Duleby Islands-Zaozerye Ramsar Information Sheet December 2012
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Between West and East People of the Globular Amphora Culture in Eastern Europe: 2950-2350 Bc
BETWEEN WEST AND EAST PEOPLE OF THE GLOBULAR AMPHORA CULTURE IN EASTERN EUROPE: 2950-2350 BC Marzena Szmyt V O L U M E 8 • 2010 BALTIC-PONTIC STUDIES 61-809 Poznań (Poland) Św. Marcin 78 Tel. (061) 8536709 ext. 147, Fax (061) 8533373 EDITOR Aleksander Kośko EDITORIAL COMMITEE Sophia S. Berezanskaya (Kiev), Aleksandra Cofta-Broniewska (Poznań), Mikhail Charniauski (Minsk), Lucyna Domańska (Łódź), Viktor I. Klochko (Kiev), Jan Machnik (Kraków), Valentin V. Otroshchenko (Kiev), Petro Tolochko (Kiev) SECRETARY Marzena Szmyt Second Edition ADAM MICKIEWICZ UNIVERSITY INSTITUTE OF EASTERN STUDIES INSTITUTE OF PREHISTORY Poznań 2010 ISBN 83-86094-07-9 (print:1999) ISBN 978-83-86094-15-8 (CD-ROM) ISSN 1231-0344 BETWEEN WEST AND EAST PEOPLE OF THE GLOBULAR AMPHORA CULTURE IN EASTERN EUROPE: 2950-2350 BC Marzena Szmyt Translated by John Comber and Piotr T. Żebrowski V O L U M E 8 • 2010 c Copyright by B-PS and Author All rights reserved Cover Design: Eugeniusz Skorwider Linguistic consultation: John Comber Prepared in Poland Computer typeset by PSO Sp. z o.o. w Poznaniu CONTENTS Editor’s Foreword5 Introduction7 I SPACE. Settlement of the Globular Amphora Culture on the Territory of Eastern Europe 16 I.1 Classification of sources . 16 I.2 Characteristics of complexes of Globular Amphora culture traits . 18 I.2.1 Complexes of class I . 18 I.2.2 Complexes of class II . 34 I.3 Range of complexes of Globular Amphora culture traits . 36 I.4 Spatial distinction between complexes of Globular Amphora culture traits. The eastern group and its indicators . 42 I.5 Spatial relations of the eastern and centralGlobular Amphora culture groups . -
The Upper Dnieper River Basin Management Plan (Draft)
This project is funded Ministry of Natural Resources The project is implemented by the European Union and Environmental Protection by a Consortium of the Republic of Belarus led by Hulla & Co. Human Dynamics KG Environmental Protection of International River Basins THE UPPER DNIEPER RIVER BASIN MANAGEMENT PLAN (DRAFT) Prepared by Central Research Institute for Complex Use of Water Resources, Belarus With assistance of Republican Center on Hydrometeorology, Control of Radioactive Pollution and Monitoring of Environment, Belarus And with Republican Center on Analytical Control in the field of Environmental Protection, Belarus February 2015 TABLE OF CONTENTS ABBREVIATIONS.........................................................................................................................4 1.1 Outline of EU WFD aims and how this is addressed with the upper Dnieper RBMP ..........6 1.2 General description of the upper Dnieper RBMP..................................................................6 CHAPTER 2 CHARACTERISTIC OF DNIEPER RIVER BASIN ON THE BELARUS TERRITORY.................................................................................................................................10 2.1 Brief characteristics of the upper Dnieper river basin ecoregion (territory of Belarus) ......10 2.2 Surface waters......................................................................................................................10 2.2.1 General description .......................................................................................................10 -
Elaboration of Priority Components of the Transboundary Neman/Nemunas River Basin Management Plan (Key Findings)
