Relevant bibliographies by topics / Hydronyms

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  1. Journal articles
  2. Dissertations / Theses
  3. Books
  4. Book chapters
  5. Conference papers

Academic literature on the topic 'Hydronyms'

Author: Grafiati
Published: 4 June 2021
Last updated: 5 May 2022

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Journal articles on the topic "Hydronyms"

1

Aldinger, Pavel. "VARIATION OF THE DNIEPER BASIN HYDRONYMY ON THE TERRITORY OF THE SMOLENSK REGION." Izvestia of Smolensk State University, no. 1 (49) (May 26, 2020): 100–112. http://dx.doi.org/10.35785/2072-9464-2020-49-1-100-112.

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The article is devoted to the analysis of the Dnieper water bodies nominations on the territory of the Smolensk region. The research is aimed at consideration of the most important onomastic problem at present – variation in the sphere of the proper names, particularly in the hydronymy. Amidst the regional onomastic development, the research in the sphere of toponymy and hydronymy is being actively carried out, toponymic dictionaries are being published. In these dictionaries the variants of the geographical objects are often only marked down. However, more focused attention to the revealing and describing the reasons and methods of their variation allows the researchers to carry out more detailed diachronic analysis of the onyms existence in the different historical periods and define the invariants formation. The most interesting field of research is the toponymy and hydronymy study of the Smolensk region – western border region of Russia. The material of the research is based on the military-topographical map of Smolensk Governorate, large scale maps and an atlas of the Smolensk region, as well as written information sources. The author has analyzed the examples of the orthographical, phonetical, morphological and lexical variants of hydronyms and has tried to reveal the linguistic and extralinguistic reasons of the water bodies nominations variation in this region. It is proved that the hydronyms variants origin is typical for small water currents; it is linked with their shallowing and the loss of their significance in the economic life of the population. The predominance of the phonetical variants is explained by the influence of the general-linguistic process, a local dialect lect, a living colloquial language. The variation on the word formation level is widely represented by diminutive forms as a result of the changes in the water currents physico-geographical parameters. Lexical variation of the hydronyms in the region depends on the nominations de-etymologisation. Moreover, in the analyzed region the author has found out a lot of variants of hydronyms with changes at different language levels. Linguistic and extralinguistic reasons of variation in hydronymy are closely linked. This fact can make it more difficult to determine the method of the new variant creation. The analyzed factual material will be practically used in the «Hydronym’s Dictionary of the Smolensk Region», which will be published soon.
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Hacıbaba qızı Mehdiyeva, Gülbəniz. "Ancient rivers of the Albanian country by Musa Kalankatuklu's work "History of Alban"." SCIENTIFIC WORK 15, no. 3 (March 24, 2021): 37–42. http://dx.doi.org/10.36719/2663-4619/64/37-42.

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Most of the onomastic units mentioned in the written monuments of ancient times are valuable sources in terms of studying the past, language, lifestyle, ethnogenesis, ethnography of our people today. While these monuments are important in terms of clarifying historical realities and shedding light on obscure issues, on the other hand, their study is politically important in modern times. At a time when our hated neighbors are looking at our lands and making historical distortions, the study of onomastic units in ancient monuments – toponyms, anthroponyms, oronyms, hydronyms, etc. – can be a convincing answer to baseless fabrications. It should be noted that we come across information and explanations about each of these hydronyms in scientific and historical sources written from ancient times to the present day, and the core of each of them is of Azerbaijani-Turkish origin. The monument involved in the study names countless water bodies associated with the territory of Azerbaijan. They are also very valuable in terms of studying the lexical and semantic development of our language. We come across information and explanations about each of these hydronyms in scientific and historical sources written from ancient times to the present day. One of the hydronyms directly connected with the territory of Azerbaijan in the source is the Caspian Sea. Books and articles about the Caspian Sea give it different names and etymological-linguistic analysis of the word Caspian. Another hydronym mentioned in the source is Tartar river. The article provides extensive information about the Tartar River in terms of its geographical structure. The hydronym Tartar is given in Arabic, Russian, Georgian and ancient Turkic sources with different phonetic structure. The name of the Urdun River is mentioned several times in the source. However, it should be noted that the Urdun River flows not in the Albanian country, but in the Middle East, and most of it flows in the territory of modern Jordan. Although the explanation of some of the hydronyms included in the ancient Caucasian Albanian territory in the source is convincing, the exact explanation of many ancient hydronyms still remains controversial. One example of such controversial hydronyms is the Urdun River. The last hydronym mentioned in the article is Goycha river. Extensive geographical, historical, etymological interpretations and linguistic analysis of the hydronym are given. Key words: river, morphemes, geographical names, modern areal, hydronyms, onomastic
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3

Iliadi, Alexandr. "MISCELLANEA ETYMOLOGICA: TOPONYMICA." Research Bulletin Series Philological Sciences 1, no. 193 (April 2021): 171–76. http://dx.doi.org/10.36550/2522-4077-2021-1-193-171-176.

