PUZ TR35 Memoriu Rezumat
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Presentation Innovation Seminar
1 2 Dealurile Clujului Est learning area (LA) is located in the North-Western Romanian Development region (Map 1). The site is situated in the middle of the Romanian historical region of Transylvania that borders to the North-East with Ukraine and to the West with Hungary (Map 2). 3 Administratively, the study area is divided into eight communes (Apahida, Bonțida, Borșa, Chinteni, Dăbâca, Jucu, Panticeu and Vultureni) that are located in the peri-urban area of Cluj - Napoca city (321.687 inhabitants in 2016). It is the biggest Transylvanian city in terms of population and GDP per capita (Map 3). A Natura 2000 site is the core of the LA, and has the same name (Map 4). The LA boundaries were set to capture the Natura 2000 site plus surrounding farmland with similar nature values. The study area also belongs to several local administrative associations. With the exception of two communes (Panticeu and Chinteni), the territory appertains to the Local Action Group (LAG) Someș Transilvan. Panticeu commune is member of Leader Cluj LAG and Chinteni commune currently belongs to no LAG (Map 3). This situation brings inconsistences in terms of good area management. All administrative units, with the exception of Panticeu, belong to the Cluj-Napoca Metropolitan Area. Its strategy acknowledged agriculture as a key objective. Also, it is previewed that the rural areas around Cluj-Napoca can be developed by promoting local brands to the urban consumers and by creating ecotourism facilities (Cluj- Napoca Metropolitan Area Strategy, 2016). The assessment shows that future HNV innovative programmes have to be incorporated in all these local associative initiatives. -
Download/D2.6 Hnvlinkcompendium.Pdf (Accessed on 15 February 2020)
agriculture Article Innovation Gaps and Barriers in Alternative Innovative Solutions for Sustainable High Nature Value Grasslands. Evidence from Romania Mugurel I. Jitea , Valentin C. Mihai , Felix H. Arion , Iulia C. Muresan and Diana E. Dumitras * Department of Economic Sciences, University of Agricultural Sciences and Veterinary Medicine Cluj-Napoca, 3-5 Manastur Street, 400372 Cluj-Napoca, Romania; [email protected] (M.I.J.); [email protected] (V.C.M.); [email protected] (F.H.A.); [email protected] (I.C.M.) * Correspondence: [email protected]; Tel.: +40-745-549-320 Abstract: Common Agricultural Policy (CAP) proposes environmental policies developed around action-based conservation measures supported by agri-environment schemes (AES). High Nature Value (HNV) farming represents a combination of low-intensity and mosaic practices mostly devel- oped in agricultural marginalized rural areas which sustain rich biodiversity. Being threatened by intensification and abandonment, such farming practices were supported in the last CAP periods by targeted AES. This study aims to identify the most important farming trends in a recognized HNV grasslands Romanian site, subject to public conservation actions. The content analysis of multi-actor focus groups transcripts identifies innovation needs for alternative sustainable HNV farming systems, assessing also the most important barriers for their local deployment. Results show that stakeholders have strong awareness about the existence of HNV farming practices in their territory and their negative trends (abandonment; intensification) that might irreversibly affect Citation: Jitea, M.I.; Mihai, V.C.; biodiversity and cultural values. Current AES could not compensate for the existing innovation gaps. Arion, F.H.; Muresan, I.C.; Dumitras, Although local stakeholders have basic awareness about alternative innovative approaches, they D.E. -
