ROMANIA: FLOODS 11 May 2005
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Seroprevalence of Toxoplasma Gondii Infection in Pigs Reared in Intensive System from Timis County
LUCRĂRI ŞTIINłIFICE MEDICINĂ VETERINARĂ VOL. XLIII (1), 2010, TIMIŞOARA SEROPREVALENCE OF TOXOPLASMA GONDII INFECTION IN PIGS REARED IN INTENSIVE SYSTEM FROM TIMIS COUNTY IONELA HOTEA, GH. DĂRĂBUŞ, M.S. ILIE, K. IMRE, A. BALINT, D. INDRE, MIRELA IMRE, DENISA SORESCU, ROBERTA CIOCAN, LUMINIłA COSTINAR, CORINA PASCU Faculty of Veterinary Medicine Timisoara, 300645, Calea Aradului No. 119, Timisoara, Romania E-mail: [email protected] Summary To determine the seroprevalence of Toxoplasma gondii infection in the study were taken 17 intensive farms with pigs belonging to multinational companies and 4 pig farms, with intensive programme, belonging to company type SC from Timis County. Serological samples were processed by ELISA technique (immunoenzymatic assay). The blood samples were collected from 100 individuals of each multinational farm, and from each farm type SC. In pig multinational farms Toxoplasma infection prevalence was 0.88%, with variations between 0 and 7%, and in pigs type SC farms, the Toxoplasma gondii infection prevalence was 1.5%, with variations between 0 and 5%. Key words: Toxoplasma gondii , pigs, intensive breeding Toxoplasmosis is one of the most common parasitosis in humans and animals, it being placed on the top three global spread (2). The cat is the key element in the epidemiology of toxoplasmosis. For toxoplasmosis transmission, a very important role it have raw meat consumption. In pigs, infection occurs by eating kitchen scraps unsterilized or rodents (6). Necropsy diagnosis in the slaughterhouse, it is very difficult to done, because very small necrotic lesions are difficult to observe. Serological diagnosis is possible to made in the slaughterhouse, but is not warranted in our economic Country's conditions (1). -
Judeţul Timiş
JUDEŢUL TIMIŞ Circumscripţia Judecătoriei TIMIŞOARA Nr.crt. Denumirea biroului notarial Sediul Orarul Numele şi prenumele notarului public 1. S.P.N. Ana BOAR si Flavius Alexandru BOAR Timișoara LU – VI 9 – 17 BOAR ANA 2. B.N.P.A. CIMPOEŞU S.P.N. Timișoara LU – VI 830 – 1430 3. CIMPOEŞU MIHAI FLORIN 4. CIMPOEŞU SIMONA ALINA ȘERBAN ELENA GABRIELA 5. S.P.N. CIORÎCĂ MARIN EUGEN – MAGHIARU ANA Timișoara LU – JO 9 – 1630 6. ADRIANA VI 9 – 15 CIORÎCĂ MARIN EUGEN MAGHIARU ANA ADRIANA 7. S.P.N. CINCA – ȘTEFĂNIGĂ Timișoara LU – VI 9 – 17 8. CINCA NICOLAE REMUS ȘTEFĂNIGĂ MARINELA 9. S.P.N. COJOCARI – MELCIU Timișoara LU – VI 830 – 1630 10. COJCARI PAULA OANA MELCIU IONUȚ ALEXANDRU 11. S.P.N. CRISTESCU – HEIMAN Timișoara LU – VI 9 – 1630 12. CRISTESCU VLAD HEIMAN ANITA 13. S.P.N. DIGNITAS Timisoara LU – JO 9 – 15 14. CRISTE SAFTA VI 9 – 13 MANDA DANIELA 15. S.P.N. NOTAVILLE Timișoara LU – JO 9 – 17 16. COSNEANU RODICA VI 9 – 15 17. ŢĂRAN CĂTĂLINA RODICA 18. LUPU OANA RALUCA Recaș MA 9 – 14 MUNTEAN ALEXANDRA COSMINA MI 9 – 17 19. S.P.N. DĂNILĂ ȘI ASOCIAȚII Timișoara LU – JO 830 – 15 20. DĂNILĂ EUSEBIU-OCTAV VI 830 - 14 DĂNILĂ MIRCEA-LIVIU Satchinez LU – JO 9 – 15 VI 9 – 14 21. S.P.N. DOROŞ – GOLBAN-CURUŢI Timișoara 22. DOROŞ ADELA ANA LU – VI 9 – 15 23. GOLBAN-CURUŢI MARIANA DOROȘ ALEXANDRU VICTOR 24. S.P.N. INCZE EDIT – INCZE TIMEA Timișoara LU – VI 8 – 15 25. INCZE EDIT INCZE TIMEA 26. S.P.N. -
Teleorman C MERENI 0.37 Teleorman C CERVENIA 0.36
