scholarly journals The Organization of Trade in Nemunas from the Riverhead ports of the Radziwiłł and Sapieha families in the 1760s and 1770s

2020 ◽  
Vol 45 ◽  
pp. 61-78
Author(s):  
Darius Sakalauskas ◽  
Aivaras Poška

This study concerns the transportation of goods and raw materials through the Nemunas River to the Baltic Sea ports in the second half of the 18th century. The main goal of this paper is to analyse how two different methods of goods transportation (shipment of goods by river vessels and by timber rafts) were organized and to determine how their economic models functioned in practice. This research relies on the data of Income-Expenditure registers of timber rafting from Radziwiłł (Świerżeń Nowy) and goods transportation from Sapieha family (Ruzhany and Derechin) estates in current-day Belarus. The analysis showed that the Sapieha family’s highest share of revenue derived mostly from the exportation of grown raw materials, mostly rye. Salt, wine, beer, various types of metal alloys, etc. were bought in exchange. Part of the revenue was used to cover debts, thus the generated income of the voyage did not reach the treasury of the Sapieha family. The analysis of timber-rafting income-expenditure showed that the timber was drifted to the town of Rusnė, near the Nemunas river delta, or to the city of Königsberg. The sources failed to show the full extent of timber trade generated revenue due to the specifics of its trade, however, the analysis showed that the biggest part of expenditures (about 90–95 percent) went on the hiring of employees and on timber preparation and it’s transportation to the river ports. This article also uncovers the different aspects of how these different kinds of trade voyages were organized and how the river trade-related infrastructure operated that supplements our understanding of the Nemunas river role in the economy of Grand Duchy of Lithuania in the second half of 18th century.

2003 ◽  
pp. 136-146
Author(s):  
K. Liuhto

Statistical data on reserves, production and exports of Russian oil are provided in the article. The author pays special attention to the expansion of opportunities of sea oil transportation by construction of new oil terminals in the North-West of the country and first of all the largest terminal in Murmansk. In his opinion, one of the main problems in this sphere is prevention of ecological accidents in the process of oil transportation through the Baltic sea ports.


2020 ◽  
Vol 5 (2) ◽  
pp. 66-87
Author(s):  
JOHANS C.G. KREEK

The emergence and early development of Kampen The town Kampen, at the mouth of the river IJssel (The Netherlands), seems to have originated in the 12th century ex nihilo. To explain this enigmatic start, many theories have been proposed. This article attributes its origin to a series of events, that started with the silting up of the Limjefjord after 1120 in the north of Jutland. This fjord was an important connection between the North Sea and the Baltic Sea for the small boats of the Frisian trade. The silting up of the fjord was a direct reason for the creation of the cog, a larger bulk carrier, that could circumnavigate Cape Skagen. Moreover, it could also take a shortcut over high seas to the mouth of the Vlie, and over the Almere to the mouth of the river IJssel. From there, the smaller Frisian ships used to sail over the IJssel to the German Rhine area, which was impossible for the seagoing cog. Therefore, the introduction of the cog prompted the foundation of a port for transshipment in the first half of the 12th century. This means Kampen did already exist as a settlement, when a storm surge in 1170 turned the Almere into the Zuiderzee and the settlement could take advantage of this environmental change.


2001 ◽  
Vol 44 (11-12) ◽  
pp. 325-330 ◽  
Author(s):  
H. Obarska-Pempkowiak ◽  
T. Ozimek ◽  
W. Chmiel

Facilities constructed in order to protect streamS against storm water in the Gdan«sk region are described. The first of them is located on the Rynarzewski Stream (water flow 25 l/s). The stream is the main tributary of the Jelitkowski Stream which in turn drains to the Baltic Sea in the area of popular beaches and hotels. Results of analyses indicate the improvement of water quality in the stream and along beaches in this region. Another facility is situated on the Swelina Stream (water flow 30 l/s). The stream is fed with storm water originating from residential districts. In order to improve water quality a pond was constructed supported by a subsurface flow filter (HF-CW type). After implementation of the system substantial improvement of water quality occurred. In order to protect drinking water intake for the city of Gdan«sk against surface and point sources of contaminants a hydrophite treatment system was constructed in Bielkowo. The system consists of two subunits: wet unit (pond), filled with water all the time and dry unit (extention of the pond), designed for storm water. In the wet unit dams constructed of medium size sand are placed. The system, especially the dams, is inhibited with reed. The drainage systems collect water percolating through the dams, and directs it downstream. The system was constructed in 1997. Since then it has proven a substantial improvement of water quality discharged of inflowing loads, on average.


