scholarly journals On limits of the distribution range of the Crimean rock lizard Darevskia lindholmi (Sauria: Lacertidae)

2021 ◽  
Vol 21 (3/4) ◽  
pp. 101-122
Author(s):  
O. V. Kukushkin ◽  
◽  
I. S. Turbanov ◽  
R. A. Gorelov ◽  
A. G. Trofimov ◽  
...  

New data on the boundaries of the distribution range of the Lindholm rock lizard (Darevskia lindholmi), an endemic of the Crimean Peninsula, are presented. This petrophilous lizard inhabit a wide range of biotopes in various landscape levels of the Mountainous Crimea. The upper boundary of D. lindholmi distribution in the southwest of the Main Range of the Crimean Mountains reaches an elevation of 1,520 m a.s.l. (Ai-Petrinskaya Yayla, KemalEgerek Mountain), while on the other high uplands with altitudes above 1.5 km and colder climate (Babugan and Chatyrdag), the species was traced only up to 1,250–1,320 m a.s.l. The northern border of D. lindholmi range in the western part of the Crimean Mountains runs along the Outer Foothill Range (the right bank of the Alma River), while in the eastern part it corresponds the northernmost rocky massifs of the Inner Foothill Range to the north of 45º N latitude. Isolated marginal populations found in the forest-steppe or phrygana-steppe landscapes of the Foothills and arid Southeastern Coast differs significantly in their distance from the main habitat of the species, lizards’ abundance and density. A hypothetical history of the formation of the current range of the Lindholm lizard is discussed.

Author(s):  
N.P. Matveeva ◽  
E.A. Tret'iakov ◽  
A.S. Zelenkov

A large number of imported items found in the occupation layers of archaeological sites in the Trans-Urals and Western Siberia suggest that, in the Middle Ages, these regions were on the periphery of trade routes and were involved in global historical events. In this connection, the dating of material culture provides details about trade and economic, as well as social and political, aspects of the life of communities of the past. One of the new archaeological sites allowing the dynamics of material culture to be traced is a multi-layered Papskoye settlement. This site constitutes a fortification having two areas and powerful defensive lines, located on top of the right-bank terrace of the Iset River. In this study, structures attributed to different chronological periods were analysed and artefacts were collected (7th century BC — 14th century AD). Nevertheless, collections of items dating back to the High Middle Ages (late 9th — early 14th centuries) are the most representative as they most objectively reflect the historical and cultural processes that took place in this region. Most of the finds of arrowheads, elements of cloth-ing and horse harnesses, as well as household items, in the Papskoye settlement belong to this time. In this study, we used a comparative-typological method followed by the identification of the types of things. In order to establish the most accurate chronological framework, as well as to determine the primary centres for the production of certain items, we applied the method of analogy using a wide range of material culture from the neighbouring territories, which include Altai, Mongolia, Volga region, Kama area, the Caucasus, the north of Western Siberia, etc. In this study, we identified two chronological phases within the High Middle Ages using the materials of the Papskoye fortified settlement: 1) late 9th — 12th centuries; 2) late 12th — early 14th centuries. They correspond to the period when the carriers of the Yudino and Chiyalik cultures inhabited this site. In addition, a large number of direct analogies with the neighbouring territories suggests that the territory of the forest-steppe Trans-Urals was located on the periphery of trade routes through which imports came from Southern Siberia, Volga Bulgaria and the Upper Kama area.


2021 ◽  
Vol 17 (3) ◽  
pp. 193-198
Author(s):  
V. V. Liubych ◽  
L. I. Storozhyk ◽  
V. I. Voitovska ◽  
I. S. Tereshchenko ◽  
A. I. Losieva