Elaboration of Priority Components of the Transboundary Neman/Nemunas River Basin Management Plan (Key Findings) June 2018 Disclaimer: This report was prepared with the financial assistance of the European Union. The views expressed herein can in no way be taken to reflect the official opinion of the European Union. TABLE OF CONTENTS EXECUTIVE SUMMARY ..................................................................................................................... 3 1 OVERVIEW OF THE NEMAN RIVER BASIN ON THE TERRITORY OF BELARUS ............................... 5 1.1 General description of the Neman River basin on the territory of Belarus .......................... 5 1.2 Description of the hydrographic network ............................................................................. 9 1.3 General description of land runoff changes and projections with account of climate change........................................................................................................................................ 11 2 IDENTIFICATION (DELINEATION) AND TYPOLOGY OF SURFACE WATER BODIES IN THE NEMAN RIVER BASIN ON THE TERRITORY OF BELARUS ............................................................................. 12 3 IDENTIFICATION (DELINEATION) AND MAPPING OF GROUNDWATER BODIES IN THE NEMAN RIVER BASIN ................................................................................................................................... 16 4 IDENTIFICATION OF SOURCES OF HEAVY IMPACT AND EFFECTS OF HUMAN ACTIVITY ON SURFACE WATER BODIES -
Irrigation and Drainage in the States of Central Asia, Caucasus and Eastern Europe
Scientific-Information Center Interstate Commission for Water Coordination in Central Asia V.A.Dukhovniy, Sh.Sh.Mukhamedjanov, R.R.Saidov IRRIGATION AND DRAINAGE IN THE STATES OF CENTRAL ASIA, CAUCASUS AND EASTERN EUROPE Tashkent 2017 2 This publication was presented at the 2nd World Irrigation Forum (November 6-12, 2016, Chiang Mai, Thailand) organized by the International Commission on Irrigation and Drainage. 3 Table of Contents Land resources in the EECCA countries ........................................................................ 4 Water resources in the EECCA countries ....................................................................... 5 Irrigation potential .......................................................................................................... 9 Irrigated area ................................................................................................................... 9 Full control irrigation scheme sizes .............................................................................. 16 Irrigated crops in full control irrigation schemes.......................................................... 16 Irrigation and drainage in the Caucasus ........................................................................ 24 Armenia ..................................................................................................................... 27 Azerbaijan ................................................................................................................. 29 Georgia ..................................................................................................................... -
A Wide Hybrid Zone of Chromosome Races of the Common Shrew, Sorex Araneus Linnaeus, 1758 (Mamma- Lia), Between the Dnieper and Berezina Rivers (Belarus)
© Comparative Cytogenetics, 2010 . Vol. 4, No. 2, P. 195-201. ISSN 1993-0771 (Print), ISSN 1993-078X (Online) A wide hybrid zone of chromosome races of the common shrew, Sorex araneus Linnaeus, 1758 (Mamma- lia), between the Dnieper and Berezina Rivers (Belarus) Yu.M. Borisov, E.V. Cherepanova, V.N. Orlov Severtsov Institute of Problems of Ecology and Evolution, Russian Academy of Sci- ences, Leninskii pr., 33, Moscow 119071, Russia E-mails: [email protected], [email protected], [email protected] Abstract. Karyological study of 75 specimens of the common shrew, Sorex araneus Linnaeus, 1758, from 8 localities in the Berezina River basin (eastern Belarus) was carried out. A wide hybrid zone (not less than 100 km) between the northern West Dvina chromosome race (XX / XYY, af, bc, gm, hk, ip, jl, no, qr, tu) and the southern Turov race (XX / XYY, af, bc, g, h/k, i, jl, m, n, o, p, q, r, tu) was revealed in this region. Frequencies of fused-unfused arms comprising four diagnostic metacentrics of the West Dvina race (g/m, h/k, n/o, q/r) were calculated in all capture sites. Tak- ing into consideration the absence of metacentric ip in specimens from six northern localities, the Borisov (Bs) race (XX / XYY, af, bc, g/m, h/k, i, jl, n/o, p, q/r, tu) (Orlov, Borisov, 2009) was distinguished in these sites. Common shrews from two southern localities on the right and left banks of the Berezina River (Berezino vicin- ity) were referred to the Turov race. The presence of four metacentrics descended from the West Dvina race in the Bs race testifi es to the hypothesis expressed earlier that the polymorphic populations of the S. -
