Differentification features of modern arid landscapes of Middle Araz plain

2021 ◽  
Vol 07 (02) ◽  
pp. 64-67
Author(s):  
Reyhan Fikrət qızı Rüstəmova ◽  

The article d4remonstrated Sadarak, Sharur, Boyukduz, Nakhchivan, Julfa, Yayji, Kangarli, Deste, Ordubad, etc., located in the territory of the Nakhchivan Autonomous Republic along the left bank of the Araz River and covering a large area. The features of modern arid-denudation landscape forms formed in such plains as. In the presented scientific work the altered relief, location features of flora and fauna, exposed to anthropogenic influences in the Arazboyu plains of the Nakhchivan Autonomous Republic, as well as the factors that create modern arid landscapes in the area. Key words: Plains of Arazboyu, landscape, anthropogenesis, arid-denudation, differentiation

Author(s):  
O.Y. Lokot ◽  
E.P. Tymoshenko ◽  
M.M. Selendy

Studies have found that growing maize for grain on light low-humus soils of the left-Bank Polesie of Ukraine wih the use of microelements on the increased background of mineral nutrition provided the best indicators of economic efficiency. It is recommended to sow early- maturing (80 %) and mid-maturing- (20 %) hybrids with FAO 150-250 on the background of mineral fertilizers N120P60K60, applying herbicide MaizeTer power in the 3-5-leaf phase of a crop and fulfil out-off-root spraying crops with complex preparations “Rosaliq Aquatic” or ” Germ corn “. Key words: maize, insured herbicides, micro-fertilizers, early-maturing, mid-maturing, hybrids.


1991 ◽  
Vol 71 (1) ◽  
pp. 119-126 ◽  
Author(s):  
O. Banton ◽  
D. Côté ◽  
M. Trudelle

Saturated hydraulic conductivity is one of the most difficult physical parameters of soil to measure. The most accurate methods are those used in the field in the presence of a groundwater table. However, in many cases, these cannot be used, primarily when no groundwater table is present. The Côté constant head infiltrometer method proves useful in such cases, because the measurement is made on soil which is not necessarily saturated beforehand. The constant head of water used by the infiltrometer is low (3.5 cm), and so representative of precipitation and irrigation conditions. The device (which is 10 cm in diameter) performs the measurement on a large area of soil (roughly 200 cm2), and can therefore integrate varying heterogeneity and macroporosity, rendering the measurement more reliable and representative. The quantity of water needed for a measurement is about 1 L, making operation in the field easier. The Côté constant head infiltrometer is an unsophisticated device which is easy to use. Different mathematical approximations of the saturated flow of water around the infiltometer are described according to the various forms of flow taken into account. The corresponding coefficients may be used to quickly determine this parameter with a high level of confidence. However, one problem and some potential sources of error remain in the evaluation of hydraulic conductivity in the field, due principally to cases in which the soil is not totally saturated, to compaction or smoothing of the hole during digging, and to the variability of the parameter on the site. Key words: Hydraulic conductivity, infiltrometer, permeameter


2021 ◽  
Vol 08 (03) ◽  
pp. 20-23
Author(s):  
Aysel Məhərrəm qızı Məmmədova ◽  

The article discusses the features of surface fragmentation in the territory of the Nakhchivan Autonomous Republic. For this purpose, vertical and horizontal fragmentation maps of the area were compiled using Arg GIS technology. The maps were visually analyzed. At the same time, a table was compiled based on the quantitative indicators obtained during the mapping. In this table, quantitative indicators have been replaced by appropriate quality indicators. Here, five quality indicators were obtained for horizontal fragmentation and four for vertical fragmentation. Quality indicators will help to obtain more detailed information about the area. Key words. Arg GİS, horizontal fragmentation map, vertical fragmentation map


ALQALAM ◽  
2013 ◽  
Vol 30 (3) ◽  
pp. 449
Author(s):  
Abd Wahid

This study tried to find an answer about the position of Sheikh Abdullah al - Asyi in terms of the authenticity of the Hadith. Can be formulated in more detail in the following questions: How does the quality of the hadith contained in the book Shifa' al-Qulub of Sheikh Abdullah al-Asyi?; How methods hadith mention in the book of Shifa' al -Qulub ; How is discussion authority of hadith in the Shifa' al-Qulub? According to the study authors, it can be concluded that: With regard to the quality of the hadith contained in this work, as far as the research that has been done, it can be said that there are several categories of hadith, there is a shahih, hasan and dha'if. The hadiths mention methods contained in the book Shifa' al-Qulub, in terms of the language used is the language Malay. While the script used is Arabic Jawi (jawi writing). In the hadith mention also, the author of this book does not mention the hadith texts in Arabic, both sanad and matan. In addition, the author also does not mention the source of the hadith collection of original sources. Based on the author's own admission, he does not mention the Arabic text, not to mention sanad and matan, and just take the intent or understanding of tradition alone. This, according to the author is to facilitate the readers, not boring and not spend a long time. Can also be explained, following the usual standards of scientific work today, it can be concluded that the reference to the Hadith without mentioning the sanad and matan, and sources, according to researchers in terms of scientific standards to be used as a less credible source or scientific references in scientific papers in present. Key words: Abdullah al-Asyi, Hadith, Authenticity