2018 ◽  
Vol 58 ◽  
pp. 01001
Author(s):  
Magdalena Adamowicz

This article attempts to explore the effects caused by the implementation of facilities for maritime entrepreneurs introduced under the act deregulating economic law (hereinafter: "Ports 24h" or port package). Moreover it was analysed whether the procedures implemented by the Customs Service and border units, and in particular the simplified procedure, one stop shop and single window, shortened the time of customs clearance in ports. It was examined whether new solutions affected seaports in Poland and helped to build their competitive advantage over the Baltic Sea. The port of Gdansk was particularly interested due to the annual increase in transhipments. There is a surprising lack of studies on customs conveniences in sea ports. The bulk of academic work focuses on the competitiveness of sea ports as seen through infrastructural investments, with no consideration given to factors such as stable, clear and reliable law which does not impede enterprises in their business.


2017 ◽  
Vol 18 (4) ◽  
pp. 275-281
Author(s):  
Darius Bazaras ◽  
Ramūnas Palšaitis ◽  
Artūras Petraška ◽  
Andrejs Zvaigzne

Abstract This paper reviews the principles of transportation risk assessment in the Baltic Sea ports and hinterland. The essential steps of assessment are the identification of primary criterions, the determining the underlying criterion groups and quantitative assessment of international environment indicators and nature, infrastructure indicators and organizational indicators on the basis of the multiple-criteria evaluation methods. Designed system of criteria creates a possibility for objective evaluation of risk management processes and allows planning objectively long-term risk management strategy in the ports according to certain economic development circumstances.


Author(s):  
Silvija Ozola

The port city Liepaja had gained recognition in Europe and the world by World War I. On the coast of the Baltic Sea a resort developed, to which around 1880 a wide promenade – Kurhaus Avenue provided a functional link between the finance and trade centre in Old Liepaja. On November 8, 1890 the building conditions for Liepaja, developed according to the sample of Riga building regulations, were partly confirmed: the construction territory was divided into districts of wooden and stone buildings. In 1888 after the reconstruction of the trade canal Liepaja became the third most significant port in the Russian Empire. The railway (engineer Gavriil Semikolenov; 1879) and metal bridges (engineers Huten and Ruktesel; 1881) across the trade canal provided the link between Old Liepaja and the industrial territory in New Liepaja, where industrial companies and building of houses developed in the neighbourhood of the railway hub, but in spring 1899 the construction of a ten-kilometre long street electric railway line and power station was commenced. Since September 25 the tram movement provided a regular traffic between Naval Port (Latvian: Karosta), the residential and industrial districts in New Liepaja and the city centre in Old Liepaja. In 1907 the construction of the ambitious “Emperor Alexander’s III Military Port” and maritime fortress was completed, but already in the following year the fortress was closed. In the new military port there were based not only the navy squadrons of the Baltic Sea, but also the Pacific Ocean before sending them off in the war against Japan. The development of Liepaja continued: promenades, surrounded by Dutch linden trees, joined squares and parks in one united plantation system. On September 20, 1910 Liepaja City Council made a decision to close the New Market and start modernization of the city centre. In 1911 Liepaja obtained its symbol – the Rose Square. In the independent Republic of Latvia the implementation of the agrarian reform was started and the task to provide inhabitants with flats was set. Around 1927 in the Technical Department of Liepaja City the development of the master-plan was started: the territory of the city was divided into the industrial, commercial, residential and resort zone, which was greened. It was planned to lengthen Lord’s (Latvian: Kungu) Street with a dam, partly filling up Lake Liepaja in order to build the water-main and provide traffic with the eastern bank. The passed “Law of City Lands” and “Regulations for City Construction and Development of Construction Plans and Development Procedure” in Latvia Republic in 1928 promoted a gradual development of cities. In 1932 Liepaja received the radio transmitter. On the northern outskirts a sugar factory was built (architect Kārlis Bikše; 1933). The construction of the city centre was supplemented with the Latvian Society House (architect Kārlis Blauss and Valdis Zebauers; 1934-1935) and Army Economical Shop (architect Aleksandrs Racenis), as well as the building of a pawnshop and saving bank (architect Valdis Zebauers; 1936-1937). The hotel “Pēterpils”, which became the property of the municipality in 1936, was renamed as the “City Hotel” and it was rebuilt in 1938. In New Liepaja the Friendly Appeal Elementary school was built (architect Karlis Bikše), but in the Naval Officers Meeting House was restored and it was adapted for the needs of the Red Cross Bone Tuberculosis Sanatorium (architect Aleksandrs Klinklāvs; 1930-1939). The Soviet military power was restored in Latvia and it was included in the Union of Soviet Socialist Republics. During the World War II buildings in the city centre around the Rose Square and Great (Latvian: Lielā) Street were razed. When the war finished, the “Building Complex Scheme for 1946-1950” was developed for Liepaja. In August 1950 the city was announced as closed: the trade port was adapted to military needs. Neglecting the historical planning of the city, in 1952 the restoration of the city centre building was started, applying standard projects. The restoration of Liepaja City centre building carried out during the post-war period has not been studied. Research goal: analyse restoration proposals for Liepaja City centre building, destroyed during World War II, and the conception appropriate to the socialism ideology and further development of construction.


