bluuebunny/crossref_metadata_2025_split huggingface dataset:
Hydrophysical characteristics in water-repellent tropical Eucalyptus, Pine, and Casuarina plantation forest soils
Authors: Leelamanie D.A.L. , Piyaruwan H.I.G.S. , Jayasinghe P.K.S.C. , Senevirathne P.A.N.R. 
Published: November 2021

Abstract
Soil water repellency (SWR) reduces the rates of wetting in dry soils and is known to interfere with water movement into as well as within the soils. The objective of this study was to investigate the hydrophysical characteristics of three water-repellent tropical exotic plantation forest soils in wet and dry seasons. The study sites were Eucalyptus grandis (EG), Pinus caribaea (PC), and Casuarina equisetifolia (CE) plantation forest soils located in the up-country intermediate zone (EG and PC), and low-country dry zone (CE). Field experiments were conducted to measure the infiltration rate, unsaturated hydraulic conductivity (k), water sorptivity (S
W). Laboratory experiments were conducted to measure the potential SWR and water entry value (h
we). All three soils showed higher SWR in the dry season, where CE soils showed the highest. The EG soils showed the highest SWR in the wet season. Although SWR in all soils decreased with increasing depth in the wet season, only CE soils showed a significant decrease in SWR with soil depth in the dry season. Compared with the wet season, the k(–1 cm) was lower and h
we was higher in the dry season. However, S
W did not show a significant difference between wet and dry seasons. Initial infiltration rate and k(–1 cm) showed a negative correlation with contact angle in all three soils. Soils showed positive linear correlations between k(–1 cm) and S
W, and negative linear correlations between S
W and h
we showing that surface water absorption is related to both subsurface unsaturated water flow and surface water entry pressure. It was clear that the water entry into soils and the subsurface water flow were hindered by the SWR. High water entry values in the dry season predict high potentials for intensified surface runoff and topsoil erosion. Future research will be required on the interactions between soil biology and soil properties such as pore structure that would influence water flow into and within soils.
The role of biocrust-induced exopolymeric matrix in runoff generation in arid and semiarid zones – a mini review
Authors: Kidron Giora J. 
Published: November 2021

Abstract
Although playing an important role in shaping the environment, the mechanisms responsible for runoff initiation and yield in arid and semiarid regions are not yet fully explored. With infiltration-excess overland flow, known also as Hortonian overland flow (HOF) taking place in these areas, the uppermost surface ‘skin’ plays a cardinal role in runoff initiation and yield. Over large areas, this skin is composed of biocrusts, a variety of autotrophs (principally cyanobacteria, green algae, lichens, mosses) accompanied by heterotrophs (such as fungi, bacteria, archaea), which may largely dictate the infiltration capability of the surface. With most biocrust organisms being capable of excreting extracellular polymeric substances (EPS or exopolymers), and growing evidence pointing to the capability of certain EPS to partially seal the surface, EPS may play a cardinal role in hindering infiltration and triggering HOF. Yet, despite this logic thread, great controversy still exists regarding the main mechanisms responsible for runoff generation (runoff initiation and yield). Elucidation of the possible role played by EPS in runoff generation is the focus of the current review.
Defining minimum runoff length allows for discriminating biocrusts and rainfall events
Authors: Lázaro Roberto , Calvo-Cases Adolfo , Arnau-Rosalén Eva , Rubio Consuelo , Fuentes David , López-Canfín Clément 
Published: November 2021