Author(s):  
I.V. Lebedinsky

The results of the research of the cucumber plants desity of Konkurent, Beregvoy, Feniks – 640, Dzherelo varieties are represented in the article. The plants wore graun in open sail conditions of the Left-Band Forest – Steppe of Ukraine with the intertihlage width of 1,4 m. The researches were conducted in 1997-2015 at the Fruit and vegetable grawing and Storage Chair of Kharkiv National Agrarian University named affer V. V. Dokuchayiv. The results of the research witness that the optimal plant density for the cucumber of Konkurent and Beregvoy varieties is 90 -100 pieces per hectar. For Feniks – 640 variety the lensity is 80 – 90 thausands pieces per hectar. It is necessary to treat the plants of Dzherelo varieties with density of 100 – 110 thausands pieces per hectar. Key words : cucumber, variety, density, Konkurent, Beregvoy, Feniks – 640, Dzherelo, crop productivity, phenological obserwation


Author(s):  
Dmytro Tikhonenko ◽  
Kostiantyn Novosad ◽  
Dmytro Gavva

The results of the complex field, laboratory and expeditionary researches of physicochemical (cation-exchange), chemical, acid-alkaline, microbiological, micromorphological properties and dynamics of “effervescence line” in chornozem soils of the postagrogenetic and agrogenetic use, were presented in the thesis. It has been proven that the influence of forest vegetation on the agronomical characteristics of typical chornozems is almost identical to the action of grass fitocenosis. Theoretical generalizations and theory of the soil formation evolution under grass, artificial forest fitocenosis and in agrocenosis were proposed. Key words: chornozem, evolution, postagrogenesis and agrogenesis, soils, elementary soil processes, fitocenosis, “agrochornozems”, black “forestchornozems”.


The results of ecological and floristic studies of the rarity component of the urban flora of Kharkiv City in the valley of the Udy River within the Novobovarskyi microdistrict are presented. Field studies were conducted in 2017‒2020. A triangular section of 30.48 hectares was investigated near the Novozhanovo railway station. It is located on the left bank of the river Udy and is bounded on both sides by railway embankments. The Udy River valley is situated in the northeast of the city, mainly in the previously underdeveloped areas; its significant part lays in the exclusion zone of the Kharkiv railway junction and road transport routes. A large area of the river valley is swampy, therefore unsuitable for economic use. The Udianskyi eco-corridor of local importance passes through the city. It consists of two key areas: the Zhovtnevyi Hydropark wetlands and the Kriukivskyi hydrological reserve of local importance. Currently, it has been proposed to create a botanical preserve of local importance "Novozhanivskyi" for the protection of species and associations rare for Kharkiv Region and for conservation of the true meadow formation (Prata genuine) of the class Festuceta pratensis. The site is of scientific importance, since a number of species growing there are listed in the Red Data Book of Ukraine and need protection under Convention on International Trade in Endangered Species of Wild Fauna and Flora (CITES) – Ophioglossum vulgatum, Botrychium lunaria, Anacamptis coriophora, A. palustris, Epipactis palustris, Parnassia palustris, Centaurium erythraea, C. pulchellum, Valeriana officinalis, Inula helenium, Dianthus stenocalyx. The investigated area phytodiversity is represented by meadow and psammophytic species of vascular plants: Calamagrostis epigeios, Agrostis vinealis, Poa pratensis, Koeleria cristata, Nardus stricta, Sieglingia decumbens, Anthoxanthum odoratum, Festuca orientalis, Juncus gerardii, Botrychium lunaria, Genista tinctoria, Solidago virgaurea, Euphrasia pectinata, Stellaria graminea, Hieracium villosum, H. umbellatum, Polygala sibirica, Plantago lanceolata, Equisetum arvense, Achillea submillefolium. For the five plant species listed in the Red Data Book of Ukraine, the distribution maps within the area of proposed preserve are given.