Purpose. To reveal the features of agrobiological parameters formation of sweet sorghum various varieties and hybrids in the conditions of the Right-Bank Forest-Steppe of Ukraine. Methods. During 2018–2020 twenty-one varieties and hybrids of sweet sorghum of various ecological and geographical origins (Ukraine, Russia, USA, France, Germany, Hungary, Brazil) were studied in the field. Parameters like plant height and indices of their individual productivity (grain weight per panicle, 1000 grain weight, etc.), yield of dry biomass and grain, content of sugar in juice and protein in grain, as well as estimated sugar and protein yield in a crop. The counts were carried out in the phase of physiological ripeness of the culture. Results. In the group of Ukrainian varieties and hybrids, the plants were from 272 to 306 cm high, in the foreign group – from 274 to 412 cm. Varieties ‘Red Amber’, ‘Sioux’, ‘Affas CJ 899’, ‘Freed’ and ‘Early Orange’ are of high value for breeding practice, their plants were the tallest – from 388 to 412 cm. The panicle length of sweet sorghum cultivars of Ukrainian breeding ranged from 16.0 to 17.3 cm, foreign – from 11.0 to 19.4 cm. Grain weight from one panicle varied from 32.8 to 41.6 g and from 29.2 to 43.5 g, respectively. In a wide range, depending on the varietal characteristics, the indicator of the number of grains per panicle also varied from 1338 to 1708 pcs. The mass of 1000 grains of sweet sorghum ranged from 28.0 to 31.0 g in varieties and hybrids of Ukrainian breeding, in foreign ones – from 19.3 to 31.0 g. The yield of dry vegetative mass of cultivars of Ukrainian breeding was at the level of 8.24–9.11 t/ha. The highest rates were shown in hybrid ‘Mamont’ and ‘Huliver’ variety – 9.05 and 9.11 t/ha, respectively. For cultivars and hybrids of foreign breeding, this indicator varied from 7.00 to 12.17 t/ha. Significantly higher biomass in comparison with the standard variety (‘Sylosne 42’) was produced by ‘Vorai Sumac’, ‘Sorgo Cucre’, ‘Sioux’, ‘Freed’, ‘Red Amber’, ‘Mohavk’, ‘Affas CJ 899’, ‘Early Orange’ – 9.03–12.17 t/ha. The sugar content in sweet sorghum juice varied from 15.2 to 17.2%. The estimated sugar yield in Ukrainian cultivars was at the level of 0.82–0.89 t/ha, in foreign ones – from 0.72 to 1.18 t/ha. In all studied varieties it was the highest in ‘Sorgo Cucre’, ‘Sioux’, ‘Freed’, ‘Red Amber’, ‘Mohavk’, ‘Affas CJ 899’, ‘Early Orange’ – 0.94–1.18 t/ha. Conclusions. The productivity of sweet sorghum varies greatly depending on the origin of the variety and hybrid. In the conditions of the Right-Bank Forest-Steppe, in order to obtain a high sugar yield, it is advisable to grow ‘Sylosne 42’, ‘Favoryt’, ‘Troistyi’, ‘Dovista’, ‘Huliver’ varieties and ‘Ananas’, ‘Medovyi’, ‘Mamont’ hybrids. Varieties ‘Vaconia Orange’, ‘Vorai Sumac’, ‘Sorgo Cucre’ and hybrids ‘Ald Sorghum’, ‘Sioux’, ‘Freed’, ‘Red Amber’, ‘Mohavk’, ‘Affas CJ 899’, ‘Early Orange’ provide high yields of vegetative masses. Hybrids ‘Freed’, ‘Affas CJ 899’ and ‘Early Orange’ produce a large vegetative mass (11.08–12.17 t/ha), grain yield (8.00–8.15 t/ha) and a high protein content (9.8–11.3%).


Author(s):  
V. A. Tabunshchik

Zapadnyy Bulganak, Alma, Kacha, Belbek, Chernaya rivers belong to the rivers of the north-western slope of the Crimean Mountains. The sources of the rivers are located on the north-western slopes of the Main Ridge of the Crimean Mountains, then the rivers flow from east to west almost parallel to each other. Up to about the middle of their course, they have a character typical of mountain streams (except for the Zapadnyy Bulganak River). The river valleys in the upper reaches are V-shaped, narrow, their slopes are dissected by numerous gullies and tributaries. There are almost no tributaries in the middle and lower reaches. In the low-water period (low-water period), drying is observed in the estuaries of rivers. The catchment basins have an elongated shape along the river, expanded in the upper part, which is the main feeding area.The considered river basins, although they have, in comparison with the rest, the river basins of the Crimean Peninsula, are better studied in general, but they are not sufficiently studied. In the article author deals with the main morphometric characteristics of river basins of the North-Western slope of the Crimean Mountains. Using Shuttle Radar Topography Mission (SRTM) and ArcGIS software for river basins Zapadnyy Bulganak, Alma, Kacha, Belbek, Chernaya are analyzed the following morphometric parameters – area of the basin, the symmetry of the basin, length of the basin, width of the basin, configuration and irregularity of the outline of river basin, the highest and lowest elevation within the basin, the average altitude of the river basin, the average slope of the river basin. Some of the morphometric indicators are calculated for the first time. For morphometric indicators that were partially previously calculated using topographic maps and published in literature, a comparison and analysis with the calculated data is provided. It is established that the using of SRTM and the ArcGIS software allows for fairly accurate measurements of morphometric indicators of the river basin.


