World Bank Document

Total Page:16

File Type:pdf, Size:1020Kb

World Bank Document Ihr MNIARITIAME OFFICE IN SZ('ZE'('lN Plac Blatorego 4, 70-207 Szczecini SZCZECIN - SWINOUJSCIE P01R1TAUTHORITY J.S.Co. Ulica Bvtornska 7, 72-603 Sic/Zccill Public Disclosure Authorized ENVIRONMENTAL ASSESMENT ILIPORT FOR MODERNIZATION AND DEVELOI'MENT OF INFRASTRUCTURE OF: 1. SEA WATER WAY - INLAND) SECTIO\ (SWINO.JSCIIE- SZCZECIN LAIGOON) 2. PORTMAREAOFX KAT1OW'ICKI I'lPEN'ISl,.\ AND GIABOW!SKI IS lAND E-300 Public Disclosure Authorized VOL. 2 Public Disclosure Authorized - ~ ~- ~ .. ~~~ ~~ lia-,nsl S 7142 Szzc ,4 A xV~~~ORKlED0111 BY+ DEINOFFICE 31N,11MOR t.o ( ZEI-x'(;RtICIIII'IJRF4N i\CI)M E........\).2NlSZCZL I1 %(/1,.N - w zi~~~~~~~~lica .iuiIosika 8, 71-424 Sz7czeci,i """"'""_ l)IWSlGN OFFI4CE4BPBMsN ,,BsIMOR1" L,td.(:o). Public Disclosure Authorized Iilica.aaglilloitka 67 / OS, 70-382 Siczecill SZCZECIN, December 1999 I PROGRAMME OF MODERNISATION OF THE ELEMENTS OF THE SZCZECIN - SWINOUJCIE PORT INFRASTRUCTURE -ASSESSMENT OF ENVIRONMENTAL IMPACT- 1. SEA WNATERW"AY- INLAND PART (SWINOUJSCIE - THE SZCZECIN LAGOON) 2. DEVELOPMENT OF THE PORT INFRASTRUCTURE ON THIE KATOWICKI PENINSULA AND OSTROW GRABOWSKI ISLAND 1. SUMMARY A safe Szczecin - Swinoujscie sea waterway - as regards navigation - is an inseparable element that enables operation of the port in Szczecin. Keeping of the sea waterway passing through the north passage, The Szczecin Lagoon, the lower Odra River up to Szczecin in operational and navigational conditions requires constant maintenance of the hydraulic engineering structures - and - with increasing tonnage (linear and volume overall dimensions) of the vessels making the port of Szczecin, changing structure and magnitude of stevedoring - quick modemisation of the most important elements of the Szczecin - Swinoujgcie Port Complex. The elements that should be modernised and developed as first are indicated on Fig. 1 - the sea waterway on the inland stretch as well as development of the port infrastructure in the areas of the Katowicki Peninsula and the island of Ostr6w Grabowski. The needs in both scopes are greater, however, for the Report on Environmental Assessment only those that fulfil the specified economic, social, social engineering and environmental requirements - expressed as developmental forecasts in the regional plan of spatial development - have been chosen. 2. MODERNISA TION CONDITIONS 2.1. Strategic conditions of tfie investment The port infrastructure modemisation programme (north passage of the waterway through Mielinski and Piastowski Canals and the port zones on the Katowicki Peninsula and the island of Ostr6w Grabowski) is an increase of the operational efficiency of the main Polish ports - the Ports of Gdansk, Gdynia and Szczecin - Swinouj§cie Port Complex. The modemisation -2 - consists in creation of technical conditions for the authentic competition of ports in winning over users, shipowners,carriers, etc. both form private and state sectors. In relation to the above, legal opportunitiesfor safe operation of the port are to be created through realisation of two infrastructure elements of the Szczecin - §winouj§cie port: 1. Modernisation of the sea waterway in its north passage through the Mielinski Canal and Piastowski Canal, and mouth to the I" Fairway Gate in the Szczecin Lagoon. 2. Modernisation of the port zones on the Katowicki Peninsula and the island of Ostrow Grabowski with carrying out of the indispensable warehouse - storage areas, quays, basins as well as access roads (land transport) linked to the network of international (S-3), national and regional roads. The projects composing the package entitled "Modemisation of the elements of the Szczecin - §winouj§cie port infrastructure" are inseparable, as the port of Szczecin cannot operate normally without efficient and navigationally safe waterway that connects the port with the Baltic Sea. The proposed project anticipates modernisation and development of the port infrastructure in the zones of both Katowicki Peninsula and the island of Ostr6w Grabowski, which makes sense only when there are investors having properly equipped port quays, warehouse areas, manoeuvring yards and patent connections of the port - as the transport junction - road connections (railway and motor) with the network of land roads of international