Polish Battles and Campaigns in 13Th–19Th Centuries
POLISH BATTLES AND CAMPAIGNS IN 13TH–19TH CENTURIES WOJSKOWE CENTRUM EDUKACJI OBYWATELSKIEJ IM. PŁK. DYPL. MARIANA PORWITA 2016 POLISH BATTLES AND CAMPAIGNS IN 13TH–19TH CENTURIES WOJSKOWE CENTRUM EDUKACJI OBYWATELSKIEJ IM. PŁK. DYPL. MARIANA PORWITA 2016 Scientific editors: Ph. D. Grzegorz Jasiński, Prof. Wojciech Włodarkiewicz Reviewers: Ph. D. hab. Marek Dutkiewicz, Ph. D. hab. Halina Łach Scientific Council: Prof. Piotr Matusak – chairman Prof. Tadeusz Panecki – vice-chairman Prof. Adam Dobroński Ph. D. Janusz Gmitruk Prof. Danuta Kisielewicz Prof. Antoni Komorowski Col. Prof. Dariusz S. Kozerawski Prof. Mirosław Nagielski Prof. Zbigniew Pilarczyk Ph. D. hab. Dariusz Radziwiłłowicz Prof. Waldemar Rezmer Ph. D. hab. Aleksandra Skrabacz Prof. Wojciech Włodarkiewicz Prof. Lech Wyszczelski Sketch maps: Jan Rutkowski Design and layout: Janusz Świnarski Front cover: Battle against Theutonic Knights, XVI century drawing from Marcin Bielski’s Kronika Polski Translation: Summalinguæ © Copyright by Wojskowe Centrum Edukacji Obywatelskiej im. płk. dypl. Mariana Porwita, 2016 © Copyright by Stowarzyszenie Historyków Wojskowości, 2016 ISBN 978-83-65409-12-6 Publisher: Wojskowe Centrum Edukacji Obywatelskiej im. płk. dypl. Mariana Porwita Stowarzyszenie Historyków Wojskowości Contents 7 Introduction Karol Olejnik 9 The Mongol Invasion of Poland in 1241 and the battle of Legnica Karol Olejnik 17 ‘The Great War’ of 1409–1410 and the Battle of Grunwald Zbigniew Grabowski 29 The Battle of Ukmergė, the 1st of September 1435 Marek Plewczyński 41 The -
Belarus OP7 CPS Approved
SGP COUNTRY PROGRAMME STRATEGY FOR OP7 REPUBLIC OF BELARUS 1 Table of Content 1. INTRODUCTION ........................................................................................................................................ 3 2. BACKGROUND .......................................................................................................................................... 3 2.1 SUMMARY: Key Results/Accomplishments ............................................................................................ 3 3. COUNTRY PRIORITIES AND STRATEGIC ALIGNMENT ................................................................................... 5 3.1 Alignment with National Priorities ......................................................................................................... 5 3.2 Gaps and Opportunities ......................................................................................................................... 6 3.3 OP7 Strategic Priorities of the SGP Country Programme ....................................................................... 8 4. OP7 PRIORITY LANDSCAPES/SEASCAPES & STRATEGIC INITIATIVES ......................................................... 15 4.1 Grantmaking Within the Priority Landscape/Seascapes ...................................................................... 15 a) Process for selecting priority landscapes and seascapes. Selected Landscapes/Seascapes for OP7 15 b) OP7 Strategic Initiatives in the landscapes/seascapes ..................................................................... -
Annualreport2018 Compressed.Pdf