Author(s):  
Nina Gural-Sverlova

The taxonomic and ecological composition of the autochthonous land mollusc fauna in different parts of the plain Ukraine was analyzed on the basis of the personal data, collection materials of the State Museum of Natural History of the NAS of Ukraine in Lviv as well as numerous literature sources. Excluding representatives of the genus Helicopsis, the taxonomy and species composition of which in the territory of Ukraine still require clarification, and the steppe part of the Crimean peninsula, in four landscape zones of Ukraine, currently, a total of 109 species of land molluscs, which are autochthonous for at least part of the analyzed territory, are registered. The maximum species diversity (103 species and 2 representatives of the genus Helicopsis) is recorded in the zone of deciduous forests, followed by the right-bank part of the forest-steppe zone. The smallest number of the autochthonous species of land molluscs was noted for the right-bank part of the steppe zone. Within the Ukrainian Polesie and the forest-steppe zone of Ukraine, the taxonomic diversity of land molluscs decreases from west to east. The number of the registered autochthonous species decreases, respectively, by 1.5 and 1.7 times, and the generic diversity by 1.3 and 1.5 times. In the steppe zone, the main centre of the species diversity is the Donetsk Upland, located in the east of the country. In taxonomic and ecological composition, land mollusc complexes of the right-bank part of the forest-steppe zone are closer to the zone of deciduous forests, in its left-bank part – to the left-bank steppe. In general, the spatial differentiation of land mollusc fauna in the plain territories of Ukraine is more strongly associated not with the boundaries of landscaped zones, but with the location of these territories with respect to the Dnieper bed and with some uplands, where the species diversity of land molluscs of the zone of deciduous forests and forest-steppe zone (Podolian Upland) and the steppe zone (Donetsk Upland) is concentrated.


Author(s):  
Elena A. Aibabina

There are late eighteenth-century maps of the town of Eski-Krym (Solkhat, Krym, Staryi Krym) which Muslim commune shaped by the last third of the thirteenth century showing a number of significant architectural objects and gravestones with stone-carved decorations. The system of Muslim gravestones developed by O.-N. A. Akchokrakly and A. S. Bashkirov is based on the study of forms and the location of ornamental and epigraphic parts of monuments from the cemeteries of Staryi Krym. Carved decorations of medieval grave monuments of Solkhat show by the high artistic level of carving, the quality of technical execution, and original ornamentation. Their connection of stone carving of the Crimea in the Golden Horde Period with the Asia Minor appeared simultaneously with the development of Muslim architecture. Photographs and drawings made by an academic expedition in 1925 that surveyed ancient Tatar settlements and cemeteries in the Crimean steppe (its western areas close to Yevpatoria, as well as the north of the Crimean Peninsula and its east close to the town of Staryi Krym) show a wide range of gravestones, mostly of geometrical forms like pillars topped with turbans. There is a small group of grave monuments, or the so-called two-horned gravestones, representing a rough form of similar tombstones originating from the Muslim cemeteries of Solkhat as the capital of the Crimea in the Golden Horde Period and other large settlements, such as Eski-Iurt. The two-horned gravestones from the cemeteries of large settlements present elaborate forms and inscriptions; they are covered with ornaments featuring the Seljuk style of the Asia Minor. The two-horned gravestones from the cemeteries in the steppe have a high base, with their pillars following the shape of vertical


2021 ◽  
Vol 14 (3) ◽  
pp. 50-62
Author(s):  
O. V. Morozova ◽  
A. A. Tishkov

The article analyzes the diversity of alien plant species in the Russian part of the Arctic (RA) based on the generalization of different publications. Alien plant species present in all regions of the RA, but compared with more southern biomes, their share in regional floras is relatively small and unevenly distributed, from 1-2% in the north of Yakutia and in the continental part of Chukotka to 22-27% on the Kola Peninsula and in the Bolshezemelskaya tundra. In general, the low species diversity of alien species in the RA is explained by two groups of factors. The first one includes socio-economic indicators: relatively late and still focal economic development of the region and, in general, low human migration activity here. The second one unites natural factors, among which the climate is of paramount importance. It has been shown that mainly plurizonal species with the northern border of their ranges in the boreal zone are introduced into the RA, but the direct donor regions are often not known when alien species are introduced. These species are clearly better adapted to a wide range of conditions, allowing them to survive in the harsh Arctic climate. By the way of invasion into the RA, unintentionally introduced species prevail, and the main vectors are transport, migration activity, in recent years - arctic tourism, as well as introduction with contaminated materials. The distribution of alien species is locally and mostly associated with settlements and industrial centers.