Teleorman C MERENI 0.37 Teleorman C CERVENIA 0.36 Teleorman C CALINESTI 0.34 Teleorman C POENI 0.34 Teleorman C STOROBANEASA 0.34 Teleorman C CONTESTI 0.33 Teleorman C TATARASTII DE JOS 0.31 Teleorman C BALACI 0.00 Teleorman C BECIU 0.00 Teleorman C BRAGADIRU 0.00 Teleorman C CIUPERCENI 0.00 Teleorman C COSMESTI 0.00 Teleorman C DIDESTI 0.00 Teleorman C DRACSENEI 0.00 Teleorman C FURCULESTI 0.00 Teleorman C GALATENI 0.00 Teleorman C GRATIA 0.00 Teleorman C MAGURA 0.00 Teleorman C MALDAENI 0.00 Teleorman C MAVRODIN 0.00 Teleorman C NASTURELU 0.00 Teleorman C NENCIULESTI 0.00 Teleorman C OLTENI 0.00 Teleorman C PLOSCA 0.00 Teleorman C SACENI 0.00 Teleorman C SARBENI 0.00 Teleorman C SCURTU MARE 0.00 Teleorman C SFINTESTI 0.00 Teleorman C SILISTEA 0.00 Teleorman C SLOBOZIA MANDRA 0.00 Teleorman C SMARDIOASA 0.00 Teleorman C TATARASTII DE SUS 0.00 Teleorman C VEDEA 0.00 Teleorman C VIISOARA 0.00 Timis C SAG 17.06 Timis C PARTA 10.22 Timis C MOSNITA NOUA 7.30 Timis C DUMBRAVITA 7.17 Timis C GHIRODA 6.06 Timis O ORAS RECAS 6.00 Timis C BARNA 5.92 Timis C GIROC 5.02 Timis C REMETEA MARE 4.84 Timis C PECIU NOU 4.21 Timis C LIVEZILE 4.11 Timis M MUNICIPIUL TIMISOARA 3.98 Timis C BUCOVAT 3.94 Timis C BIRDA 3.79 Timis C LOVRIN 3.63 Timis C GIARMATA 3.55 Timis C SATCHINEZ 3.53 Timis C JAMU MARE 3.32 Timis C CARPINIS 3.28 Timis C GHIZELA 3.25 Timis C BOLDUR 3.19 Timis C GOTTLOB 3.01 Timis C LENAUHEIM 2.97 Timis C SANMIHAIU ROMAN 2.89 Timis C SANDRA 2.87 Timis C DENTA 2.77 Timis C SANANDREI 2.71 Timis C CHEVERESU MARE 2.68 Timis C TOPOLOVATU MARE 2.63 -
JUDEŢUL TIMIŞ ORDIN Privind Numerotarea Secţiilor De Votare Din
R O M Â N I A INSTITUŢIA PREFECTULUI - JUDEŢUL TIMIŞ ORDIN privind numerotarea secţiilor de votare din Judeţul Timiş pentru desfăşurarea referendumului naţional din 19 mai 2007 pentru demiterea Preşedintelui României Prefectul Judeţului Timiş; Având în vedere dispoziţiile Hotărârii nr. 21 din 24 aprilie 2007 a Parlamentului României privind stabilirea obiectului şi a datei referendumului naţional pentru demiterea preşedintelui României, ale Legii nr. 3/2000 privind organizarea şi desfăşurarea referendumului, modificată şi completată prin Ordonanţa de Urgenţă a Guvernului nr. 27/2007 privind stabilirea unor măsuri pentru organizarea referendumului naţional din data de 19 mai 2007 pentru demiterea Preşedintelui României; Ţinând seama de prevederile Legii nr.373/2004 pentru alegerea Camerei Deputaţilor şi a Senatului; În temeiul art.32 din Legea nr.340/2004 privind prefectul şi instituţia prefectului, emite prezentul ORDIN Art.1. Se numerotează secţiile de votare din Judeţul Timiş în vederea desfăşurării referendumului naţional din data de 19 mai 2007, de la numărul 1 – 573, potrivit anexei la prezentul ordin. Art.2. Delimitarea fiecărei secţii de votare precum şi locul desfăşurării votării sunt prevăzute în aceeaşi anexă. Art.3. Prezentul ordin se comunică: - Ministerului Administraţiei şi Internelor; - Serviciului financiar contabil, resurse umane şi administrativ; - Biroului Electoral de Circumscripţie Judeţeană Timiş; - Tribunalului Timiş; - Primăriilor municipale/orăşeneşti/comunale care îl vor aduce la cunoştinţa publică prin afişare; -
Designing Decision Support Systems for Flood Emergency in the Timis-Bega Basin L