The Current Problems of Urban Development in Cluj Metropolitan Area
STUDIA UBB AMBIENTUM, LXIII, 2, 2018, pp. 5-13 (RECOMMENDED CITATION) DOI:10.24193/subbambientum.2018.2.01 THE CURRENT PROBLEMS OF URBAN DEVELOPMENT IN CLUJ METROPOLITAN AREA Nicolae BACIU1*, Gheorghe ROŞIAN1, Octavian-Liviu MUNTEAN1, Vlad MĂCICĂŞAN1, Viorel ARGHIUŞ1, Radu MIHĂIESCU1 1Babeş-Bolyai University, Faculty of Environmental Science and Engineering, 400294 Cluj-Napoca, Romania *Corresponding author: [email protected] ABSTRACT. The Cluj Metropolitan Area is located in Cluj County, the north-western development region of Romania. The strategic option of polycentric territorial development was adopted on the basis of the principles outlined in the NDP (National Development Plan)- on spatial development at regional level. This involves supporting development processes within urban growth pole. The associative structure at the Cluj Metropolitan Area (CMA) was formed at the end of 2008, continuing the efforts to establish a metropolitan area with economic specificity, initiated by Cluj County Council in 2006. Communes included in Cluj Metropolitan Area are also part of different micro-regional associations with relatively homogeneous characteristics. These associations were formed at the initiative of city halls and they have legal personality. Key words: Cluj Metropolitan Area, peri-urban refuge, urban space, rural space, development strategy. INTRODUCTION The city of the future must be an intelligent one, mostly named smart city, whose development is based on the exploitation of intellectual capital towards education/self-education, innovation and economic development among environment-friendly sectors of activity. Nicolae BACIU, Gheorghe ROŞIAN, Octavian-Liviu MUNTEAN, Vlad MĂCICĂŞAN, Viorel ARGHIUŞ, Radu MIHĂIESCU More specifically, municipal development should be based on high quality drinking water resources, appropriate waste management, improved air quality and appropriate hazard and risk management in order to maintain a clean and safe living environment. -
R O M Â N I a Judeţul Cluj Consiliul Judeţean
R O M Â N I A JUDEŢUL CLUJ CONSILIUL JUDEŢEAN Nr. 34757/13.10.2020 Către, MEMBRII COMISIEI Referitor: Şedinţa Comisiei Tehnice de Amenajarea Teritoriului şi Urbanism din data joi, 22 octombrie 2020, ora 9. STIMATE DOAMNE, STIMAŢI DOMNI, Vă adresăm rugămintea de a da curs prezentei invitații și de a ne onora cu prezența la ședința Comisiei Tehnice de Amenajarea Teritoriului şi Urbanism care va avea loc în ziua de joi, 22 octombrie 2020, ora 9. PARTICIPAREA DUMNEAVOASTRĂ LA ȘEDINȚĂ SE VA ASIGURA PRIN MIJLOACE ELECTRONICE, RESPECTIV PRIN INTERMEDIUL UNEI PLATFORME ONLINE DE VIDEOCONFERINȚĂ. Ordinea de zi propusă este următoarea: 1. Studiu de oportunitate pentru elaborare Plan Urbanistic Zonal – Construire locuințe colective, zid de sprijin, sistematizare verticala, imprejmuire, racorduri si bransamente localitatea Baciu, comuna Baciu Beneficiar: S.C. Fritech S.R.L. Proiectant general: SC RT Architecture SRL – arhitect urbanist Număr înregistrare CJC: 30395/07.09.2020 2. Plan Urbanistic Zonal - Extindere activitate prin construire atelier de confectii metalice cu spatii administrative aferente, localitatea Mihai Viteazu, comuna Mihai Viteazu Beneficiar: S.C. Kovostroj S.R.L. Proiectant general: S.C. Structonica S.R.L. – arhitect urbanist Corina Moldovan Număr înregistrare CJC: 30590/08.09.2020 R O M Â N I A JUDEŢUL CLUJ CONSILIUL JUDEŢEAN 3. Plan Urbanistic Zonal - Introducere teren în intravilan, localitatea Apahida, comuna Apahida Beneficiar: Campean Danut Proiectant general: SC Cerdac Studio SRL D – arhitect urbanist Doina Munteanu Număr înregistrare CJC: 30460/08.09.2020 4. Plan Urbanistic Zonal - Introducere teren în intravilan, localitatea Mintiu Gherlii, comuna Mintiu Gherlii Beneficiar: Marinescu Vasile Proiectant general: SC Arhidom SRL – arhitect urb. -
