The paper presents the results of a study into lexical substitutions found in the Old English gloss to psalms 2-50 in the Eadwine Psalter. The major objectives to determine the possible sources of this manuscript, which clearly go beyond the traditional explanation that originally the gloss was derived from a Vespasian Psalter-type gloss, later revised by the corrector based on a Regius Psalter-type gloss. The analysis shows that the affiliation of the gloss is indeed highly complex for such a resource. Moreover, the paper shows that despite its numerous corrections, the Old English gloss to the Eadwine Psalter is in fact a valuable source of information on the twelfth-century scribal practice of the post-Conquest England.

The article aims at the explanation of some distributional peculiarities of two high unrounded vowels [i] and [È] in Russian. More generally, it looks at some phonotactic constraints of Russian vowels which are directly related to a broader topic of palatalization and vowel reduction in this language. Although the discussion in this paper concerns only a tiny section of Russian phonology, which is the distribution of high unrounded vowels, it is necessary to introduce several facts from Russian phonology, such as palatalization, velarization, stress and vowel reduction. They, at first sight, may look pretty much irrelevant to the main topic of the paper but, as it will become evident, are closely related and actually indispensable to the understanding of vowel distribution including the two high unrounded vowels in Russian.

In the morphosyntactic literature, there exist two approaches to the problem of argument structure in English nominal synthetic compounds such as furniture moving or dog training. According to Borer (2012), such synthetic compounds belong to the class of referential nominals and thus lack argument structure. On the other hand, Alexiadou (2017) maintains that the external argument is present in the structure of synthetic compounds due to their ability to co-occur with by-phrases. In this paper, we present an extensive set of corpus data to show that synthetic -ing compounds do project the external argument, which is evidenced by their ability to license not only by-phrases but also agent-oriented adjectives and instrumental phrases. Importantly, the corpus data indicates that certain synthetic -ing compounds display the capacity to occur in aspectual contexts; nominal compounds fall in two classes in that regard.

The aim of the paper is to analyze instances of vegetalization, which is the X IS A PLANT metaphor, in John Henry Newman’s collection of sermons, published as Sermons on Subjects of the Day (1843). One group of metaphors are ontological metaphors, whose source domain is an entity (Lakoff, Johnson 2003[1980]). They can be classified as reifications, vegetalizations, animalizations, personifications, and deifications, which corresponds to the hierarchy of the so-called Great Chain of Being. As claimed by Krzeszowski (1997), these metaphors play an important role in expressing the axiological dimension of language, since they can express specific values of their target domains. In Christian discourse, vegetalizations contribute to the conceptualization of such notions from the religious sphere as God, grace, the Kingdom of God, the Christian life, the Church, or evil.

The purpose of the present article is a contrastive analysis of the verbs and verbal forms expressing the spatial situation in the Pericope Adulterae from the point of view of their translations into Polish and French starting from the original Greek biblical text. The author presents the general context of the pericope, its controversial place in the Gospel of John as well as its construction and its linguistic specificities. Starting from the original text of this biblical passage, then are listed the Greek verbs which express a spatial situation and are subjected to the analysis from the point of view of their forms and their meaning. According to the Polish and French translations chosen from this evangelical episode, the author proceeds to the comparison of the proposed equivalents and presents the comments which ensue. The analysis of translations demonstrates that some of the equivalents are analogous for two or all of the three languages, and some are typical only to one of the three languages.

Academic authors employ various language means in order to construct and disseminate knowledge, to sound persuasive, to undergird their arguments, but also to seek agreement within the academic community. The aim of this paper is to analyse a selected group of rhetorical strategies used by Anglophone and Czech authors of Linguistics research articles (RAs) and research theses (RTs). These strategies are assumed to vary in both academic genres since the position of their writers within the academic community differs. Even though authors of RAs have to meet reviewers’ requirements in order for their article to be published, so their relative position may be lower than that of the reviewers’, authors of RAs may have the same “absolute status” as the reviewers may be just as expert in that particular field. By contrast, the status of research students is lower than that of their evaluators both in relative and absolute terms. Even though students may gain some learned authority in presenting an original contribution, their assessors command both learned and institutional authority, hence are endowed with a higher status. Apart from comparing rhetorical strategies used in RAs and RTs, the paper focuses on cross-cultural differences between Anglophone and Czechacademic writing traditions.

This paper is aimed at presentation and analysis of different approaches to the phenomenon of "feeling for language". The purpose is to demonstrate that this term, although controversial, is of great importance in language acquisition and in the evaluation of language expressions. The topic is discussed in the article with the help of definitions from Kainz, Knobloch, Lewandowski, Juhász, Olt/Disselkamp, and Trad. In the definitions, various facets of language feeling are taken up, such as its relation to intuition, reference to mother tongue and foreign language and individual or collective implications.

