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Geoarchaeological Monuments of Ancient Mining in Sredna Gora Mountain
Geoarchaeology and Archaeomineralogy (Eds. R. I. Kostov, B. Gaydarska, M. Gurova). 2008. Proceedings of the International Conference, 29-30 October 2008 Sofia, Publishing House “St. Ivan Rilski”, Sofia, 258-262. GEOARCHAEOLOGICAL MONUMENTS OF ANCIENT MINING IN SREDNA GORA MOUNTAIN Todor Nenov LK “Mladost” bl. 84A, 1797 Sofia ABSTRACT. In Sredna Gora Mountain are preserved thousand of monuments and traces of ore production from the Prehistoric period, the Antiquity period and the Medieval period. These are mine pits, quarries, shafts, underground passages, wastes and miners’ tools and facilities, which often have been interpreted one-sidedly in a historical (archaeological) aspect. Gold-bearing, copper gold-bearing, copper and iron ores have been exploited. The material traces of mining activity are represented by geoarchaeological monuments, which require complex approach and research methods. Introduction Information about the prehistoric and antique ore production The cult and economic character of a number of rock in Bulgaria, and more precisely, in the Srednogorie Region, phenomena can not be doubted. Such are ancient sacred and can be found in a number of publications (Skorpil, 1882; 1884; cult places, sacrificial sites and food storages, which are to be 1888; Karaoglanov, 1924; Radoslavov, 1934; Peev, 1975; found at many places around and in the natural heights of 1980; 1990; Georgiev, 1978; 1987; Cernykh, Raduncheva, Sredna Gora Mountain. Such are some of the rock cauldrons 1972; Cernykh, 1978; Kovachev, 1994; Nenov, 1994; 1997; in the Panagyurishte (“Kazanite”) and Stara Zagora Avdev, 2005; Nenov, Nenov, 2008a; 2008b). Certain data on (“Kazaneto” near the Village Kazanka and “Kazana” near the mining activities are given in the records of travelers, in village Kolena) area. -
World Bank Document
ABBREVIATED LAND ACQUISITION PLAN FOR THE PURPOSE OF CONSTRUCTION OF LUDA YANA DAM, Public Disclosure Authorized PANAGYURISHTE MUNICIPALITY, BULGARIA 1. INTRODUCTION This Abbreviated Land Acquisition Plan (ALAP) has been prepared by the Ministry of Regional Development and Public Works (MRDPW) of the Republic of Bulgaria to outline the actions undertaken for the acquisition of land required for the construction of the Luda Public Disclosure Authorized Yana dam and its ancillary components (i.e. dam wall, reservoir, water tower, wastewater pipe, main outlet discharge, spillway, potable water treatment plant (PWTP), “sanitary zone”, etc), including the associated infrastructure – water supply pipelines and relocation of electrical lines in the Municipality of Panagyurishte, Pazardijk region. The completion of this project is part of the Municipal Infrastructure Development Project (MIDP), implemented by the MRDPW with a credit facility of the International Bank for Reconstruction and Development. This ALAP has been drafted in conformity with the requirements of the applicable Bulgarian Public Disclosure Authorized laws and the requirements of the MDIP’s Land Acquisition Policy Framework (LAPF) dated March 2009, which is in line with the World Bank Operational Policy (ОP) 4.12 on Involuntary Resettlement. The LAPF includes an analysis of the applicable legal framework, valuation criteria, entitlement matrix, stakeholder engagement and grievance mechanism, among other details. This Land Acquisition Plan complements and builds on the findings of the Social Due Diligence (November 2007)1 which describes the historical land acquisition under the construction of Luda Yana dam which started prior to the World Bank involvement in the on- going Municipal Infrastructure Development Project (MIDP). -
European Parliament