CSV Concesionata Adresa Tel. Contact Adresa E-Mail Medic Veterinar
CSV Adresa Tel. Contact Adresa e‐mail Medic veterinar Concesionata Loc. Aghiresu nr. 452 A, Dr. Muresan 1 Aghiresu 0731‐047101 [email protected] com. Agiresu Mircea 2 Aiton Loc. Aiton nr. 12 0752‐020920 [email protected] Dr. Revnic Cristian 3 Alunis Loc. Alunis nr. 85 0744‐913800 [email protected] Dr. Iftimia Bobita Loc. Apahida 4 Apahida 0742‐218295 [email protected] Dr. Pop Carmen str. Libertatii nr. 124 Loc. Aschileu Mare nr. florinanicoletahategan 5 Aschileu 0766‐432185 Dr. Chetan Vasile 274, com. Aschileu @yahoo.com Loc. Baciu 6 Baciu 0745‐759920 [email protected] Dr. Agache Cristian str. Magnoliei nr. 8 0754‐022302 7 Baisoara ‐ Valea Ierii Loc. Baisoara nr. 15 [email protected] Dr. Buha Ovidiu 0745‐343736 Loc. Bobalna nr. 35, 8 Bobalna 0744‐763210 [email protected] Dr. Budu Florin com. Bobalna moldovan_cristianaurelian Dr. Moldovan 9 Borsa Loc. Borsa nr. 105 0744‐270363 @yahoo.com Cristian 10 Buza Loc. Buza nr. 58A 0740‐085889 [email protected] Dr. Baciu Horea 11 Caian Loc. Caianu Mic nr. 18 0745‐374055 [email protected] Dr. Tibi Melitoiu Loc. Calarasi nr. 478A, 12 Calarasi 0745‐615158 [email protected] Dr. Popa Aurel com. Calarasi. 13 Calatele ‐ Belis Loc. Calatele nr. 2 0753‐260020 Dr. Gansca Ioan 14 Camaras Loc. Camaras nr.124 0744‐700571 [email protected] Dr. Ilea Eugen Loc. Campia Turzii Dr. Margineanu 15 Campia Turzii 0744‐667309 [email protected] str. Parcului nr. 7 Calin Loc. Capus str. 16 Capus 0744‐986002 [email protected] Dr. Bodea Radu Principala nr. 59 17 Caseiu Loc. -
YG1-R3-5.0- Rumania, Series M705 1:50,000 地形図 A.M.S. 1958-1968
OPAC端末からお申し込みください 地図 AMS 2717 (例) 3128 3228 3328 OPAC ・「地図」にチェック Zarkau Rybachiy Matrosovo Sovetsk ・タイトルに「 AMS 」 と索引図の4桁の数字を Zarnowiec Wielka Pionerskiy Zelenogradsk Kashirskoye Polessk Bol'shakovo Zhilino Krasnoznamensk スペースでつないで入力 wies Kutuzovo 2727 2827 2927 3027 3127 3227 3327 3427 3527 Lauenburg Wejherowo Gdynia Hel Primorsk Kaliningrad Chekhovo Gvardeysk Mezhdurech'ye Gusev Nesterov Chernyshevskoye Chernyakhovsk Gowidlino Kartuzy Gdansk Nowy portSztutowo Tolkmicko Braniewo Kornevo Bagrationovsk Pravdinsk Krylovo Novostroyevo Goldap Przerosl Wizajny Kalvarija 2426 2626 2726 2826 2926 3026 3126 3226 3326 3426 3526 Karlino Kremerbruch Butow Koscierzyna Liniewo Skarszewy Tczew Malbork Mlynary Orneta Lidzbark Bisztynek Reszel Gizycko Grabowo Olecko Suwalki Krasnopol warminski Flotenstein Swornigacie Czersk Osieczno Starogard Pelplin Biskupiec Mragowo Orzysz Elk Augustow Strzelcowizna Gozha 4 1 2425 2625 2725 2825 2925 3025 3125 3225 3325 3425 3525 3625 Chojnice Tuchola Sliwice Osie Kwidzyn Kisielice Ilawa Ostroda Olsztynek Szczytno Swietajno Ukta Pisz Szczuczyn Grajewo Rajgrod Suchowola 2717 Flatow Wiecbork Koronowo Lubiewo Chelmno Grudziadz Jablonowo Brodnica Lidzbark Dabrowno Nidzica Chorzele Zieleniec Myszyniec Kolno Stawiski Osowiec Knyszyn Korycin Sokolka 2424 2524 2624 2724 2824 2924 3024 3124 3224 3324 3424 3524 3624 3 2 Behle Schneidemuhl Naklo Bydgoszcz Bydgoszcz Torun Kowalewo Dobrzyn Rypin Zuromin Dzialdowo Mlawa Przasnysz Krasnosielc Ostroleka Nowogrod Lomza Wizna Choroszcz Bialystok Zabludow Grodek (west) (east) Driesen -
Salt Dissolution Potential Estimated from Two-Dimensional Vertical Thermohaline Flow and Transport Modeling Along a Transylvanian Salt Diapir, Romania