importance. Those investments are therefore of strategic importance for the international users (Czech Republic, Germany and countries of the former USSR), Polish users as well as for the West Pomeranian Region. Therefore the Ministry of Transport of the Republic of Poland - that treats those investment actions of the Maritime Office in Szczecin and the Szczecin - Swinoujgcie Port Authority JSC as the key actions for the present and the future bulk shipping that passes through the port - is the guarantee for the loan from the World Bank. 2.1.1. Environmental strategic context of the investment Poland - with its long coastline - uses it to the best of its ability -among other things- for the purposes of economic and ecological sea transport - which is extremely important with the strong competition on the sea transport market both all over the world an in the EU. This is an alternative transport offer for increasing number of bulk commodities in relation to the land -3 - motor transport that strongly influences the natural land environment (phytocenosis, zoocenosis), the landscape virtues and safety of residents. Transport of such significant amount of bulk commodities with sea - going vessels, trains of inland and sea barges significantly reduces the environmental hazard both in the land and the water. Catastrophes and failures cannot be excluded, of course, in the port areas or the waterway - but they are under better and more efficient supervision of well-organised special services of the Maritime Office - the institution acting for the order of the Szczecin - Swinoujgcie Port Authority, and the Environmental Inspectorate. serving constant regional and state monitoring as well as special services capable of removal of the results of those catastrophes in the administered areas with established status of legal and administrative responsibility. 2.2. Operational conditions of the Szczecin - Swinoujscie Port Complex JSC The Szczecin - Swinoujscie Port Complex (one of the two port centres in Poland) is situated over the Baltic Sea, in the estuary of the Odra River, one of the two main rivers in Poland. Except the Odra River -which is the inland navigation lane connected with the system of the German waterways - Szczecin has got convenient connections of railway and motor traffic both with the domestic hinterland and foreign hinterland, and in this - the Szczecin - Berlin motorway. The port of Szczecin is connected with the Baltic Sea by the Szczecin - Swinoujscie waterwEay. The waterway allows for sailing of vessels with the following maximum parameters: length of 160 metres with draught of 9.15 metres or length of 206 metres and draught of 8.15 metres - which corresponds with fully loaded vessel of 15,000 - 16,000 DWT of carrying capacity or partly loaded vessel of 20,000 - 25,000 DWT of carrying capacity. The traffic systems of that area are as follows: - sea waterway from the north through the West Odra and MieleniskiDitch; - inland waterway from the south (West Odra and Regalica rivers) with access canals within Miedzyodrze; - railway connections from the south with system of series of 'stub' railway sidings, without possibility of circumferential traffic; - access road connections within the east - west system with the network of internal roads; -4 - - the Szczecin - Swinoujscie port serves mainly the Polish foreign trade. The service of the Polishtrade turnover makes more than 90 % of the port turnover. The west part of Poland is a natural hinterland of the port in the country. There are also places of dispatch and receipt from the central and east regions, however, the east region tends mainly to the ports of Gdansk and Gdynia. The Szczecin - Swinoujgcie Port also partly serves the Czech Republic, Slovakia, Austria and Hungary as well as the east Lands of Germany. Most of the transit stevedoring (outside Poland) varies from 1 to 1.5 million tonnes per year. The last two years have showed stabilisation of the magnitude of stevedoring with exception of general cargo. The decrease in general cargo stevedoring can be mainly attributed to the lack of specialised port potential for servicing of containers. The present stevedoring capacity of the Szczecin - gwinoujgcie Port Authority JSC at the port of Szczecin exceeds 17 million tonnes per year (Fig. 2). However, those are mainly the capacities in the group