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Structures & Hosting Facilities Capacity New
SUMMARY STATEMENT OF REFUGEE FLOWS AT 10.00 14.3.2017 STRUCTURES & HOSTING NEW GUESTS CAPACITY NOTES FACILITIES ARRIVALS UNTIL 07:30 * HOSTING EASTERN AEGEAN ISLANDS STRUCTURES FACILITIES LESVOS (TOTAL) 3459 1460 3500 0 * HOSTING FACILITIES CHIOS (TOTAL) 836 2462 1100 19 CAPACITY REFERS TO SAMOS (TOTAL) 1710 237 850 0 UNHCR AND OTHER STATE- LEROS (TOTAL) 621 304 1000 0 RUN FACILITIES AT THE KOS (TOTAL) 1748 640 1000 0 ISLANDS OTHER ISLANDS (TOTAL) 652 0 TOTAL ISLANDS 7208 5755 8759 19 NORTHERN GREECE POLYKASTRO (NEA KAVALA) 942 4200 PIERIA (IRAKLIS FARM) 38 200 VEROIA (ARMATOLOU KOKKINOU CAMP IMATHIA) 218 400 ALEXANDRIA IMATHIAS (G. PELAGOU CAMP) 365 1200 DIAVATA (ANAGNOSTOPOULOU 329 2500 CAMP) 74 850 DERVENI-ALEXIL (THESSALONIKI) SINDOS -FRAKAPOR 47 600 (THESSALONIKI) KORDELIO- SOFTEX 450 1900 (THESSALONIKI) SINATEX-KAVALARI (THESSALONIKI) 165 500 KORDOGIANNIS FARM - 50 1500 VASSILIKA DERVENI-DION AVETE 142 400 KONITSA (MUNICIPALITY) 130 200 DOLIANA IOANNINA 110 400 PREVEZA-FILIPIADA (PETROPOULAKI CAMP) 226 700 LAGADIKIA 213 TOTAL NORTHERN GREECE 3452 14950 CENTRAL GREECE LARISSA KOUTSOXERO EFTHIMIOPOULOU CAMP 1063 1500 VOLOS (MAGNESIA PREFECTURE) 108 200 TRIKALA-ATLANTIK 209 360 OINOI (OINOFYTA) VOIOTIA 600 600 EVOIA-RITSONA (A.F. CAMP) 679 1000 FTHIOTIDA-THERMOPYLAE 462 500 TOTAL CENTRAL GREECE 3121 4160 SOUTHERN GREECE ANDRAVIDA (MUNICIPALITY) 161 300 TOTAL SOUTHERN GREECE 161 300 ATTIKI ELAIONAS 1975 2500 SCHISTO 942 2000 SKARAMAGAS DOCK 3200 3200 MERCHANT MARINE ACADEMY (ELEFSINA) 320 346 MALAKASA 483 1500 RAFINA 111 120 LAVRIO -
Newsletter August 2011 – December 2011
Program for the Education of Roma Children Regions of Central Macedonia, Western Macedonia, Eastern Macedonia and Thrace 21.09.2010 – 31.12.2013 Newsletter August 2011 – December 2011 Beginning of classes addressed Literacy courses for to students who had been grade adolescents retained in Dendropotamos, In the settlements of Agia Sofia Alexandria and Kymina- and Peraia, literacy courses for Malgara. illiterate Roma adolescents begin. A direct positive outcome of Three philologists and a support classes was that sixteen mathematician teach in these 3rd grade students of the Junior courses and 56 adolescents High School of Menemeni, in participate (Agia Sofia: 39 Dendropotamos passed to the 1st students, Peraia: 17 students). grade of Senior High School. The support for children in this transitory phase of their education is estimated to contribute to its continuation and completion. Thus, upon the children’s request and given the fact that support teaching is no longer offered to Junior and Senior High Schools, support classes are scheduled and take place during the whole academic year 2011-2012 in Junior and Senior High Schools in Menemeni, Alexandria, Kymina- Malgara and Kouloura October 2011 October 3 Introductory training for teachers in the primary schools and the kindergarten of Menemeni, in Dendropotamos. October 4 Introductory in-service training for teachers in the primary schools of Peraia and the cross-cultural primary school of Neoi Epivates. October 6 In-service training for philologists and mathematicians of the Program, regarding teaching approaches in mathematics and language. October 7 Introductory training in the primary and kindergarten schools of Veroia, Kouloura and Xehasmeni. -
Company Profile
Company Profile DEPA at a glance The history of DEPA The natural gas system in Greece DEPA Group Strategic Goals of DEPA Legislative – regulative framework of natural gas Commercial activities of DEPA Sectors of natural gas consumption – Customers Distribution System Gas Supply Companies (EPAs) DEPA at the international setting Human resources Vision for sustainable development Corporate Social Responsibility The gas networks in Europe Statistics on natural gas and energy in Europe Financial statement 2010 >01 Natural gas is the fastest growing form of primary energy world-wide, given - on the one hand - its advantages compared to other forms of energy based on fossil fuels and - on the other hand - its decisive contribution in the