Buletinul Ştiinţific al Universităţii "POLITEHNICA" din Timişoara Seria HIDROTEHNICA TRANSACTIONS on HYDROTECHNICS Tom 55(69), Fascicola 2, 2010 Designing Decision Support Systems for Flood Emergency in the Timis-Bega Basin L. Bociort (1), G. Popa (2), A.Popescu(3) Abstract: To better monitor the progression of a major can be used to evaluate various flood mitigating flood and its likely impact on people andproperties, measures in order to determine which alternative will Romanian Water Boards are in need to build be economically and environmentally feasible given sophisticated Flood Emergency Decision Support the prevailing conditions. Systems (DSS). The aim of such a DSS is to integrate the Timis and Bega rivers of Banat region in hydrologic, hydraulic and GIS “flood intelligence” assessed over the last years ( for example 10 years) and Romania, are lately, more and more subject to floods, extract and present vital flood emergency decision showing the need of a Decision Support System for a making information during an actual event. flood forecasting system, a system which can support This paper outlines the DSS strategy and show how the operational water management under extreme DSS should extract and display all thevarious conditions when actions have to be taken quickly. components of information to various groups which are This paper presents the design of such a system for required to respond to a flood emergency. Examples are the mentioned catchement. Timis and Bega rivers provided of how the DSS interprets the basic hydraulic were considered jointly, since their hydrodynamic and hydrologic inputs and GIS data to provide flood responses are conditioned by operation of existing intelligence such as: Flood Affected Properties – overfloor flooding associated with a predicted flood hydraulic structures used for water transfer between level; Evacuation and Exit Routes – the predicted depth them. -
Minutes of Meeting 15 05 2019 BEGA Works Klek Sr Itebej in 2 Lots
JAB H O BOAOnPM BPEflHO nPE^yBETiE "Bofle BojBOflUHe" '¿ h HOBM CAfl Booe Minutes of the meeting Subject: Works on hydro-technical complex at Klek and Srpski Itebej in 2 lots Ref. no: VI-84/25 Meeting point/Location - PWMC Vode Vojvodine Working unit Zrenjanin, Slobodana Bursaca no. 3, 23000 Zrenjanin Site visit location: Klek canal lock and Srpski Itebej canal lock Date: May 15th 2019 from 10:00 - 15:30 local time Briefing: Briefing started at 10:00 local time Zoran Madzgalj as BEGA project team member introduced the meeting. After the introduction, the scope of the project, main activities and dynamics as well as information related to procurement procedure were presented. Representatives of participants were informed that related to all technical and administrative requirements. Project manager delivered technical drawings in electronic form to all representatives of participants. Representatives of potential offerers received all relevant information related to local open tender procedure for works in 2 lots, all according to the PRAG procedures. Participants are informed that official language of tender procedure is English. They were also informed that all questions should be officially submitted in line with the tender procedure and Instruction to tenders. All representatives of potential offerers received the Certificate of attendance. Site visit: The sites were visited at 11.15 (Klek) and 13.10 (Srpski Itebej). Minutes of meeting will be placed at http://www.romania-serbia.net/?page id=2540 and www.vodevojvodine.com/JavneNabavke. The site visit was completed at 15:30 local time. Disclaimer: The project is co-financed by the European Union. -
269 Study Regarding the Impact of Anthropic