EUROPEAN PARLIAMENT 2004 2009 Committee on Petitions 19.06.2009 NOTICE TO MEMBERS Subject: Petition 1334/2008 by Vasil Kadrinov (Bulgarian), bearing 509 signatures, on metal pollution of water and soil in the Bulgarian town of Poibrene 1. Summary of petition The petitioner complains of the severe metal pollution of soil and drinking water in the Bulgarian town of Poibrene. The petitioner points out that the substances involved are arsenic, copper, cadmium and other heavy metals and that they pose a risk to the health and welfare of the local inhabitants, particularly children. The pollution of the agricultural land in the area also prevents farmers from earning an acceptable living and the petitioner therefore calls on the European Parliament to intervene. 2. Admissibility Declared admissible on 23 February 2009. Information requested from Commission under Rule 192(4). 3. Commission reply, received on 19 June 2009. The petition describes the pollution of drinking water and soil by heavy metals in the village of Poibrene (Panagyurishte Municipality, Pazardzik District, Bulgaria). The petitioner voices concerns as regards the impact on health and requests: - identification of the sources of pollution and the prevention of future pollution; - recultivation of the polluted land; - compensation to inhabitants of the village for damage to property or to their health. The pollution referred to in the petition is, as confirmed by the Bulgarian authorities, caused by past industrial activities (mining industry, extraction and processing of copper) by enterprises in the catchment of the local river; this river is part of the River Maritsa basin. These past activities have led to the contamination of groundwater and surface waters, CM\785715EN.doc PE426.984 EN EN including those waters used for the drinking water supply of Poibrene. -
An Annotated Catalogue of the Millipede Order Julida (Diplopoda) in Bulgaria
Historia naturalis bulgarica, An annotated catalogue of the millipede order Julida... 35 18: 35-63, 2007 An annotated catalogue of the millipede order Julida (Diplopoda) in Bulgaria Boyan VAGALINSKI, Pavel STOEV VAGALINSKI B., STOEV P. 2007. An annotated catalogue of the millipede order Julida (Diplopoda) in Bulgaria. – Historia naturalis bulgarica, 18: 35-63. Abstract. The paper presents the first catalogue of the millipede order Julida (Diplopoda: Helminthomorpha) in Bulgaria. The order is currently known to comprise 3 families (Blaniulidae, Nemasomatidae and Julidae), 21 valid genera, 51 species and 3 subspecies in the country. Another 11 species and the genus Thachypodoiulus were quoted probably erroneously for Bulgaria. Archiboreoiulus pallidus and Megaphyllum dentatum were reported without mention of their exact localities, and have never been found since. All relevant literature sources are given for each species group taxon with exact pages; detailed distribution by geographical regions; as well as a list of habitats where the species was found in the country; altitudinal range; chorotype; and sometimes additional remarks. New data, among which the second and third finds in the country of Megaphyllum anatolicum denticulatum and Brachyiulus bagnalli, respectively, are given for 19 species. The paper also provides brief analysis about the habitat preferences and zoogeographical affinities of Bulgarian julids. Key words: Myriapoda, Julidae, Blaniulidae, Nemasomatidae, review, distribution, habitats, Bulgaria Introduction The study of the millipedes of order Julida in Bulgaria began with CHRISTOVICH (1892) who reported Iulus sabulosus from the Vitosha Mts. In the next fifty years julids found in Bulgaria were mentioned in the papers of ATTEMS (1904), JURINICH (1904), VERHOEFF (1926a, 1926b, 1928, 1937), SCHUBART (1934), LANG (1935, 1958) and JAWLOWSKI (1938). -
Annexes to Rural Development Programme