of commodities such as coal and ore that show decreasing tendencies (table 3z). Stevedoring of general cargo has got the lowest reserves of stevedoring capacity and storage capacity. Stevedoringof bulk cargo in containersis the especiallyhandicapped group. Therefore the modernisation of the technological potential of the port - and in particular in the scope of general cargo with the new stevedoring technologies - is at present a crucial task for the Szczecind Swinoujgcie poll Authority JSC. The elaborated forecasts accordingly confirm that stevedoring in Szczecin until the year of 2010 will reach 15 - 16 million tonnes and. will be specified by: * strengthening of the growing tendency of general cargo stevedoring that will make the main subject of the Polish barter as the result of restructuring of the industry and its adjustment to the international division of labour. The ro-ro stevedoring of general
Recommended publications
  • Integriertes Küste-Flusseinzugsgebiets-Management an Der Oder/Odra: Hintergrundbericht
    IKZM Forschung für ein Integriertes Küstenzonenmanagement Oder in der Odermündungsregion IKZM-Oder Berichte 14 (2005) Integriertes Küste-Flusseinzugsgebiets-Management an der Oder/Odra: Hintergrundbericht Integrated Coastal Area – River Basin Management at the Oder/Odra: Backgroundreport Peene- strom Ostsee Karlshagen Pommersche Bucht Zinnowitz (Oder Bucht) Wolgast Zempin Dziwna Koserow Kolpinsee Ückeritz Bansin HeringsdorfSwina Ahlbeck Miedzyzdroje Usedom Wolin Anklam Swinoujscie Kleines Haff Stettiner (Oder-) Polen Haff Deutschland Wielki Zalew Ueckermünde 10 km Oder/Odra Autoren: Nardine Löser & Agnieszka Sekúñ ci ska Leibniz-Institut für Ostseeforschung Warnemünde Wissenschaftszentrum Berlin für Sozialforschung ISSN 1614-5968 IKZM-Oder Berichte 14 (2005) Integriertes Küste-Flusseinzugsgebiets-Management an der Oder/Odra: Hintergrundbericht Integrated Coastal Area – River Basin Management at the Oder/Odra: Backgroundreport Zusammengestellt von Compiled by Nardine Löser1 & Agnieszka Sekścińska2 1Leibniz-Institut für Ostseeforschung Warnemünde Seestraße 15, D-18119 Rostock 2Wissenschaftszentrum Berlin für Sozialforschung Reichpietschufer 50, D-10785 Berlin Rostock, August 2005 Der Bericht basiert auf Vorarbeiten von: Małgorzata Landsberg-Uczciwek - Voivodship Inspectorate for Environmental Protection, Szczecin Martin Adriaanse - UNEP/GPA Kazimierz Furmańczyk - University of Szczecin Stanisław Musielak - University of Szczecin Waldemar Okon - Expertengruppe Mecklenburg-Vorpommern und Wojewodschaft Westpommern, Ministerium für Arbeit,
    [Show full text]
  • Survival to Stage Smolt of One Summer 014. Atlantic Salmon (Salmo Salar L.) Released Into the Gowienica River (Northern Poland) By
    ICES C.M. 19991W:02 Survival to stage smolt of one summer 014. Atlantic salmon (Salmo salar L.) released into the Gowienica River (northern Poland) by J 6zef Domagala I) 2 Ryszard BarteI ,3) 1) Szczecin University in Szczecin, Poland, 2) Inland Fisheries Institute, River Fisheries Laboratory in Gdansk, Poland 3) Sea Fisheries Institute in Gdynia, Poland. Abstract In 1995 and 1997 the respective releases of one summer old Atlantic salmon into Gowienica River reached 9000 and 4500 individuals. The respective average weight of released fish was 0.28 g and 1.0 g. In 1996-1999, some 15 km below the releasing site, a river net pound was used to catch migrating salmon smolts. Out of the fish released in 1995 there were caught 202 smolts, which constituted 2.2 % of recoveries. Length of smolts varied from 13 cm to 24 cm. Out of the second releasing in 1997 there caught 390 smolts, which constituted 8.7 % of recoveries; length of smolts varied from 11 cm to 23 cm. Introduction The last Atlantic salmon population became extinct in Poland in the mid 80's. A restoration program was initiated in 1985 when 50 000 eyed salmon eggs from the Dougava River (Latvia) were imported. During the first 10 years alevins were released into streams but the results were poor. Starting from 1994 smolts have been released into some Polish rivers (Bartel, 1997). A number of stocked smolts have risen to more than 500 000 in 1998. This method is very effective, but in order to avoid domestication of restored salmon population, some numbers of alevins and of one summer old fish are stocked into streams which have good feeding grounds.