Annals of the University of Oradea, Fascicle: Environmental Protection Vol. XXIX, 2017 Analele Universităţii din Oradea, Fascicula: Protecţia Mediului Vol. XXIX, 2017 STUDY REGARDING THE IMPACT OF ANTHROPIC ACTIVITIES ON WATER QUALITY OF BEGA RIVER Șmuleac Laura*, Ienciu Anișoara*, Horablaga Adina*, Șmuleac Adrian** *Banat’s University of Agricultural Sciences and Veterinary Medicine from Timisoara **Politehnica University of Timisoara, Hydrotechnical Department Construction Engineering Faculty, George Enescu no. 1A, Timisoara, Romania, e-mail: [email protected] Abstract Under the current conditions, in which the drinking water crisis is beginning to feel increasingly acute, a proper assessment of water quality is required. Economic development, along with population growth, the development of urban settlements puts an increasing pressure on natural resources. Water occupies an important place in the development and maintenance of life so that pollution prevention measures must take precedence. In the present paper the quality of the Bega River is described in three control sections: Luncani, Balint and Amonte Timisoara. Water samples were taken in February, May, August and November for the year 2015 and February and May for the year 2016. The main quality indicators determined were: pH, dissolved oxygen content, biochemical oxygen demand, nitrogen and nitrogen content, ammonium, phosphates, conductivity, hardness, content in iron, manganese, cadmium, lead and nickel. In the three sections studied on the Bega River, there was registered water pollution with nutrients, due to the spillage of domestic and agricultural waters from the vegetal and zootechnical farms in the area, of the use of organic fertilizers and the storage of waste on the banks of the river. -
Rospa0144.Pdf
FORMULARUL STANDARD NATURA 2000 pentru ariile de protecie special (SPA) 1. IDENTIFICAREA SITULUI 1.8 Datele indicrii i desemnrii/clasificrii sitului 1.3 Data 1.4 Data Data propunerii Data confirmrii Data confirmrii Data desemnrii ca sit SCI ca sit SCI ca sit SPA: ca sit SAC 1.1 Tip 1.2 Codul sitului completrii actualizrii J ROSPA0144 201101 201101 1.5 Legturi cu alte situri Natura 2000: K ROSCI0390 Srturile Dinia 1.6 Responsabili Grupul de lucru Natura2000 1.7 NUMELE SITULUI : Uivar - Dinia 2. LOCALIZAREA SITULUI 2.1. Coordonatele sitului 2.2. Suprafaa 2.3. Lungimea 2.4. Altitudine (m) 2.6. Regiunea biogeografic Latitudine Longitudine sitului (ha) sitului (km) Min. Max. Med. Alpin Continental Panonic Stepic Pontic N 45º 38' 5'' E 20º 57' 57'' 10.043 72 84 77 X 2.5 Regiunile administrative NUTS % Numele judeului RO054 100 Timi 3.2.a. Specii de psri enumerate în anexa I a Directivei Consiliului 2009/147/EC Cod Specie Populaie: Rezident Cuibrit Iernat Pasaj Sit Pop. Conserv. Izolare Global A097 Falco vespertinus 30-34 p 800-1100 i B B C B A084 Circus pygargus 0-1 p 20-30 i C C C C A339 Lanius minor 25-30 p D A231 Coracias garrulus 1-3 p D A083 Circus macrourus 2-4 i C C C C A338 Lanius collurio 15-30 p D A089 Aquila pomarina 40-50 i D A080 Circaetus gallicus 10-15 i C B C C A030 Ciconia nigra 30-40 i D A255 Anthus campestris 5-10 p C B C B A026 Egretta garzetta 50-100 i D A023 Nycticorax nycticorax 70-150 i D A127 Grus grus 0-40 i D A031 Ciconia ciconia 7-9 p 150-250 i C B C C A131 Himantopus himantopus 0-3 i D A151 Philomachus pugnax 100-200 i D A166 Tringa glareola 80-120 i C C C C 3.2.b. -
The Rehabilitation of the Agricultural Lands in Făget Hills for Pasture and Hayfield Usage