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The paper deals with the verification of several etymological versions, suggested for interpretation of hydronyms (i.e. names of water geographical objects) of ancient Slovakia. Earlier these lexical units were classified as elements of Iranian (Sarmatian and Alanian) substratum in local Slavic historical toponymy. The author compares etymological versions, existing in scientific circulation, and finds out the soft spots in their argumentation and also notes the lack of proof for different contentions. The special attention is given to problematic question of ambiguity of orthography of documented forms hydronyms, because ambiguity all too often gives grounds for several (absolutely different) interpretations of one word. Consequently, here is focused on the problem of choice of a certain variant as more «authoritative» (i. e. maximally closed to primordial, etymological form) for research. Critical assessment of proposed above etymological versions uncovers new resources for genetic interpretation of five viewed hydronyms, which can be surely defined as Celt and Germanic lexical heritage in Slovak hydronymy. Among river names the primordial Germanic hydronym is pointed out; one is extended with Middle Iranian term of geographical nomenclature, which evidences about lexical reception of Germanic toponymy stratum traces in the speech practice of Sarmatian and Alanian population and consequently about both ethnoses lingual interaction. In particular Celtic and Germanic etymologies are suggested for such Slovakian hydronyms: Hasztergan, Hor. Hastrgan, Hor. Hastrgan = *Gaster-gan < Germ. *Gaster ‘stream in ravine’, extended with Iran. *kan ‘sorce, well, spring’; Kubra, Cubra = Celt. *kubr (< adj. *kumb-ro-) ‘stream, current on valley’; Metrbos = Germ. *Mittel-bach, *Mittel Bach or *Mitlpos(sky) ‘between creeks’; Nuduna = Celt. *nau-dun ‘port for boats’, ‘fortification with marina for boats’; Gardubarto, Gardubartu, Karduberka, Chaduwocha = Celt. *kar[r]-dubur = «stone water», «stone stream» + Hung. to [tava, tavat] ‘lake’, ‘pond’.
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Belyaev, Andrey G., and Elena I. Shubnitsina. "On the Origin of Russian-Language Hydronyms of the Shchugor River Basin." Вопросы Ономастики 17, no. 1 (2020): 95–112. http://dx.doi.org/10.15826/vopr_onom.2020.17.1.005.

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The article discusses the history of the hydronyms Shchugor, Patok, Glubnik, Torgovaya, Volokovka, Pyatidyrka, and Semidyrka, i.e. the names of the Shchugor River and its several tributaries of the first and second orders. Presently, these names mostly have a “Russian” phonetic appearance, however, their historical variants suggest that some of them may be a result of semantic adaptation of pre-Russian names. The authors suggest that the hydronyms Pyatidyrka and Semidyrka originated from Nenets names with a composite determinant -dyrma, expressing recurrence and place of action. In other examples, there is a parallel coexistence of several similar versions of one hydronym belonging to different languages, cf.: Russian Torgovaya, Komi-Zyryan Törgövöy-yu, Nenets Menyaylava. This can be regarded as a testimony to the past and current contacts of the Russian population with indigenous peoples — speakers of Finno-Ugric and Samoyedic languages. In some cases, the older pre-Russian form of a hydronym might be missing, i.e. replaced by a Russian-language variant without any trace of the substrate name. For example, the Komi-Zyryan hydronym Pyzhenyuts (from Komi-Zyryan pyzh ‘boat,’ literally “River on which boats can sail”) was replaced in the Old Russian period by the name Padun and, later, by the name Patok, both of the latter hydronyms being originally Russian. The article also analyzes native Russian names for which the most probable motivation can be established based on geographic data. Incidentally, the traditional interpretation of the name of the river Glubnik as “deep river” or “river with deep places” is called into question, since such an interpretation does not correspond to physical and geographical features of the river, the authors interpret the name as “River flowing from the depths of the taiga.” All linguistic observations and etymological interpretations of hydronyms presented in the article are based on the analysis of a large array of cartographic sources of the 16th–20th centuries; finally examples are given of the distortion of the spelling of the hydronyms of the Shchugorsk area of the Urals on the maps of various times.
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Nafikov, S. "The hydronyms of the Labau, Lämäδ and similar isoglosses in the Ural-Altaic and other languages." Turkic Studies Journal 3, no. 3 (2021): 55–64. http://dx.doi.org/10.32523/2664-5157-2021-3-55-64.