ANNEXES TO RURAL DEVELOPMENT PROGRAMME (2007-2013) TABLE OF CONTENTS Annex 1 ...........................................................................................................................................4 Information on the Consultation Process ........................................................................................4 Annex 2 .........................................................................................................................................13 Organisations and Institutions Invited to the Monitoring Committee of the Implementation of the Rural Development Programme 2007-2013 .................................................................................13 Annex 3 .........................................................................................................................................16 Baseline, Output, Result and Impact Indicators............................................................................16 Annex 4 .........................................................................................................................................29 Annexes to the Axis 1 Measures...................................................................................................29 Attachment 1 (Measure 121 Modernisation of Agricultural Holding) .........................................30 List of Newly Introduced Community Standards .........................................................................30 Attachment 2 (Measure 123 Adding value of agricultural and forestry -
Last Update: 13.04.2021
Last update: 13.04.2021 BHS WCA Name QTH Locator Place BLAGOEVGRAD - BL BL-01 LZ-00069 SAMUILOVA FORTRESS 41°23’41” 23°01’45” KN11MJ KLIYUCH BL-02 LZ-00070 KREPOST KHERAKLEA SINTICA 41°27'06" 23°15'47" KN11PK RUPITE BL-03 LZ-00071 KREPOST MELNIK DESPOT-SLAVOVA 41°31’10” 23°23’28” KN11QM MELNIK BL-04 LZ-00072 KREPOST SVETI DIMITAR 41°30’20” 23°53’09” KN11WM HADZHI DIMOVO BL-05 LZ-00119 KREPOST DESUDAVA 41°33’59” 23°16’50” KN11PN SANDANSKI BL-06 LZ-00120 KREPOST PETRITSA 41°23’02” 23°12’06” KN11OJ PETRICH BL-07 LZ-00121 KREPOST KALYATA 42°00’13” 23°38’21” KN12TA YAKORUDA BL-08 LZ-00122 SITAN KALE 41°48’03” 23°27’00” KN11RT BANSKO BL-09 LZ-00123 MOMINA KULA 41°33’22” 23°42’33” KN11UN GOTSE DELCHEV BL-10 LZ-00124 KREPOST 41°36’55” 23°11’16” KN11OO MIKREVO BL-11 LZ-00175 NICOPOLIS ad NESTUM 41°35’42” 23°47’48” KN11VO GARMEN BL-12 LZ-00230 FORTIFIED RILA MONASTERY 42°08'00" 23°20'25" KN12QD RILA BL-13 LZ-00231 HRELYO TOWER 42°08'00" 23°20'25" KN12QD RILA BL-14 LZ-00242 FORTIFIED ROZHEN MONASTERY 41°31'50" 23°25'35" KN11RM MELNIK BL-15 LZ-00291 ROMAN BRIDGE 41°32'06" 23°57'01" KN11XM BOGOLIN BL-16 LZ-00292 ROMAN BRIDGE 41°37'53" 23°58'06" KN11XP PLETENA BL-17 LZ-00293 ROMAN BRIDGE 41°37'23" 23°57'08" KN11XO DOLEN BL-18 LZ-00294 ROMAN BRIDGE 41°33'57" 23°55'49" KN11XN KRIBUL BL-19 LZ-00295 OLD BRIDGE 41°33'16" 23°42'21" KN11UN DELCHEVO BL-20 LZ-00251 DOBRINISHTE FORTRESS 41°49’15” 23°33’46” KN11ST DOBRINISHTE BL-21 LZ-00296 CLOCK TOWER - 1867 42°01'30" 23°06'10" KN12NA BLAGOEVGRAD BL-22 LZ-00252 ELIOS FORTRESS 41°51'12" 23°35'30" KN11TU ELESHNITSA -
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GEOLOGICA BALCANICA, 33. 3-4, Sofia, Decemb. 2003, p. 15-22 Palaeogene sediments (Mechit Formation) near Panagyurishte and Strelcha (Sredna gora Mts.) Ivan Boyanov, Ivan Zagorchev, Aleksander Goranov Geological Institute, Bulgarian Academy of Sciences. 1113 Sofia; E-mail [email protected] (submitted: 1. 12. 2203; accepted for publication: 22. 12. 2003) H6. DOJ/H06, H6. 3azop'le6, AA. ropaH06. - flaAeozeHo- Abstract. The newly-introduced Mechit Formation is a 6ble ocaoo'lHbte nopoobl (Me'lumcKaJ/ cGuma) 6 pauoHe continental (fluvial) sequence of conglomerates and flaHa210puwme u CmpeA'lU (CpeoHozopue). HosoycTa sandstones with occasional clays and coalefied plant de HOBJieHHall Me\fHTCKall CBHTa CJio:>KeHa KOHTHHeHTaJib bris. The pebbles derived from pre-Alpine basement HOH llOCJieJ].OBaTeJibHOCTbiO - pe'IHbiMH KOHrJIOMepa rocks (gneisses, amphibolites, granites, pegmatites) and TaMH H neC\faHHKaMH, MeCTaMH - C rJIHHHCTbiMH npOCJIO Upper Cretaceous (Coniacian - Campanian) sedimen liMH H o6yrneHHbiMH pacTHTeJibHbiMH o6noMKaMH. B tary, volcanic and intrusive rocks and ores. The forma raJi bKax npe.ncTasneHbi nopOJJ.bi .noaJibnHikKoro ocHosa tion is more than 570 m thick. It covers with unconform HHll (rHeHCbl, aM<flH60JIHTbl, rpaHHTbl H nerMaTHTbl) H able depositional contact Maastrichtian flysch and older sepxHeMeJIOBbie (KOHbliK-KaMnaHCKHe) oca.no'IHbie, syn Cretaceous and pre-Cretaceous rocks, and forms denu KaHH'IeCKHe H llJIYTOHH\feCKHe nopO.Il.bl, a TaK)I(e - opy dation pockets and neptunian clastic dykes in the pre .neHeHHll. MowHOCTb Me'IHTCKOH CBHTbi 6onee 570 m. Cretaceous basement. On the basis of taxa from the 0Ha 3aJieraeT HeCOrJiaCHO Ha MaacTpHXTCKOM <flJIHWe H Normapolles group, the formation is referred to upper Ha 6onee .npeBHHX MeJIOBbiX H .noMeJIOBbiX nopo.nax. -