Research Journal of Agricultural Science, 42 (1), 2010 THE REHABILITATION OF THE AGRICULTURAL LANDS IN FĂGET HILLS FOR PASTURE AND HAYFIELD USAGE Veaceslav MAZĂRE, Marius STROIA, Luminita COJOCARIU Banat’s University of Agricultural Sciences and Veterinary Medicine, Faculty of Agricultural Sciences, Timisoara, Aradului Street, no. 119, RO-300645, Romania, Corresponding author: [email protected] Abstract: The land assessment represents a species or for spontaneous flora. With the goal to complex operation of establishment and realize an overview of the land capability for naturalistic characterization of the lands, different agricultural usage categories, there was respectively of the whole environmental conditions elaborated a ranking consisting of 10 capability and factors which are expressed on a certain classes. Each class comprises a range interval by terrestrial surface, through a system of technical 10 points, from the most favorable class – class I indices and soil potential rating notes and the (91-100 points) to class X – the least favorable (0- determination of the land yield capacity for 10 points). The land grouping thus conceived was different usages and plant cultures, for a specific related to the whole research agricultural surface technology, with the purpose of its qualitative and by 37942,4 ha and it consisted of summa of all soil valuable characterization (Ianoş Gh., Puşcă unit surfaces, on usage categories. The potential I.,1998; Florea N., Munteanu I., 2000). The Făget rating notes of the soil units were enclosed within Hills are located in the eastern side of the Timiş one or another range interval described by the 10 County, at 65 km of Timişoara city and at capability classes. -
Hydromemeteorological Characterisation of the Flood from the Period 14-30 April 2005 in the Timis-Bega River Basin
Hydromemeteorological characterisation of the flood from the period 14-30 april 2005 in the Timis-Bega River Basin Viorel Alexandru Stănescu, Radu Drobot University of Civil Engineering , Bucharest, Romania 1. Abstract The precipitations which generates the 2005 flood in Timis-Bega River Basin have been analyzed both as spatial distribution (total isohyets map) and as temporal one (time distribution at the meteorological stations). Further on, an analysis of the balance of the flood hydrographs volumes is made. Unusual values of the runoff coefficients have been resulted, as the duration and the quantity of the rainfalls were very high (over 200mm). A mathematical model has been applied aiming to the reconstitution of the flood hydrograph of Timis River at the border of Romania with Serbia- Montenegro. Then the volumes of water penetrating the ruptures in the dikes downstream Sag station have been determined. Thus the very large area that has been flooded has been explained by the huge volume of the flood downstream Sag station (720.106 m3). An analysis of the effects of the storages (permanent and non-permanent ones) led to the conclusion that they were less effective in mitigating the flood crest in the Timis-Bega River Basin. In continuation, an analysis of the hydrological and technical issues of the present embankments in Timis-Bega River Basin is made. Proposals for improving the defence system by gradually implementation of new structural measures deeming and keeping the principle “more space for rivers” as well as the improvement and diversifying the non- structural measures are presented in detail. Key words: Precipitation, maximum discharges, flood volume balance, flood hydrographs, mathematical model, structural measures, ring-shaped embankments, fusible dikes, non-structural measures, informational system, education of population. -
Rezultatele Obținute De Candidați La Concursul De Ocupare a Funcțiilor De Director Și Director Adjunct Din Unitățile De Învățământ Preuniversitar