defense of the necessary elements for Sustainable Development, i.e. “Environment, Society, Economy”. And this is because: • Natural gas allows greater energy efficiency compared to other fuels on all production segments, primarily for power generation using combined cycle technology, • Natural gas is more environmentally friendly since, per unit of energy produced, it is less damaging to the environment by 38% compared to coal, by 28% compared to crude oil and by 24% compared to diesel oil. Those percentages are in reality increased taking into account the greater efficiency rate of gas against the above fuels under comparison, • Natural gas provides greater flexibility as a fuel and is easy to use and handle in all domestic, commercial or industrial applications. The combination of all those characteristics -
Agricultural Practices in Ancient Macedonia from the Neolithic to the Roman Period
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by International Hellenic University: IHU Open Access Repository Agricultural practices in ancient Macedonia from the Neolithic to the Roman period Evangelos Kamanatzis SCHOOL OF HUMANITIES A thesis submitted for the degree of Master of Arts (MA) in Black Sea and Eastern Mediterranean Studies January 2018 Thessaloniki – Greece Student Name: Evangelos Kamanatzis SID: 2201150001 Supervisor: Prof. Manolis Manoledakis I hereby declare that the work submitted is mine and that where I have made use of another’s work, I have attributed the source(s) according to the Regulations set in the Student’s Handbook. January 2018 Thessaloniki - Greece Abstract This dissertation was written as part of the MA in Black Sea and Eastern Mediterranean Studies at the International Hellenic University. The aim of this dissertation is to collect as much information as possible on agricultural practices in Macedonia from prehistory to Roman times and examine them within their social and cultural context. Chapter 1 will offer a general introduction to the aims and methodology of this thesis. This chapter will also provide information on the geography, climate and natural resources of ancient Macedonia from prehistoric times. We will them continue with a concise social and cultural history of Macedonia from prehistory to the Roman conquest. This is important in order to achieve a good understanding of all these social and cultural processes that are directly or indirectly related with the exploitation of land and agriculture in Macedonia through time. In chapter 2, we are going to look briefly into the origins of agriculture in Macedonia and then explore the most important types of agricultural products (i.e. -
Thessaloniki Hotels Directory 2020-21
THESSALONIKI HOTELS ASSOCIATION 1 9 1 4 - 2014 THESSALONIKI HOTELS DIRECTORY 2020-21 take a stroll. in peace. this is Thessaloniki. Walk! Don’t rush. Walk. Thessaloniki’s chilled-out attitude Thessaloniki shimmers is your passport to true relaxation: admire the with its own brand magnificence of the sea while drinking a coffee of easy-living spirit -all at one of the local cafés; catch impro jazz sounds you need to do is let or alternative beats at the hip downtown bars; sample yourself go and have fun. delicious Mediterranean dishes at one of the many An impressive mix picturesque tavernas... Just take your time and enjoy! of gastronomic cultures, a rich and varied nightlife, a great history to explore on every step of the way. Do not forget to try the wines! LIVELY NIGHTLIFE City-break lovers will be amazed by the great choice of nightlife on offer, mixing traditions, cultures, the past and the present. Traditional Greek ALL KINDS music halls, live music bars, buzzing new venues showcasing the best yeah! OF TUNES live acts every night of the week, whatever you’re after, you are sure to Cozy little coffee shops and bars find it here. Have a late-night seafood feast at Perea and Aretsou by in the city centre and the Ladadika the seaside, indulge in an oriental sweet at Ano Poli (the old citadel) or port district welcome their guests wander down to Valaoritou street -the city’s latest hotspot- where you can with all kinds of tunes –from jazz to hang out with people from all walks of life till the small hours. -