Index Introduction 3 1 Hydrological conditions of EFAS gauging stations 4 Introduction 4 Assessing stations and data for analysis 4 Hydrological conditions in 2018 5 Comparative analysis 5 Variation of hydrological conditions 6 2 Gaps Analysis on the CEMS hydrological data base 8 Initial considerations 8 Gap analysis 8 Gap classifi cation by duration 8 Gap classifi cation by status 9 Other aspects to be considered 9 Gap typology and proposal for future data collection strategy 10 Outliers analysis 10 3 Analysis of Exceedance events 12 General description 12 Duration of Exceedances 12 Highest threshold level exceedances 14 4 Case study on the 2018 drought in Central Europe 15 Introduction and study area 15 Methodology 16 Results 16 5 Conclusions 21 Annex 1: Data provider list 22 Introduction This report contains an analysis of their dedication to the EFAS project, their role in responding to the questions and the hydrological data received by the commitment and the sharing of their solving issues. Without their collaboration Copernicus Emergency Management hydrological data. We thank them for their the delivery of this report would not be Service (CEMS) Hydrological Data cooperation with the HDCC, both in the possible. Collection Centre (HDCC) for the year provision of data and for their proactive 2018. The HDCC is contracted by the European Commission and operated by the Agencia de Medio Ambiente y Agua de Andalucía in collaboration with Soologic Technological Solutions S.L. By the end of 2018, 41 data providers contribute hydrological data to the CEMS hydrological data collection (see Figure 1). Three of them joined the partner network of the European Floods Awareness System (EFAS) during 2018: the Hydrometeorological Institute of Kosovo Environmental Protection Agency, the Hellenic National Meteorological Service from Greece and the Hydromet Center from Russia. -
ANNEX J Exposures and Effects of the Chernobyl Accident
ANNEX J Exposures and effects of the Chernobyl accident CONTENTS Page INTRODUCTION.................................................. 453 I. PHYSICALCONSEQUENCESOFTHEACCIDENT................... 454 A. THEACCIDENT........................................... 454 B. RELEASEOFRADIONUCLIDES ............................. 456 1. Estimation of radionuclide amounts released .................. 456 2. Physical and chemical properties of the radioactivematerialsreleased ............................. 457 C. GROUNDCONTAMINATION................................ 458 1. AreasoftheformerSovietUnion........................... 458 2. Remainderofnorthernandsouthernhemisphere............... 465 D. ENVIRONMENTAL BEHAVIOUR OF DEPOSITEDRADIONUCLIDES .............................. 465 1. Terrestrialenvironment.................................. 465 2. Aquaticenvironment.................................... 466 E. SUMMARY............................................... 466 II. RADIATIONDOSESTOEXPOSEDPOPULATIONGROUPS ........... 467 A. WORKERS INVOLVED IN THE ACCIDENT .................... 468 1. Emergencyworkers..................................... 468 2. Recoveryoperationworkers............................... 469 B. EVACUATEDPERSONS.................................... 472 1. Dosesfromexternalexposure ............................. 473 2. Dosesfrominternalexposure.............................. 474 3. Residualandavertedcollectivedoses........................ 474 C. INHABITANTS OF CONTAMINATED AREAS OFTHEFORMERSOVIETUNION............................ 475 1. Dosesfromexternalexposure -
Past, Current, and Future of the Central European Corridor for Aquatic Invasions in Belarus
Biol Invasions (2008) 10:215–232 DOI 10.1007/s10530-007-9124-y ORIGINAL PAPER Past, current, and future of the central European corridor for aquatic invasions in Belarus Alexander Y. Karatayev Æ Sergey E. Mastitsky Æ Lyubov E. Burlakova Æ Sergej Olenin Received: 5 April 2007 / Accepted: 8 May 2007 / Published online: 25 July 2007 Ó Springer Science+Business Media B.V. 2007 Abstract We analyzed the role of the waterways of first comprehensive review of aquatic exotic inverte- Belarus in the spread of aquatic exotic invertebrates brates in Belarus. Currently, 19 exotic aquatic through the central European invasion corridor. invertebrates are known in Belarus, including 14 Present day Belarus became critically important species of Ponto-Caspian origin. The rate of spread of when in the end of the 18th—beginning of the 19th aquatic invasive species in the second half of the 20th century three interbasin canals connecting rivers from century increased 7-fold compared to the 19th— the Black and Baltic seas basins were constructed for beginning of the 20th century. We found a significant international trade. These canals became important positive correlation between the time since initial pathways facilitating the spread of aquatic alien invasion and number of waterbodies colonized. We species. For more than a hundred years, only Ponto- predict a further increase in the rate of colonization of Caspian species colonized Belarus using ships and Belarus by exotic invertebrates as well as an increase especially timber in rafts exported by Russia into in the diversity of vectors of spread and donor areas Western Europe. -
