Population Change in Yalova Province
Total Page:16
File Type:pdf, Size:1020Kb

Load more
Recommended publications
-
8 Days, 7 Nights Autumn2019 Istanbul & Bursa & Yalova Package
GURTOUR 8 D A Y S , 7 NIGHTS A U T U M N 2 0 1 9 I S T A N B U L & BURSA & YALOVA PACKAGE 8 Days Package (Valid : 01 Nov 19 – 01 Mar 20) (EXCLUDING : 27 DEC 19 - 03 JAN 20) “Bursa’s roots can be traced back to 5200 B.C., the year the area was first settled. What is now Turkey’s fourth-largest city swapped hands between the Greek, Bithynia, and Roman Empires before it became the first major capital of the Ottoman Empire between 1335 and 1363. 480 EUR PER PERSON / DBL Program: Day 01 : Arrive IST airport & transfer to hotel. Day 01: Arrive IST/SAW airport & transfer to Hotel. Overnight at Istanbul Day 02: Half Day Istanbul City Tour. Overnight at Istanbul Day 03: Istanbul hotel to Bursa hotel transfer (by speed ferry). Overnight at Bursa Day 04: Full Day Bursa Cable Car Tour with Lunch. Overnight at Bursa Day 05: Full Day Yalova Tour with Lunch. Transfer Yalova hotel. Overnight at Bursa Day 06: Bursa Hotel to Istanbul Hotel Transfer (by speed ferry). Overnight at Istanbul Day 07: Half Day Bosphorus Cruise Tour. Overnight at Istanbul Day 08: Free time until transfer to IST/SAW airport for homebound flight. BURSA CABLE CAR TOUR With Lunch YALOVA THERMAL TOUR With Lunch Cable Car, Uludag Mountain, Green Mosque Sudusen Waterfalls, Gokcedere Thermal & Tomb, Kircilar Leather Factory, Turkish Village, Shopping Outlet DelightFactory, Cinar Tree (600 Years Old) '' The city of Bursa, southeast of the Sea of Marmara, lies on the lower slopes of Mount Uludağ (Mt. -
Segment Structure of the Southern Strand of the North Anatolian Fault System and Paleoseismic Behaviour of the Gemlik Fault, NW Anatolia
Segment Structure of the Southern Strand of the North Anatolian Fault System and Paleoseismic Behaviour of the Gemlik Fault, NW Anatolia Selim Özalp, Ömer Emre and Ahmet Doğan General Directorate of Mineral Research and Exploration (MTA), Department of Geological Research 06520, Ankara, Turkey The North Anatolian Fault System (NAFS) is a transform fault that accommodates relative motion between Anatolian and Black Sea microplates. The NAFS bifurcates two strands as the Northern and the Southern in the Marmara region. Recent lateral motion is about 24 mm/yr along the NAFS. According to the recent GPS data, there is a slip partitioning between both strands and the northern strand carries approximately 3 times as much right-lateral motion as does the southern strand. Therefore we interpret that the northern strand is the master zone which accommodate majority of the recent lateral motion. In this study, the southern strand is extending between Dokurcun valley and Bandırma bay is evaluated as a splay instead of a main strand diverging from the NAFS as described in previous studies. This splay is included in NW Anatolia transition zone which characterizes bend structures. Length of the southern strand is about 140 km between Dokurcun valley and Gemlik bay along Pamukova basin, Lake İznik and Gemlik Bay depressions. The strand can be divided into three main geometric segments in right steeping pattern. Those are Geyve, İznik and Gemlik, from east to west. Length of the Geyve Fault is about 57 km and general trend is N70°E. The İznik Fault is about 56 km-long trending of N75°E. -
Disaster Resilient Communities Best Practices
DISASTER RESILIENT COMMUNITIES BEST PRACTICES This booklet has been prepared within the scope of the “Workshop on the Role of Local Authorities in the Building of Disaster-Resilient Communities”, organized by the Republic of Turkey, Ministry of Interior Disaster and Emergency Management Authority (AFAD), European Natural Disasters Training Center (AFEM). Ankara, 2018 TABLE OF CONTENTS 1. Preface ...................................................................................................... 5 2. İstanbul Metropolitan Municipality ......................................................... 7 2.1. Megacity Indicator System for Disaster Risk Management – MegaIST ............................................................................................ 8 2.2. Analysis of the Social Vulnerability against Disasters in İstanbul ... 11 2.3. Updating Estimations of the Probable Earthquake Losses in İstanbul....15 2.4. Updating of Tsunami Hazard and Risk Analysis Studies ................ 18 2.5. Microzonation Studies ..................................................................... 20 2.6. İstanbul Geo Information System YERBIS) ..................................... 23 2.7. Safe Life with Small Steps (MAGYA) Training Project ..................... 25 2.8. Flood Early Warning System (FLEWS) ............................................ 27 2.9. Ice Early Warning System (IEWS) .................................................... 29 2.10. Web-Based Earthquake Loss Estimation Routine (ELER) Project 31 2.11. Urban Renewal Project for Bayrampaşa -