Results of the Collection of Data from the Water Supply and Sewerage Companies Document in the Country
BGENERGY-1.001-0001 "Feasibility study of the use of hydroenergy potential of Grant Contract existing water supply systems and increasing the potential of existing small hydroelectric power plants in water supply systems” Renewable Energy, Energy Efficiency and Energy Security Program, financed under Financed by the Financial Mechanism of the European Economic Area 2014-2021. Beneficiary name Sustainable Energy Development Agency (SEDA) Donor project Norwegian Water Resources and Energy Directorate (NVE), Norway partner Collection of data from the Water Supply and Sewerage Companies in the ACTIVITY 3 Country According to the Identified Check-List Name of the Results of the collection of data from the Water Supply and Sewerage Companies document in the country Date: 15 September 2020 Date of last 12 October 2020 revision: 1 CONTENTS: I. Description of the activities .............................................................................................................. 3 II. List of WSS companies that were approached with information requests ......................................... 3 III. Summary of facts.............................................................................................................................. 3 IV. List of parameters ............................................................................................................................ 4 V. Identified potential companies for ascertainment of facts ................................................................ 4 Appendix 1: List of the -
Our Projects
Feasibility studies of two small-medium multipurpose storage reservoirs of Norera and Borenga in Kenya and Tanzania respectively in the Mara River Basin Country Kenya-Tanzania Name of client Nile Basin Initiative / Nile Equatorial Lakes Subsidiary Action Program Dates (start/end) 2013-2014 The specific objectives of the Consultancy Services Contract were: Water resources analysis of the transboundary Mara catchment, incl. hydrological analysis and sediment modeling to estimate inflows, soil erosion, reservoir and sediment yields at the proposed dam sites. Analysis for water resources demands for various purposes such as irrigation, domestic and livestock water supplies, and environmental flows requirements projected to year 2035. A reservoir simulation model for each dam site to ensure that different combinations of multipurpose uses and project scenarios can be studied in order to arrive at the optimum solution. Preliminary designs for the two dams. Major features of design consideration include: foundation treatment, abutment stability, seepage conditions, stability of slopes adjacent to control structure, approach channels and stilling basins, stability of reservoir slopes, and ability of the reservoir to retain the stored water. For this purpose topographical surveying and geological, geophysical and geotechnical investigations are performed. Preliminary Environmental and Social Impact Assessments (ESIA), compliant with international standards and environmental and social requirements of National Environmental Management Authority (NEMA), Kenya, and the National Environmental Management Council (NEMC), Tanzania, as well as with the World Bank’s safeguard/policies. A preliminary Environmental and Social Impact analysis includes a preliminary Resettlement Action Plan (RAP) report and Public Participation Strategy report. Institutional analysis aiding in the definition of suitable institutional setups and arrangements for project implementation including mechanisms to implement nationally while maintaining transboundary dimensions.