    [Show full text]
  • Page 1 SOCIETAS BOTANICORUM POLONIAE Μ Ο Ν Ο G R Α Ρ Η ΙΑ Ε BOTANICA E Journal of the Polish Botanical Society MACROFUNGI of RAISED and TRANSITIONAL BOGS OF
    SOCIETAS BOTANICORUM POLONIAE MONOGRAPHIAE BOTANICAE Journal of the Polish Botanical Society MACROFUNGI OF RAISED AND TRANSITIONAL BOGS OF POMERANIA MAŁGORZATA STASIŃ SKA Vol. 101 ŁÓ DŹ 2011 INDEXED IN BIOLOGICAL ABSTRACTS AND ZOOLOGICAL RECORD Sold and distributed by The Head Board of Polish Botanical Society Al. Ujazdowskie 4 PL 00 478 Warszawa phone +(22) 553 05 32, e mail: ptb [email protected] http://ptb.ib pan.krakow.pl/PL/czasopisma.php CONTENTS 1. Introduction ............................................................................................................................................................... 5 2. Study area .................................................................................................................................................................. 7 3. Material and methods ............................................................................................................................................. 13 4. Results. Macroscopic fungi in peatland communities of Pomerania ................................................................. 27 4.1. Macromycetes in non-forest peatland communities ..................................................................................... 27 4.2. Macromycetes in forest peatland communities ............................................................................................. 34 4.3. Bioecological groups of fungi and peatland communities ........................................................................... 37 4.4. Macromycetes
    [Show full text]
  • Die Unsterblichkeit Der Maikäfer
    Eine Zukunftsaufgabe in guten Händen Welcome at the Isle of Vilm High Nature Value Farmland in Europe Workshop at the International Academy for Nature Conservation Isle of Vilm June 14-18, 2010 Organized by: Participants from 18 European countries Welcome at the Isle of Vilm 1. Location of Vilm Island 2.Impressions to the excursion region „Rügen“ 3.Remark to high nature value farmland Eine Zukunftsaufgabe in guten Händen The International Academy for Nature Conservation Isle of Vilm (INA) (founded 1990) Isle of Vilm (94 ha): Nature Reserve (1936) in the Biosphere Reserve South-East Rügen (1990) Geographical location of Vilm: marginal in Germany – but ... In Mecklenburg-Vorpommern Vilm In the Baltic Sea Hamburg near Rügen Schwerin 3 hours from Schwerin Berlin 4 hours from Berlin 4 hours from Hamburg Leipzig 9 hours from Bonn Bonn Central in Europe The Federal Agency for Nature Conservation Federal Agency for Nature Conservation Department Isle of Vilm President Bonn Division I: Ecology & Conservation Administration Department I 3: Isle of Vilm Ferry service Director: Prof. Dr. Hans D. Knapp, Dir.u.Prof. Technical service SectionI 3.3 Sectiont I 3.2 Internationale Academy Section I 3.1 Marine and Coastal for Nature Conservation Biological Diversity Nature Conservation Head: Head: Head: Gisela Stolpe Dr. Horst Korn, W Dir. Dr. Henning von Nordheim W Dir. Reception, kitchen, service Staff: about 58 people Welcome at the Isle of Vilm 1. Location of Vilm Island 2.Impressions to the excursion region „Rügen“ 3.Remark to high nature value farmland Rügen Rügen Island – 51,4 km 51,4 km Topograpy 161 m above sea 42,8 km level Coast line: ca.