Political and International Implications of Integrated Water Resources Management of Transboundary River Basins: the Case of Axios/Vardar River Basin”
View metadata, citation and similar papers at core.ac.uk brought to you by CORE UNIVERSITY OF MACEDONIA DEPARTMENT OF BALKAN, SLAVIC AND ORIENTAL STUDIES MASTER PROGRAMME IN “POLITICS AND ECONOMICS OF CONTEMPORARY EASTERN AND SOUTHEASTERN EUROPE” DISSERTATION “Political and International implications of integrated water resources management of transboundary river basins: The case of Axios/Vardar River basin” MICHAIL I.TSAVDARIDIS Graduate of Political Sciences Thessaloniki 2013 Abstract Abstract The political rivalries over the water resources are highly increased due to their scarcity, several types of pollution, increasing water consumption and several environmental shifts. These tensions are a result of the great number of transboundary river basins worldwide (261). The international institutions promote a remarkable legal framework in order to regulate those dimensions amongst the riparian states. The new EU Water Framework Directive 2000/60 and the decisions of Helsinki convention could be the road map for integrated water resources management (IWRM). In Greece the main renewable resources are “imported” and for this reason the necessity of an IWRM is obvious and a hard task at the same time. This dissertation focuses on the Axios/Vardar river basin and examines the possibility of a possible transnational cooperation in respect of the international law framework. i Table of Contents Table of Contents Abstract ......................................................................................................................... -
Download Thessaloniki Case Study
Ιntegration through non formal education: the case of REACT & Open Schools Contents The Mandate of MoThess in the education policy sector The Municipality of Thessaloniki’s (MoThess) Mandate - The MoThess does not have a mandate in formal education of children but the responsibility of school infrastructure and activities beyond formal schooling hours - Formal education is obligatory for children between 5-15 years of age - MoThess‟ approach in combining integration and education has three pillars: 1) Supporting children in accessing education 2) Supporting children and adults with non formal education needs 3) Integrating non-formal education activities to priorities aiming to bolster city resilience including community building 4) Designing complementary non-formal education activities directed to the host community and refugees (social cohesion) Presentation of the policy actions in formal education The MoE is implementing a formal education programme which is aimed at children who live in camps or host structures in Greece and separates them according to their accommodation type and previous attendance at school. The goal for this year is the integration of refugee children into the Greek formal education system. Every child has the right to have access to the formal education. Details of the D.Y.E.P. The program is referring to: Refugee children 4-15 years old , The establishment of Reception Structures for the Education of Refugees (DYEP) in public schools of the primary and elementary formal education * and the creation of the reception classes in the primary and secondary school (minimum of 9 students per school necessary to set up reception classes) The creation of a kindergarten in the camp * formal education is 9 years Details of the D.Y.E.P. -
Areas “Affected” by Malaria in Greece 2019 Season, May 2019
