability and ownership of literary translation underlie shifting patterns of translation knowledge creation and transfer and of translation effective practice.
FromHealingtoWounding: The Psalms of Communal Lament and the Shaping of Yehud’s Cultural Trauma
Authors: Verde Danilo 
Published: September 2022

AbstractBiblical trauma studies strongly emphasize that texts and traditions that eventually formed the Hebrew Bible helped both the authors and the (former) “readers” to cope with catastrophic events. This approach, however, leads to side-lining other functions of biblical texts, for instance the extent to which biblical texts were used and transmitted not only to “heal” but also to “wound” the collectivity, namely to shape the collective identity of ancient Israel and early Judaism as profoundly damaged. The perspective of cultural trauma studies may help us to go beyond the “healing hermeneutics.” The present article aims to understand how the psalms of communal lament in Books II and III of the Psalter contributed to make the collective trauma of the Babylonian attack become Yehud’s cultural trauma during the Persian period. It suggests that by building and transmitting a coherent metanarrative of the catastrophe and through the communal laments’ dramatic images and metaphors, the redactors of these portions of the Psalter made sure that during the Persian period the people of Israel in the province of Yehud would be wounded by their ancestors’ pain.
The use of metal-organic frameworks as heterogeneous catalysts
Authors: Larina Viktoria , Babich Olga , Zhikhreva Anastasia , Ivanova Svetlana , Chupakhin Eugene 
Published: September 2022

Abstract
This article presents an overview of some of the available research studies of MOFs as catalysts. Catalytic studies of magnetic iron oxide nanoparticles with modified surfaces, MOFs with precious metals such as palladium, platinum, and silver, with zirconium, hafnium, copper, alkaline earth metals, lanthanides are generalized. The studies of the catalytic activity of micro- and mesoporous MOF structures are described.
August Sander’s Regional Photobook Series, Nazification, and the Politics of Cultural Landscape
Authors: Shaw Hannah 
Published: September 2022

Abstract
Between 1933 and 1935, as the Nazi regime was codifying its racialized understanding of the relationship between the German people and their land, the photographer August Sander published the cultural landscape series Deutsche Lande, deutsche Menschen (later Deutsches Land, deutsches Volk ). Focusing on the beginning and end of the series, this article charts Sander’s negotiation of the regime’s rhetoric and the fate of his Weimar-era methodology after 1933. It argues that while the photobooks were in dialogue with the changes underway in Germany from the very beginning, they moved closer to the visual culture and political imperatives of the regime as the series progressed. This article complicates simple narratives about Sander’s place in the visual culture of Third Reich Germany.
“Deutsches Holz”: Wood, Wirkung, and the Werkbund in 1933
Authors: Hartzell Freyja 
Published: September 2022

Abstract
In the wake of Germany’s ascension to nationhood in 1871, “deutsches Holz”—the stuff of half-timbered houses, Bierkellers, and three-legged chairs—became the building material of a new nationalist politics. But in 1933, after a decade of modernist innovations in steel, glass, and concrete, wood appealed once more to the German cultural consciousness. Amidst economic depression, social upheaval, and political turmoil, wood felt familiar and trustworthy, warm and reassuring—ubiquitous and cheap. But whose Holz was it? This essay employs wood as both substance and symbol to investigate the entangled crises of the German nation, the German Werkbund, and, in particular, Werkbund leader and architect-designer Richard Riemerschmid, in the teeth of the Nazi propaganda machine.
Being no one, being One: The role of ego-dissolution and connectedness in the therapeutic effects of psychedelic experience
Authors: Kałużna Ada , Schlosser Marco , Gulliksen Craste Emily , Stroud Jack , Cooke James 
Published: September 2022

Abstract

Background and aims
Despite promising findings indicating the therapeutic potential of psychedelic experience across a variety of domains, the mechanisms and factors affecting its efficacy remain unclear. The present paper explores this by focusing on two psychedelic states which have been suggested as therapeutically significant in past literature: ego-dissolution and connectedness. The aim of the study is to investigate the impact of ego-dissolution and connectedness on the therapeutic effects of the psychedelic experience.

Methods
The investigation was carried out as a mixed methods systematic review, with the data from four databases analysed thematically and results presented through narrative synthesis.