Abstract
The runoff coefficient (RC) is widely used despite requiring to know the effective contributing area, which cannot be known a priori. In a previous work, we defined runoff length (RL), which is difficult to measure. This work aimed to define the minimum RL (mRL), a quantitative and easy proxy of RL, for use in a pilot study on biocrusts in the Tabernas Desert, Spain. We show that RC decreases according to a hyperbola when the contributing area increases, the independent variable being the length of the effective contributing area and its coefficient involving the effects of rainfall and surface features and antecedent conditions. We defined the mRL as the length of the effective contributing area making RC = 1, which is calculated regardless of the area. We studied mRL from three biocrust types and 1411 events clustered in seven categories. The mRL increased with rain volume and intensity, catchment area and slope, whereas plant cover and biocrust succession (with one exception) had a negative effect. Depending on the plot, mRL reached up 3.3–4.0 m on cyanobacterial biocrust, 2.2–7.5 m on the most widespread lichens, and 1.0–1.5 m on late-successional lichens. We discuss the relationships of mRL with other runoff-related parameters.
Mapping past, present and future dew and rain water resources for biocrust evolution in southern Africa
Authors: Muselli Marc , Beysens Daniel 
Published: November 2021

Abstract
Biocrust sustainability relies on dew and rain availability. A study of dew and rain resources in amplitude and frequency and their evolution is presented from year 2001 to 2020 in southern Africa (Namibia, Botswana, South Africa) where many biocrust sites have been identified. The evaluation of dew is made from a classical energy balance model using meteorological data collected in 18 stations, where are also collected rain data. One observes a strong correlation between the frequency of dew and rain and the corresponding amplitudes. There is a general tendency to see a decrease in dew yield and dew frequency with increasing distance from the oceans, located west, east and south, due to decreasing RH, with a relative minimum in the desert of Kalahari (Namibia). Rain amplitude and frequency decreases when going to west and north. Short-term dew/rain correlation shows that largest dew yields clearly occur during about three days after rainfall, particularly in the sites where humidity is less.
The evolution in the period corresponds to a decrease of rain precipitations and frequency, chiefly after 2010, an effect which has been cyclic since now. The effect is more noticeable towards north. An increase of dew yield and frequency is observed, mainly in north and south-east. It results in an increase of the dew contribution with respect to rain, especially after 2010. As no drastic changes in the distribution of biomass of biocrusts have been reported in this period, it is likely that dew should compensate for the decrease in rain precipitation. Since the growth of biocrust is related to dew and rain amplitude and frequency, future evolution should be characterized by either the rain cycle or, due to global change, an acceleration of the present tendency, with more dew and less rainfalls.
Art, Aura, and Admiration in the Age of Digital Reproduction
Authors: Emison Patricia Anne 
Published: November 2021

Summary
Walter Benjamin famously argued that the mass public of the twentieth century would necessarily correlate with a newly politicized art. But the world has changed considerably since Benjamin’s article was written, as Theodor Adorno and Max Horkheimer already were assessing less than a decade later. It is the purpose of this article to examine how the aesthetics of the Frankfurt school, though frequently still invoked, have lost some of their immediate relevance. The anti-establishment phase of the 60s, compounded by a pronounced taste for irony, rendered aura and exhibition outmoded values, while on the other hand, more recently, price escalation in the art market and digitization have made certain of the Frankfurt school arguments more pertinent than ever. Taking as examples Goldsworthy and Kentridge, this essay argues that a deliberate loosening of the artist’s control over both medium and reception displaces the warmed-over religious responses endorsed by Benjamin, positing instead increased intellectual agency on the part of viewers, whose identity as a mass public has become newly complicated.
Gatherings of Jewish Artists in Interwar Lithuania
Authors: Bukauskaitė Evelina 
Published: November 2021

Summary
The main subject of this paper is the Jewish artists of interwar Lithuania and their efforts to unite. It analyses the aspirations of Jewish artists to unite into groups, to represent and present their art, and to maintain their national identity. The article introduces the main organisers, participants, circumstances and goals of the artists’ gatherings. It discusses three cases: the cultural policy pursued by National Jewish Council’s Section of Culture at the institutional level; Jewish artists who gathered on a social basis; and the Art Gallery of Neemiya Arbit Blatas as a unique exhibition space in inter-war Lithuania, which mainly exhibited the works of Jewish artists. The paper focuses not on the artistic legacy or its value, but rather on the processes of cultural life of Jewish artists in interwar Lithuania.
Uniate Sacral Architecture in the Grand Duchy of Lithuania: A Synthesis of Confessional Architecture
Authors: Buržinskas Žygimantas 
Published: November 2021

