Country Profile – Estonia
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Inter-Annual, Seasonal and Diurnal Features of the Cloud Liquid Water
https://doi.org/10.5194/acp-2021-387 Preprint. Discussion started: 17 May 2021 c Author(s) 2021. CC BY 4.0 License. Inter-annual, seasonal and diurnal features of the cloud liquid water path over the land surface and various water bodies in Northern Europe as obtained from the satellite observations by the SEVIRI instrument in 2011-2017 5 Vladimir S. Kostsov 1, Anke Kniffka2, and Dmitry V. Ionov 1 1 Department of Atmospheric Physics, Faculty of Physics, St. Petersburg State University, Russia 2 Zentrum für Medizin-Meteorologische Forschung, Deutscher Wetterdienst, Freiburg, Germany Correspondence to: Vladimir S. Kostsov ([email protected]) Abstract. Liquid water path (LWP) is one of the most important cloud parameters. The knowledge on LWP is critical for 10 many studies including global and regional climate modelling, weather forecasting, modelling of hydrological cycle and interactions between different components of the climate system: the atmosphere, the hydrosphere, and the land surface. Satellite observations by the SEVIRI and AVHRR instruments have already provided the evidences of the systematic difference between the LWP values derived over the land surface and over the Baltic Sea and major lakes in Northern Europe during both cold and warm seasons. The goal of the present study is to analyse the phenomenon of the LWP 15 horizontal inhomogeneities in the vicinity of various water bodies in Northern Europe making focus on the temporal and spatial variation of LWP. The objects of investigation are water bodies and water areas located in Northern Europe which are different in size and other characteristics: Gulf of Finland, Gulf of Riga, the Neva River bay, lakes Ladoga, Onega, Peipus, Pihkva, Ilmen, and Saimaa. -
Here in 2017 Sillamäe Vabatsoon 46% of Manufacturing Companies with 20 Or More Employees Were Located
Baltic Loop People and freight moving – examples from Estonia Final Conference of Baltic Loop Project / ZOOM, Date [16th of June 2021] Kaarel Kose Union of Harju County Municipalities Baltic Loop connections Baltic Loop Final Conference / 16.06.2021 Baltic Loop connections Baltic Loop Final Conference / 16.06.2021 Strategic goals HARJU COUNTY DEVELOPMENT STRATEGY 2035+ • STRATEGIC GOAL No 3: Fast, convenient and environmentally friendly connections with the world and the rest of Estonia as well as within the county. • Tallinn Bypass Railway, to remove dangerous goods and cargo flows passing through the centre of Tallinn from the Kopli cargo station; • Reconstruction of Tallinn-Paldiski (main road no. 8) and Tallinn ring road (main highway no. 11) to increase traffic safety and capacity • Indicator: domestic and international passenger connections (travel time, number of connections) Tallinn–Narva ca 1 h NATIONAL TRANSPORT AND MOBILITY DEVELOPMENT PLAN 2021-2035 • The main focus of the development plan is to reduce the environmental footprint of transport means and systems, ie a policy for the development of sustainable transport to help achieve the climate goals for 2030 and 2050. • a special plan for the Tallinn ring railway must be initiated in order to find out the feasibility of the project. • smart and safe roads in three main directions (Tallinn-Tartu, Tallinn-Narva, Tallinn-Pärnu) in order to reduce the time-space distances of cities and increase traffic safety (5G readiness etc). • increase speed on the railways to reduce time-space distances and improve safety; shift both passenger and freight traffic from road to rail and to increase its positive impact on the environment through more frequent use of rail (Tallinn-Narva connection 2035 1h45min) GENERAL PRINCIPLES OF CLIMATE POLICY UNTIL 2050 / NEC DIRECTIVE / ETC. -
The Baltic Republics
FINNISH DEFENCE STUDIES THE BALTIC REPUBLICS A Strategic Survey Erkki Nordberg National Defence College Helsinki 1994 Finnish Defence Studies is published under the auspices of the National Defence College, and the contributions reflect the fields of research and teaching of the College. Finnish Defence Studies will occasionally feature documentation on Finnish Security Policy. Views expressed are those of the authors and do not necessarily imply endorsement by the National Defence College. Editor: Kalevi Ruhala Editorial Assistant: Matti Hongisto Editorial Board: Chairman Prof. Mikko Viitasalo, National Defence College Dr. Pauli Järvenpää, Ministry of Defence Col. Antti Numminen, General Headquarters Dr., Lt.Col. (ret.) Pekka Visuri, Finnish Institute of International Affairs Dr. Matti Vuorio, Scientific Committee for National Defence Published by NATIONAL DEFENCE COLLEGE P.O. Box 266 FIN - 00171 Helsinki FINLAND FINNISH DEFENCE STUDIES 6 THE BALTIC REPUBLICS A Strategic Survey Erkki Nordberg National Defence College Helsinki 1992 ISBN 951-25-0709-9 ISSN 0788-5571 © Copyright 1994: National Defence College All rights reserved Painatuskeskus Oy Pasilan pikapaino Helsinki 1994 Preface Until the end of the First World War, the Baltic region was understood as a geographical area comprising the coastal strip of the Baltic Sea from the Gulf of Danzig to the Gulf of Finland. In the years between the two World Wars the concept became more political in nature: after Estonia, Latvia and Lithuania obtained their independence in 1918 the region gradually became understood as the geographical entity made up of these three republics. Although the Baltic region is geographically fairly homogeneous, each of the newly restored republics possesses unique geographical and strategic features. -