Hydrogeology Journal https://doi.org/10.1007/s10040-018-1912-1 PAPER Salt dissolution potential estimated from two-dimensional vertical thermohaline flow and transport modeling along a Transylvanian salt diapir, Romania Eric Zechner1 & Horst Dresmann1 & Marius Mocuţa2 & Alex Danchiv2 & Peter Huggenberger1 & Stefan Scheidler1 & Stefan Wiesmeier1 & Iulian Popa2 & Alexandru Zlibut2 Received: 27 March 2018 /Accepted: 6 December 2018 # The Author(s) 2019 Abstract The presented study explores the salt dissolution potential of fluids around a salt diapir in the Transylvanian town of Ocna Mures, Romania, which is facing land-collapse hazards related to salt mining activities. A structural three-dimensional (3D) model of the salt diapir, the adjacent basin sediments, and the mining galleries was developed based on existing maps, borehole data, own field observations, and geological publications of the Transylvanian Basin. The salt dissolution potential was estimated from 2D vertical thermohaline flow and transport model scenarios along the southeastern flank of the diapir. Results showed that the following factors increase the salt dissolution capacity along the upper 180 m of the diapir: (1) the presence of more permeable Quaternary alluvial sediments in connection with a fault zone of higher permeability along the diapir, and (2) the presence of more permeable sandstone units within the Miocene sediments in the east of the diapir, which provide freshwater access to the upper parts of the diapir. Thermohaline simulation with viscosity variation of the fluid, instead of a constant viscosity, influences the resulting salt fluxes by up to 50% within studied temperature ranges of 10–60 °C in the model domain. The range of theoretical dissolution rates along the upper 180 m of the diapir supports the hypothesis that cavern collapse is more likely to occur where cavern side walls have already been mined to almost no remaining side walls of rock salt, which is the case in the southeastern part of the diapir. -
Salt Dissolution Potential Estimated from Two-Dimensional Vertical Thermohaline Flow and Transport Modeling Along a Transylvanian Salt Diapir, Romania
Hydrogeology Journal (2019) 27:1245–1256 https://doi.org/10.1007/s10040-018-1912-1 PAPER Salt dissolution potential estimated from two-dimensional vertical thermohaline flow and transport modeling along a Transylvanian salt diapir, Romania Eric Zechner1 & Horst Dresmann1 & Marius Mocuţa2 & Alex Danchiv2 & Peter Huggenberger1 & Stefan Scheidler1 & Stefan Wiesmeier1 & Iulian Popa2 & Alexandru Zlibut2 Received: 27 March 2018 /Accepted: 6 December 2018 /Published online: 14 January 2019 # The Author(s) 2019 Abstract The presented study explores the salt dissolution potential of fluids around a salt diapir in the Transylvanian town of Ocna Mures, Romania, which is facing land-collapse hazards related to salt mining activities. A structural three-dimensional (3D) model of the salt diapir, the adjacent basin sediments, and the mining galleries was developed based on existing maps, borehole data, own field observations, and geological publications of the Transylvanian Basin. The salt dissolution potential was estimated from 2D vertical thermohaline flow and transport model scenarios along the southeastern flank of the diapir. Results showed that the following factors increase the salt dissolution capacity along the upper 180 m of the diapir: (1) the presence of more permeable Quaternary alluvial sediments in connection with a fault zone of higher permeability along the diapir, and (2) the presence of more permeable sandstone units within the Miocene sediments in the east of the diapir, which provide freshwater access to the upper parts of the diapir. Thermohaline simulation with viscosity variation of the fluid, instead of a constant viscosity, influences the resulting salt fluxes by up to 50% within studied temperature ranges of 10–60 °C in the model domain. -
