Advantages and Limits for Tourism Development in Rural Area (Case Study Ampoi and Mureş Valleys)
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Geosciences in the 21 Century______
GEOSCIENCES IN THE 21st CENTURY Symposium dedicated to the 80th anniversary of professor Emil Constantinescu EXTENDED ABSTRACTS EDITORS Antoneta Seghedi, Gheorghe Ilinca, Victor Mocanu GeoEcoMar Bucharest, 2019 Organizatori: Sponsorul volumului: GEOSCIENCES IN THE 21ST CENTURY Symposium dedicated to the 80th anniversary of Professor Emil Constantinescu EXTENDED ABSTRACTS EDITORS Antoneta Seghedi, Gheorghe Ilinca, Victor Mocanu GeoEcoMar Bucharest 2019 NATIONAL INSTITUTE OF MARINE GEOLOGY AND GEOECOLOGY – GeoEcoMar – ROMANIA 23-25 Dimitrie Onciul St. 024053 Bucharest Tel./Fax: +40-021-252 30 39 Contact: [email protected] Descrierea CIP a Bibliotecii Naţionale a României Geosciences in the 21st century / editors: Antoneta Seghedi, Victor Mocanu, Gheorghe Ilinca. - Bucureşti : GeoEcoMar, 2019 Conţine bibliografie ISBN 978-606-94742-7-3 I. Seghedi, Antoneta (ed.) II. Mocanu, Victor (ed.) III. Ilinca, Gheorghe (ed.) 55 Cover: Nicoleta Aniţăi © GeoEcoMar 2019 Printed in Romania CONTENTS Foreword..................................................................................................................................................7 Nicolae Anastasiu The energy mix – the key to performance in the 21st century................................................................8 Alexandru Andrăşanu Geoconservation as a new discipline within Geosciences………………………………………………………………….10 Eliza Anton, Mihaela-Carmen Melinte-Dobrinescu Biostratigraphy of the Istria Basin (Nw Black Sea Shelf) based on calcareous nannofossils……………….14 Laurenţiu -
Administraţia Bazinală De Apă Mureş
PLANUL DE MANAGEMENT AL RISCULUI LA INUNDAŢII Administraţia Bazinală de Apă Mureş Planul de Management al Riscului la Inundaţii Administraţia Bazinală de Apă Mureş Planul de Management al Riscului la Inundaţii Administraţia Bazinală de Apă Mureş CUPRINS Abrevieri ................................................................................................................................... 4 Cap. 1: Prezentarea generală a bazinului hidrografic Mureș .................................................. 6 Cap. 2: Riscul la inundaţii în bazinul hidrografic Mureş ....................................................... 14 2.1. Descrierea lucrărilor existente de protecție împotriva inundațiilor ............................. 14 2.2. Descrierea sistemelor existente de avertizare - alarmare şi de răspuns la inundaţii ............................................................................................ 43 2.3. Istoricul inundaţiilor .................................................................................................... 51 2.4. Evenimentele semnificative de inundaţii ..................................................................... 53 2.5. Zone cu risc potențial semnificativ la inundații ........................................................... 55 2.6. Hărți de hazard și hărți de risc la inundații .................................................................. 59 2.7. Indicatori statistici ....................................................................................................... 63 Cap. 3: Descrierea obiectivelor -
Nr. Crt. JUDET DENUMIRE UAT 1 AIUD 2 ALBA IULIA 3 ALBAC 4
VI. UAT-uri care au semnat contracte de servicii în exercițiul financiar 2017, 15 noiembrie 17 Nr. crt. JUDET DENUMIRE UAT 1 AIUD 2 ALBA IULIA 3 ALBAC 4 ALMASU MARE 5 BAIA DE ARIES 6 BERGHIN 7 BISTRA 8 BLAJ 9 BUCERDEA GRANOASA 10 BUCIUM 11 CALNIC 12 CENADE 13 CERGAU 14 CERU-BACAINTI 15 CETATEA DE BALTA 16 CIURULEASA 17 CRACIUNELU DE JOS 18 CRICAU 19 CUGIR 20 CUT 21 DOSTAT 22 GALDA DE JOS 23 GIRBOVA 24 HOPIRTA 25 JIDVEI 26 ALBA LOPADEA NOUA 27 LUNCA MURESULUI 28 METES 29 MIHALT 30 MIRASLAU 31 MOGOS 32 NOSLAC 33 OCNA MURES 34 PIANU 35 PONOR 36 RADESTI 37 RIMET 38 RIMETEA 39 ROSIA DE SECAS 40 SALISTEA 41 SASCIORI 1 ALBA 42 SEBES 43 SIBOT 44 SINCEL 45 SONA 46 STREMT 47 TEIUS 48 UNIREA 49 VALEA LUNGA 50 VIDRA 51 ZLATNA 52 ALMAS 53 APATEU 54 ARCHIS 55 BELIU 56 BIRCHIS 57 BIRZAVA 58 BOCSIG 59 BRAZII 60 BUTENI 61 CARAND 62 CERMEI 63 CHISINDIA 64 CHISINEU-CRIS 65 CONOP 66 CRAIVA 67 CURTICI 68 DEZNA 69 DIECI 70 DOROBANTI 71 FELNAC 72 GRANICERI 73 GURAHONT 74 HASMAS 75 IGNESTI 76 INEU 77 IRATOSU 78 LIPOVA 79 MACEA 80 MISCA 81 MONEASA 82 NADLAC 83 OLARI ARAD 84 PAULIS 85 PECICA 86 PEREGU MARE 2 ARAD 87 PETRIS 88 PILU 89 PINCOTA 90 PLESCUTA 91 SANTANA 92 SAVIRSIN 93 SEBIS 94 SEITIN 95 SELEUS 96 SEMLAC 97 SEPREUS 98 SICULA 99 SILINDIA 100 SIMAND 101 SINTEA MARE 102 SISTAROVAT 103 SOCODOR 104 SOFRONEA 105 TAUT 106 TIRNOVA 107 USUSAU 108 VARADIA DE MURES 109 VINGA 110 VIRFURILE 111 ZABRANI 112 ZADARENI 113 ZARAND 114 ZERIND 115 ZIMANDU NOU 116 BALILESTI 117 BASCOV 118 BIRLA 119 BOTESTI 120 BRADU 121 BUDEASA 122 BUZOESTI 123 CETATENI 124 CORBI 125 GODENI -