Nowadays, many known celebrities use social media as a channel to promote positive narratives and support humanitarian work. This article offers an analysis of the argumentative strategies employed in Instagram by a Spanish actor Javier Bardem, an Antarctic ambassador for Greenpeace, in order to attract the attention of the public to the ecological problems of the Antarctic Ocean. I have studied 76 posts published in Instagram during the 2018-2019 period. Starting from the theoretical framework of argumentation, as well as of pragmatic linguistics, I analyze those linguistic mechanisms and discursive strategies that are used with the aim to achieve the persuasive purposes.

The perceptual text is the one described by means of sense organs and having specific cohesion tools which include among others lexis belonging to the perception modus, so called introductory predicates indicating specific perception acts, synesthetic expressions, the observer as well as spatial and locative syntactems. Text architectonics is determined by the change of the speaker’s position (observer, perceiver), his transition within the text time and space.

The present article is concerned with the notion of ‘guilt’ as understood by the legal sciences and in the context of psychology and culture studies. Although legal connotations are unavoidable, ‘guilt’ is a term emotionally related to other feelings like ‘shame’, ‘fear’, ‘sadness’ etc. The analysis shall take a closer look at legal definitions of ‘guilt’ and ‘culpability’ at work in the American, Polish and German legal systems and refer the equivalents existing in these languages (wina,Schuld) to the concept of guilt understood as an emotion. As it turns out, legal definitions do not account for conceptual dimension of meaning and as such, they can only serve as departure points for further analysis to be complemented with cognitive analysis. ‘Guilt’ is a culturally determined and complex emotion that may be ‘dissected’ into several more basic emotional states. The underlying assumption is that there are differences in the understanding of the concept ‘guilt’ across languages which must be taken into account by the translators who deal with translational equivalents.

The aim of this article is to analyze the role of phraseological units (PhUs) in discourse and to investigate their co(n)textual dependency. The paper presents a typology of the lexical and phraseological units, labelled as co(n)textual supports and developed by Olza y Losada (2011): expressions that paraphrase the initial phraseological meaning; expressions that highlight a specific component of this meaning; lexical and phraseological units that are synonymous with the ‘central’ phraseological expression they co-occur with; and lexical and phraseological units that are antonymous with the ‘central’ expression. These units orient and specify the use and interpretation of PhUs. The analysis also focuses on the so-called markers of phraseological units that function as (quasi) PhUs that serve to introduce phraseology within discourse in a (more or less) explicit way and have pragmatic discursive value (cfr. Olza 2013). The last part of the article examines some PhUs whose implicatures can be affected by contextual circumstances and characterized by greater dependence on the general context of the statement despite showing some degree of conventionalization.

The study of inner speech is appropriate to carry out in the plane of interaction of various scientific studies. This approach allows us to analyze the specifics of functioning of inner speech at the level of artistic discourse. Such phenomenon as inner speech presents not only the protagonist's outlook, their emotional state or social aspects, but also demonstrates, under the influence of extraordinary factors, the intensity of affect expression in the addresser's speech activity. Inner speech in an emotive situation is marked by peculiar characteristics, which indicates its unique multidimensional essence.

The purpose of the article is to concentrate on the phenomenon of small talk. It attempts to analyze the functions of small talk, the attitudes to small talk and the circumstances which either favour or impede the occurrence of small talk, such as formality, the interlocutors, the topics, etc. The study concentrates on the attitude of Polish, Greek and Spanish female students to the phenomenon of small talk. There are a number of queries in the form of a questionnaire that the informants were exposed to. Based on the informants’ responses, the obtained results will determine the factors which facilitate the occurrence of small talk, the significance of small talk, the functions it serves and the attitude the informants have towards this allegedly trivial and flippant phenomenon.

The present article attempts to discuss whether a medical conference poster intended for a specific English-speaking discourse community shares the properties of discourse colony (Hoey 1986). The author analyses 12 e-posters, which were displayed during an international neurological conference, presenting findings on epilepsy treatment. First, the author characterises the conference poster, which is followed by a description of discourse community and discourse colony. Next, the analysis of the e-posters is carried out and the results of the analysis are presented. On the basis of these results it might be said that the medical conference poster could be considered a discourse colony as it shares some of its properties.