    [Show full text]
  • Confernce Programme and Participant List
    2nd International Conference on Climate Change - The environmental and socio-economic response in the Southern Baltic region Szczecin, Poland, 12-15 May 2014 Programme and Participant List Organized and sponsored by University of Szczecin Baltic Earth, the successor to BALTEX Helmholtz-Zentrum Geesthacht West Pomeranian University of Technology Government of the Maratime Academy of Szczecin Wojewodztwo Zachodniopomorskie 1 2 3 4 Draft Programme (as of 16 April 2014, minor changes possible) SUNDAY, 11 May 2014 16:00 - 20:00 Registration at the Conference Venue 19:00 Ice Breaker at the Conference Venue (Drinks/Snacks/Music) MONDAY, 12 May 2014 09:00 - 10:15 Registration at the Conference Venue 10:30 Opening Ceremony Chair: Andrzej Witkowski Inaugural addresses Olgierd Geblewicz, Marshal of the Province of Western Pomerania Piotr Krzystek, Mayor of the City of Szczecin Artu Bejger, Rector of the Szczecin Maritime Academy Edward Włodarczyk, Rector of the University of Szczecin Opening Lectures 11:30 Late Pleistocene climate change and its impact on palaeogeography of the southern Baltic Sea region Leszek Marks, University of Warsaw, Department of Climate Geology and Polish Geological Institute – National Research Institute, Warsaw 12:00 Copernicus dilemma and contemporary science Karol Piasecki, University of Szczecin, Faculty of Humanities 12:30 Lunch 5 Session A: Reconstructions of palaeo-environmental change: Geological proxies and numerical modelling Chair: Aarno Kotilainen 14:00 Keynote Lecture Linking terrestrial and marine ecosystems: Holocene land-cover changes and their effect on terrestrial carbon pools and coastal ecosystems along the Swedish Baltic coast Anneli Poska, Nielsen A.B., Björk S., Broström A., Filipsson H.L., Ghosh A., Khan M., Ning W., Åkesson C., Conley D.J.
    [Show full text]
  • The Effect of Effluents from Rainbow Trout Ponds on Water Quality in the Gowienica River 25
    DOI: 10.2478/jwld-2013-0012 © Polish Academy of Sciences, Committee for Land Reclamation JOURNAL OF WATER AND LAND DEVELOPMENT and Environmental Engineering in Agriculture, 2013 J. Water Land Dev. 2013, No. 19 (VII–XII): 23–30 © Institute of Technology and Life Science, 2013 PL ISSN 1429–7426 Available (PDF): www.itep.edu.pl/wydawnictwo; http://versita.com/jwld/ Received 06.06.2013 Reviewed 22.07.2013 Accepted 10.10.2013 The effect of effluents A – study design B – data collection from rainbow trout ponds C – statistical analysis D – data interpretation E – manuscript preparation on water quality in the Gowienica River F – literature search Małgorzata BONISŁAWSKA1) ABDEF, Adam TAŃSKI2) ADE, Małgorzata MOKRZYCKA1) BDF, Adam BRYSIEWICZ3) EF, Arkadiusz NĘDZAREK1) E, Agnieszka TÓRZ1) E 1) West Pomeranian University of Technology Szczecin, Department of Aquatic Sozology, K. Królewicza Street 4, 71-550 Szczecin, Poland, e-mail: [email protected] 2) West Pomeranian University of Technology in Szczecin, Division of Hydrobiology, Ichthyology and Biotechnology of Reproduction, Szczecin, Poland 3) Institute of Technology and Natural Sciences, Western Pomeranian Research Centre in Szczecin, Czesława Street 9, 71- 504 Szczecin, Poland For citation: Bonisławska M., Tański A., Mokrzycka M., Brysiewicz A., Nędzarek A., Tórz A. 2013. The effect of efflu- ents from rainbow trout ponds on water quality in the Gowienica River. Journal of Water and Land Develop- ment. No. 19 p. 23–30 Abstract Fish farming and especially rearing and breeding of rainbow trout and carp is one of potential sources of surface water pollution. The study was aimed at assessing the effect of a rainbow trout farm on water quality in the Gowienica River in winter.
