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1ST Aviation and Tourism Event COPA E14-Migration-Reception Event KALAMATA-GREECE MAY 26-29, 2016
Athens, June 6 2016 PRESS RELEASE 1ST Aviation and Tourism Event COPA E14-Migration-Reception Event KALAMATA-GREECE MAY 26-29, 2016 On Thursday, May 26 2016, the 1st Aviation and Tourism Event took place in Kalamata, Greece with great success. It was organized on the occasion of the 14th International Conference of Cirrus Owners and Pilots Association (COPA), by the Hellenic Pilots Association (HPA) and Flight Experience Aeroclub with the collaboration of Region of Peloponnese, under the auspices and the support of the Greek National Tourism Organization, coordinated by iForce Communications, with the support of the Municipalities of Kalamata, Messini and Trifylia, hosted by Hellenic Air Force 120 Air Training Wing and facilitated with the wonderful and experienced volunteers of the Air Club of Kalamata. Forty private Cirrus aircrafts and more than a hundred foreign visitors from all over Europe, Israel and USA, landed for the first time in our country, through the international Cirrus Owners and Pilots Association (COPA). The Governor of the Region of Peloponnese Mr. Petros Tatoulis addressed the event as the keynote speaker, while the Mayor of Kalamata Mr. Panagiotis Nikas, the Mayor of Messini Mr. George Tsonis, the Mayor of Trifylia Mr. Panagiotis Katsivelas, the Commander of the 120 Air Training Wing Colonel (P) Konsantinos Chinis, the President of Flight Experience Aeroclub Dr. Christos Leontopoulos and the President of COPA Mr. Andy Niemeyer, greeted the event and were awarded commemorative honorary plaques by the organizers. Commemorative plaques were also offered to Dr. Timm Preusser, President of COPA Europe, Mr. Joseph McMillen, for his courage on making the world tour on Cirrus Plane and to the Hellenic Government Minister of Defense Mr. -
A Comparison Between Organic and Conventional Olive Farming in Messenia, Greece
horticulturae Article A Comparison between Organic and Conventional Olive Farming in Messenia, Greece Håkan Berg 1,*, Giorgos Maneas 1,2 and Amanda Salguero Engström 1 1 Department of Physical Geography, Stockholm University, 106 91 Stockholm, Sweden; [email protected] (G.M.); [email protected] (A.S.E.) 2 Navarino Environmental Observatory, Navarino dunes, Costa Navarino, 24 001 Messinia, Greece * Correspondence: [email protected]; Tel.: +46-702559069 Received: 15 May 2018; Accepted: 4 July 2018; Published: 9 July 2018 Abstract: Olive farming is one of the most important occupations in Messenia, Greece. The region is considered the largest olive producer in the country and it is recognized as a Protected Designation of Origin (PDO) for Kalamata olive oil, which is considered extra fine. In response to the declining trend of organic olive farming in Greece, this study assesses to what extent organic olive farming in Messenia provides a financially and environmentally competitive alternative to conventional olive farming. In this study, 39 olive farmers (23 conventional and 16 organic) participated in interviews based on questionnaires. The results showed that organic olive farming is significantly more profitable than conventional farming, primarily because of a higher price for organic olive oil. Despite this, the majority of the conventional farmers perceived a low profit from organic farming as the main constraint to organic olive farming. All farmers agreed that organic olive farming contributed to a better environment, health and quality of olive oil. Organic farmers used fewer synthetic pesticides and fertilizers and applied more environmentally-friendly ground vegetation management techniques than conventional farmers. -
Waste Transfer Station (SMA) for Athens and Neighboring Municipalities” in the Area of Eleonas