History Is Made in the Dark 4: Alexander Nevsky: the Prince, the Filmmaker and the Dictator
1 History Is Made in the Dark 4: Alexander Nevsky: The Prince, the Filmmaker and the Dictator In May 1937, Sergei Eisenstein was offered the opportunity to make a feature film on one of two figures from Russian history, the folk hero Ivan Susanin (d. 1613) or the mediaeval ruler Alexander Nevsky (1220-1263). He opted for Nevsky. Permission for Eisenstein to proceed with the new project ultimately came from within the Kremlin, with the support of Joseph Stalin himself. The Soviet dictator was something of a cinephile, and he often intervened in Soviet film affairs. This high-level authorisation meant that the USSR’s most renowned filmmaker would have the opportunity to complete his first feature in some eight years, if he could get it through Stalinist Russia’s censorship apparatus. For his part, Eisenstein was prepared to retreat into history for his newest film topic. Movies on contemporary affairs often fell victim to Soviet censors, as Eisenstein had learned all too well a few months earlier when his collectivisation film, Bezhin Meadow (1937), was banned. But because relatively little was known about Nevsky’s life, Eisenstein told a colleague: “Nobody can 1 2 find fault with me. Whatever I do, the historians and the so-called ‘consultants’ [i.e. censors] won’t be able to argue with me”.i What was known about Alexander Nevsky was a mixture of history and legend, but the historical memory that was most relevant to the modern situation was Alexander’s legacy as a diplomat and military leader, defending a key western sector of mediaeval Russia from foreign foes. -
Rmk Annual Report 2019 Rmk Annual Report 2019
RMK ANNUAL REPORT 2019 RMK ANNUAL REPORT 2019 2 RMK AASTARAAMAT 2019 | PEATÜKI NIMI State Forest Management Centre (RMK) Sagadi Village, Haljala Municipality, 45403 Lääne-Viru County, Estonia Tel +372 676 7500 www.rmk.ee Text: Katre Ratassepp Translation: TABLE OF CONTENTS Interlex Photos: 37 Protected areas Jarek Jõepera (p. 5) 4 10 facts about RMK Xenia Shabanova (on all other pages) 38 Nature protection works 5 Aigar Kallas: Big picture 41 Põlula Fish Farm Design and layout: Dada AD www.dada.ee 6–13 About the organisation 42–49 Visiting nature 8 All over Estonia and nature awareness Typography: Geogrotesque 9 Structure 44 Visiting nature News Gothic BT 10 Staff 46 Nature awareness 11 Contribution to the economy 46 Elistvere Animal Park Paper: cover Constellation Snow Lime 280 g 12 Reflection of society 47 Sagadi Forest Centre content Munken Lynx 120 g 13 Cooperation projects 48 Nature cameras 49 Christmas trees Printed by Ecoprint 14–31 Forest management 49 Heritage culture 16 Overview of forests 19 Forestry works 50–55 Research 24 Plant cultivation 52 Applied research 26 Timber marketing 56 Scholarships 29 Forest improvement 57 Conference 29 Forest fires 30 Waste collection 58–62 Financial summary 31 Hunting 60 Balance sheet 62 Income statement 32–41 Nature protection 63 Auditor’s report 34 Protected species 36 Key biotypes 64 Photo credit 6 BIG PICTURE important tasks performed by RMK 6600 1% people were employed are growing forests, preserving natural Aigar Kallas values, carrying out nature protection of RMK’s forest land in RMK’s forests during the year. -
Lake Peipsi/Chudskoe Basin – Lessons Learned
Lake Peipsi/Chudskoe Lake Peipsi/Chudskoe Basin – Lessons Learned Gulnara Roll, Aija Kosk, Estonian Agricultural University Peeter Unt, Natalia Alexeeva, Peipsi Center for Transboundary Cooperation Introduction Lake Peipsi/Chudsko-Pskovskoe, sometimes called Peipus (further Peipsi), is the fourth largest and the biggest transboundary lake in Europe. Its three names originated from three languages historically used in the region – Peipsi came from Estonian, Chudsko-Pskovskoe from Russian and Peipus has German roots. Lake Peipsi belongs to the water basin of the Narva River (or Narova), a 77 km long watercourse, which connects Lake Peipsi with the Gulf of Finland of the Baltic Sea. Estonian and Russia share the Lake Peipsi and three countries, including Estonia, Russia and Latvia, share Narva River basin. Latvia has only 5% of the water basin and pollution from its territory is very small in the overall pollution load in the basin. What makes the Lake Peipsi specific and different from other great lakes of the world is that it is located on the future European Union border with Russia and is shared by countries in transition. Estonia regained its independence from the Soviet Union in 1991. Before that Lake Peipsi was an internal big lake in the northwest of the Soviet Union where the same legislation, procedures, environmental standards were applied for the whole lake basin and therefore it is a new transboundary lake. With these radical political changes at the beginning of the 1990s, the socio-economic context of water management also changed drastically as existed earlier economic contacts across the lake were disrupted with the establishment of border customs control on the border between Russia and Estonia. -