Results
The analysis and synthesis of findings from 15 unique studies (n = 2,182) indicated that both ego-dissolution and connectedness are associated with a higher chance of improvement following a psychedelic experience. However, there seem to be differences in the way the two experiences affect individuals psychologically. Ego-dissolution appears to trigger psychological change but does not typically exceed the psychedelic experience in its duration, while connectedness can be more sustained and is associated with several positive, potentially therapeutic feelings.

Conclusions
Moreover, the findings of this review have implications for further theory-building about the mechanisms which enable therapeutic effects in psychedelic experience. This in turn might lead to improved models for psychedelic therapy practice. Emphasis on ego-dissolution during the preparation phase and on connectedness during integration is one suggestion presented here, alongside overarching implications for the mental health debate and general practice.
Identification of monitoring stations for noise levels in Durrës city, Albania
Authors: Metalla Osman , Klemo Marsida , Hysa Azem , Çela Elvis , Diku Abdullah , Nako Migena 
Published: September 2022

Abstract
This paper represents a noise pollution survey in Durrës city, Albania. There are four survey areas defined: A (central), B (industrial), C (suburban), D (residential + beach) during two intervals times (morning and night).
The equipment used for noise measurement was Testo 816-1 where data were categorized according to levels L

eq
, L
min, L
max, and L

ave
. The contrast of L

eq
levels versus the standard levels based on the 2002/49/EC Directive showed that L

eq
levels overcome the limits.
In conclusion, the high equivalent noise level mostly has been during the morning with L

eq
> 55 dB, which brings serious health concerns to residents near these regions. At night in most of these stations, the equivalent noise levels resulted higher than 45 dB, which is above EU directive and Albanian standards. The survey results will also serve local institutions to manage the situation and to address problems at the governmental level.
Similarity of materials and data-quality assessment by fingerprinting
Authors: Kuban Martin , Gabaj Šimon , Aggoune Wahib , Vona Cecilia , Rigamonti Santiago , Draxl Claudia 
Published: September 2022

Abstract
Identifying similar materials (i.e., those sharing a certain property or feature) requires interoperable data of high quality. It also requires means to measure similarity. We demonstrate how a spectral fingerprint as a descriptor, combined with a similarity metric, can be used for establishing quantitative relationships between materials data, thereby serving multiple purposes. This concerns, for instance, the identification of materials exhibiting electronic properties similar to a chosen one. The same approach can be used for assessing uncertainty in data that potentially come from different sources. Selected examples show how to quantify differences between measured optical spectra or the impact of methodology and computational parameters on calculated properties, like the density of states or excitonic spectra. Moreover, combining the same fingerprint with a clustering approach allows us to explore materials spaces in view of finding (un)expected trends or patterns. In all cases, we provide physical reasoning behind the findings of the automatized assessment of data.

Impact statement
To predict novel materials with desired properties, data-centric approaches are in the process of becoming an additional fundament of materials research. Prerequisite for their success are well-curated data. Ideally, one can make use of multiple data collections. Bringing data from different sources together, poses challenges on their interoperability which are routed in two out of the 4V of Big Data. These are the uncertainty of data quality (veracity) and the heterogeneity in form and meaning of the data (variety). To overcome this barrier, universal and interpretable measures must be established, which quantify differences between data that are supposed to have the same meaning. Here, we show how a spectral fingerprint in combination with a similarity metric can be used for assessing spectral properties of materials. Our approach allows for tracing back in computed as well as measured data, differences stemming from various aspects. It thus paves the way for automatized data-quality assessment toward interoperability. Based on this, in turn, materials exhibiting similar features can be identified.

Graphical abstract
Towards organic electronics that learn at the body-machine interface: A materials journey
Authors: Roh Heejung , Cunin Camille , Samal Sanket , Gumyusenge Aristide 
Published: September 2022