2019 ◽  
Vol 53 ◽  
pp. 197-209
Author(s):  
Anatolii Kryvulchenko

Оleshkivski Sands (Oleshia) are one of the morphosculptures on the Left bank of the lower part of Dnipro river, which is formed on alluvial and periglacial deposits. The article clearly identifies the location of these sands among other morphosculptures of the Left bank of the lower part of Dnipro. In view of the ambiguity, two regions of the Left Bank are considered separately – nearby arenian sandy-loamy geocomplexes with the presence of extremely specific sandy hilly-depressions geocomplexes and the territory of the hilly-lowland plain (Kardashynka lowland), which is located between the Dnipro delta and sands massives of the Kelegei arena. Oleshia consists of seven hilly-sanded arenas and six inter-arenial sanded flat plains. Accordingly, the area of Оleshkivski Sands is 219.9 thousand hectares, almost 80 % of which are sanded arenas. Arenas are represented here as hilly sandy plains and depressions. These sandy plains divided by sand types such as hilly (hillock, hillock-dune and hilly), hilly-ridge and flat-wavy, depressions – by flat-wavy, ridge-hollow, wavy-shallow depressions and ridge-shallow depressions. Such types of relief forms are represented by the following microforms of aeolian genesis: hillocks, hills, parabolic dunes, aeolian fields, deflation depressions and also by microforms of fluvial genesis: hilly-ridges, depressions among hilly sandy massifs, gally (redundans), inter-ridge depressions (inter-ridge hollows). On the surface of sandy massifs, especially in places where the sands are exposed, relief nanoforms are formed, which are represented by small riffles, nabkhas, blowing furrows, tafonies and also by aeolian trains, cut-off lobes, cliffs, cornices. This system of forms of relief of the Oleshkivski Sands testifies to the complex and various processes of their formation, but special attention should be paid at sand ridges, especially those with the parallel ridge-hollow spatial organization. They, for example, in the south of the Kinburn arena became the basis for the formation of the aeolian-hydrogen landscape that is unique for the territory of Ukraine. The author associates the creation of the Oleshіa ridge-hollow geocomplexes with the probable catastrophic floods (floodstreams). It is advisable to consider these ridges as a manifestation of giant ripples (diluvial dunes), which are often covered by deposits with different nature of formation. This is evidenced by the variety of typology of relief forms on the territory of the Oleshkivski arenas. Thalassogenic, suffusion-subsidence and anthropogenic factors also deserve special attention in characterizing of shaping the relief of the region. Key words: the Left bank of the Lower Dnipro, Оleshkivski Sands, hierarchy of relief forms, sandy arena, aeolian processes, fluvial forms.


2020 ◽  
Vol 37 (4) ◽  
pp. 24-31
Author(s):  
V. M. Stepanchuk

The article is devoted to the coverage of a little-known aspect of D. Ya. Telehin’s scientific activity, namely his research related to Palaeolithic sites and Palaeolithic issues. Although this was clearly not the main area of the scientist’s concern, his interest for Palaeolithic studies has accompanied him throughout his scientific life. In the early 1950s, D. Ya. Telehin participated in the works of I. F. Levytskyi at the site Mynivskyi Yar at Seversky Donets, in eastern Ukraine. The lower layer of the site belongs to the period 18—13 thousand years ago. In fact, at the time of excavations, it was the only Upper Palaeolithic site in the region that was investigated on a relatively large area. In the mid-twentieth century, a cascade of new hydroelectric power plants and reservoirs was being built on the Dnieper. During the field seasons of 1953 and 1957, D. Ya. Telehin’s explorations in the area of construction of the Kakhovskaya hydroelectric power plant and the Kakhovskoye reservoir discovered, in addition to numerous sites from later periods, the first upper Palaeolithic locations of the Lower Dnieper, namely: Shyroka, Valivalska and Merzlyakova gullies. In 1975 together with N. I. Tarasenko, D. Ya. Telegin conducts excavations at the Rogalyk farm. According to modern interpretation, the remains of three new stratified sites were discovered during these works. The authors have identified the materials as early Mesolithic; they are now attributed to the final Palaeolithic. In 1976 D. Ya. Telehin researches the Upper Palaeolithic site of Zbranky near the eponymous village in the Ovruch loess area. The materials found once again, after the works of I. F. Levytskyi and V. A. Mesyats, confirmed that this region was actively exploited by the Palaeolithic man at the end of the Pleistocene. A number of new, mostly surface, Upper Palaeolithic sites were discovered by the «Dnieper-Donbas» and «Slavutych» expeditions led by D. Ya. Telehin in 1970—74 and 1980—83 on the territory of the Middle Dnieper Basin (Chernyavshchyna, Pereschepyno, Khizhnyakivka, etc.) and the middle reaches of Southern Buh (Apolyanka, Berezyno). During the 1980s, D. Ya. Telehin investigated the area of the left bank of the Dnieper River near the mouth of the Sula River. This work resulted in the discovery of a new concentration of Upper Palaeolithic sites. The features of lithic assemblages make it possible to identify groups of later and earlier sites in the preliminary view, including the so-called archaic Upper Palaeolithic. In 1984, D. Ya. Telehin investigated the location of Semenivka 1 in Baryshevsky district of Kiev region in the valley of Trubizh river. The peculiarities of the stone tools allowed to see the nearest analogies to the findings in the materials of the sites of Epigravettian mammoth hunters. Studies at Semenivka 1 gave an impulse for further searches in this area. The brief overview offered shows that although Palaeolithic studies were not in the focus of D. Ya. Telehin’s attention, his works are nevertheless deservedly included in the general fund for achievements in domestic Palaeolithic studies.


2021 ◽  
Author(s):  
Zh.A. Antonova

The investigation was carried out on the basis of analysis of data from stationary monitoring stations for atmospheric pollution during two-year period (2020-2021) and the city's zoning scheme. As a result of the investigation priority pollutants were identified for the right-bank and left-bank parts of Ulyanovsk. According to the list of priority pollutants, a number of prospective sources of these emissions were identified. Key words: stationary observation posts, priority pollutants, pollution sources, mobile posts, environmental standards.


Sign in / Sign up

Export Citation Format

Share Document