A Reconstruction of the Effects of Post-Glacial Rebound on the Lake
A reconstruction of the effects of Post- Glacial Rebound on the lake system dynamics in the Baltic Basin since the Last Glacial Maximum to explain the high biodiversity anomaly. Image by NASA (1999) Alex Nap Universiteit van Amsterdam 04-07-2017, Amsterdam Supervisor: Dr. K.F. Rijsdijk Institute for Biodiversity and Ecosystem Dynamics Abstract The Baltic Basin has had a dynamic history since the Last Glacial Maximum 22 000 years ago. The post-glacial rebound following the retreating of the ice sheet changed the landscape of the peri-Baltic region significantly. This study aims at identifying the effects of these landscape changes on freshwater lakes surrounding the Baltic Basin, to help clarify the hypothesis that the connectivity between lakes and the Baltic Basin made an exchange of freshwater lake species possible. With digital elevation and ice sheet models in ArcGIS the connectivity and ice coverage of selected major lakes in the area were analysed. The results show when the selected major lakes became ice-free, if and how they were connected to the Baltic Basin and when they disconnected. The main conclusion drawn from this study is that some lakes in the peri-Baltic have been connected with the Basin for thousands of years and have been part in the dynamic changes of the Baltic Basin, suggesting that an exchange of species would have been possible until recently. Keywords: Baltic Basin, post-glacial rebound, Last Glacial Maximum, biodiversity, Fennoscandia, freshwater lakes. 1 Institute for Biodiversity and Ecosystem Dynamics Table -
Northeastern Europe
Northeastern Europe 1 / 3 2 / 3 Released date: Fri, 21/07/2017 - 12:00 Copyright: contains modified Copernicus Sentinel data (2017), processed by ESA, CC BY-SA 3.0 IGO The Copernicus Sentinel-3 satellite takes us over the Baltic Sea and surrounding countries. Snow, ice and clouds dominate the image, providing us with an overall view of the area’s climate when this image was captured on 6 March. Sentinel-3 offers a ‘bigger picture’ for Europe’s Copernicus programme by systematically measuring Earth’s oceans, land, ice and atmosphere to monitor and understand large-scale global dynamics. Finland is positioned at the centre of the image. The country has been called the ‘land of a thousand lakes’ – most of which are covered by ice and snow in this image. To its west is the Gulf of Bothnia, the northernmost arm of the Baltic Sea separating part of Finland from Sweden. Clouds on the lower left obstruct our view of the Swedish capital, Stockholm. In the upper left we can see part of Norway’s coastline with its famed fjords. During the ice age, ice and rivers carved deep valleys in the mountains. As the climate changed, most of the ice melted and the valleys were gradually filled with salt water from the coast, giving birth to the fjords. Russia dominates the right side of the image with the ice-covered Lake Onega and partially covered Lake Ladoga. Estonia is visible in the lower-central part of the image with significantly less snow cover, but with large areas of ice along its coast and on Lake Peipus. -
Hiis Sites in the Research History of Estonian Sacred Places
HIIS SITES IN THE RESEARCH HISTORY OF ESTONIAN SACRED PLACES Tõnno Jonuks Abstract: The article gives an overview of the history of research of holy places which are called hiis in Estonia from the end of the 18th to the beginning of the 21st century. The emphasis of the study is on academic treatments on the sub- ject, and the article analyses the main research problems. The concept of hiis has been discussed to a lesser degree in the context of national ideology and identity, which nevertheless has left an important mark on academic studies. Key words: hiis, history of research, holy grove, natural holy place Sacred natural places, among which hiis sites (further on the semantics of the Estonian word hiis, see below) form the best known and the most thoroughly investigated part, and which are the most important archaeological places con- nected with Estonian religion, have started to attract multifarious scientific interest only recently (e.g., Remmel 1998; Jonuks 2007; Kütt 2007; Valk 2007a, b, c). Although pagan sanctuaries have been the object of research for the clergy, politicians and historians already since the 18th century, more gen- eral and analytical studies are still lacking. The study of similar sites leaves much to be desired not only in Estonia, but natural holy places have emerged as subject of research during the past few years in the neighbouring countries as well (Bradley 2000, Brink 2001, Vaitkevičius 2004, Urtāns 2008). Despite the paucity of academic studies there has been a long history of the treatment of hiis places and other non-Christian sites in Estonia, especially in the context of national identity. -
