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Annex REPORT for 2019 UNDER the “HEALTH CARE” PRIORITY of the NATIONAL ROMA INTEGRATION STRATEGY of the REPUBLIC of BULGAR
Annex REPORT FOR 2019 UNDER THE “HEALTH CARE” PRIORITY of the NATIONAL ROMA INTEGRATION STRATEGY OF THE REPUBLIC OF BULGARIA 2012 - 2020 Operational objective: A national monitoring progress report has been prepared for implementation of Measure 1.1.2. “Performing obstetric and gynaecological examinations with mobile offices in settlements with compact Roma population”. During the period 01.07—20.11.2019, a total of 2,261 prophylactic medical examinations were carried out with the four mobile gynaecological offices to uninsured persons of Roma origin and to persons with difficult access to medical facilities, as 951 women were diagnosed with diseases. The implementation of the activity for each Regional Health Inspectorate is in accordance with an order of the Minister of Health to carry out not less than 500 examinations with each mobile gynaecological office. Financial resources of BGN 12,500 were allocated for each mobile unit, totalling BGN 50,000 for the four units. During the reporting period, the mobile gynecological offices were divided into four areas: Varna (the city of Varna, the village of Kamenar, the town of Ignatievo, the village of Staro Oryahovo, the village of Sindel, the village of Dubravino, the town of Provadia, the town of Devnya, the town of Suvorovo, the village of Chernevo, the town of Valchi Dol); Silistra (Tutrakan Municipality– the town of Tutrakan, the village of Tsar Samuel, the village of Nova Cherna, the village of Staro Selo, the village of Belitsa, the village of Preslavtsi, the village of Tarnovtsi, -
1 I. ANNEXES 1 Annex 6. Map and List of Rural Municipalities in Bulgaria
I. ANNEXES 1 Annex 6. Map and list of rural municipalities in Bulgaria (according to statistical definition). 1 List of rural municipalities in Bulgaria District District District District District District /Municipality /Municipality /Municipality /Municipality /Municipality /Municipality Blagoevgrad Vidin Lovech Plovdiv Smolyan Targovishte Bansko Belogradchik Apriltsi Brezovo Banite Antonovo Belitsa Boynitsa Letnitsa Kaloyanovo Borino Omurtag Gotse Delchev Bregovo Lukovit Karlovo Devin Opaka Garmen Gramada Teteven Krichim Dospat Popovo Kresna Dimovo Troyan Kuklen Zlatograd Haskovo Petrich Kula Ugarchin Laki Madan Ivaylovgrad Razlog Makresh Yablanitsa Maritsa Nedelino Lyubimets Sandanski Novo Selo Montana Perushtitsa Rudozem Madzharovo Satovcha Ruzhintsi Berkovitsa Parvomay Chepelare Mineralni bani Simitli Chuprene Boychinovtsi Rakovski Sofia - district Svilengrad Strumyani Vratsa Brusartsi Rodopi Anton Simeonovgrad Hadzhidimovo Borovan Varshets Sadovo Bozhurishte Stambolovo Yakoruda Byala Slatina Valchedram Sopot Botevgrad Topolovgrad Burgas Knezha Georgi Damyanovo Stamboliyski Godech Harmanli Aitos Kozloduy Lom Saedinenie Gorna Malina Shumen Kameno Krivodol Medkovets Hisarya Dolna banya Veliki Preslav Karnobat Mezdra Chiprovtsi Razgrad Dragoman Venets Malko Tarnovo Mizia Yakimovo Zavet Elin Pelin Varbitsa Nesebar Oryahovo Pazardzhik Isperih Etropole Kaolinovo Pomorie Roman Batak Kubrat Zlatitsa Kaspichan Primorsko Hayredin Belovo Loznitsa Ihtiman Nikola Kozlevo Ruen Gabrovo Bratsigovo Samuil Koprivshtitsa Novi Pazar Sozopol Dryanovo -
Nicopolis Ad Nestum and Its Place in the Ancient Road Infrastructure of Southwestern Thracia
BULLETIN OF THE NATIONAL ARCHAEOLOGICAL INSTITUTE, XLIV, 2018 Proceedings of the First International Roman and Late Antique Thrace Conference “Cities, Territories and Identities” (Plovdiv, 3rd – 7th October 2016) Nicopolis ad Nestum and Its Place in the Ancient Road Infrastructure of Southwestern Thracia Svetla PETROVA Abstract: The road network of main and secondary roads for Nicopolis ad Nestum has not been studied comprehensively so far. Our research was carried out in the pe- riod 2010-2015. We have gathered the preserved parts of roads with bridges, together with the results of archaeological studies and data about the settlements alongside these roads. The Roman city of Nicopolis ad Nestum inherited road connections from 1 One of the first descriptions of the pre-Roman times, which were further developed. Road construction in the area has road net in the area of Nevrokop belongs been traced chronologically from the pre-Roman