Author(s):  
S. L. Zhygalova

According to our own observations, herbarium materials and literature data, the distribution of Iris pineti- cola Klokov — an endemic forest-steppe species included in the Red Data Book of Ukraine in the status of “vulnerable” was analyzed. Data on its taxonomic status are given, distribution map is made (geographical coordinates are restored on the basis of materials of the National Herbarium of Ukraine (KW), herbarium of V. N. Karazin Kharkiv National University (CWU), as well as literature data), range and population data are analyzed. It is established that I. pineticola is distributed in the Right-Bank and Left-Bank Forest-Steppe, occasionally entering the north part of the steppe and the valley of the Siversky Donets. Grows in forests, artificial pine plantations on sandy terraces of rivers. According to own data and analyzed literature, I. pineticola populations are stable. In addition to inclusion in the Red Data Book of Ukraine, at the regional level I. pineticola is protected in Donetsk and Luhansk regions of Ukraine, also protected in the territories of NPP “Holy Mountains” and landscape reserve of national importance “Red Coast”.


2020 ◽  
Vol 20 (1) ◽  
pp. 1-9
Author(s):  
GS Potapov ◽  
YuS Kolosova

The fauna and ecology of bumblebees in the European North are quite well-studied. However, there is a scarcity of information about the distribution and ecology of certain species of bumblebees, especially for the territory of Northern Russia. In this study, we summarised materials concerning Bombus (Pyrobombus) jonellus (Kirby, 1802), which is typical bumblebee species for the north-western portion of the Russian Plain and surrounding areas. The studied territory includes the Arkhangelsk Region and the western part of the Nenets Autonomous District, i.e. a wide strip from taiga to tundra ecosystems. Due to the studies of materials that were collected over a period 17 years, we established that B. jonellus is widely distributed and the northern border of its range within the studied region reaches the northern part of the Kanin Peninsula. In the north-western Russian Plain, B. jonellus has been found in various types of habitats, the most common being coniferous and birch forests, secondary meadows and ruderal patches. In the Solovetsky Islands, White Sea, Russia, B. jonellus is typical on coastal heathlands. In the northern part of the studied region, B. jonellus has a tendency to forage in open habitats and visits a wide range of entomophilous plants, mostly of the family Ericaceae. Our findings highlight that the territory of the north-western Russian Plain and surrounding areas is where B. jonellus is widely distributed and abundant, being recorded in different types of habitats.