Summary
The architectural legacy of the Unitarians in the former Grand Duchy of Lithuania has received little attention from researchers to this day. This article presents an architectural synthesis of the Uniate and Order of Basilians that reflected the old succession of Orthodox architectural heritage, but at the same time was increasingly influenced by the architectural traditions formed in Catholic churches. This article presents the tendencies of the development of Uniate architecture, paying attention to the brick and wooden sacral buildings belonging to the Uniate and Order of Basilians in the territory of the Grand Duchy of Lithuania. The early Uniate sacral examples reflected the still striking features of the synthesis, which were particularly marked in the formation of the Greek cross plan and apses in the different axes of the building. All this marked the architectural influences of Ukraine, Moldova and other areas of Central and South-Eastern Europe, which were also clearly visible in Orthodox architecture. Wooden Uniate architecture, as in the case of masonry buildings, had distinctly inherited features of Orthodox architecture, and in the late period, as early as the 18th century, there was a tendency to adopt the principles of Catholic church architecture, which resulted in complete convergence of most Uniate buildings with examples of Catholic church buildings. Vilnius Baroque School, formed in the late Baroque era, formed general tendencies in the construction of Uniate and Catholic sacral buildings, among which the clearer divisions of the larger structural and artistic principles are no longer noticeable in the second half of 18th century. The article also presents the image of baroque St. Nicholas Church, the only Uniate parish church in Vilnius city, which was lost after the reconstruction in the second half of the 19th century.
Architectural Criticism in Lithuanian Interwar Press: Preconditions of the Phenomenon
Authors: Petrulis Vaidas 
Published: November 2021

Summary
The main goal of the article is to find out whether a specific genre of architectural criticism was formed in the public discourse of interwar Lithuania (1918–1940), and if so, to define the main tendencies of this phenomenon. After defining the critique of architecture as a public discourse in which, based on theoretical knowledge, reflections on the essence of architecture or evaluations of ongoing urban development and buildings are popularly presented, the article discusses such texts in interwar Lithuania. The publication will acquaint readers with the most creative reviewers of architecture and the thematic variety of publications attributed to architectural critics. The article will also reveal personalised, unexpected assessments of buildings that have already become objects of heritage.
Arctic Drama to Sámi Theatre – Cultural Clashes Towards Decolonisation: In Shared Dialogic Spaces
Authors: Arntzen Knut Ove 
Published: November 2021

Summary
This article deals with the concept of Arctic Drama, which is about how there is a relationship between drama and cultural clashes in the perspective of shared cultures in the northern Scandinavian area, which is defined as arctic in the geographical sense. In this vast area the Sámi people historically and to the present day have been living from reindeer herding in a nomadic lifestyle, giving them a close relationship to nature.
Norwegians and Swedes colonised this area historically, especially the coast for fishing.There have been strong cultural clashes since the Viking ages, but colonisation mainly started later by introducing Christianity by force in the 16th century. Since the Romantic age, these ethno-cultural clashes have been reflected in drama and theatre, and some plays by Henrik Ibsen and Knut Hamsun echo these tensions. An independent theatre of the Sámi people as well as of other indigenous people in Greenland and Canada, like the Inuits, would also develop some theatrical strategies based in a dramaturgy that could be described as a “spiral dramaturgy”. Cultural independence has contributed to a decolonisation process, contributing to even out the cultural clashes in theatre and drama, which could be defined as postcolonial towards decolonisation. This article focuses on the area of arctic Scandinavia.
Performance Art Using Biometric Data
Authors: Griniuk Marija 
Published: November 2021