roads to the Roman primary and to Captain A. Benderev (Бендерев 1890, secondary ones for the ancient city. There were several newly built roadbeds that were 461-470). V. Kanchov is the next to follow important for the area and connected Nicopolis with Via Diagonalis and Via Egnatia. the ancient road across the Rhodopes, The elements of infrastructure have been established: primary and secondary roads, connecting Nicopolis ad Nestum with crossings, facilities and roadside stations. Also the locations of custom-houses have the valley of the Hebros river (Кънчов been found at the border between Parthicopolis and Nicopolis ad Nestum. We have 1894, 235-247). The road from the identified a dense network of road infrastructure with relatively straight sections and a Nestos river (at Nicopolis) to Dospat, lot of local roads and bridges, connecting the settlements in the territory of Nicopolis the so-called Trans-Rhodopean road, ad Nestum. -
Floods in Bulgaria
1 Floods in Bulgaria Gergov, George, Filkov, Ivan, Karagiozova, Tzviatka, Bardarska, Galia, Pencheva, Katia National Institute of Meteorology and Hydrology Sofia, Bulgaria [email protected] Resume We distinguish the torrent floods of rivers as short-termed phenomena, lasting generally for only several hours and in very rare cases – for up to several days. Appropriate scientific methods for their forecasting are lacking. The short duration of the torrent floods, including their formation, do not make possible the organization of effective protection and safety measures. In many cases the inhabitants does not possess the required training to take-in urgent evacuation or adequate reaction. Torrential rainfalls of intensity up to 0.420-0.480 mm/min and duration of up to 15-29 min. predominate. The frequency of rainfalls above 0.300 mm/min accounts between 20-30 and 50-60 cases per year, while in the case of those with intensity above 0.600 mm/min the frequency diminishes to between 7-10 and 25-30 cases per year. The available hydrological information reveals, that irrespective of the ascending drought the frequency and dimensions of the torrent floods remain unchanged. The biggest flood, ever recorded in Bulgaria, was that of 31st aug.-01st sept.1858 along the Maritsa River in Bulgaria when the river banks in the town of Plovdiv have been flooded by 1-1.2 m. of water. The most ancient data for a devastating flood comes from the Turkish novelist Hadji Halfa. It concerns the Edirne (Odrin) flood in 1361. Numerous digital parameters of the floods are used in hydrology, like for instance, time of rise and time of fall of the flood, achieved water level maximum, average and maximum flow speed of the water current, size and duration of the flood, frequency and duration of the emergence, ingredient of the free water surface, time of concentration and time of travel (propagation) of the high flood wave, depth and intensity of the rainfall, state of the ground cover, preliminary moisture content of the watershed basin, etc. -
The Maritsa River
TRANSBOUNDARY IMPACTS OF MARITSA BASIN PROJECTS Text of the intervention made by Mr. Yaşar Yakış Former Minister of Foreign Affairs of Turkey During the INBO Conference Istanbul, 18 October 2012 TRASNBOUNDARY IMPACTS OF THE MARITSA BASIN PROJECTS ‐ Introduction ‐ The Maritsa River ‐ The Maritsa Basin ‐ Cooperation projects with Greece and Bulgaria ‐ Obligations under the EU acquis communautaire ‐ Need for trilateral cooperation ‐ Turkey and the Euphrates‐Tigris Basin ‐ Conclusion TRASNBOUNDARY IMPACTS OF THE MARITSA BASIN PROJECTS ‐ Introduction ‐ The Maritsa River ‐ The Maritsa Basin ‐ Cooperation projects with Greece and Bulgaria ‐ Obligations under the EU acquis communautaire ‐ Need for trilateral cooperation ‐ Turkey and the Euphrates‐Tigris Basin ‐ Conclusion TRASNBOUNDARY IMPACTS OF THE MARITSA BASIN PROJECTS ‐ Introduction ‐ The Maritsa River ‐ The Maritsa Basin ‐ Cooperation projects with Greece and Bulgaria ‐ Obligations under the EU acquis communautaire ‐ Need for trilateral cooperation ‐ Turkey and the Euphrates‐Tigris Basin ‐ Conclusion TRASNBOUNDARY IMPACTS OF THE MARITSA BASIN PROJECTS TRASNBOUNDARY IMPACTS OF THE MARITSA BASIN PROJECTS ‐ Introduction ‐ The Maritsa River ‐ 480 km long ‐ Tundzha, Arda, Ergene ‐ The Maritsa Basin ‐ Cooperation projects with Greece and Bulgaria ‐ Obligations under the EU acquis communautaire ‐ Need for trilateral cooperation ‐ Turkey and the Euphrates‐Tigris Basin ‐ Conclusion TRASNBOUNDARY IMPACTS OF THE MARITSA BASIN PROJECTS ‐ Introduction ‐ The Maritsa River ‐ The Maritsa Basin ‐ Flood potential -