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The article is a study of the origin of Bashkir hydronyms with anlaut L-, (Labau, Lämäz, and a number of others). Against the background of extensive comparisons of similar hydronyms and appellatives from the Turkic, Altaic, and other Eurasian languages. The author considers several versions of the said hydronyms viz possible origin from the Turkic, Altaic, Uralic or Euroasiatic languages at large. The stem and/or root of Bashkir hydronyms of the Lämäz type may be cognate with such hydronims as Laba in Poland > the Elbe in East Germany, -lej ‘a small river’ in the Volga Finnie languages and with a fair number of similar names of water objects in Europe, Asia and beyond. So, convergence with many of the same-root names of water bodies from several dozen languages and/or dialects is proposed. A large amount of material from the dialects and subdialects of the Bashkir language is involved. A conclusion is proposed about the very great antiquity of the hydronyms containing the anlaut L- in the bases of the LVC phonomorphological type. The answer to the question posed in the article’s title can hardly be definitive, as much further research is needed to clarify many points.
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Egorova, Anna Semenovna. "Lexico-Semantic Groups of Chuvash Hydronyms." Development of education 4, no. 1 (March 18, 2021): 29–34. http://dx.doi.org/10.31483/r-98039.

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The article is devoted to the lexical and semantic analysis of Chuvash hydronyms. The purpose of the study is to classify the names of water bodies by lexical and semantic groups, to identify the main principles of the nomination of hydro-names. The article deals with the names of rivers and streams, lakes and ponds, swamps and swampy places, the names of springs and wells. The main material for the analysis was collected by the author during field research, data from the toponymic file of the Scientific Archive of the CSUH and various cartographic sources, maps of land stored in rural administrations of the Chuvash Republic were used. The main methods are descriptive, comparative, typological, and statistical ones. The results of the study showed that according to the lexical and semantic classification, Chuvash hydronyms are divided into two groups: 1) hydronyms that reflect the physical and geographical properties of water bodies and their environment; 2) hydronyms that have arisen as a result of practical human activity. Most of the names of water bodies are based on a specific feature of the geographical realities themselves. Their Chuvash language can be grouped into the following subgroups: 1) names containing a significant feature of the object; 2) names indicating the ground, soil; 3) names related to the plant world; 4) names associated with the animal world; 5) names indicating the location of the water body; 6) names expressed by numerical indicators; 7) figurative and metaphorical names. Hydronyms that have arisen as a result of the practical activity of a person are divided into the following subgroups: 1) hydronyms related to the life and economic life of the population; 2) hydronyms whose meanings are related to the social life and spiritual culture of the population; 3) hydronyms derived from anthroponyms; 4) hydronyms derived from ethnonyms; 5) hydronyms derived from toponyms. It is concluded that as a result of lexical and semantic analysis, it is possible to establish the principles of the nomination of hydronymes, to identify the physical and geographical characteristics of the area, to obtain new information about the material and spiritual culture of the Chuvash people.
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Rovenchak, Ivan. "Geotoponymy – one of the non-main subsystems of culture geography." Visnyk of the Lviv University. Series Geography, no. 41 (September 17, 2013): 264–72. http://dx.doi.org/10.30970/vgg.2013.41.2000.

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The allocation in Geotoponymy such areas as Choronymy, Hydronymy, Oronymy, Ecumenymy and Dromonymy are substantiated. The choronyms “Rus’” and “Ukraine” from geocultural position are analyzed. Special attention is given to the most common hydronyms, oronyms and ecumenyms of Ukraine. The three subproblems from the problem of reduction in line with Ukrainian Geoculture are allocated. Key words: Geoculture, Geotoponymy, Choronymy, Hydronymy, Orohymy, Ecumenymy, problems of Ukrainian ecumenymy.
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Gusenkov, Pavel A. "Revisiting the “West-Baltic” Type Hydronymy in Central Russia." Вопросы Ономастики 18, no. 2 (2021): 67–87. http://dx.doi.org/10.15826/vopr_onom.2021.18.2.019.