Late Cretaceous–Eocene Geological Evolution of the Pontides Based on New Stratigraphic and Palaeontologic Data Between the Black Sea Coast and Bursa (NW Turkey)
Turkish Journal of Earth Sciences (Turkish J. Earth Sci.), Vol.Z. ÖZCAN 21, 2012, ET pp. AL. 933–960. Copyright ©TÜBİTAK doi:10.3906/yer-1102-8 First published online 25 April 2011 Late Cretaceous–Eocene Geological Evolution of the Pontides Based on New Stratigraphic and Palaeontologic Data Between the Black Sea Coast and Bursa (NW Turkey) ZAHİDE ÖZCAN1, ARAL I. OKAY1,2, ERCAN ÖZCAN2, AYNUR HAKYEMEZ3 & SEVİNÇ ÖZKAN-ALTINER4 1 İstanbul Technical University (İTÜ), Eurasia Institute of Earth Sciences, Maslak, TR−34469 İstanbul, Turkey (E-mail: [email protected]) 2 İstanbul Technical University (İTÜ), Faculty of Mines, Department of Geology, Maslak, TR−34469 İstanbul, Turkey 3 General Directorate of Mineral Research and Exploration (MTA Genel Müdürlüğü), Geological Research Department, TR−06520 Ankara, Turkey 4 Middle East Technical University (METU), Department of Geological Engineering, Ünversiteler Mahallesi, Dumlupınar Bulvarı No. 1, TR−06800 Ankara, Turkey Received 17 February 2011; revised typescript receipt 04 April 2011; accepted 25 April 2011 Abstract: Th e Late Cretaceous–Eocene geological evolution of northwest Turkey between the Black Sea and Bursa was studied through detailed biostratigraphic characterization of eleven stratigraphic sections. Th e Upper Cretaceous sequence in the region starts with a major marine transgression and lies unconformably on a basement of Palaeozoic and Triassic rocks in the north (İstanbul-type basement) and on metamorphic rocks and Jurassic sedimentary rocks in the south (Sakarya-type basement). Four megasequences have been diff erentiated in the Late Cretaceous–Eocene interval. Th e fi rst one, of Turonian to Late Campanian age, is represented by volcanic and volcanoclastic rocks in the north along the Black Sea coast, and by siliciclastic turbidites and intercalated calcarenites in the south, corresponding to magmatic arc basin and fore-arc basin, respectively. -
Geothermal Application Experiences in Turkey
GEOTHERMAL APPLICATION EXPERIENCES IN TURKEY Orhan Mertoglu, Nilgun Bakir, Tevfik Kaya ORME Jeotermal A.S., Ankara/Turkey; Hosdere Cad. 190/7-8-12,Cankaya, [email protected] Keywords: Turkey, geothermal heating, balneology, electricity, mineral recovery Abstract Utilization area of geothermal energy is mostly focussed on direct use applications in Turkey. Today 61.000 residences equivalence is being heated geothermally (665 MWt, including residences, thermal facilities, 565.000 m2 greenhouse heating). Moreover, with the balneological utilisation of geothermal fluids in 195 spa’s (327 MWt), the geothermal direct use capacity is 992 MWt. ORME Geothermal Inc has completed the engineering designs of nearly 300.000 residences equivalence geothermal district heating system. 170 geothermal fields (Figure 1) have been explored in Turkey. There is a single flash power plant with 20,4 MWe installed capacity. A liquid CO2 and dry ice production factory is integrated to this power plant. A binary cycle geothermal power plant with an installation capacity of 25 MWe is going to be constructed at Aydin/Germencik. The proven geothermal heat capacity according to the existing geothermal wells and natural discharges is 3132 MWt [1]. 1. INTRODUCTION There are 11 city based geothermal district heating systems in Turkey. These geothermal district heating systems have been constructed since 1987 and many development has been achieved in technical and economical aspects. The rapid development of geothermal district heating systems in Turkey is mostly depending on; - construction of suitable geothermal district heating systems according to Turkey’s conditions, - participation of the consumers to the geothermal district heating investments by about 50 % without any direct financing refund, - geothermal heating is about % 50-70 cheaper than natural gas heating. -
AN ANALYSIS of the TURKISH DISASTER MANAGEMENT SYSTEM UNDER STRESS University O
