Effect of Mono- and Multichlorinated Organic Compounds—Chlorocyclohexane and Hexachloro-<i>p</i>-xylene—On the Catalytic Properties of Titanium–Magnesium Catalysts in the Homo- and... by Ildar I. Salakhov, Tatiana B. Mikenas, Vladimir A. Zakharov, Valeriy G. Kozlov, Mikhail A. Matsko, Tatiana N. Suslova

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Balymery V Settlement: study results of 2019 by Valiev Renat R., Stepanov Rodion A.

“…The work was carried out in relation to the destruction of the site’s cultural layer by the branched ravine network of the left bank of the Volga river. The first archaeological excavations at Balymery V settlement were carried out in 1955 under the supervision of A.M. …”
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Stone Scrapers of the Kurmanakovo IV Site of the Late Bronze Age in the Lower Kama Region: morphological and functional analysis by Ekaterina N. Golubeva, Anton V. Lyganov

“…Scrapers as a category of stone inventory of the Late Bronze Age cultures in Kazan Volga River and Kama River’s mouth regions is poorly covered in generalizing studies. …”
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Analysis of landings and environmental variables time series from the Caspian Sea by Hasan Fazli, Abdol-Azim Ghanghermeh, Reza Shahifar

“…These aim was to identify trends and explore the relationships between the response variables (annual landings of 10 species/groups such as kilkas, kutum, common carp, pike perch, roach, shads, bream, mullets, seal and sturgeons) and explanatory variables (sea level and Volga river water volume). Landings were more highly correlated with environmental variables. …”
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The algal composition and structure of the Yaitskoe lake (Samara Region, Russia) by Anna A. Malysheva, Elena S. Krivina, Kristina A. Kuzmina

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Urzhumian Pedocomplexes of the Kazan Volga Region (Eastern Europe): An Example of Paleoclimate and Paleolandscapes of the Subtropics of the Continental Pangea in the Middle Permian by F. A. Mouraviev, T. V. Kropotova, B. I. Gareev, G. A. Batalin

“…The paleosol profiles of the Urzhumian from the section on the right bank of the Volga River near the village of Grebeni were studied by field and laboratory methods. …”
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Alien Pests Can Spread Quickly: Wooly Ash Aphid <i>Prociphilus fraxinifolii</i> (Hemiptera: Eriosomatidae) Has Occupied Europe in 18 Years by Marina J. Orlova-Bienkowskaja, Andrzej O. Bieńkowski

“…By 2021, <i>P. fraxinifolii</i> has spread over a vast territory in Europe: from Spain in the west to the Volga River in the east. The distance between the westernmost and easternmost localities is 4180 km. …”
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Projects for the Construction of Railways Between the Volga and the Don in 1930-1950s by Andrey V. Lunochkin

“…It contained detailed calculations of the amounts needed for the construction of two ways – on a railway-horse road and steam-powered road, as well as justification of the railway route between Dubovka suburb on the Volga river and the Kachalinskaya-on-Don village. This railway-horse road was built by the same name joint stock company in 1846, however, could not compete with horse-drawn transport. …”
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Anti-erosion reclaim development and its economic efficiency by Khismatullin Marcel, Mukhametgaliev Farit, Asadullin Nail, Avkhadiev Fayaz, Ullah Rakhim, Subaeva Asiya, Khismatullin Mars

“…The practical significance of the research results lies in the fact that they can not only contribute to the development of the agro-industrial complex and other sectors of the economy, improve soil fertility, the dynamic growth of agricultural products, reduce the disposal of agricultural land and create new jobs but also ensure the preservation and restoration of the Volga River. The results show that the ecological efficiency of one anti-erosion structure in combination with soil protection measures protects an average of 120 hectares of land from further development of erosion processes and is economically paid off by the results of two years of economic activity on protected lands.…”
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MATERIALS ON MULTICELLULAR PARASITES FAUNA OF THE RUFFE GYMNOCEPHALUS CERNUUS LINNAEUS, 1758 (PISCES: PERCIDAE) FROM THE SARATOV WATER BASIN by O. V. Mineeva

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Satellite‐Based Monitoring of Eutrophication in the Earth's Largest Transboundary Lake by Zohra Mozafari, Roohollah Noori, Seyed Mostafa Siadatmousavi, Hossein Afzalimehr, Jafar Azizpour