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The article examines the substrate hydronymy of the middle Oka and the Dnieper regions (ending in -va, -da, etc.) that is typically attributed to the West-Baltic toponymic stratum and associated with the language of the Moschinskaya archaeological culture and the related archaeological sites. The author analyzed its spatial distribution in the East European Plain. The study has found that: 1) the spread of names of waterbodies ending in -va correlates with the distribution scheme of substrate Baltic hydronymy in general and the monuments of the Dnieper-Dvina, Yukhnovskaya, and Late Dyakovo cultures of the Early Iron Age; 2) the spread of hydronyms with zh/z sound variation (including as a distinctive feature) correlates with the Krivich and Radimich culture areas, and the range of Russian dialects with lisping pronunciation which makes no difference between sibilants and hushing sounds; 3) Baltic hydronymy ending in -da is not attested in the area of the Moschinskaya culture and related archaeological sites; 4) among the names with the root ape-/upe- found in the same cultural milieu, only those containing Eastern Baltic variant are verifiable; 5) the hypothesis for East Baltic origination of the names with the root stab- is not inferior to the West Baltic; 6) there are no sufficient grounds for tracing some river names to the Prussian words pannean and sug since most of these hydronyms refer to a later period while the others have more plausible explanations; 7) for some hydronyms (Zerna, Opochinka, Ponya, Sezhikovka, etc.) the substrate origin is not confirmed. Based on the above observations, the hypothesis for the presence of a West-Baltic layer of hydronymy in the middle Oka region and the consequent assumption of the West-Baltic origin of the Moshinskaya culture were disputed.
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Islamova, Yu V., M. G. Baksheeva, M. S. Vykhrystyuk, and I. S. Karabulatova. "Semantics and etymology of substrate hydronyms of the Lower Konda." Bulletin of Ugric studies 10, no. 4 (2020): 662–71. http://dx.doi.org/10.30624/2220-4156-2020-10-4-662-671.

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Introduction: hydronyms due to their specificity have a high linguistic and cultural significance. They reflect different aspects of human society. Semantic and etymological analysis is a necessary stage in the development of regional toponymy and an effective way to obtain diverse information leading to an understanding of the cultural code of the nation. Objective: semantic and etymological description of the substrate hydronyms of the Lower Konda. Research materials: names of water geographical objects identified in written sources, geographical maps. Results and novelty of the research: as a result of the study, it was found that the substrate hydronymy of the Lower Konda includes russified names of Khanty and Mansi origin with the absolute predominance of the Khanty names. The polylinguality of toponymy is determined by the ethnic composition of the population of the Lower Konda. The semantics of hydronyms reflected the worldview of the indigenous ethnic groups. The principles of nomination of the onyms are typical: according the properties of geographical object, related objects, and connections with people. They reflect a universal feature of human thinking to identify the typical and the unique in an object, to perceive the totality of names as a system, to see their connections and relationships. The specifics are the semantic content of onyms, the presence of hybrid lexemes, and names with double motivation. The scientific novelty of the work consists in the fact that for the first time the hydronymy of the Lower Konda is subjected by complex semantic and etymological analysis, and its specific features are revealed.
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Deviatkina, E. M. "On the Finno-Ugric substratum in the hydronymy of the Tambov region." Vestnik of Samara University. History, pedagogics, philology 26, no. 4 (December 30, 2020): 123–27. http://dx.doi.org/10.18287/2542-0445-2020-26-4-123-127.

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The article discusses hydronymic topoformants on the territory of the Tambov region, related to the Finno-Ugric substrate. Their most common series are highlighted. For some toponyms, new etymologies are proposed. It is determined that appellatives presented as toponyms make it possible to determine the semantic content of hydronyms. The semantic motivation of the toponyms of hydronyms with Finno-Ugric etymologies on the territory of the Tambov region is due to the names of geographical objects, the names of flora and fauna, reflection of the size, shape, nature and direction of the flow of the object. As expected, the inclusion of Mordovian topoformants in the foundations of Russian and other substratum origin, the inclusion of Mordovian toponyms in toponymic phrases according to Russian derivational models is noted
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Dissertations / Theses on the topic "Hydronyms"

1

Győrffy, Erzsébet. "Linguistic layers of Old Hungarian hydronyms." Gesellschaft für Namenkunde e.V, 2010. https://ul.qucosa.de/id/qucosa%3A12628.