1 Kifissia, July 18th, 2019 HELECTOR is the contractor of the new “Waste Transfer Station (SMA) for Athens and Neighboring Municipalities” in the area of Eleonas The agreement for the project of the “Establishment of the Waste Transfer Station (SMA) for Athens and Neighboring Municipalities” in the area of Eleonas (Western Attica) has been signed by the Athens Municipality (Contracting Authority), the Special Inter-Collective Association of the Prefecture of Attica (E.D.S.N.A.) (Owner of the Project) and HELECTOR S.A., as Contractor. The total contract price is 10,839,005.15€ plus VAT and includes the design, construction and delivery in full operation of the Waste Transfer Station (SMA) in the area of Eleonas, in Western Attica, at a property of 20 acres approximately, owned by E.D.S.N.A. The Central Waste Transfer Station (SMA) has a key role in the basic infrastructure of the Regional Plan for the Management of Solid Waste in Attica, following the up-to-date legal and social requirements. The local waste collection systems’ process will be upgraded, thus creating environmental benefit, by limiting the circulation of waste collection vehicles, by reducing the aerial emissions and by supporting the effective operation of the landfill. In addition, the new Station (SMA) will adapt to the requirements of the Regional Plan for the Management of Solid Waste (PESDA) of Attica. With the opportunity of HELECTOR’s selection as a Contractor for the project, the CEO of HELECTOR, Mr. Haris Sofianos stated: «We are very pleased to undertake one more project towards the integrated solid waste management in Attica, supporting the evolution of the wider Regional Plan for the sector’s modernization. -
Bulletin of the Geological Society of Greece
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by National Documentation Centre - EKT journals Bulletin of the Geological Society of Greece Vol. 47, 2013 Definition of inferred faults using 3D geological modeling techniques: A case study in Tympaki Basin in Crete, Greece Panagopoulos G. Technical University of Crete, Dept. of Mineral Resources Engineering, Research Unit of Geology Giannakakos E. Technical University of Crete, Dept. of Mineral Resources Engineering, Research Unit of Geology Manoutsoglou E. Technical University of Crete, Dept. of Mineral Resources Engineering, Research Unit of Geology Steiakakis E. Technical University of Crete, Dept. of Mineral Resources Engineering, Laboratory of Applied Geology Soupios P. Department of Natural Resources & Environment, Technological Educational Institute of Crete Vafidis A. Technical University of Crete, Dept. of Mineral Resources Engineering, Laboratory of Applied Geophysics http://dx.doi.org/10.12681/bgsg.11087 Copyright © 2017 G. Panagopoulos, E. Giannakakos, E. Manoutsoglou, E. Steiakakis, P. Soupios, A. Vafidis To cite this article: Panagopoulos, G., Giannakakos, E., Manoutsoglou, E., Steiakakis, E., Soupios, P., & Vafidis, A. (2013). Definition of http://epublishing.ekt.gr | e-Publisher: EKT | Downloaded at 10/01/2020 22:10:50 | inferred faults using 3D geological modeling techniques: A case study in Tympaki Basin in Crete, Greece. Bulletin of the Geological Society of Greece, 47(2), 605-615. doi:http://dx.doi.org/10.12681/bgsg.11087 http://epublishing.ekt.gr | e-Publisher: EKT | Downloaded at 10/01/2020 22:10:50 | Bulletin of the Geological Society of Greece, vol. XLVII 2013 Δελτίο της Ελληνικής Γεωλογικής Εταιρίας, τομ. -
Transactions Remittances
INTERNET BANKING Retail Business TRANSACTIONS REMITTANCES Remittances to NBG accounts (same or third person's) (2) √ √ Multiple Remittances to NBG accounts Payroll payments (for Bussinesses only). √ √ (via electronic file up to 200 remittances per file, for more via Ethnofiles). Remittances to other domestic banks (2) - via DIASTRANSFER - providing the √ √ choice between SHA, OUR or BEN for commission fees payment Multiple Remittances to other domestic banks (via DIASTRANSFER) Payroll payments (for Bussinesses only). √ √ (via electronic file up to 200 remittances per file, for more via Ethnofiles). Remittances to Banks of E.U. countries or overseas territories √ √ Multiple Remittances to E.U. banks or overseas territories √ √ Remittances in euro to emigrants countries PAYMENTS TO PUBLIC SERVICE COMPANIES Assessed Tax Debts (ENFIA, Income Tax for Individuals etc) √ √ e-Fee √ √ Vehicle Excise Duty (Road Tax) for Cars and Motorcycles √ √ Ειδικό Πρόστιμο Διατήρησης Ρυθμιζόμενων Χώρων √ √ Clearance Fee For Building Permit Violations √ √ Flat Penalty for Building Permit Violations √ √ OAED-FORMER OEK RESCHEDULED LOANS √ √ S.E.P.P.P √ √ Hellenic Single Public Procurement Authority (H.S.P.P.A.) √ √ ICISnet Οnline Payments √ √ MUNICIPALITIES Municipality of Agios Dimitrios √ √ MUNICIPALITY OF ALIARTOS THESPIES √ √ Municipality of Alonnhssos √ √ Municipality of Amaroyssio √ √ Municipality of Amfiklia-Elatia √ √ Municipality of Amfilocia √ √ Municipality of Andros √ √ Municipality of Argithea √ √ Municipality of Athens (2) √ √ Municipality of Brillisia -