    [Show full text]
  • AND SEASCAPES Isle of Vilm, Germany, 1 - 4 November 2008
    CBD Distr. GENERAL 27 October 2008 ENGLISH ONLY EXPERT WORKSHOP ON INTEGRATING PROTECTED AREAS INTO WIDER LAND- AND SEASCAPES Isle of Vilm, Germany, 1 - 4 November 2008 Information Note for Participants QUICK LINKS (Control + click on icons for web page, click on page number to directly access text in document) IMPORTANT INFORMATION Visa Information (pages 2, 5) 1. OPENING AND REGISTRATION ..................... 2 2. VENUE ........................... 2 4. DOCUMENTS ........................... 2 Meeting Documents (page 2) 5. GENERAL INFORMATION ON ACCESS TO ISLE OF VILM ........................... 2 6. VISA INFORMATION ........................... 2 Hotel Information (pages 3) ANNEX A ...................... 5 7. HOTEL INFORMATION ........................... 3 10. WEATHER AND TIME ZONE INFORMATION 3 Weather Information (page 3) Currency Information (page 4) 1 1. Opening and registration The Expert Workshop on Integrating Protected Areas into wider Land- and Seascapes will be held at the International Academy of Nature Conservation, the Isle of Vilm, Germany from Saturday, 1 to Tuesday, 4 November 2008. The meeting will start at 7:30 p.m. on Saturday, 1 November 2008, and registration will take place at the venue of the meeting at 6:00 p.m. the same day. 2. Venue The meeting will be held at: The International Academy for Nature Conservation Isle of Vilm D-18581 Putbus Germany Telephone: +49(0) 38-301-86-112 Fax: +49(0) 38-301-86-117 E-mail: [email protected] Web site: http://www.bfn.de/06_akademie_natursch+M52087573ab0.html 3. Working language of the meeting The meeting will be held in English. 4. Documents Documents are available on the Secretariat’s web site at: http://www.cbd.int/doc/?meeting=EWSIPALS-01 5.
    [Show full text]
  • I~ ~ Iii 1 Ml 11~
    , / -(t POLIUSH@, - THE NEW GERMAN BODanER I~ ~ IIi 1 Ml 11~ By Stefan Arski PROPERTY OF INSTITUTE OF INDUSTRIAL RELATIONS 214 CALIFORNIA HALL T HE NE W POLISH-GERMAN B O R D E R SAFEGUARD OF PEACE By Stefan Arski 1947 POLISH EMBASSY WASHINGTON, D. C. POLAND'S NEW BOUNDARIES a\ @ TEDEN ;AKlajped T5ONRHOLM C A a < nia , (Kbn i9sberq) Ko 0 N~~~~~~~~~~~~~~~~~~~- K~~~towicealst Pr~~ue J~~'~2ir~~cou Shaded area: former German territories, east of the Oder and Neisse frontier, assigned to Poland at Potsdam by the three great Allied powers: the United States, the Soviet Union and Great Britain. The whole area comprising 39,000 square miles has already been settled by Poles. [ 2 ] C O N T E N T S Springboard of German Aggression Page 8 Foundation of Poland's Future - Page 21 Return to the West - Page 37 No Turning Back -Page 49 First Printing, February 1947 Second Printing, July 1947 PRINED IN THE U. S. A. al, :x ..Affiliated; FOREWORD A great war has been fought and won. So tremendous and far-reaching are its consequences that the final peace settlement even now is not in sight, though the representatives of the victorious powers have been hard at work for many months. A global war requires a global peace settlement. The task is so complex, however, that a newspaper reader finds it difficult to follow the long drawn-out and wearisome negotiations over a period of many months or even of years. Moreover, some of the issues may seem so unfamiliar, so remote from the immediate interests of the average American as hardly to be worth the attention and effort their comprehension requires.