First Record of the Ponto-Caspian Stellate Tadpole-Goby Benthophilus Stellatus (Sauvage, 1874) from the Dnieper River, Belarus
BioInvasions Records (2013) Volume 2, Issue 2: 159–161 Open Access doi: http://dx.doi.org/10.3391/bir.2013.2.2.12 © 2013 The Author(s). Journal compilation © 2013 REABIC Rapid Communication First record of the Ponto-Caspian stellate tadpole-goby Benthophilus stellatus (Sauvage, 1874) from the Dnieper River, Belarus Viktor Rizevsky*, Andrei Leschenko, Inna Ermolaeva and Michail Pluta Scientific and Practical Center for Biological Resources, National Academy of Sciences of Belarus, Belarus E-mail: [email protected] (VR) *Corresponding author Received: 14 February 2013 / Accepted: 4 March 2013 / Published online: 6 March 2013 Handling editor: Vadim Panov Abstract The alien Ponto-Caspian gobiid Benthophilus stellatus was recorded in November 2011 for the first time in the lower reaches of the Dnieper River (Republic of Belarus). This species was captured in off-shore macrophyte beds, on a silty sand substrate, at a depth of approx. 0.6 m. A second individual was captured in August 2012. B. stellatus has invaded the Belarus waters from the Kiev Reservoir (Ukraine). Key words: alien species; Gobiidae; Benthophilus stellatus; distribution Introduction Methods To date, four Ponto-Caspian representatives of Material was collected during biological surveys the Gobiidae family have been recorded in the of two sites in the upper Dnieper River (Figure Dnieper River basin in Belarus (Semenchenko et 1) in November 2011 and August 2012, using a al. 2011). The first of these was the monkey hand net (6060 cm, mesh size 5 mm) and a goby Neogobius fluviatilis (Pallas, 1814) which beach seine (mesh size 10 mm). The first site was observed in 1936 in the Dnieper and Sozh substrate was characterized by silty sand with Rivers (tributary of the Dnieper) (Vorontzov numerous Unionidae shells and macrophyte 1937). -
Chapter 5 Drainage Basin of the Black Sea
165 CHAPTER 5 DRAINAGE BASIN OF THE BLACK SEA This chapter deals with the assessment of transboundary rivers, lakes and groundwa- ters, as well as selected Ramsar Sites and other wetlands of transboundary importance, which are located in the basin of the Black Sea. Assessed transboundary waters in the drainage basin of the Black Sea Transboundary groundwaters Ramsar Sites/wetlands of Basin/sub-basin(s) Recipient Riparian countries Lakes in the basin within the basin transboundary importance Rezovska/Multudere Black Sea BG, TR Danube Black Sea AT, BA, BG, Reservoirs Silurian-Cretaceous (MD, RO, Lower Danube Green Corridor and HR, CZ, DE, Iron Gate I and UA), Q,N1-2,Pg2-3,Cr2 (RO, UA), Delta Wetlands (BG, MD, RO, UA) HU, MD, ME, Iron Gate II, Dobrudja/Dobrogea Neogene- RO, RS, SI, Lake Neusiedl Sarmatian (BG-RO), Dobrudja/ CH, UA Dobrogea Upper Jurassic-Lower Cretaceous (BG-RO), South Western Backa/Dunav aquifer (RS, HR), Northeast Backa/ Danube -Tisza Interfluve or Backa/Danube-Tisza Interfluve aquifer (RS, HU), Podunajska Basin, Zitny Ostrov/Szigetköz, Hanság-Rábca (HU), Komarnanska Vysoka Kryha/Dunántúli – középhegység északi rész (HU) - Lech Danube AT, DE - Inn Danube AT, DE, IT, CH - Morava Danube AT, CZ, SK Floodplains of the Morava- Dyje-Danube Confluence --Dyje Morava AT, CZ - Raab/Rába Danube AT, HU Rába shallow aquifer, Rába porous cold and thermal aquifer, Rába Kőszeg mountain fractured aquifer, Günser Gebirge Umland, Günstal, Hügelland Raab Ost, Hügelland Raab West, Hügelland Rabnitz, Lafnitztal, Pinkatal 1, Pinkatal 2, Raabtal,