AbstractIt has been over four decades since organic semiconducting materials were said to revolutionize the way we interact with electronics. As many had started to argue that organic semiconductors are a dying field of research, we have recently seen a rebirth and a major push towards adaptive on-body computing using organic materials. Whether assisted by the publicity of neuroprosthetics through technological giants (e.g., Elon Musk) or sparked by software capabilities to handle larger datasets than before, we are witnessing a surge in the design and fabrication of organic electronics that can learn and adapt at the physiological interface. Organic materials, especially conjugated polymers, are envisioned to play a key role in the next generation of healthcare devices and smart prosthetics. This prospective is a forward-looking journey for materials makers aiming to (i) uncover generational shortcomings of conjugated polymers, (ii) highlight how fundamental chemistry remains a vital tool for designing novel materials, and (iii) outline key material considerations for realizing electronics that can adapt to physiological environments. The goal is to provide an application-guided overview of design principles that must be considered towards next generation organic semiconductors for adaptive electronics.
Graphical abstract
Examining the Family in the Light of Marriage Annulment as a New Research Perspective
Authors: Kroczek Piotr , Kisiel Przemysław , Ulman Paweł 
Published: September 2022

The aim of this article is to outline a new research perspective, allowing for an in-depth reflection on the condition of contemporary marriages and families. Of course, the problem itself is not new, but in order to analyse it, we propose to adopt a perspective which has not been present in the literature so far and which will consist in analysing the condition of the institution of marriage through the prism of the process of declaring a marriage null and void, i.e., the canonical procedure in force in the Catholic Church.The proposed research perspective is based on an interdisciplinary approach, taking into account the broad context in which, in our opinion, the functioning of the contemporary institution of marriage should be considered. In this approach we try to integrate sociological and demographic premises and inspirations with legal, theological and canonical premises, which is a significant novelty. The integration of these approaches will make it possible to consider the problem of the break-up of the marital bond in a different way than has been presented so far. Thanks to this, it is possible to make a comprehensive diagnosis of the situation of marriages in moments of crisis and to capture those aspects of spiritual and social life which have not yet been taken into account in the research, and which play a particularly important role in initiating proceedings to declare a marriage null and void.
Prevalência da COVID-19, perfil do acometimento renal e óbito em terapia intensiva durante a pandemia
Authors: Watanabe Yoshimi José Ávila , Carvalho Lívia Maria Rezende , Guedes João Victor Marques , Otoni Alba 
Published: September 2022

Introdução: entre as principais complicações da infecção do SARs-Cov-2 está a Insuficiência renal aguda. Objetivo: identificar a prevalência de COVID-19 e acometimento renal em pacientes avaliados e acompanhados pela equipe de nefrologia em centro de tratamento intensivo. Material e Métodos: participaram adultos e idosos de ambos os sexos acompanhados pela equipe de nefrologia e que realizaram o teste RT PCR para COVID. Para análise e comparação os pacientes foram agrupados em RTP PCR positivo e negativo. Para avaliar o impacto do acometimento renal nas taxas de óbito outra análise foi realizada considerando como desfecho evolução a óbito ou não. Resultados: incluídos 176 pacientes sendo a prevalência de COVID-19 58,5% e IRA 75%. Dos pacientes que realizaram Terapia Renal Substitutiva, mais da metade (55,2%) tinham COVID 19 +. O índice de Charlson identificou-se diferença estatisticamente significativa nas proporções dos grupos COVID-19 negativo e positivo nos índices 0, 1 e 2. A segunda análise identificou associação significativa entre doença renal e óbito no CTI (p < 0,05). Os pacientes com DRC evoluíram menos a óbito 13/98 (13,3%) quando comparados com aqueles com IRA 85/98 (86,7%). E quando tinham simultaneamente o COVID 19 e a IRA a taxa de mortalidade foi de 69,0%. Conclusão: A prevalência da COVID-19 em pacientes internados no CTI adulto durante o primeiro semestre de 2021 foi acima de 50% e a prevalência de IRA nos pacientes positivos ultrapassou a marca dos 80%. A taxa de óbito entre os pacientes com IRA e COVID 19 + simultâneos ultrapassou 60%.
Recreational water illness in Canada: a changing risk landscape in the context of climate change
Authors: Young Ian , Sanchez J. Johanna , Tustin Jordan 
Published: September 2022