    [Show full text]
  • JOURNAL of MARITIME RESEARCH the Competitiveness of Feeder Shipping Compared to Road Transport
    JOURNAL OF MARITIME RESEARCH Vol XI. No. III (2014) pp 21–26 ISSN: 1697-4040, www.jmr.unican.es The Competitiveness of Feeder Shipping Compared to Road Transport Z. Kotowska1 ARTICLE INFO ABSTRACT Article history: Feeder shipping, as a segment of short sea shipping, plays an important role in the transport of con- Received 30 July 2014; tainerized cargo between the European ports. Its competitiveness compared to the direct road transport in revised form 23 August 2014; depends primarily the cost and time of the whole land-sea transport chain. The article presents the com- accepted 30 September 2014. parative analysis of cost in transport including feeder shipping and pre-haulage and costs generated in direct road transport. On the basis of the analysis, the influence of localization of feeder and hub ports Keywords: on competitiveness of feeder shipping was evaluated. Short Sea Shipping, Feeder Shipping, Sustainable Transport, Port Competitiveness, Maritime Transport, Competitiveness c SEECMAR j All rights reserved 1. Introduction and-spoke, while creation of hub and feeder port - ports polar- ization [Lieb and Gerundt, 1988; Szwankowski, 1994; Misztal In European transport system feeder shipping appears to be and Szwankowski, 1999; Rydzkowski and Wojewodzka-Kr´ ol,´ a segment of short sea shipping, which should be primarily 2005]. understood as carriage of cargo between European countries. Hub ports function as gates through which cargo of inter- Short sea shipping, according to the EKMT definition, ”cov- continental maritime trade are passed The ports can receive ers coast side operations between ports of one country, inter- post-panamax types of vessels, possessing from a few to over a national shipment between European ports and the European dozen container terminals, annually operating even tens of mil- section of the ocean freight” [Short Sea Shipping, 1999].
    [Show full text]
  • Czechoslovak Seafarers' Memories of Polish Ports As Their “Second Home”
    lenka krátká Czechoslovak Seafarers’ Memories of Polish Ports as their “Second Home” during the State Socialism Period (1949–1989) 29 31 #2 / 2020 history in flux pp. 31 - 48 lenka krátká institute of Contemporary History, Czech Academy of Sciences UDC 82-262:711.553](437)“1949/1989“ https://doi.org/10.32728/flux.2020.2.2 Original scientific paper Czechoslovak Seafarers’ Memories of Polish Ports as their “Second Home” during the State Socialism Period (1949–1989)1 Czechoslovakia began to develop its ocean fleet after the communist coup d’état in 1948. Prague was designated as the place of registration for these ships. From a practical point of view, however, it was necessary for the Czechoslovak fleet to reach a port located as close as possible to the Czechoslovak border. Szczecin 31 (located 298 km from the border) became the base for the fleet not only due to the political circumstances of the Cold War but also for economic reasons. While Hamburg remained a vital harbor for international trade where “East meets West,” Polish ports were used not only for loading and unloading goods and transporting them to the republic but also to supply ships, change crews, carry out most shipyard maintenance, etc. Consequently, Czechoslovak seafarers themselves called Szczecin their “home port.” Numerous aspects of this perception as “home” will be reflected on in this paper. Specifically, the paper will touch on perceptions of Poles (mainly seafarers and dock workers), some aspects of the relationships among Czechoslovaks and Poles, including a discussion of some important historical issues (1968, the 1980s) in this area.
    [Show full text]
  • Orobanche Purpurea (Orobanchaceae) in Poland: Current Distribution, Taxonomy, Plant Communities, and Preferred Hosts
    Biodiv. Res. Conserv. 26: 73-81, 2012 BRC www.brc.amu.edu.pl DOI 10.2478/v10119-012-0006-5 Orobanche purpurea (Orobanchaceae) in Poland: current distribution, taxonomy, plant communities, and preferred hosts Renata Piwowarczyk Department of Botany, Institute of Biology, Jan Kochanowski University in Kielce, åwiÍtokrzyska 15, 25-406 Kielce, Poland, e-mail: [email protected] Abstract: The paper presents the current distribution of Orobanche purpurea s. str. (excl. O. bohemica) in Poland, based on a critical revision of herbarium and literature data as well as results of my field research. Most of the records date back to the 19th or early 20th century and are now historical. Most of them lack also herbarium documentation. Since the 1950s the species has been found in 10†new localities, only partly documented by herbarium specimens. Currently it is present in only 4 localities, in valleys of the Lower Vistula and the Lower Oder (Odra) rivers and in the Silesian-KrakÛw Upland (Wyøyna ålπsko-Krakowska). These are some of the northernmost sites known for the species, and the new data extend its continuous distribution range. A map of its distribution in Poland is included. The taxonomy, biology, and ecology of O.†purpurea are also discussed. Key words: Orobanche purpurea, Orobanchaceae, taxonomy, distribution, phytocoenoses, Poland 1. Introduction Wimmer & Grabowski 1829; Herbich 1834; Dietrich 1835; Berdau 1859; Abromeit et al. 1898; Ascherson Orobanche purpurea Jacq. (Orobanchaceae) has a & Graebner 1898; Lakowitz 1925; Schalow 1931) and European-West-Asiatic distribution (Pusch & G¸nther are now historical. In the last 6 decades (1950-2010) it 2009).