The Athens Earthquake (7 September 1999): Intensity Distribution and Controlling Factors
Engineering Geology 59 (2001) 297±311 www.elsevier.nl/locate/enggeo The Athens earthquake (7 September 1999): intensity distribution and controlling factors E. Lekkas* Department of Geology, University of Athens, Panepistimioupoli Zografou, 15784 Athens, Greece Received 20 June 2000; accepted for publication 14 December 2000 Abstract The Athens earthquake, Ms 5:9, that occurred on 7th September 1999 with epicenter located at the southern ¯ank of Mount Parnitha (Greece, Attiki) according to instrumental data, is attributed to the reactivation of an ESE±WNW south- dipping fault without sur®cial expression. The earthquake caused a large number of casualties and extensive damage within an extended area. Damage displayed signi®cant differentiation from place to place, as well as a peculiar geographic distribution. Based on geological, tectonic and morphological characteristics of the affected area and on the elaboration of damage recordings for intensity evaluation, it can be safely suggested that intensity distribution was the result of the combination of a number of parameters both on macro and microscale. On the macroscale, the parameters are the strike of the seismogenic fault, seismic wave directivity effects and to an old NNE±SSW tectonic structure, and they are also responsible for the maximum intensity arrangement in two perpendicular directions ESE±WNW and NNE±SSW. On the microscale, site foundation formations, old tectonic structures buried under recent formations and morphology are the parameters that differentiated intensities within the affected area. q 2001 Elsevier Science B.V. All rights reserved. Keywords: Athens; Earthquake; Intensity; Distribution; Tectonics; Fault 1. Introduction collapsed, including industrial installations, causing 140 deaths. The strongly affected area is inhabited On September 7, 1999 at 14:56 local time (11:56 by about 1 million people, 10% of whom are GMT), the City of Athens was rocked by an earth- estimated to be homeless. -
Asset Technology Employment-Entrepreneurship
A sset T echn o lo gy Em plo ym en t-E ntrepreneurship Projects ASSET TECHNOLOGY PROMOTION OF EMPLOYMENT AND ENTREPRENEURSHIP DEVELOPMENT OF THE SOCIAL ECONOMY SECTOR “Local Action Plan for the Integration of Vulnerable Groups - Disabled people, of the Municipalities of Ilion and Agii Anargiri-Kamatero” Development Partnership: ERGAXIA Area of Intervention: Municipalities of Ilion and Agii Anargiri - Kamatero Target Group: People with disabilities http://www.ergaxia.gr “Local Action Plan for the Social Integration of Vulnerable Groups of the Municipality of Pylos-Nestor” Development Partnership: PALAIPYLOS Area of Intervention: Municipality of Pylos-Nestor Target Group: Long term unemployed over the age of 45, unemployed living in poverty http://www.palaipylos.gr/ “Local Action Plan for the Social Integration of Vulnerable Groups of the Municipalities of Argithea, Mouzaki, Palamas, Sofades” Development Partnership: KIERION Area of Intervention: Municipalities of Argithea, Mouzaki, Palamas, Sofades / Karditsa Regional Unit Target Group: Long term unemployed over the age of 45, unemployed living in poverty http://www.topeko-kierion.gr/ “Local Action Plan for the Social Integration of Vulnerable Groups of Thesprotia” Development Partnership: THESPROTIAN SOCIAL COOPERATION Area of Intervention: Regional Unit of Thesprotia Target Group: Long term unemployed over the age of 45, unemployed living in poverty http://www.thekoisi.gr/ “Local Action Plan for Employment «HERMES»” Development Partnership: TOPSA HERMES Area of Intervention: Regional Unit of Thessaloniki Target Group: Unemployed women and young people, young scientists http://www.topsa-hermes.gr/ “Local Action Plan for the Development of Employment in Amfiloxia” Development Partnership: D.P. Amfiloxia Area of Intervention: Municipality of Amfiloxia Target Group: Unemployed women and young people, young scientists and farmers http://www.topsa-amfiloxia.gr/ “Local Action Plan for the Development of Employment in Sikionion Municipality” Development Partnership: D.P. -
Violence, Resistance and Collaboration in a Greek Borderland: the Case of the Muslim Chams of Epirus