1 Areas “affected” by malaria in Greece 2019 season, May 2019 The “Working Group (WG) for the designation of areas affected by vector-borne diseases” of the National Committee for the Prevention and Control of Tropical Diseases of the Ministry of Health has convened and decided upon which areas should be designated as “affected”, following the recording of an introduced P.vivax malaria case (1st generation of transmission) in 2019. The WG of experts has carefully examined the following data: the total epidemiological data concerning malaria in Greece since 2009, the number and characteristics of all cases reported to the National Public Health Organization (N.P.H.O.) up to 24th May 2019, the characteristics of the population to which they correspond, and the geomorphological characteristics of the corresponding areas, the available entomological data for the years 2011-2019, especially for the area with the introduced case, and the literature concerning the flight range of mosquito vectors, especially Anopheles sacharovi, which is considered to be the main malaria vector in our country. According to the suggestion of European experts, an “affected area” is defined as falling within a radius of 2-6 km around the probable place of exposure of the locally acquired cases. In Greece, an affected area is usually defined by a radius of 6 km around the probable place of exposure. However, if this defined circle includes sections of large urban centres or cities (that cannot be easily divided) or if a smaller radius is deemed adequate (e.g. based on entomological data, history of cases in an area, geomorphology, etc.), the WG - following risk assessment – decides upon the exact designation of the affected area. -
Site Profiles - Greece
Site profiles - Greece This document provides detailed information on sites in Greece to allow for better planning and to address gaps where highlighted. The data will be updated on a monthly basis. All sites are managed by the Greek authorities. Data has been collected from different sources, i.e. UNHCR, site managers, Hellenic Police etc., and indicators are measured and based on the Sphere standards as outlined at the end of the document. Data was collected using key informants at the site and direct observation. Population figures are based on official estimates at site level. General overview Drama Serres-KEGE Cherso Kavala (Perigiali) Vagiochori Veria Lagkadikia A Nea Kavala Pieria (Petra Olympou) Pieria (Ktima Iraklis) Konitsa Giannitsa Derveni Tsepelovo (Alexil) Derveni Doliana Kipselochori Oreokastro (Dion-ABETE) Katsikas Trikala Sindos-Frakaport Diavata Kavalari Faneromeni (Atlantic) Volos Koutsochero Lesvos Alexandreia Softex Filipiada Sindos-Karamanli Vasilika Moria Kalochori Thessaloniki port A Thermopiles Chios Schisto Oinofyta Ritsona Malakasa Vial Elefsina Naval School Agios Andreas Andravidas Rafina Eleonas Skaramagas dock B Samos Vathy Transit sites Lavrio Lavrio (Accom. Facility) Informal sites and settlements Reception and Identification Centers (Closed facilities) Piraeus UNHCR Sub Office Leros Lepida UNHCR Country Office Kalymnos UNHCR Field Unit Temporary sites Kos Elliniko I Rhodes Elliniko II Elliniko III Megisti B 1 MAINLAND Attica Agios Andreas Elefsina Eleonas 1 & 2 Elaionas 3 Elliniko I (Hockey) Elliniko II -
Industrial Risk in Thessaloniki and Urban Regeneration Context
OPEN ACCESS http://www.sciforum.net/conference/wsf3 Article Industrial Risk in Thessaloniki and Urban Regeneration Context Christine Matikas * Architect Engineer, University of Thessaly, Urban Planner, DSA ENSA Paris La Villette E-Mail: [email protected] * Author to whom correspondence should be addressed; Tel.: +306944664396, V.Kornarou 20, 54655, Thessaloniki, Greece Received: / Accepted: / Published: Abstract: The venture of Industrial Risk concerns life, natural – built environment and socio- economic activities. The aim of the research is to identify the threat, its awareness and to ensure the protection of residents. Activities that can lead to a Major Accident (MA), installation process of new units – establishments and responsibilities of investors and the state, are indicated in European Directives, called SEVESO. Employers have responsibility for safety within the industrial establishment; the state is responsible for the perimeter. So governments are responsible for the methods determining the Protection Zones (PZ), the expected impacts of a MA per zone and the Major Accident Prevention Policy (MAPP). In Greece these arrangements are not a result of institutionally entrenched methodological choices. For the first time, new SEVESO installations are related to Land Use Planning in the Directive SEVESO II of 1996, without referring to the existing proximity of corresponding activities to the urban fabric. Western Thessaloniki is the territory in danger. It is established the fact that the parameter of industrial risk is absent from the urban planning of the area. The urban paradox of residents’ coexistence to the risk (threat) is probably caused by the diachronic vicinity of urban tissue with industries, without any relative preoccupation, despite occasional incidents. -