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When analysing the etymological layers of Hungarian river names, it becomes soon clear that loan names make up a much larger group than in the group of settlement names, for instance. This fact can be due to the phenomenon that in the case of hydronyms, name-giving and name-usage is driven mainly by communicative needs, while other (e. g. socio-cultural or political) factors only rarely influence name-giving. In my paper, it was my aim to provide an etymological typology of Hungarian hydronyms from the Árpád-era (896 –1350). It seems to be justified to choose the Hungarian hydronyms of the Árpád-era as the corpus of my investigation, for the country was strongly multilingual and multiethnic in this period of time (Hungarian, Slavic, German, Turkish), which also has an effect on the system of water names. The survey of the linguistic layers of river names shows that largely the same semantic content appears in river names originating from different languages. The semantic types appearing in river names belong to the so-called panchronistic feature of the hydronym system, in other words, they show signs of universal human thinking.
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2

Győrffy, Erzsébet. "Linguistic layers of Old Hungarian hydronyms." Universitätsbibliothek Leipzig, 2014. http://nbn-resolving.de/urn:nbn:de:bsz:15-qucosa-146287.

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When analysing the etymological layers of Hungarian river names, it becomes soon clear that loan names make up a much larger group than in the group of settlement names, for instance. This fact can be due to the phenomenon that in the case of hydronyms, name-giving and name-usage is driven mainly by communicative needs, while other (e. g. socio-cultural or political) factors only rarely influence name-giving. In my paper, it was my aim to provide an etymological typology of Hungarian hydronyms from the Árpád-era (896 –1350). It seems to be justified to choose the Hungarian hydronyms of the Árpád-era as the corpus of my investigation, for the country was strongly multilingual and multiethnic in this period of time (Hungarian, Slavic, German, Turkish), which also has an effect on the system of water names. The survey of the linguistic layers of river names shows that largely the same semantic content appears in river names originating from different languages. The semantic types appearing in river names belong to the so-called panchronistic feature of the hydronym system, in other words, they show signs of universal human thinking.
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3

Greule, Albrecht. "Das festlandkeltische Hydronym *Langvros: Rekonstruktion und Integration." Gesellschaft für Namenkunde e.V, 2016. https://ul.qucosa.de/id/qucosa%3A16333.

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The name of the river Lambro/Lambrus near Milano (Italy/Roman province Gallia-Transpadana) will be reconstructed as indoeuropean *h1lṇgwhró-s ‘quick’. Compared with other geographic names it will be supposed, that Lambrus is a celtic relict name. The problem is, in which way celtic labiovelars, e.g. /gw/, are integrated in the post-celtic languages.
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King, Jacob. "Analytical tools for toponymy : their application to Scottish hydronymy." Thesis, University of Edinburgh, 2008. http://hdl.handle.net/1842/3020.

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It has long been observed that there is a correlation between the physical qualities of a watercourse and the linguistic qualities of its name; for instance, of two river-names, one having the linguistic quality of river as its generic element, and one having burn, one would expect the river to be the longer of the two. Until now, a phenomenon such as this had never been formally quantified. The primary focus of this thesis is to create, within a Scottish context, a methodology for elucidating the relationship between various qualities of hydronyms and the qualities of the watercourses they represent. The area of study includes every catchment area which falls into the sea from the River Forth, round the east coast of Scotland, up to and including the Spey; also included is the east side of the River Leven / Loch Lomond catchment area. The linguistic strata investigated are: Early Celtic, P-Celtic, Gaelic and Scots. In the first half of the introduction scholarly approaches to toponymy are discussed, in a Scottish and hydronymic context, from the inception of toponymy as a discipline up to the present day; the capabilities and limitations of these approaches are taken into consideration. In the second half the approaches taken in this thesis are outlined. The second chapter explains and justifies in more detail the methodology and calculus used in this thesis. The subsequent chapters examine the following linguistic components of a hydronym: generic elements, linguistic strata, semantics and phonological overlay. In each of these chapters the methodology is harnessed as an analytical tool to generate new findings for hydronymic research. The conclusion consists of a summary of the findings and a review of the performance of the calculus. It emerges that these analytical tools are of use to the field of toponymy in two ways. Firstly, they formalise and challenge previously unquantified statements made in the field of toponymy. Secondly, they elucidate hitherto unnoticed phenomena. It is suggested that in the future this methodology be applied to other datasets (particularly hill-names) and to other regions in Scotland and the world at large.
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Karlin, Björk Simon. "Försvunna å- och sjönamn i Roslagen : Hydronymisk rekonstruktion på grundval av tre undersökta ortnamn i Norrtälje kommun." Thesis, Uppsala universitet, Institutionen för nordiska språk, 2015. http://urn.kb.se/resolve?urn=urn:nbn:se:uu:diva-260193.