“…Our results suggest an ever‐increasing chlorophyll‐a in the shallow zones (i.e., coasts) and even in deep regions of the sea, mainly due to nutrient inputs from the Volga river delta. Alarming increase of chlorophyll‐a in this transboundary lake can amplify eutrophication under the lens of global warming and further threaten the lake ecosystem's health, where almost all legal agreements have not yet been implemented to protect the lake environment and its rich resources.…”
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CLASSIFICATION OF BENTHIC BIOCENOSES OF THE LOWLAND RIVER TUDOVKA (TVER REGION, RUSSIA) USING COMMUNITY FEATURES by M. Schletterer, L. Füreder, V. V. Kuzovlev, Y. N. Zhenikov, J. F. Fuentes-Perez, J. A. Tuhtan

“…River Tudovka, a right tributary to the Volga River, was included within this monitoring programme as its catchment is partly protected and has only few anthropogenic activities. …”
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Land surface phenologies and seasonalities using cool earthlight in mid-latitude croplands by W G Alemu, G M Henebry

“…LSPs and LSSs in grain growing regions of the Volga River Basin of Russia and the spring wheat belts of the USA and Canada were characterized using AMSR-E enhanced land surface parameters for the period from April through October for 2003 through 2010. …”
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Water Quality Monitoring in the Volga Headwaters by Vyacheslav V. Kuzovlev, Irina L. Grigoryeva, Ekaterina A. Chekmareva, Martin Schletterer

“…The Volga River is the largest river in Europe in terms of basin area (1.36 mio. km²), length (3531 km), and water content (annual flow 254 km³). …”
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IMPROVING THE ORGANIZATION OF PASSENGER SERVICE ON THE ROUTE BY USING BUSES OF DIFFERENT CAPACITY by I. M. Ryabovbov, R. Ya. Kashmanov

“…The authors highlight that on the number and type of buses’ determining it is necessary to take into account the city specifics (on the example of Volgograd), such as the presence of only two main streets with three lanes in each direction, adjacent roads through which the routes pass, one lane direction.The length of the city along the Volga river in total is about 90 km, due to the peculiarities of the road network (RN) of the city, any irrational use of the RS leads to a significant load on the road network, and, as a result, to the congestion on the roads. …”
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Clay Raw Material of Medieval Pontic Amphorae (to the Question about Production Areas) by Evgeniy V. Sukhanov

“…These ceramic containers are wide spread in the sites of the 8th - 10th centuries in Crimea, Taman, the Don and the Volga river basins and in other areas. Methods and materials. …”
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Diversity of trematodes from the amphibian anomaly P hotspot: Role of planorbid snails. by Anton O Svinin, Igor V Chikhlyaev, Ivan W Bashinskiy, Vitaly V Osipov, Leonid A Neymark, Alexander Yu Ivanov, Tamara G Stoyko, Polina I Chernigova, Polina K Ibrogimova, Spartak N Litvinchuk, Oleg A Ermakov

“…Three species (Echinostoma nasincovae, Tylodelphys circibuteonis and Australapatemon burti) was new for the trematode fauna of the Middle Volga River region and Russia as a whole. Eleven species of parasitic flatworms have amphibians in their life cycles and nine species used amphibians as metacercariae hosts: Echinostoma nasincovae, E. miyagawai, Echinoparyphium recurvatum, Tylodelphys circibuteonis, Neodiplostomum spathula, Paralepoderma cloacicola, Macrodera longicollis, Strigea robusta, and Strigea strigis. …”
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Mobilization of plant genetic resources from the territory of Astrakhan Province, Russia by M. O. Burlyaeva, G. A. Gridnev, E. V. Miroshnichenko

“…The diversity of CWR and landraces was explored in various natural ecosystems of the Volga river basin. Sixty-eight phytocenoses were described, and 160 seed samples of 39 plant species (25 genera) were collected, representing old landraces and wild relatives of fodder, fruit, cereal, vegetable and fiber crops. …”
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Rove beetles of the open plains of the South European Russia: a review with the key to genera and annotated species checklist (Coleoptera: Staphylinidae) by M.A. Salnitska, V.A. Krivosheeva, K.P. Voronova, A.A. Gebremeskel, A.Yu. Solodovnikov

“…Our review shows the more complete knowledge of the rove beetle fauna for the western areas of PSER and for the Volga River basin, while several large regions like Republic of Kalmykia, Stavropol or Orenburg regions, on the contrary, are extremely poorly known. …”
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Distribution and bioaccumulation of heavy metals (Hg, Cd and Pb) in fish: influence of the aquatic environment and climate by T I Moiseenko, N A Gashkina

“…Data acquired by studying the bioaccumulation of these metals in the various fish species from water bodies along a latitudinal gradient in Russia (from northern Arctic lakes to the southern mouth segments of the Volga River) are utilized to identify general tendencies and specifics in the accumulation of toxic metals depending on the aquatic environment and temperature. …”
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