Mtntng ACTTVTTIES Tn the APUSENT MOUNTATNS, ROMANTA
Geosciences in the 27't century. ENVIRONMENTAL PROBLEMS ASSOCIATED WITH THE MtNtNG ACTTVTTIES tN THE APUSENT MOUNTATNS, ROMANTA Elena-Luisa IATAN lnstitute of Geodynamics ,,Sabba S. $tefdnescu" of Romanian Academy, D-21 Jeon-Louis Calderon St, o2oo32 Buchorest, e-mail: [email protected] Mining is one of the oldest industries, and abandoned mines with the potential to release harmful substances into soil, water and air are found throughout Romanian territory. Due to the mining activity of ore deposits for more than 2000 years, in Romania there are over 550 tailings dumps, covering an area of approximately 800 ha and storing over 200 million cubic meters of tailings and 54 tailings ponds, which covers an area of almost 1350 ha and stores over 350 million m3 of waste. Mining activities create a potential impact on the environment, both during exploitation and in the years after mine closure. Underground exploitation presents the risk of collapsing galleries and surface overflowing and involves the dislocation of a large amount of rocks. Quarrying is one of the most common forms of mineral extraction, being particularly harmful to the environment, as strategic minerals are often available in low concentrations, which increases the amount of ore extracted. Althou8h mininB activities are currently stopped in most areas, the potential risk of environmental contamination exists due to the huge quantities of tailings in the tailings ponds and the tailinBs dumps very close to the watercourses. These are permanent sources of pollution for surface and groundwater, soil and air in the area (Fig. 1). The oxidation of sulphide minerals led to the removal of soluble metal ions from the mineralization found in mining related wastes under the effect of water. -
Hydrometeorological Risk Phenomena in the Alba Iulia – Turda Depression
Hydrometeorological risk phenomena in the Alba iulia – Turda Depression. Romania CĂTĂLINA MĂRCULEŢ1, IOAN MĂRCULEŢ2, 1. Institute of Geography, Bucharest, Romania 2. "I.L. Caragiale" National College, Bucharest, Romania e-mail: [email protected] Abstract In order to assess the vulnerability of communities to extreme hydrometeorological phenomena, observations on their onset and development should aim at quantifying intensity and frequency, also establishing and foreseeing possible damage. The present study focuses on a few atmospheric phenomena registered in the Alba Iulia – Turda Depression over the 2002-2006 interval, given that the damage incurred involved aspects of risk. Hazardous atmospheric phenomena, heavy rainfall in the main, led to other natural risks affecting both the environment and the socio-economic activity. Apart from atmospheric causes, the risk for other natural events are related to local particularities, e.g. lithological structure (sandy-clay substrate), landform (slopes and highly fragmented relief) and soils (little forestland and grassland due to human pressure – dominantly arable land and numerous human settlements). Houses and annexes, as well as socio-economic constructions were damaged, lots of animals and poultry perished, national, county, communal and forester's roads, bridges and foot-bridges were washed away or disaffected, crops were flooded, trees were brought to the ground, electrical and telephone networks were destroyed. Heavily affected were the road infrastructure, the hydroelectrical constructions the socio- economic units, the electrical and telephone networks and agriculture generally. The number of catastrophic situations, unusually high in 2005, represented 44% of all the interventions made over the past ten years to limit and remove flood effects. Negative hydrometeorological phenomena were found to occur mainly in summer, especially in June and July when torrential rains and floods are common. -