Antibiotics are a group of substances potentially harmful to the environment. They can play a role in bacterial resistance transfer among pathogenic and non-pathogenic bacteria. In this experiment three representatives of medically important chemotherapeutics, confirmed to be present in high concentrations in wastewater treatment plants with HPLC analysis were used: erythromycin, sulfamethoxazole and trimethoprim. Erythromycin concentration in activated sludge was not higher than 20 ng L−1. N-acetylo-sulfamethoxazole concentration was 3349 ± 719 in winter and 2933 ± 429 ng L−1 in summer. Trimethoprim was present in wastewater at concentrations 400 ± 22 and 364 ± 60 ng L−1, respectively in winter and summer. Due to a wide variety of PCR-detectable resistance mechanisms towards these substances, the most common found in literature was chosen. For erythromycin: erm and mef genes, for sulfamethoxazole: sul1, sul2, sul3 genes, in the case of trimethoprim resistance dhfrA1 and dhfr14 were used in this study. The presence of resistance genes were analyzed in pure strains isolated from activated sludge and in the activated sludge sample itself. The research revealed that the value of minimal inhibitory concentration (MIC) did not correspond with the expected presence of more than one resistance mechanisms. Most of the isolates possessed only one of the genes responsible for a particular chemotherapeutic resistance. It was confirmed that it is possible to monitor the presence of resistance genes directly in activated sludge using PCR. Due to the limited isolates number used in the experiment these results should be regarded as preliminary.

Dye wastewater is one of typically non-biodegradable industrial effluents. A new process linking Fenton’s oxidation with biological oxidation proposed in this study was investigated to degrade the organic substances from real dye wastewater. During the combination process, the Fenton’s oxidation process can reduce the organic load and enhance biodegradability of dye wastewater, which is followed by biological aerated filter (BAF) system to further remove organic substances in terms of discharge requirement. The results showed that 97.6% of chemical oxygen demand (COD) removal by the combination process was achieved at the optimum process parameters: pH of 3.5, H2O2 of 2.0 mL/L, Fe(II) of 500 mg/L, 2.0 h treatment time in the Fenton’s oxidation process and hydraulic retention time (HRT) of 5 h in the BAF system. Under these conditions, COD concentration of effluent was 72.6 mg/L whereas 3020 mg/L in the influent, thus meeting the requirement of treated dye wastewater discharge performed by Chinese government (less than 100 mg/L). These results obtained here suggest that the new process combining Fenton’s oxidation with biological oxidation may provide an economical and effective alternative for treatment of non-biodegradable industrial wastewater.

Presented study aimed to determine metals distribution on the quartz fiber filters surface coated with particulate matter by using high and low-volume samplers. The distribution pattern was tested using two different sub-sampling schemes. Each sub-sample was mineralized in the nitric acid in a microwave oven. An analysis was performed by means of atomic absorption spectroscopy with electrothermal atomization GF-AAS technique, and the determined elements were: As, Cd, Pb and Ni. A validation of the analytical procedure was carried out using NIES 28 Urban Aerosols standard reference material.

It was assumed that metal is distributed uniformly if its normalized concentrations on a single sub-sample is within ±15% of the mean concentration over the whole filter. The normalized concentrations values exceed this range, indicating a non-homogenous metals distribution. There were no statistically significant differences in metals concentrations between particular sub-samples in the function of its position along the filters diameter.

People spend most of their time in indoor environments and, consequently, these environments are more significant for the contribution of the daily pollutant exposure than outdoors. In case of children, a great part of their time is spent at school. Therefore, evaluations of this microenvironment are important to assess their time-weighted exposure to air pollutants.

The aim of this study was to assess the children exposure to bioaerosols at schools from two different types of areas, urban and rural. A methodology based upon passive sampling was applied to evaluate fungi, bacteria and pollens, simultaneously with active sampling for fungi and bacterial assessment. Results showed very good correlations between sampling methods, especially for summer season. Passive sampling methodologies presented advantages such as no need of specific and expensive equipment, and they allow achieving important qualitative information.

The study was conducted in different periods of the year to study the seasonal variation of the bioaerosols. Fungi and pollen presented higher levels during the summer time whereas bacteria did not present a seasonal variation. Indoor to outdoor ratios were determined to assess the level of outdoor contamination upon the indoor environment. Levels of fungi were higher outdoor and bacteria presented higher concentrations indoors.

Indoor levels of bioaerosols were assessed in primary schools of urban and rural areas, using the active method along with a passive sampling method. Very good correlations between methods were found which allow the use of the passive sampling method to supply important and reliable qualitative information of bioaerosols concentrations in indoor environments. Seasonal variation in bioaerosols concentrations were found for fungi and pollen. Concentrations of fungi and bacteria above AMV (Acceptable Maximum Value) were found for most of the studied classrooms showing the importance of this microenvironment for the high exposure of children to bioaerosols.