Summary
This research analyzes performance art that uses biometric data, based on two concept perspectives – inhuman interconnections and transcorporeality – applied to examples of European performance art from Lithuania, Finland, Poland, and Denmark. The term performance art theoretically refers to all art that involves the human body, human biometric data, inhuman interconnections, transcorporeality, and liminal space. This study examines the differences between wide-scope interactive art and design and performance art involving biometric data created through the application of recent developments in consumer technology for live events. This research examined three case projects through the method of autoethnography. The data presented in the article was either collected during the author’s performance art events or at performances the author was attending as a visitor. The cases are analyzed by means of qualitative data analysis, utilizing terms representing human biometric data and interactivity adopted from research within the fields of interactive art and interactive design. The study examines the combination of biometric data and art to explain the phenomenon of humans meeting technology, revealed through data collected from a body and transmitted to an audience during a performance art event. The conclusion revisits the key terms – performance art, biometric data, inhuman interconnections and transcorporeality – as applied to artistic practices, where performance art and biometric data meet.
Celebration of the Hyperreal Nostalgia: Categorization and Analysis of Visual Vaporwave Artefacts
Authors: Dovydaitis Gytis 
Published: November 2021

Summary
Vaporwave grabs the attention of internet voyager with harsh collages glued together in a technically primitive manner. It’s a cultural phenomenon which both originated and is active solely on the internet. In the context of general internet culture Vaporwave is exclusive in its aesthetics due to the domination of violet and pink colors, technically primitive quality of texts, fetishization of 8th and 9th decade mainstream commodities and acute nostalgic undertones. Vaporwave has been mostly explored as a music genre or sociological phenomenon, while its visual aspect has mostly remained unattended. This article seeks to analyze the conceptual aspects embodied within Vaporwave visuals, to briefly compare them with music, and to unpack the mechanism of nostalgia as an affective entry point to the movement. The interpretation is mainly lead by Jean Baudrillard’s theory of hyperreality, and interpretational principles of hermeneutics. Five Tumblr blogs were analyzed. Hermeneutic inquiry into the texts yielded seven distinct symbol categories differentiated by the affect they generate: nostalgic commodities, idyllic classics, melancholic landscapes, harsh distortions, gentle geometry, depressive texts, and ecstatic brands. Each of these categories here are elaborated in detail finally summarizing the multilayered symbolism of the movement. It can be described as nostalgically challenging visual conventions through harsh technical quality and opposing codes of behavior through open expressions of depression and melancholy, thus exposing the doubts of individual imprisoned in postmodern society. ’80s and ’90s here become hyperreal fantasy lands of the past where a nostalgic individual can find refuge. In comparison to music, the visual aspect of Vaporwave highlights the technology as central artefacts of nostalgia, introduces new ways to analyze late capitalist consumer culture, and brings an intimate dialogue with hyperreality to the front. The article suggests that Vaporwave is a post-ironic art movement which both celebrates and criticizes capitalism, finally remaining vague whether there are ways to escape the system, and whether these ways should even be looked for.
Selected Risks of the Decompression Process, Part II: Analysis of Selected Types of Risk
Authors: Kłos Ryszard 
Published: November 2021

Abstract
The safe transition from a higher pressure atmosphere to a lower pressure atmosphere is accomplished by planning the decompression process, typically through changes in pressure and/or composition of the breathing mix in a function of time. However, the decompression process is affected by a much greater number of inherent factors than changes in pressure and composition of the breathing mix. Their values should be kept within certain ranges, however, there are circumstances when it is not possible to maintain control over them. In this situation, they become elements of the residual risk of the decompression process. The safety of decompression should be ensured, inter alia, by analysing the residual risk for each execution of the decompression process.
Keeping Track of Scientific Dives in Countries with Incipient Diving Programmes: The Scidive Record Forms
Authors: Moreno Bernabé 
Published: November 2021