«Qualestoria» n. 2, dicembre 2015 Violence, resistance and collaboration in a Greek borderland: the case of the Muslim Chams of Epirus di Spyros Tsoutsoumpis Abstract ‒ Violence, resistance and collaboration in a Greek borderland: the case of the Muslim Chams of Epirus The ethnic infighting that took place in Thesprotia between the Greek and Albanian communi- ties during the Axis occupation has been described as a forgotten conflict. Indeed, until recently, the only existing studies were those of local «organic» intellectuals who argued that the Alba- nian Muslim minority collaborated collectively first with the Italian and then with the German occupiers in the hope that an Axis victory would lead to the eventual creation of a Greater Alba- nian state. The article will challenge these views and argue that the conflict was shaped by local issues and antagonisms that predated the war and were often unrelated to nationalist agendas. Politics were used by local actors of all nationalities as a means of expressing local differences; however, the root of the conflict must be sought in communal relations. Both the victims and the perpetrators knew each other, shared common cultural codes and often had longstanding grievances. But this was not a parochial conflict waged between pre-modern peasants. Violence became possible solely as a result of the war and the presence of supra-local actors – the Re- sistance organisations, the Axis militaries and the British Military Mission – who gave peasants the opportunity and means by which to settle their differences. The presence of these groups served to nationalise the ongoing local struggles and led ultimately to an escalation of violence, resulting in the bloody stand-off that took place in the summer of 1944. -
Encrypted D3.5 SYNER-G Fragility Functions for Water Waste Water
D 3.5 DELIVERABLE PROJECT INFORMATION Systemic Seismic Vulnerability and Risk Analysis for Project Title: Buildings, Lifeline Networks and Infrastructures Safety Gain Acronym: SYNER-G Project N°: 244061 Call N°: FP7-ENV-2009-1 Project start: 01 November 2009 Project end: 31 October 2012 DELIVERABLE INFORMATION D3.5 - Fragility functions for water and waste-water Deliverable Title: system elements Date of issue: 31 October 2010 Work Package: WP3 – Fragility functions of elements at risk Deliverable/Task Leader: Aristotle University of Thessaloniki (AUTH) Reviewer: Norwegian Geotechnical Institute (NGI) REVISION: Final Project Coordinator: Prof. Kyriazis Pitilakis Institution: Aristotle University of Thessaloniki e-mail: [email protected] fax: + 30 2310 995619 telephone: + 30 2310 995693 Abstract This deliverable provides the technical report on the assessment of fragility functions for water and waste-water system elements. This deliverable comprises four main parts. A short review of past earthquake damages on water and waste-water system elements is provided in the first part, including the description of physical damages, the identification of main causes of damage and the classification of failure modes. The following two parts deal with the identification of the main typologies of water and waste-water system components and the general description of existing methodologies, damage states definitions, intensity indexes and performance indicators of the elements. In the next part the validation of the available vulnerability functions for pipes is provided based on damage data from recent European earthquakes (Düzce and Lefkas). Finally, improved vulnerability functions for the individual components are proposed along with the coding and digital description of fragility functions. -
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Griechenland Attika...................................................................................................................................................4 Athen-Zentrum.....................................................................................................................................4 Athen-Nord...........................................................................................................................................5 Athen-Süd.............................................................................................................................................6 