AbstractSwimming and other recreational water activities at public beaches are popular outdoor leisure activities among Canadians. However, these activities can lead to increased risks of acquiring acute gastrointestinal illness and other illnesses among beachgoers. Young children have much higher rates of exposure and illness than other age groups. These illnesses have a significant health and economic burden on society. Climate change is expected to influence both the risk of exposure and illness. A warming climate in Canada, including more severe summer heatwave events, will likely lead to increased recreational water use. Warmer temperatures will also contribute to the growth and increased range of harmful algal blooms and other climate-sensitive pathogens. Increased precipitation and heavy rainfall events will contribute to fecal and nutrient contamination of beach waters, increasing risks of gastrointestinal illness and harmful algal bloom events. There is a need to enhance recreational water research and surveillance in Canada to prepare for and adapt to these changing risks. Key research and policy needs are suggested and discussed, including evaluating and monitoring risks of recreational water illness in Canadian contexts, improving timely reporting of recreational water quality conditions, and enhancing approaches for routine beach water surveillance.
A Temporary Broadband Seismic Array in the Largest Desert of China: TASTE
Authors: Zuo Sicheng , Li Shilin , Feng Yongge , Qiu Daqiong , Liu Daiqin , Li Wentao , Wang Guanzhi , Guo Zhen , Ge Zengxi , Zhang Chen , Chen Yongshun John , Wang Gaochun , Guo Gaoshan , Wu Zimu , Ren Pengfei , Liang Xiaofeng 
Published: September 2022

Abstract
In early Permian, a mantle plume heated up the Tarim block and formed the Tarim large igneous province. It is an interesting phenomenon to explore the interaction between mantle plume and a thick continent lithosphere, because mantle plume has been proposed to be an important route of material and energy transportation in the earth. Currently, the Tarim block is surrounded by Tibetan plateau to its south edge and Tian Shan orogeny to its north edge. The combined effects of both mantle plume activity and plate tectonics should have significantly changed the structure and composition of the Tarim block because of its amalgamations in Neoproterozoic. Seismic imaging plays a key role on revealing the deep structure of the Earth, which could help unravel the questions mentioned before. However, the harsh natural environment in the central part of the Tarim basin, the Taklimakan desert—the largest desert in China—has seriously hampered the broadband seismological observation. From July 2017 to November 2019, the Institute of Geology and Geophysics, Chinese Academy of Sciences deployed a 2D broadband seismic array named the Tarim seismic Array for lithoSpheric signaTure of mantle plumE (TASTE) over the inner part of the Tarim basin with an averaged spacing of 60–70 km. The primary target of this project is to obtain a detailed lithospheric structure to resolve the possible lithospheric signatures of Permian mantle plume activity. Here we introduce the basic information of the TASTE network and the performance of these instruments by analyzing the background noise level. Preliminary results of receiver function and ambient noise analyses are also shown, which may suggest a thick sedimentary layer, as well as complicated crust and lithospheric feature.
Positive Correlation between DYFI Intensity Data and Microzonation Site Classes for Ottawa, Quebec City, and the Metropolitan Area of Montreal
Authors: Rosset Philippe , Bent Allison , Halchuk Stephen , Chouinard Luc 
Published: September 2022

Abstract
At the local scale, seismic risk is often poorly estimated when considering equal hazard values across any given community. Indeed, past damaging earthquakes have shown that site conditions, which may amplify or deamplify ground shaking, have an influence on the spatial distribution of damage in urban areas. In eastern Canada, Leda clay deposits from the old Champlain Sea are of particular concern for strong site effects in many parts of Quebec and Ontario. To capture the variability in seismic site response, microzonation maps characterizing average shear wave velocity for the upper 30 m of soil, and predominant resonance frequency have been developed for Montreal, Ottawa, and Quebec City. The maps derived from seismic and borehole measurements have been used to develop shake map scenarios but have not been validated, because there have not been any significantly large, close earthquakes in recent years, and because the seismograph network coverage is not adequate to provide a detailed picture of variations in shaking across a city. Nevertheless, all the three cities are in or near active seismic zones, and felt reports, although less accurate than instrumental data, are numerous and provide a dense dataset showing relative shaking levels across a region. Using intensity data for several moderate earthquakes collected largely via the Canadian internet “Did You Feel It?” page, we systematically compare reported shaking levels to soil conditions indicated by the microzonation maps. This study shows a clear correlation between high-reported intensities and soft soils for Montreal where the number of observations is the largest. The results suggest that intensity data collected via the internet and social media could provide a viable method for validating microzonation maps and shaking scenarios.