Study of the Bioaccumulation of Heavy Metals in Astacus Leptodactylus in Some Areas of the Kardzhali Dam
TRADITION AND MODERNITY IN VETERINARY MEDICINE, 2018, vol. 3, No 2(5): 90–93 STUDY OF THE BIOACCUMULATION OF HEAVY METALS IN ASTACUS LEPTODACTYLUS IN SOME AREAS OF THE KARDZHALI DAM Desislava Arnaudova, Aneliya Pavlova, Atanas Arnaudov Faculty of Biology, University of Plovdiv “Paisii Hilendarski”, Plovdiv, Bulgaria E-mail: [email protected] ABSTRACT It is examined the contents of lead, cadmium and nickel in the water of Kardzhali dam, as well as the bioaccumulation of the heavy metals in two organs – liver and muscles of Astacus leptodactylus. In tissue samples is reported increasing of cadmium in samples of liver. The bioaccumulation coefficient was calculated on the basis of the average content of lead, cadmium and nickel in the organs of Astacus leptodactylus. We recorded that the studied crayfish are macroconcentrators for cadmium. The analyzes have shown that lake crayfish to be defined as a biomarker in toxicity testing in contami- nated waters. Key words: heavy metals, Astacus leptodactylus, crayfish, bioaccumulation. Introduction Depending on the water sites’ location by the source of contamination, different levels of lead, cadmium and nickel accumulation have been found in the tissues of crayfish (7). The concentration of heavy metals in the organs of the lake crawfish Astacus leptodactylus Eschscholtz, 1823 and other crayfish has been researched by 1, 3, 4, 6, 10, 11, 13 etc., but there are no data on the transfer of lead, cadmium and nickel in Astacus leptodactylus along the “water– crayfish” in the food chain. The research was made in different zones of the Kardzhali dam which is anthropogenically influenced by heavy metals. -
Priority Public Investments for Wastewater Treatment and Landfill of Waste
Environmentally and Socially Sustainable Develonment Europe and Central Asia Region 32051 BULGARIA Public Disclosure Authorized ENVIRONMENTAL SEQUENCING STRATEGIES FOR EU ACCESSION PriorityPublic Investments for Wastewater Treatment and Landfill of Waste *t~~~~~~~~~~~~~~~~~~~~~~~ Public Disclosure Authorized IC- - ; s - o Fk - L - -. Public Disclosure Authorized The World Bank Public Disclosure Authorized May 2004 - "Wo BULGARIA ENVIRONMENTAL SEQUENCING STRATEGIES FOR EU ACCESSION Priority Public Investments for Wastewater Treatment and Landfill of Waste May 2004 Environmentally and Socially Sustainable Development Europe and Central Asia Region Report No. 27770 - BUL Thefindings, interpretationsand conclusions expressed here are those of the author(s) and do not necessarily reflect the views of the Board of Executive Directors of the World Bank or the governments they represent. Coverphoto is kindly provided by the external communication office of the World Bank County Office in Bulgaria. The report is printed on 30% post consumer recycledpaper. TABLE OF CONTENTS Acknowledgements ..................................................................... i Abbreviations and Acronyms ..................................................................... ii Summary ..................................................................... iiM Introduction.iii Wastewater.iv InstitutionalIssues .xvi Recommendations........... xvii Introduction ...................................................................... 1 Part I: The Strategic Settings for -
Gen 2.5 - 1 Aip Republic of Bulgaria 23 Aug 21
10 MAR 15 AIP РЕПУБЛИКА БЪЛГАРИЯ GEN 2.5 - 1 AIP REPUBLIC OF BULGARIA 23 AUG 21 GEN 2.5 СПИСЪК НА РАДИОНАВИГАЦИОННИТЕ GEN 2.5 LIST OF RADIO NAVIGATION AIDS СРЕДСТВА Позивна Име на Средство ОпределитeлИме на Средство Позивна Определитeл средството средството ID Station Aid Purpose Station Aid ID Purpose name name BGS Burgas DVOR/DME AE Bailovo DVOR/DME BLO AE BLO Bailovo DVOR/DME AE Bozhourishte NDB BOZ AE BOZ Bozhourishte NDB AE Burgas DVOR/DME BGS AE DWN Devnya NDB AE Burgas ILS 22 IBG A EMO Emona DME E Burgas DME 22 IBG A GNA Gorna L A Devnya NDB DWN AE GOL Golyama VOR/DME AE Emona DME EMO E GRN Gorna DVOR/DME AE Golyama VOR/DME GOL AE IBG Burgas ILS 22 A Gorna L GNA A IBG Burgas DME 22 A Gorna DVOR/DME GRN AE IPD Plovdiv ILS 30 A Kalotina DME KAL E ISF