The study was conducted on the Biała Lądecka River which is a mountain river. It is similar to many European mountain rivers in terms of hydromorphology and catchment management. The aim of this study was to determine the bioconcentration factors of heavy metals (Pb, Cd, Hg, Ni, Cr, Cu and Zn) in Ranunculus aquatile (L.) Dumort., Fontinalis antipyretica (L. ex Hedw.), and Lemanea fluviatilis (L.) C.Ag. The content of metals in water, sediment, and submerged plants was determined. The metal concentrations in plants can be arranged as follows: Hg < Cd < Cr < Ni < Cu < Pb <Zn. The highest concentrations of Hg, Ni, Cr, and Cu were observed in F. antipyretica, but the highest concentrations of Pb, Cd, and Zn were in R. aquatile. L. fluviatilis always contained the least amounts of heavy metals. Bioconcentration factors (BCFs) were lowest in L. fluviatilis and highest in F. antipyretica. Among the analyzed metals, plants accumulated the highest amount of Zn, and the least of Hg. The BCFs for Zn were from 24111 (in L. fluviatilis) to 97574 (in R. aquatile), and BCFs for Hg were from 29 (in L. fluviatilis) to 226 (in F. antipyretica).

The aim of the research conducted in a 2-year pot experiment in an unheated plastic tunnel was to determine suitability of Miscanthus × giganteus for phytoextraction of nickel from soil as well as to assess tolerance of this species on increasing concentrations of this metal in soil. Pots were filled with mineral soil (sand) and a mixture of soil with high-moor peat and three levels of nickel were introduced, i.e. 75 mg dm-3, 150 mg dm-3 and 600 mg dm-3 and the control combinations used substrates without the addition of nickel. Nickel was introduced only in the first year of the experiment in the form of nickel sulfate (NiSO4 · 6H2O). Miscanthus × giganteus accumulated a considerable amount of nickel in biomass. Miscanthus × giganteus growing in contaminated mineral soil turned out to be a species tolerant to high nickel concentrations

The objective of this paper is to evaluate the self- healing properties of a commercially-available geosynthetic clay liner (GCL) using flexible-wall permeameter. The GCLs are produced by the same factory, but the contents of bentonite are different. Also the hydraulic conductivities (HC) of GCLs with no defect are different. In this study, specimens were completely saturated under the backpressure of 20 kPa before the test. Permeability tests were performed on GCL specimens with penetrating flaw and also on specimens permeated with distilled water and CaCl2 solutions. The test results were presented and discussed. Experimental results showed that the GCL with penetrating flaw did not exhibit complete self-healing in the case of flaw. After 120 days, the hydraulic conductivity increased by approximately an order of magnitude. In addition, CaCl2 solutions had a significant influence on the hydraulic conductivity. The research findings might be of interest to researchers and engineers who design liners for landfills and other liquid containment facilities

A laboratory study was performed to study the effects of various operating factors, viz. adsorbent dose, contact time, solution pH, stirring speed, initial concentration and temperature on the adsorption of triphenyltin chloride (TPT) onto coal fly ash supported nZnO (CFAZ). The adsorption capacity increases with increase in the adsorbent amount, contact time, pH, stirring speed and initial TPT concentration, and decrease with increase in the solution temperature. The adsorption data have been analyzed by Langmuir, Freundlich, Temkin and Dubinin-Radushkevich (D-R) adsorption models to determine the mechanistic parameters associated with the adsorption process while the kinetic data were analyzed by pseudo first-order, pseudo second-order, Elovich, fractional power and intraparticle diffusivity kinetic models. The thermodynamic parameters of the process were also determined. The results of this study show that 0.5 g of CFAZ was able to remove up to 99.60% of TPT from contaminated natural seawater at 60 min contact time, stirring speed of 200 rpm and at a pH of 8. It was also found that the equilibrium and kinetic data fitted better to Freundlich and pseudo second-order models, respectively. It can therefore be concluded that CFAZ can be effectively used for shipyard process wastewater treatment

This paper presents the recent advances in pervaporative reduction of sulfur content in gasoline. Methods of preliminary selection of membrane active layer material are presented. Interactions between gasoline components (typical hydrocarbon and sulfur species) and membranes are showed. Influence of pervaporation process parameters i.e. feed temperature, downstream pressure and feed flow rate on the separation efficiency is discussed. Investigations of the influence of sulfur concentration in fluid catalytic cracking (FCC) gasoline on membrane performance have been conducted. A series of PV tests was carried out to investigate the separation properties of the commercial composite membrane with an active layer made of poly(dimethylsiloxane) and to determine the efficiency of organic sulphur compound (thiophene) removal from model thiophene/n-heptane mixture depending on its concentration.