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Schmid, Wolfgang P. "Zur Begrifflichkeit in der Konzeption der Alteuropäischen Hydronymie." Gesellschaft für Namenkunde e.V, 2007. https://ul.qucosa.de/id/qucosa%3A31510.

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Die gegenwärtigen Auseinandersetzungen um das Konzept der Alteuropäischen Hydronomie gehen allmählich von verständlichen Diskrepanzen in unverständliche Dissonanzen über. Sie führen weder im Einzelnen noch im Ganzen weiter und können deshalb hier übergangen werden. Viel wichtiger scheinen mir dagegen jene Annahmen zu sein, die sich hinter üblichen Termini verstecken und damit weitere Fehleinschätzungen vorprogrammieren.
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Loupová, Iveta. "Komunikační kampaň na vybraný produkt společnosti TA Hydronics." Master's thesis, Vysoká škola ekonomická v Praze, 2012. http://www.nusl.cz/ntk/nusl-165354.

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The aim of this diploma work is to create a marketing campaign of TA Hydronics product operating in the B2B market. The theoretical part will deal with the first characteristic of the concept of communication, followed by analysis of the current situation of the company, marketing and communication mix, which is diffused by new trends in communication. Next section will follow the implementation and monitoring phase. There is a characteristic of TA Hydronics at the practical part. A further part will focus on the marketing campaign proposal, with the transition to marketing situational analysis, including analysis of the internal and external environment.There is a control stage at the end of this work.
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Heffington, Samuel N. "Development and analysis of a vibration-induced droplet atomization module for high heat flux cooling applications." Diss., Georgia Institute of Technology, 2000. http://hdl.handle.net/1853/16758.

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Schoonover, Kevin George. "An experimental and numerical investigation of evaporating water sprays injected into flowing superheated steam." Thesis, Georgia Institute of Technology, 2001. http://hdl.handle.net/1853/17935.

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Jacobsson, Mattias. "Wells, meres, and pools : hydronymic terms in the Anglo-Saxon landscape /." Uppsala (Sweden) : distrib. by Uppsala university library, 1997. http://catalogue.bnf.fr/ark:/12148/cb376459733.

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Books on the topic "Hydronyms"

1

Gupta, Sushil K. Etymologically common hydronyms, toponyms, personal and proper names throughout the Indo-European geographic area. Milton, MA: Sverge Haus Publishers, 1990.

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2

Schmid, Wolfgang P. Hydronymia Europaea, Einführung: Ziele, Grundlagen, Methoden = (Zeszyt wstępny, cel, metoda, zasady redakcyjne). Stuttgart: F. Steiner Wiesbaden, 1986.

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3

Hydronics technology. Troy, Mich: Business News Pub. Co., 1995.

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4

Index zur Reihe Hydronymia Germaniae. Stuttgart: F. Steiner, 2005.

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Szulowska, Wanda. Nazwy wód w Polsce. Warszawa: Semper, 2001.

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Chiappinelli, Luigi. Lessico idronomastico della Campania. Napoli: [s.n.], 1999.

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Ageeva, R. A. Gidronimii͡a︡ Russkogo Severo-Zapada kak istochnik kulʹturno-istoricheskoĭ informat͡s︡ii. Moskva: "Nauka", 1989.

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Hidronimi Srbije. Beograd: In-t za srpski jezik SANU, 1996.

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Ilʹich, Tolstoĭ Nikita, ed. Gidronimii͡a︡ Russkogo Severo-Zapada kak istochnik kulʹturno-istoricheskoĭ informat͡s︡ii. 2nd ed. Moskva: Ėditorial URSS, 2004.

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Matiïv, M. D. Slovnyk hidronimiv baseĭnu riky Stryĭ. Kyïv: Krymnavchpedderz͡h︡vydav, 1999.