Lista Ratelor De Incidență Pe Localități, Comunicată De Centrul Național De Conducere Și Coordonare a Intervenției (Data Actualizării: 8.06.2021)
Lista ratelor de incidență pe localități, comunicată de Centrul Național de Conducere și Coordonare a Intervenției (data actualizării: 8.06.2021) Nr. crt. Județ Localitate Incidență 1 ALBA HOPÂRTA 2.58 2 ALBA CERGĂU 2.45 3 ALBA GÂRDA DE SUS 1.99 4 ALBA CENADE 1.98 5 ALBA MOGOŞ 1.30 6 ALBA ROŞIA DE SECAŞ 1.24 7 ALBA CRĂCIUNELU DE JOS 0.94 8 ALBA VINŢU DE JOS 0.73 9 ALBA GALDA DE JOS 0.67 10 ALBA CETATEA DE BALTĂ 0.65 11 ALBA VIDRA 0.65 12 ALBA BUCERDEA GRÂNOASĂ 0.44 13 ALBA MUNICIPIUL ALBA IULIA 0.43 14 ALBA MUNICIPIUL BLAJ 0.43 15 ALBA ORAŞ CÂMPENI 0.41 16 ALBA ŞIBOT 0.41 17 ALBA ORAŞ ABRUD 0.38 18 ALBA ORAŞ ZLATNA 0.38 19 ALBA ŞPRING 0.38 20 ALBA LUPŞA 0.34 21 ALBA VALEA LUNGĂ 0.32 22 ALBA ORAŞ CUGIR 0.27 23 ALBA MUNICIPIUL SEBEŞ 0.24 24 ALBA ŞONA 0.23 25 ALBA BISTRA 0.22 26 ALBA ORAŞ TEIUŞ 0.14 27 ALBA MUNICIPIUL AIUD 0.08 28 ALBA ORAŞ OCNA MUREŞ 0.07 29 ALBA ALBAC 0.00 30 ALBA ALMAŞU MARE 0.00 31 ALBA ARIEŞENI 0.00 32 ALBA AVRAM IANCU 0.00 33 ALBA BERGHIN 0.00 34 ALBA BLANDIANA 0.00 35 ALBA BUCIUM 0.00 36 ALBA CÂLNIC 0.00 37 ALBA CERU-BĂCĂINŢI 0.00 38 ALBA CIUGUD 0.00 39 ALBA CIURULEASA 0.00 40 ALBA CRICĂU 0.00 41 ALBA CUT 0.00 42 ALBA DAIA ROMÂNĂ 0.00 43 ALBA DOŞTAT 0.00 44 ALBA FĂRĂU 0.00 45 ALBA GÂRBOVA 0.00 46 ALBA HOREA 0.00 47 ALBA IGHIU 0.00 48 ALBA ÎNTREGALDE 0.00 49 ALBA JIDVEI 0.00 50 ALBA LIVEZILE 0.00 51 ALBA LOPADEA NOUĂ 0.00 52 ALBA LUNCA MUREŞULUI 0.00 53 ALBA METEŞ 0.00 54 ALBA MIHALŢ 0.00 55 ALBA MIRĂSLĂU 0.00 56 ALBA NOŞLAC 0.00 57 ALBA OCOLIŞ 0.00 58 ALBA OHABA 0.00 59 ALBA ORAŞ BAIA DE ARIEŞ 0.00 60 ALBA PIANU 0.00 -
Hungarian Archaeology E-Journal • 2014 Summer
HUNGARIAN ARCHAEOLOGY E-JOURNAL • 2014 SUMMER www.hungarianarchaeology.hu TRANSYLVANIA IN THE GEPIDIC PERIOD Results and Perspectives ALPÁR DOBOS According to the written sources, in the period between 454 and 567/568 the Transylvanian Basin was part of the Kingdom of the Gepids. The archaeological research into the discoveries dated to this era had begun by the end of the 19th century, but the emphasis of the interpretation has been primarily placed on chronological and ethnic issues up to the present day. This paper is not intended to be a synthesis of the issues, but instead it aims to draw attention to some aspects which have been neglected up to the present. As a result of the recent archaeological excavations, the extent of the territory where so-called row-grave cemeteries characteristic of the Gepidic Period occurred in the Transylvanian Basin needs to be reinterpreted. In addition to this, we would like to call attention to neglected areas of the research, such as social analyses, the more intensive study of the incidence of the disturbance of graves and the comparison of results from cemetery and settlement research. Unfortunately, this type of research is hindered to a great extent by the fact that a great deal of important and irreplaceable information is missing, so analysis in greater detail can only take place following new excavations performed professionally. EARLY GEPIDS AND THEIR SETTLEMENT IN TRANSYLVANIA “...the Gepidae by their own might won for themselves the territory of the Huns and ruled as victors over the extent of all Dacia...”, wrote Jordanes about the aftermath of the Battle of Nedao.1 This battle in 454 brought about the full transformation of the Carpathian Basin from a political perspective. -