2016 ◽  
Vol 11 (2) ◽  
pp. 266-272
Author(s):  
J. Grundestam

Stockholm is currently one of Europe’s fastest growing cities, with its population increasing by approximately 1.5% per year, corresponding to 15,000 to 20,000 people. Sweden’s commitment to the Baltic Sea Action Plan and the EU Water Directive will lead to more stringent effluent requirements (6 mg-Tot-N/l, 0.2 mg-Tot-P/l and 6 mg-BOD7/l), and wastewater treatment in Stockholm will require major investment to handle these challenges. As Stockholm Vatten’s two wastewater treatment plants (WWTPs) – Bromma, 320,000 people, and Henriksdal, 780,000 people – are both located in or near residential areas in the city, plant development must be coordinated with its needs on economic, political, sustainable and long-term bases. Both WWTPs being facilities located underground also pose a challenge for any extension works.


2019 ◽  
Vol 96 (4) ◽  
pp. 309-313
Author(s):  
N. V. Rusakov ◽  
L. A. Alikbayeva ◽  
O. N. Mokrousova ◽  
G. I. Chernova

The purpose of the study is to make a comprehensive ecological and hygienic assessment of production waste - ferromanganese nodules of the Baltic sea and ash from sewage sludge for compliance with the use as road material. Material and methods. The study was executed in accordance with the applicable guidelines. Results. Waste production of Manganese - Ferruginous Sands, and ash from the incineration of sewage sludge in the city of St. Petersburg represent complex multicomponent mixtures of substances with different percentage content of metals (manganese, iron, silicon, phosphorus, aluminum, cadmium) and their compounds which seem to be low-hazard wastes (IV class of danger) to the natural environment.


2014 ◽  
Vol 14 (2) ◽  
pp. 2021-2042 ◽  
Author(s):  
I. Ialongo ◽  
J. Hakkarainen ◽  
N. Hyttinen ◽  
J.-P. Jalkanen ◽  
L. Johansson ◽  
...  

Abstract. Satellite-based data are very important for air quality applications in the Baltic Sea area, because they provide information on air pollution over sea and there where ground-based network and aircraft measurements are not available. Both the emissions from urban sites over land and ships over sea, contribute to the tropospheric NO2 levels. The tropospheric NO2 monitoring at high latitudes using satellite data is challenging because of the reduced light hours in winter and the snow-covered surface, which make the retrieval complex, and because of the reduced signal due to low Sun. This work presents a detailed characterization of the tropospheric NO2 columns focused on part of the Baltic Sea region using the Ozone Monitoring Instrument (OMI) tropospheric NO2 standard product. Previous works have focused on larger seas and lower latitudes. The results showed that, despite the regional area of interest, it is possible to distinguish the signal from the main coastal cities and from the ships by averaging the data over a seasonal time range. The summertime NO2 emission and lifetime values (E = (1.0 ± 0.1) × 1028 molec. and τ = (3.0 ± 0.5) h, respectively) in Helsinki were estimated from the decay of the signal with distance from the city center. The method developed for megacities was successfully applied to a smaller scale source, in both size and intensity (i.e., the city of Helsinki), which is located at high latitudes (∼60° N). The same methodology could be applied to similar scale cities elsewhere, as far as they are relatively isolated from other sources. The transport by the wind plays an important role in the Baltic Sea area. The NO2 spatial distribution is mainly determined by the contribution of strong westerly winds, which dominate the wind patterns during summer. The comparison between the emissions from model calculations and OMI NO2 tropospheric columns confirmed the applicability of satellite data for ship emission monitoring. In particular, both the emission data and the OMI observations showed similar year-to-year variability, with a drop in year 2009, corresponding to the effect of the economical crisis.


Author(s):  
Sergei G. Bocharov

The article covers the main points of the town-planning history of Karasubazar, the city of the Crimean khanate, and, most importantly, offers a graphic reconstruction of its master plan for the last quarter of the 18th century, the final stage of the state’s existence. Reconstruction of the historical topography of the late medieval city was carried out for the first time on the basis of three types of sources – written, cartographic, and archaeological. All the basic elements of the city’s historical topography as well as the plan of quarterly residential development and a network of streets are reconstructed. Characteristic features of the location of the quarters inhabited by the Greek, Armenian and Jewish population among the main population of the Tatar inhabitants are revealed. City mosques, bathhouses, fountains supplying the citizens with water, hotels-caravanserais, shopping malls, and production workshops are localized. It is found out that Karasubazar was the second largest settlement in the state, its capital Bakhchisarai being the largest one. By the final stage of the Crimean khanate’s existence the area of the urban development of Karasubazar was 109.0 hectares


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