Rezultatele obținute de candidați la concursul de ocupare a funcțiilor de director și director adjunct din unitățile de învățământ preuniversitar Punctaj Punctaj Punctaj evaluare Punctaj Nr. crt. Nume Prenume Tip post Judeţ Localitate Denumire unitate proba evaluare Status proiect total scrisă CV managerial DIRECTOR COLEGIUL TEHNIC "ION.I.C.BRATIANU" 1 ABRUDAN ZARAZA TIMIŞ TIMIŞOARA 44.375 42.500 24.600 111.475 RESPINS ADJUNCT MUN.TIMISOARA LICEUL DE ARTE PLASTICE 2 ADORIAN VERONICA DIRECTOR TIMIŞ TIMIŞOARA RESPINS MUN.TIMISOARA LICEUL TEORETIC "J.L.CALDERON" 3 ALDULESCU LIANA-OLIVIA DIRECTOR TIMIŞ TIMIŞOARA 41.875 31.250 RESPINS MUN.TIMISOARA GRADINITA CU PROGRAM PRELUNGIT 4 ANTON BIANCA DIRECTOR TIMIŞ TIMIŞOARA 43.750 42.500 48.750 135.000 ADMIS NR.38 MUN.TIMISOARA 5 Achim Viorica DIRECTOR TIMIŞ IECEA MARE SCOALA GIMNAZIALA COM.IECEA MARE 46.250 36.250 46.700 129.200 ADMIS CENTRUL SCOLAR PENTRU EDUCATIE 6 BALANGEAN LAURA-IONELA DIRECTOR TIMIŞ TIMIŞOARA INCLUZIVA "CONSTANTIN PUFAN" 45.000 40.000 46.750 131.750 ADMIS MUN.TIMISOARA DIRECTOR COLEGIUL NATIONAL BANATEAN 7 BALOTA MONICA TIMIŞ TIMIŞOARA 45.625 37.500 40.600 123.725 ADMIS ADJUNCT MUN.TIMISOARA ELISABETA DIRECTOR SCOALA GIMNAZIALA NR.12 8 BAN TIMIŞ TIMIŞOARA 43.750 31.250 RESPINS MONICA ADJUNCT MUN.TIMISOARA CENTRUL SCOLAR PENTRU EDUCATIE ALINA 9 BANCU DIRECTOR TIMIŞ TIMIŞOARA INCLUZIVA "DUMITRU CIUMAGIANU" 36.250 38.750 48.000 123.000 ADMIS CRISTINA MUN.TIMISOARA GRADINITA CU PROGRAM PRELUNGIT 10 BARBU FELICIA DIRECTOR TIMIŞ TIMIŞOARA 44.375 45.000 48.300 137.675 ADMIS NR.26 MUN.TIMISOARA 11 BARBU LIVIUS DIRECTOR TIMIŞ PIETROASA SCOALA GIMNAZIALA COM.PIETROASA 46.250 35.000 41.750 123.000 ADMIS SIMONA LICEUL TEHNOLOGIC TRANSPORTURI 12 BEJAN DIRECTOR TIMIŞ TIMIŞOARA 44.375 42.500 45.200 132.075 ADMIS ECATERINA AUTO MUN.TIMISOARA SCOALA GIMNAZIALA "ING. -
Water Pollution in Timis County
WATER POLLUTION IN TIMIS COUNTY A.M. BALINT and A.P. NECULAE West University of Timisoara, Romania, [email protected], [email protected] ABSTRACT The present work is a brief inventory of the water resources and water consumption in Romania and an evaluation of the water quality in Timis county (neighbour of Serbia). This evaluation concerns rivers, groundwater, fountains and drinking water in Timisoara. The main causes of pollution and the critical zones are identified. Finally, a set of measures in order to improve the present situation are presented. Keywords: water resources; water sampling; water quality; pollutants; Timisoara. Introduction Romania is a state situated in SE Central Europe, north of the Balkan Peninsula, on the Lower Danube and bordering on the Black Sea. It has an area of 238,391 km2 (91,843 miles2), 3,149.9 km of boundaries and a population of 22,526,096 inhabitants (in 1998). Fig. 1. Romania. Geographical map. 160 Romania’s water resources are made up of the surface waters – inner rivers, natural and anthrop lakes, the Danube – and in a smaller measure, 10% respectively, the groundwater. Potentially and technically usable water resources are presented in table 1. Table1. [1] Water source Total 3 Characteristic indicator Thousand m A. Inland rivers 1. Theoretic resource 40000000 2. Existing resource according to the arrangement degree of the hydrographic basins 13805691 3. Water demand of uses according to catchments capacities being in function 3682569 B The Danube (directly) 1. Theoretic resource (in the entrance section in the country 87000000 2. Usable resource in current arrangement regime 20000000 3.