Sanatatea in Relatie Cu Apa Potabila
SĂNĂTATEA ÎN RELAŢIE CU APA POTABILĂ 1. În cursul anului 2012 nu s-au înregistrat epidemii cu implicarea factorului hidric. 2. În trimestrul II 2012 s-a înregistrat 1 caz de Methemoglobinemie acută infantilă generat de apa de fantană la un sugar alimentat mixt, în comuna Chinteni, localitatea Măcicaşu cazul fiind internat în Spitalul Clinic de Urgenţă pentru Copii Cluj, secţia Nefrologie Pediatrică în perioada 09.06.2012 – 13.06.2012. Au fost prelevate şi analizate probe de apă din sursa incriminată (fantană particulară), rezultatele fiind necorespunzătoare atat chimic (nitraţi depăşiţi) cat şi microbiologic (E.Coli şi Enterococ). S-a transmis primăriei şi dispensarului medical sarcina de a informa populaţia asupra interdicţiei utilizării apei din sursa incriminată, în scop potabil, la prepararea prin fierbere a alimentelor precum şi la prepararea laptelui destinat alimentaţiei sugarilor. 3. Numărul fantanilor publice şi individuale în functiune/judeţ Nr. Fantani Fantani crt. Comuna Sursa de aprovizionare publice individuale 1. Aghireşu Aghireşu Sat - sistem de 0 49 alimentare (izvor captat cu staţie de clorinare) 2. Aiton izvor captat 62 3. Aluniş 13 117 4. Apahida Apahida, Corpadea, Dezmir, Sanicoara, Campenesti, Sub 15 (pe 83 Coasta - Compania de Apă Someş pasuni) S.A. 5. Aşchileu Reţea locală (1 izvor captat) 6 105 6. Baciu Baciu, Coruşu, Popeşti, Săliştea Nouă - Compania de Apă Someş 6 96 S.A. 7. Băişoara Staţiunea Muntele Băişorii - izvoare captate în administrarea 3 150 Companiei de Apă Someş S.A. 8. Beliş Izvoare captate, retea locala 67 9. Bobalna 3 izvoare captate, retea locala 6 141 10. Bonţida Bonţida, Răscruci - Compania de 109 Apă Someş S.A. -
TRUST in PUBLIC INSTITUTIONS and COMPLIANCE with MEASURES AGAINST the COVID-19 PANDEMIC
DOI: 10.24193/tras.63E.7 Published First Online: 06/30/2021 TRUST IN PUBLIC INSTITUTIONS AND COMPLIANCE WITH MEASURES AGAINST the COVID-19 PANDEMIC. CASE STUDY ON THE METROPOLITAN AREA OF CLUJ, ROMANIA*1 Bianca RADU Bianca RADU Lecturer, PhD, Department of Public Administration and Management, Faculty of Political, Administrative and Communication Sciences, Abstract Babeș-Bolyai University, Cluj-Napoca, Romania The goal of this article is to analyze the level of Tel.: 0040-264-431.361 citizens’ trust in different public institutions during E-mail: [email protected] the second wave of COVID-19 pandemic, and the influence of citizens’ trust on their compliance with the measures adopted to prevent the spread of the virus. The research was conducted between No- vember and December 2020 on a sample of 700 residents of the Metropolitan Area of Cluj, Romania. During the time of data collection, Romania regis- tered the largest number of daily COVID-19 cases, therefore, citizens’ compliance with preventive mea- sures was crucial to contain the spread of the virus. Citizens reported high levels of compliance with preventive measures. However, even though people were recommended to avoid meetings with relatives and friends, and participation to private events with large number of people, respondents reported that they did not fully comply with social distancing re- quirements. Citizens have the highest level of trust * Acknowledgment: This work was supported by a in public institutions at the local level, medical in- grant from the Ministry of Research and Innovation, stitutions and County Committees for Emergency CNCS–UEFISCDI, project number PN-III-P4-ID-PC- Situations.