Athen-West...........................................................................................................................................7 Piräus....................................................................................................................................................8 Inseln....................................................................................................................................................9 Ostattika..............................................................................................................................................10 Westattika............................................................................................................................................11 Epirus.................................................................................................................................................12 Arta.....................................................................................................................................................12 -
Generation 2.0 for Rights, Equality & Diversity
Generation 2.0 for Rights, Equality & Diversity Intercultural Mediation, Interpreting and Consultation Services in Decentralised Administration Immigration Office Athens A (IO A) January 2014 - now On 1st January 2014, the One Stop Shop was launched and all the services issuing and renewing residence permits for immigrants in Greece were moved from the municipalities to Decentralised Administrations. Namely, the 66 Attica municipalities were shared between 4 Immigration Offices of the Attic Decentralised Administration. a) Immigration Office for Athens A with territorial jurisdiction over residents of the Municipality of Athens, Address: Salaminias 2 & Petrou Ralli, Athens 118 55 b) Immigration Office for Central Athens and West Attica, with territorial jurisdiction over residents of the following Municipalities; i) Central Athens: Filadelfeia-Chalkidona, Galatsi, Zografou, Kaisariani, Vyronas, Ilioupoli, Dafni-Ymittos, ii) West Athens: Aigaleo Peristeri, Petroupoli, Chaidari, Agia Varvara, Ilion, Agioi Anargyroi- Kamatero, and iii) West Attica: Aspropyrgos, Eleusis (Eleusis-Magoula) Mandra- Eidyllia (Mandra - Vilia - Oinoi - Erythres), Megara (Megara-Nea Peramos), Fyli (Ano Liosia - Fyli - Zefyri). Address: Salaminias 2 & Petrou Ralli, Athens 118 55 c) Immigration Office for North Athens and East Attica with territorial jurisdiction over residents of the following Municipalities; i) North Athens: Penteli, Kifisia-Nea Erythraia, Metamorfosi, Lykovrysi-Pefki, Amarousio, Fiothei-Psychiko, Papagou- Cholargos, Irakleio, Nea Ionia, Vrilissia, -
BEACHES 15 MARINAS FLAG SUSTAINABLE TOURISM & BOATS Posidi-Egeopelagitika 36
515 BLUE BEACHES 15 MARINAS FLAG SUSTAINABLE TOURISM & BOATS Posidi-Egeopelagitika 36. Vari-Voula-Vouliagmeni 4 EVROS R.U. [2] Sani 2/Sani Beach Municipality 1. Alexandroupoli 4 Sani 3/Sani Club Asteras Vouliagmenis/Astir 7 6 Municipality Sani Asterias Beach Vouliagmenis 8 Alexandroupollis Municipal Siviri Centre Varkiza 3 WERE AWARDED Beach Fourka Voula A 5 2 Kyani Akti Chanioti 1 Vouliagmeni 10 1 RODOPI R.U. [5] Chanioti 3/Grecotel Pella Beach 11 37. Glyfada Municipality 12 9 BLUE FLAGS IN 2. Maroneia-Sapes Municip. 15. Polygyros Municipality Asteras Glyfadas 16 Platanitis/Filosxenia Ismaros Gerakini/Ikos Olivia Glyfada 15 Hotel Sargani/Blue Dolphin Glyfada A 17 3. Komotini Municipality 16. Nea Propontida Glyfada B 13 Arogi 38. Aegina Municipality 18 1 Municipality 62 3 Mesi Agios Mamas Agia Marina 2 1 Fanari/Camping Vergia 39. Poros Municipality 19 14 Fanari/Ioulia 11 96 Geoponika-Mykoniatika Askeli/Nea Egli XANTHI R.U. [5] Dionysiou 61 Eleonas/Ikos Oceania 40. Kythira Municipality 2019 4. Topiros Municipality 20 Nea Heraklia Kakia Lagada 60 Erasmio 22 Nea Heraklia-Sahara Kapsali Mangana 21 23 Nea Kallikratia KORINTHIA R.U. [6] 5. Avdira Municipality 59 www.blueflag.gr Nea Moudania 41. Loutraki - Agioi Theodori 9 24 95 Avdira/Porto Molo Nea Plagia Municipality Mandra 10 Nea Potidea Propontidas Loutraki 1 4 Myrodato 63 Nea Potidea/Portes Beach Loutraki 2 25 www.eepf.gr/blueflag KAVALA R.U. [10] Nea Potidea-East of the Toroneo Pefkakia-Agioi Theodoroi Canal 58 27 6. Nestos Municipality Portaria 42. Velo-Vocha Municipality 28 29 26 31 Ammoglossa-Keramoti 1 Sozopoli Centre Vrahati 64 94 www.blueflag.global Ammoglossa-Keramoti 2 Sozopoli/Naftilos Kokkoni 30 56 57 7.