Sofia ILS 27 A Kamenar NDB KMN AE ISF Sofia DME 27 A Plovdiv ILS 30 IPD A ISL Sofia ILS 09 A Plovdiv L PD A ISL Sofia DME 09 A Plovdiv DVOR/DME PDV AE IWN Varna ILS 09 A Rozhen DME ROZ E IWN Varna DME 09 A Sofia ILS 09 ISL A KAL Kalotina DME E Sofia DME 09 ISL A KMN Kamenar NDB AE Sofia ILS 27 ISF A PD Plovdiv L A Sofia DME 27 ISF A PDV Plovdiv DVOR/DME AE Sofia DVOR/DME SOF AE ROZ Rozhen DME E Vakarel NDB WAK AE SOF Sofia DVOR/DME AE Varbitsa DME VRB E VIT Vitosha DME E Varna ILS 09 IWN A VRB Varbitsa DME E Varna DME 09 IWN A WAK Vakarel NDB AE Varna DVOR/DME WRN AE WRN Varna DVOR/DME AE Vitosha DME VIT E ДП РЪКОВОДСТВО НА ВЪЗДУШНОТО ДВИЖЕНИЕ AMDT 178 BULGARIAN AIR TRAFFIC SERVICES AUTHORITY 10 MAR 15 GEN 2.5 - 2 AIP РЕПУБЛИКА БЪЛГАРИЯ 23 AUG 21 AIP REPUBLIC OF BULGARIA INTENTIONALLY LEFT BLANK AMDT 178 ДП РЪКОВОДСТВО НА ВЪЗДУШНОТО ДВИЖЕНИЕ BULGARIAN AIR TRAFFIC SERVICES AUTHORITY. -
BULGARIA // Engaging the Agency for Social Assistance to Adopt, Implement, and Scale up Enhanced Child and Family Support Service Provision
Realising Children’s Rights through Social Policy in Europe and Central Asia 19 A Compendium of UNICEF’s Contributions (2014-2020) Bulgaria BULGARIA // Engaging the Agency for Social Assistance to Adopt, Implement, and Scale Up Enhanced Child and Family Support Service Provision © UNICEF/UN064155/Nikolov Realising Children’s Rights through Social Policy in Europe and Central Asia Action Area 1 A Compendium of UNICEF’s Contributions (2014-2020) 20 Issue Bulgaria faces significant child wellbeing challenges, While Bulgaria has developed a comprehensive system especially regarding abandoned children and those living of essential services and social benefits to improve the in care. Eurostat states that 41.6% of children are living at wellbeing of the population, the system is overregulated risk of poverty and social exclusion. 36 One particular area of and highly fragmented. The system’s shortcomings are concern is the continuing occurrence of child abandonment, further compounded by a management approach lacking neglect, and inappropriate care of these children. While the incentives for coordination or integration. There are deinstitutionalisation process in the country, which includes substantial adequacy and quality gaps in social services and the closing down of the outdated institutions for children, is benefit coverage. Many families and children are not able widely recognised as a success, some 2,000 children continue to access the services and benefits that are available, or the to be separated annually from their families and approximately support they are offered is not necessarily adequate for their 11,000 children are in public care, away from their birth needs. About 16% of households do not receive any social families.37 The main reasons for this are the weak prevention benefit and 14% of households from the poorest quintile do mechanisms and insufficient family support services, the not receive any cash allowance, in spite of being entitled to limited quality of care, and the capacity of the workforce. -
Republic of Bulgaria Ministry of Energy 1/73 Fifth
REPUBLIC OF BULGARIA MINISTRY OF ENERGY FIFTH NATIONAL REPORT ON BULGARIA’S PROGRESS IN THE PROMOTION AND USE OF ENERGY FROM RENEWABLE SOURCES Drafted in accordance with Article 22(1) of Directive 2009/28/EC on the promotion of the use of energy from renewable sources on the basis of the model for Member State progress reports set out in Directive 2009/28/EC December 2019 1/73 REPUBLIC OF BULGARIA MINISTRY OF ENERGY TABLE OF CONTENTS ABBREVIATIONS USED ..................................................................................................................................4 UNITS OF MEASUREMENT ............................................................................................................................5 1. Shares (sectoral and overall) and actual consumption of energy from renewable sources in the last 2 years (2017 and 2018) (Article 22(1) of Directive 2009/28/EC) ........................................................................6 2. Measures taken in the last 2 years (2017 and 2018) and/or planned at national level to promote the growth of energy from renewable sources, taking into account the indicative trajectory for achieving the national RES targets as outlined in your National Renewable Energy Action Plan. (Article 22(1)(a) of Directive 2009/28/EC) ......................................................................................................................................................... 