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Book chapters on the topic "Hydronyms"

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Ruiz Estrada, Mario Arturo. "The Uses of Smart Hydrones in Case of Floods or Tsunami Relief Operations." In ICTE in Transportation and Logistics 2019, 375–83. Cham: Springer International Publishing, 2020. http://dx.doi.org/10.1007/978-3-030-39688-6_47.

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"Slavische Gewässernamengebung Slavic Hydronyms Hydronymes: domaine slave." In Namenforschung / Name Studies / Les noms propres, Part 2, edited by Ernst Eichler, Gerold Hilty, Heinrich Löffler, Hugo Steger, and Ladislav Zgusta. Berlin • New York: Walter de Gruyter, 1996. http://dx.doi.org/10.1515/9783110148794.2.17.1539.

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"Latvian hydronyms of anthroponymic origin." In Personennamen und Ortsnamen. Berlin, Boston: De Gruyter, 1999. http://dx.doi.org/10.1515/9783110919448-011.

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"Gewässernamen: Morphologie, Benennungsmotive, Schichten Hydronyms: Their Morphology, Motivation, and Layers Hydronymes: morphologie, motifs dans l'attribution des noms, strates." In Namenforschung / Name Studies / Les noms propres, Part 2, edited by Ernst Eichler, Gerold Hilty, Heinrich Löffler, Hugo Steger, and Ladislav Zgusta. Berlin • New York: Walter de Gruyter, 1996. http://dx.doi.org/10.1515/9783110148794.2.17.1534.

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Marinetti, Anna. "Nomi di luoghi e nomi di fiumi in area altinate: tra lingua e cultura." In Antichistica. Venice: Edizioni Ca' Foscari, 2020. http://dx.doi.org/10.30687/978-88-6969-380-9/008.

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This paper discusses some toponyms of the surrounding area of ancient Altinum. Some place names and river names, usually attested by latin sources, can trace back to older linguistic stage. I consider the names Altinum and Silis, but also the hydronyms Zero and Muson (the ancient names are unattested), which origin could be attribute to the Venetic language. The proposal of a Venetic basis from indoeuropean *eghero for the name Zero is apparently to exclude because of the medieval forms Zayro/Iairo, which arise from latin theatrum; nevertheless, the -ai- forms can be explained as a cultural induction, considering the proximity of the river to the ancient theater of Altinum.
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Samodelova, Elena A., and Nina M. Solobay. "Ukrainian Toponymy in the Life and Work of Sergey Esenin." In Sergey Esenin in the Context of the Epoch, 213–82. A.M. Gorky Institute of World Literature of the Russian Academy of Sciences, 2021. http://dx.doi.org/10.22455/978-5-9208-0672-7-213-282.

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For the first time information about Ukraine (Little Russia) — its geography, archeology, history, literature, historical figures — is extracted from the biography and creative heritage of Esenin. The information about Ukraine, which the future poet has gleaned or could learn from textbooks and fiction, hear from contemporaries, is given. Along the way, the primary and secondary school programs were analyzed and the question about the accuracy of the official names of educational institutions in the villages Konstantinovo and Spas-Klepiki was raised. Esenin’s interest in Ukrainian topics was emphasized from his youth. Esenin’s routes across the Ukrainian land have been clarified. Specific place names and hydronyms (names of cities, railway stations, rivers) and broader designations of territories (Scythia, Zaporozhye) are given. The textual details related to the writing of Ukrainian toponyms by the poet are noted.
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Le Bourdellès, Hubert. "Les hydronymes." In Boulogne et Thérouanne au temps de César, 39–42. Presses universitaires du Septentrion, 2009. http://dx.doi.org/10.4000/books.septentrion.68174.

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Le Bourdellès, Hubert. "VII. Les hydronymes sacrés celtiques." In Boulogne et Thérouanne au temps de César, 61–68. Presses universitaires du Septentrion, 2009. http://dx.doi.org/10.4000/books.septentrion.68194.

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Le Bourdellès, Hubert. "IX. Conclusion concernant les hydronymes." In Boulogne et Thérouanne au temps de César, 77–81. Presses universitaires du Septentrion, 2009. http://dx.doi.org/10.4000/books.septentrion.68204.

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"Vztahově-modelová analýza hydronym povodí Ostravice." In Onomastyka — neohumanistyka — nauki społeczne. Instytut Języka Polskiego Polskiej Akademii Nauk, 2018. http://dx.doi.org/10.17651/onomast2018.19.