Author(s):  
Valeriy Rudenko ◽  
Kateryna Grek

The creative work of Dr. Myron Korduba (1876 - 1947) is revealed in his fundamental geographical research "Territory and population of Ukraine" (1918). The article covers the well-grounded and clearly defined by scientists the boundaries of the ethnographic territory of Ukraine as a whole, as a foundation for establishing the political boundaries of the future Ukrainian state.  Only those counties (which are the primary territorial unit of assessment) where the proportion of Ukrainians exceeds 50% of the total population, or when the Ukryayans in these counties are quantitatively dominant, are the first among other nationalities, are referred to the "continuous Ukrainian ethnographic territory" by Dr. Myron Korduba. The basis for determining the boundaries of "ethnographic Ukraine" by Dr. Myron Korduba was the materials of the all-Russian 1897 population census and a similar population census in Austria-Hungary in 1900. In the ethnographic borders of Ukraine defined by scholars, almost 9/10 of the total territory accounted for "Russian Ukraine", about 8% - for "Austrian", less than 2% - for "Hungarian Ukraine". The population of Ukraine within its ethnographic borders, according to Myron Korduba, in January 1914 amounted to more than 46 million souls, of which 86% lived within Tsarist Russia, about 13% - in "Austrian Ukraine", more than 1% - in "Hungarian Ukraine. ". The ethnic composition of the population of "ethnographic Ukraine": 71.0% - Ukrainians, 11.7% - Great Russians, 8.2% - Jews, 4.5% - Poles, 1.9% - Germans, 0.9% - Volokhs, 1.8% - other nationalities. The most important result of Dr. Myron Korduba's geographical study is the definition of the northern, eastern, southern and western borders of the "continuous Ukrainian territory", the so-called "ethnographic borders of Ukraine". In the north-west, scientists outline them as follows: Brest, Kobrin, Bielsk counties of Grodno province; in the north - Pinsk and the southern part of Mozyr district of Minsk province, then - northeast of Ovruch - the northern border of Kiev province to the Dnieper - then along the Dnieper to the north of its tributary Sozh and the basin of the river Snov. The Great Russian-Ukrainian border stretched: from the upper Snov to the mouth of the Sudota River, which flows into the Desna, then - east along the administrative border between Chernihiv and Orel provinces, then - Ukrainian were Grayvoronsky, Novo-Oskolsky, Putivelsky and the southern part of Sudzhansky district of Kursk. province. In the southern part of the Voronezh province - in Biryuchensky, Bogucharsky, Valuysky, Ostrogodsky and in the south of Pavlovsky counties Ukrainians "live in continuous masses…". Then the border ran along the watershed of the Potudan and Saena rivers to the Don, and in the Don Army Region Ukrainians predominated only in Rostov and Taganrog counties. Myron Korduba referred to the Kuban region, Blagodarensky and Svyatokhrestovsky districts of Stavropol as "continuous Ukrainian territory". "Ethnographic Ukraine" in the south included Berdyansk, Melitopol and Dnieper counties of the Tavriya province, all counties of the Kherson province (except Odessa). In Austria-Hungary, the Ukrainian-Wallachian border ran west from Novoselytsia near Chernivtsi to the Suceava-Zolota Bystritsa River. In Hungary, the Ukrainian ethnographic territory included separate parts of the Maramarosky, Ugotsky, Berezky, Uzhsky, Zemplinsky, Sharyshsky, and Spysky counties. The south-western and western wedges of the Ukrainian ethnic territory were located on the right bank of the Poprad - Hrybiv - Horlytsia - Zhmyhorod - Yasolky - Ivanych - Rymaniv - north of Sanok - upper Xiang - Dinov - stream Rokytnytsia - Sinyava - mouth of Zolota - north to the Russian-Galician . Finally, in the northwest, in the newly formed Kholm province, Ukrainians constituted an absolute majority in Bielsko, Volodavsk, Hrubieszów, and Konstantinów, with an overwhelming majority in Kholm and Zamość counties. Key words: Myron Korduba, ethnographic borders and population of Ukraine.


2020 ◽  
pp. 128-136
Author(s):  
T. Padalko

The purpose of the research was to study the essence of ensuring high germination of seeds and survival of chamomile plants depending on the variety, seeding rate and sowing time in the Right-bank Forest Steppe. Chamomile plants have been found to be signifi cantly responsive to the soil and climatic conditions of the region, which has led to uneven seedlings, so it is important to investigate agrotechnological techniques aimed at increasing of seed germination energy and simultaneity of sprouts. The agrobiological features of medicinal plants cultivation in the conditions of the RightBank Forest Steppe, in particular, of chamomile (Matricaria recutita), which is most used in offi cial and folk medicine among medicinal plants due to the presence of various biologically active substances in it, were investigated. The study was conducted with samples of chamomile plants in the area of the Right-bank Forest-Steppe of Ukraine (field of study (IE Prudyvus), a branch of the department of Podilsky State Agrarian and Technical University), taking into account all the requirements of the methodology of the research case. The following results were obtained: the period of vegetation of chamomile was mainly dependent on the sowing time, the duration ranged from 83 to 240 days; fi eld germination of chamomile plants in the average for 2017‒2019 was in the range of 71‒89 %; the maximum rate of plant survival at the end of the growing season was 93 %, which was obtained on the variant of autumn sowing with a sowing rate of 6 kg/ha in the Perlyna of the Forest-steppe, the minimum indicator was noted 72 % for the summer sowing with a sowing rate of 8 kg/ha in the Bodegold variety; the germination and survival rate exceeded the control by 10‒13 %. Today, this crop is quite widespread and is cultivated independently of the fi rst established cultivation areas and existing research stations of medicinal plants, and in particular, as a culture of a wide range of use of raw materials both in Ukraine and abroad. Key words: chamomile, variety, seeding rate, sowing period, fi eld germination, plant survival, vegetation factors.


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