GOVERNMENT GAZETTE Series B- 5922/31.12.2018
69941 GREEK GOVERNMENT GAZETTE Series B- 5922/31.12.2018 TRUE COPY 69941 OF THE ORIGINAL DOCUMENT Greek Government Gazette December 31st 2018 SERIES B Issue No. 5922 Β' 464/19-4-2010). DECISIONS 9. The provisions of ministerial decision “Natural Gas Dec. No 1314/2018 Licensing Regulation” ref. no. 178065 (Government Gazette Β' 3430/17.08.2018, hereinafter referred to as For the granting of a Natural Gas Distribution “Licensing Regulation”). License to the company under the trade name 10. The Tariffs Regulation for the Main Distribution “Gas Distribution Company Thessaloniki- Activity of distribution networks in Attica, Thessaloniki, Thessaly S.A.” and the distinctive title “EDA Thessaly and other Greece (Government Gazette Β' THESS”. 3067/26.09.2016) (hereinafter referred to as “Tariffs Regulation”). THE REGULATORY AUTHORITY FOR ENERGY 11. The RAE's Decision No 346/2016 on the Approval Taking into consideration the following: of the Tariff for the Charge of the Main Natural Gas 1. The provisions of Law 4001/2011 “For the Distribution Activity on Thessaloniki distribution network operation of the Energy Markets of Electricity and (Government Gazette Β' 3490/31.10.2016). Natural Gas, for Research, Production and transmission 12. The RAE's Decision No 347/2016 on the Approval networks of Hydrocarbons and other arrangements” of the Tariff for the Charge of the Main Natural Gas (Government Gazette A’179/22.08.2011), as amended Distribution Activity on Thessaly distribution network and in force (hereinafter referred to as “the Law”), and (Government Gazette Β'3537/03.11.2016). especially articles 13 and 80C thereof. -
Exposure and Cancer Risk
Dep. of Chemical Engineering School of Engineering Aristotle Univ. of Thessaloniki Chemical and Radiological Risk in the Indoor Environment (CheRRIE) Exposure and risk assessment of chemical compounds Prof. Dimosthenis A. Sarigiannis, PhD Director of Environmental Engineering Laboratory (EnvE-Lab) Department of Chemical Engineering, Aristotle University of Thessaloniki - 54124, Greece CheRRIE Progress meeting February 27, 2015 Thessaloniki, GR 1 Dep. of Chemical Engineering School of Engineering Health impact assessment Aristotle Univ. of Thessaloniki Interaction at the level of metabolism (inhibition) Xylene Toluene Ethylbenzene Benzene Liver (metabolism) Leukemia Probabilitydensity Acetaldehyde Formaldehyde Nasopharyngeal Cancer Cumulative risk Larynx Cancer CheRRIE Progress meeting February 27, 2015 Thessaloniki, GR 2 1 Dep. of Chemical Engineering Methodology – exposure and School of Engineering Aristotle Univ. of Thessaloniki intake assessment Personal exposure is equal to the average concentration of a pollutant that a person is exposed to over a given period of time, e.g. 1 day, 1 month or 1 year. If over the given period of time, T, the person passes through n locations, spending a fraction fn of the period T in location n where the concentration of the pollutant under consideration is Cn, then the personal exposure for this period T, represented by the concentration CT CT fn Cn n based on the time-weight contribution of the activities, the level of intensity and the corresponding inhalation rate, we derived adjustment factors for each location type. As a result, average exposure is given by the following formula, where inh is the inhalation adjustment factor for each type of microenvironment encountered in the calculations: CT f n C n inh n 3 Daily intake I is estimated from the following formula, where inhr is the inhalation rate (m /h) for each type of microenvironment encountered in the calculations and tn is the time of residence in the specific microenvironment.