Abstract
Pre-dive checks and dive logs are fundamental documentation for any diving operation and must be incorporated as mandatory ‘good operating practices’ in scientific diving (SD) projects. Data included in dive logs may vary in detail, however, there is basic information to provide based on global standards. Differently to several developed countries in Europe, North America and Australasia, there are countries with incipient, sometimes non-regulated, SD programmes. In this article the importance of documentation in SD is highlighted and record forms are provided as templates, including versions both in English and Spanish. The Diving Supervisor (DS) is the designated person to fill the ‘Daily SciDive Log’ and ‘SCUBA & surface-supplied LogSheet’ (Table 1, 2 and 3, respectively), whilst every diver is responsible for filing their own ‘SciDiver’s Digital LogBook’ (Table 4). General and specific considerations for all tables are described throughout the text. This effort was done to facilitate systematic data management and start developing the bases towards solid national/regional standards on scientific diving operations, particularly for those countries with incipient (scientific) diving programmes.
Quality and Quantity Assessment of Groundwaters in the Vicinity of Kutno with Respect to Potability. Part I
Authors: Kubiak Patryk Tomasz , Siermontowski Piotr 
Published: November 2021

Abstract
The study presents the characteristics of drinking water sources and subsequently performs an analysis of the deviations from the norm in terms of ions of iron, manganese, ammonia, sodium, chlorides as well as other factors affecting the quality of drinking water in the years 2015 - 2017 occurring in individual water intake points in the Kutno district.
Effect of Bacteriophage-Derived Double Stranded RNA on Rat Peritoneal Macrophages and Microglia in Normoxia and Hypoxia
Authors: Pjanova Dace , Hurmach Yevheniia , Rudyk Mariia , Khranovska Natalia , Skachkova Oksana , Verhovcova Irina , Skivka Larysa 
Published: November 2021

Abstract
The involvement of tissue-resident macrophages (TRMs) in health and diseases makes them unique therapeutic targets. TRMs are activated through their surface pattern recognition receptors, such as Toll-like receptors (TLRs) that are essential sensors of danger signals. Here, we determine the activation status of rat peritoneal macrophages (PMs) and microglia (MG) cells under normal and hypoxic conditions and investigate the effect of TLR3 agonist bacteriophage-derived dsRNA (Larifan) on the metabolic profile of TRMs in vitro. We implemented the phenotypic markers CD14 and CD206, arginine metabolism, phagocytic activity and reactive oxygen species generation as metabolic characteristics to evaluate TRMs activation. We showed that normoxic TRMs from different tissue niches responded to Larifan exposure in different ways. PM exhibited signs towards M1 polarisation. In contrast, the MG activation pattern could be considered as neither pro-inflammatory nor anti-inflammatory. We also showed that TRMs, regardless of the tissue niche, responded to hypoxia with a phenotypic shift towards an anti-inflammatory (M2) state. Larifan could attenuate hypoxia-induced TRMs metabolic programming. However, hypoxic conditions could negatively affect the interaction of TRMs with danger signals.
Tear Osmolarity During the First Postoperative Month After Cataract Surgery
Authors: Elksnis Ēriks , Laganovska Guna , Erts Renārs 
Published: November 2021

Abstract
The purpose of this study was to evaluate tear osmolarity changes in a healthy ocular surface in an eye that had been operated on within the first month after cataract surgery. This aim was achieved by forming two groups from the included patients. Patients with one eye exposed to cataract surgery formed the study group, while the eyes of the same patients with no cataract surgery were set as the control group. Both the operated and non-operated eye of each patient were scanned before surgery, the following morning, one week and one month after surgery. Tear osmolarity did not differ between the groups before the operation. On the first day after the surgery, tear osmolarity significantly decreased, below the detection range of the TearLab device (< 275 mOsm/l). The osmolarity level in the control group did not change. One week after surgery, osmolarity in the study group increased to 312.64 mOsm/l, which was significantly different from that of the control group. One month after surgery, tear osmolarity in the study group had returned to the pre-operative level. Tear osmolarity is thus clearly affected by cataract surgery. The average values were seen to change quite significantly during the first postoperative month.