Take a Pilgrimage in West Harjumaa the Westward Routes Across
Take a pilgrimage in West Harjumaa The westward routes across Harjumaa are to be recommended, and run mainly away from major highways, allowing anyone using them to enjoy the full beauty of Harjumaa, its nature and its various cultural sights. West Harjumaa is especially rich in manors, but it also has a good many new urban areas. The view when leaving Tallinn is of an entire shoreline featuring an impressive limestone bank, which alternates with beautiful sandy beaches in Vääna-Jõesuu, Keila-Joa, Kloogaranna, Lohusalu and Laulasmaa. Due to the fact that the aim of the pilgrimage is to introduce the beautiful shrines of Harjumaa, we will not take the trail that runs along the shoreline. PILGRIMAGE ROUTES IN WEST HARJUMAA ROUTE Tallinn (Viru Square) - Keila - Paldiski - Padise - Harju-Risti - Riisipere - Hageri - Tallinn Tallinna The pilgrimage to Harjumaa starts from Tallinn and heads off towards the city of Keila. You can go there by train, bike or on foot, and if these options are not suitable for you, all of the shrines can be accessed by car, although you might miss an interesting natural or cultural sight if you take the car and drive along the highways. If you start your pilgrimage on a bike, you must first take Paldiski Road to the Haabersti roundabout. You can also use public transport, using trolleybus No. 6 from the city centre or No. 7 from Balti Jaam railway station. To the left from the roundabout is the Õismäe residential area. To begin to leave the city, you have to take the Paldiski road, to the right of which is Lake Harku. -
Annual Report 2004/05 Major Events at Eesti Energia
annual report 2004/05 Major events at Eesti Energia Organisational changes Highlights of the financial year • 1 April 2004 – OÜ Põhivõrk was established as an independent • Launch of the fluidised bed technology-based power unit legal entity • Application of new electricity tariffs in the Eesti Energia service area • 28 June 2004 – the metal testing company OÜ ER Test Service • Completion of the preparatory work for construction of Estlink, was established the undersea cable connecting the Baltic States and Nordic countries. • 1 July 2004 – OÜ Jaotusvõrk was established as an independent • Elimination of the January 9 storm damage legal entity • Export of a record-breaking volume of electrical energy to Latvia – • 5 July 2004 – AS Kohtla-Järve Soojus’ business units – power plant 1.39 TWh and heat network –were sold • Production and sale of a record-breaking volume of shale oil • Establishment of a fiber-optic connection to improve data Major investment projects communication with Russia • Power units 8 and 11 were completed in Narva Power Plants • Reorganization of strategic planning process • The slope shaft was completed in the Estonia mine • Integration of economic value added (EVA) and balance scorecard • The shale-oil based boilerhouse is put into operation in the Viru mine • Implementation of ISO 14001 environmental management • Chimney No. 5 is reconstructed in the Balti Power Plant standards in AS Narva Elektrijaamad, OÜ Jaotusvõrk, AS Energoremont, • The railway freight car tilting device is reconstructed in the Eesti the Iru Power -
Spatial Mobility Between Tallinn and Helsinki in Mobile Positioning Datasets
Spatial Mobility between Tallinn and Helsinki in Mobile Positioning Datasets. Statistical overview. Department of Geography of University of Tartu, Mobility Lab Siiri Silm, Rein Ahas, Margus Tiru All questions and comments: [email protected] Helsinki-Tallinn Transport and Planning Scenarios Central Baltic INTERREG IV A Cross-Border Co-operation Programme Tartu 2012 Contents 1. Introduction .......................................................................................................................... 3 2. Methodology ......................................................................................................................... 5 2.1. Data and methods ................................................................................................................. 5 2.2. EMT customer profile .......................................................................................................... 7 3. Estonians to Finland ........................................................................................................... 13 3.1. The number of Estonian vists to Finland ............................................................................ 13 3.2. The duration of visits .......................................................................................................... 13 3.3. The frequency of visits ....................................................................................................... 14 3.4. The length of stay in Finland .............................................................................................