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Conference papers on the topic "Hydronyms"

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Hayrutdinova, Gulshat. "THE FIGURAIVE POTENTIAL OF VOLGA AND IDEL HYDRONYMS." In 4th International Multidisciplinary Scientific Conference on Social Sciences and Arts SGEM2017. STEF92 Technology, 2017. http://dx.doi.org/10.5593/sgemsocial2017/22/s06.014.

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Sadovnikova, I. I. "Word-forming types of hydronyms in the Even language." In SCIENCE OF RUSSIA: TARGETS AND GOALS. "Science of Russia", 2019. http://dx.doi.org/10.18411/sr-10-12-2019-57.

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Wang, Yu, and Antonina Shelemova. "Hydronyms in The Song of Igor’s Campaign and the Chinese Translations." In Proceedings of the 2019 International Conference on Pedagogy, Communication and Sociology (ICPCS 2019). Paris, France: Atlantis Press, 2019. http://dx.doi.org/10.2991/icpcs-19.2019.57.

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Nuridinzoda, Mahbuba. "Toponyms of Tajikistan: Historical-Etymological and Lexical-Structural Analysis of Toponyms and Hydronyms." In Proceedings of the International Conference "Topical Problems of Philology and Didactics: Interdisciplinary Approach in Humanities and Social Sciences" (TPHD 2018). Paris, France: Atlantis Press, 2019. http://dx.doi.org/10.2991/tphd-18.2019.63.

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Filippova, Viktoriia. "PALEOASIATIC TOPONYMS OF LANDSCAPES OF NIZHNEYA KOLYMA REGION OF YAKUTIA (HYDRONYMS AS A CASE-STUDY)." In 4th SGEM International Multidisciplinary Scientific Conferences on SOCIAL SCIENCES and ARTS Proceedings. STEF92 Technology, 2017. http://dx.doi.org/10.5593/sgemsocial2017/41/s15.004.

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HASSAN, ALI BAKR. "ARAB CONTRIBUTIONS TO HYDRONYMY: THE DETECTING OF UNDERGROUND WATER THAT LED TO THE CONSTRUCTION OF WATER WELLS." In ISLAMIC HERITAGE 2020. Southampton UK: WIT Press, 2020. http://dx.doi.org/10.2495/iha200021.

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Vasko, Christopher A., Pantelis-Daniel Arapoglou, Guray Acar, Monica Politano, Wael El-Dali, Josep Perdigues Armengol, Harald Hauschildt, and Carlo Elia. "Optical High-Speed Data Network in Space - An Update on HydRON's System Concept." In 2022 IEEE International Conference on Space Optical Systems and Applications (ICSOS). IEEE, 2022. http://dx.doi.org/10.1109/icsos53063.2022.9749744.

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Patel, Chandrakant D., Ratnesh K. Sharma, Cullen E. Bash, and Monem H. Beitelmal. "Energy Flow in the Information Technology Stack: Introducing the Coefficient of Performance of the Ensemble." In ASME 2006 International Mechanical Engineering Congress and Exposition. ASMEDC, 2006. http://dx.doi.org/10.1115/imece2006-14830.

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The information technology industry is in the midst of a transformation to lower the cost of operation through consolidation and better utilization of critical data center resources. Successful consolidation necessitates increasing utilization of capital intensive "always-on" data center infrastructure, and reducing the recurring cost of power. A need exists, therefore for an end to end physical model that can be used to design and manage dense data centers and determine the cost of operating a data center. The chip core to the cooling tower model must capture the power levels and thermo-fluids behavior of chips, systems, aggregation of systems in racks, rows of racks, room flow distribution, air conditioning equipment, hydronics, vapor compression systems, pumps and heat exchangers. Earlier work has outlined the foundation for creation of a "smart" data center through use of flexible cooling resources and a distributed sensing and control system that can provision the cooling resources based on the need. This paper shows a common thermodynamic platform which serves as an evaluation and basis for policy based control engine for such a "smart" data center with much broader reach - from chip core to the cooling tower. Computational Fluid Dynamics modeling is performed to determine the computer room air conditioning utilization for a given distribution of heat load and cooling resources in a production data center. Coefficient of performance (COP) of the computer room air conditioning units, based on the level of utilization, is used with COP of other cooling resources in the stack to determine the COP of the ensemble. The ensemble COP represents an overall measure of the performance of the heat removal stack in a data center.
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