11 2.a Please describe the support schemes and other measures currently in place that are applied to promote energy from renewable sources and report on any developments in the measures used with respect to those set out in your National Renewable Energy Action Plan (Article 22(1)(b) of Directive 2009/28/EC) ..................... 18 2.b Please describe the measures in ensuring the transmission and distribution of electricity produced from renewable energy sources and in improving the regulatory framework for bearing and sharing of costs related to grid connections and grid reinforcements (for accepting greater loads). -
Flood Forecasting System for the Maritsa and Tundzha Rivers
Flood forecasting system for the Maritsa and Tundzha Rivers Arne Roelevink1, Job Udo1, Georgy Koshinchanov2, Snezhanka Balabanova2 1HKV Consultants, Lelystad, The Netherlands 2National Institute of Meteorology and Hydrology, Sofia, Bulgaria Abstract Climatic and geographical characteristics of Maritsa and Tundzha River Basins lead to specific run- off conditions, which can result in extreme floods downstream, as occurred in August 2005 and March 2006. To improve the management of flood hazards, a flood forecasting system (FFS) was set up. This paper describes a forecasting system recently developed in cooperation with the National Institute for Hydrology and Meteorology (NIHM) and the East Aegean River Basin Directorate (EARBD) for the rivers Maritsa and Tundzha. The system exits of two model concepts: i) a numerical, calibrated model consisting of a hydrological part (MIKE11-NAM) and hydraulic part (MIKE11-HD) and ii) a flood forecasting system. For some basins both meteorological and discharge measurements are available. These basins are calibrated individually. The hydraulic models are calibrated based on the 2005 and 2006 floods. The hydrological and hydraulic models are combined and calibrated again. The flood forecasting system (using MIKE-Flood Watch) uses the combined calibrated hydrological and hydraulic models and produces forecasted water levels and alerts at predefined control points. The system uses the following input: • Calculated and measured water levels; • Calculated and measured river discharges; • Measured meteorological data; • Forecasted meteorological data (based on Aladin radar grid). Depending on the available input the forecast lead-time is short but accurate, or long but less accurate. If one of the input data sources is not available the system automatically uses second or third order data, which makes it extremely robust. -
Rainfall Monitoring and Discharge Forecasting
RAINFALL MONITORING AND DISCHARGE FORECASTING OVER MEDITERRANEAN BASINS IN BULGARIA Eram Artinian, Dobri Dimitrov National Institute of Meteorology and Hydrology of Bulgaria – regional centre Plovdiv, Bulgarian Academy of Science [email protected] The Arda River basin is located in the Southeast part of Bulgaria. Its climate is highly influenced by the Mediterranean. For instance over 70% of the river flow of Arda River at Vehtino village is concentrated in winter-spring period. On the other hand, summer months are very dry with average river flow at basin outlet between 20 and 30 m3/sec. Three large dams forming a cascade are built in 1950s on the river bed – Kardzhaly, Studen Kladenets and Ivaylovgrad. Their total capacity is about 1 billion m3 versus mean annual inflow of about 2 billion m3. Hydrological observations were made since 1950s. There are 7 operating stations by now. The river stages are recorded on paper support by limnigraphs. Once a month the river discharges are measured by using current meters. Discharge rating curve is established for each station. 16 automatic rain gages were 2 installed in 2006 and real-time precipitation data is processed Arda River basin in Bulgaria covers about 5200 km and in every 3 h to produce fields with grid cell size of 8 km. Greece (on the right) about 600 km2. To optimize reservoir management for energy production and for limiting dam overflow an automatic rainfall monitoring network coupled with discharge forecasting system was developed. Forecasted precipitation and air temperature outputs from ALADIN with 72 h lead- time are used.