    [Show full text]
  • Wynik Odwodnień Górniczych Ze Sprawozdań Gromadzonych W Oparciu O Program Badań Statystyki Publicznej W Podziale Na Obszary
    Wynik odwodnień górniczych ze sprawozdań gromadzonych w oparciu o Program Badań Statystyki Publicznej w podziale na obszary bilansowe wód podziemnych Suma odwodnień Kod obszaru Lp. Nazwa obszaru bilansowego górniczych z 2016 r. bilansowego [tys. m3]* 1 Tążyna G01 2 Mień G02 3 Drwęca G03 4 Zielona Struga G04 5 Struga Toruńska G05 6 Brda G06 7 Fryba G07 8 Wda G09 9 Osa G10 10 Mątawa G11 11 Wierzyca G12 12 Zlewnia Raduni i Motławy G14 13 Zlewnia Słupi G15 14 Zlewnia Łupawy G16 15 Zlewnia Łeby G17 16 Zlewnia Redy-Piaśnicy G18 17 Zalew Wiślany G19 18 Elbląg i Żuławy Elbląskie G20 19 Zlewnia Pasłęki i Baudy G21 20 Wag (Czadeczka) GL01 21 Mała Wisła do ujścia Przemszy GL02 39997 22 Przemsza GL03 270672 23 Górna Odra (Odra po Koźle) GL04 30377 24 Kłodnica GL05 34929 25 Wisła od Przemszy do Skawy K01 573 26 Czarna Orawa K02 970 27 Wisła od Skawy do Dunajca K03 10305 28 Dunajec K04 29 Wisła od Dunajca do Wisłoki K05 2303 30 Wisłoka K06 13948 31 Wisła od Wisłoki do Sanu K07 3871 32 San K08 33 Strwiąż i Mszaniec do granicy państwa K09 34 Wisła od Sanu do Sanny K10 35 Górna Warta P01 36 Liswarta (bez Kocinki) P02 37 Warta od Liswarty do Widawki P03 3572 38 Widawka P04 218392 39 Warta od Widawki do Neru P05 40 Ner P06 41 Warta od Neru do Prosny P07 237357 42 Prosna P08 43 Warta od Prosny do Kan. Mosińskiego P09 44 Poznańska Zlewnia Warty P10 45 Wełna P11 46 Warta od Obrzycka do Noteci P12 47 Obra P13 48 Górna Noteć P14 2007 49 Noteć Pradoliny Toruńsko - Eberswaldzkiej P15 50 Gwda P16 51 Drawa P17 52 Dolna Warta P18 53 Uznam, Zalew Szczeciński S01 54 Międzyodrze S02 55 Wolin (bez części zachodniej) S03 56 Gowienica S04 57 Lewobrzeżna Dolna Odra (Gunica - Ucker) S05 58 Ina S06 59 Płonia S07 60 Rurzyca, Tywa S08 61 Myśla, Kurzyca, Słubia S09 62 Ilanka, Pliszka, Konotop S10 63 Dziwna i Przymorze S11 64 Rega i Przymorze S12 65 Parsęta, Radew, Przymorze - Resko S13 66 Wieprza i Grabowa S15 67 Obrzyca i Krzycki Rów W01 Suma odwodnień Kod obszaru Lp.
    [Show full text]