SOCIO-TECHNICAL APPROACHES TO COMPLEX PHENOMENA: AN ANALYSIS OF THE TURKISH DISASTER MANAGEMENT SYSTEM UNDER STRESS by Suleyman Celik B.S., Ankara University, Ankara, Turkey 1996 MPM, Carnegie Mellon University, Pittsburgh, PA 2000 Submitted to the Graduate Faculty of Public and International Affairs in partial fulfillment of the requirements for the degree of Doctor of Philosophy University of Pittsburgh 2006 UNIVERSITY OF PITTSBURGH GRADUATE SCHOOL OF PUBLIC AND INTERNATIONAL AFFAIRS This thesis was presented by Suleyman Celik It was defended on June 13, 2006 and approved by Dr. Kevin Kearns, Ph.D., Graduate School of Public and International Affairs Dr. Siddharth Chandra, Ph.D., Graduate School of Public and International Affairs Dr. Toni Carbo, Ph.D., School of Information Sciences Thesis Director: Dr. Louise K. Comfort, Ph.D. ii Copyright © by Suleyman Celik 2006 iii SOCIO-TECHNICAL APPROACHES TO COMPLEX PHENOMENA: AN ANALYSIS OF THE TURKISH DISASTER MANAGEMENT SYSTEM UNDER STRESS Suleyman Celik, PhD University of Pittsburgh, 2006 This research analyzes and assesses the major issues regarding coordinated response operations in destructive earthquakes. The research examines the decision making process in the context of seismic risk to exemplify how public managers can utilize the information and communication systems in order to create collaborative actions in managing an extreme event. Based on the theoretical framework from Complex Adaptive Systems and Socio- technical Systems, this study is an exploratory case study that explores the factors that hinder or facilitate coordinated response operations. This research applies the theoretical framework to the two earthquake response systems, the Marmara and Duzce that occurred in Turkey in August and November of 1999, respectively. -
Scanned by Scan2net
Ulud. Uniu. Zir. Fak. Derg. , (1986) 5: 19-26 GENERAL ASPECT OF HORTICULTURE IN BURSA Atilla ERİŞ* Vedat ŞEN1Z * * Arif SOYLU*** SUM MARY Bursa has a special place in Turkey from the horticultural point of uiew. Fruit species such as oliue, peach, grcıp e , apple, plum, pear, cherry, walnut, chest niıt, fig, strawberry and quince and almost all summer and w in ter uegetable specieı that haue important additiues to total production of Turkey are grown in this uicinity extensiuely. Vegetable species such as tomato, bean, pepper and pea whiciı especially processedin industry, and o nion are produced much than others. In this study, current aspect of horticulture in Bursa prouince was identi{ied; and its economic dimensions and technical problems were explained. ÖZET bursa 'da Bahçe Bitkileri Tanınının Genel Durumu Bahçe bitkileri yetiştiriciliğ i açısından Bursa 'nın Türkiye 'de özel bir yeri uar dır. Yörede Türkiye toplam üretimine önemli katkıları olan zeytin, şeftali, üzüm, elmd, erik, armut, kiraz, ceuiz, k eıtan e , incir, çilek ue ayua gibi meyue türleri ile he men hemen tüm yazlık ue kışlık sebze türleri çok yaygın olarak yetiştirilmektedir. Sebzelerden bilha11a sanayide çok iş lene n domates, fasulye, biber, bezelye gibi türler ile soğan · diğ erlerinde n daha da fazla üretilmektedir. Bu çalış mada bahçe bitkilerinin Bursa y ö reıind eki m eucut durumu tan ı tıl mış , ekonomik boyutları ue belirlenen sorunları açıklanmı ş tır. INTRODUCTION It is seldom to find regions which are suitable to horticulture at various alti tutes from sea level up to 2.000 m in the world. Bursa has an important place among these regions having about 1.104.301 ha agricultural area according to the recent statistics (Anonymous 1983 c). -
Investigation of Outdoor Gamma Dose Rates in Yalova, Turkey
Avrupa Bilim ve Teknoloji Dergisi European Journal of Science and Technology Sayı 18, S. 568-573, Mart-Nisan 2020 No. 18, pp. 568-573, March-April 2020 © Telif hakkı EJOSAT’a aittir Copyright © 2020 EJOSAT Araştırma Makalesi www.ejosat.com ISSN:2148-2683 Research Article Investigation of Outdoor Gamma Dose Rates in Yalova, Turkey Kübra Bayrak1, Zeki Ünal Yümün2*, Merve Çakar3 1Akdeniz University, Faculty of Science, Physics Department, Antalya, Turkey 2Namik Kemal University, Corlu Engineering Faculty, Environmental Engineering Dep., Tekirdag, Turkey 3yildiz Technical University, Faculty of Arts And Sciences, Physics Department, Davutpasa Campus, 34220 Esenler, Istanbul, Turkey (First received 8 February 2020 and in final form 17 March 2020) (DOI: 10.31590/ejosat.686668) ATIF/REFERENCE: Bayrak, K., Yümün, Z. Ü. & Çakar, M. (2020). Investigation of Outdoor Gamma Dose Rates in Yalova, Turkey. European Journal of Science and Technology, (18), 568-573. Abstract Radioactivity measurements were performed, at the Yalova (Turkey), part of the Marmara Sea, for natural radiation using a scintillation detector SP6 (via using portable counter ESP2, Eberline). Based on the measurement results, the lowest outdoor gamma concentration was calculated to 27.70 nGy/h while the highest one calculated to 66.00 nGy/h. And, the average of the measured gamma dose rates calculated to 48.13 nGy/h while the annual effective dose equivalent was calculated to 59.02 μSv/y. Mean value of excess lifetime cancer risk also obtained 2.07 10-4 from using measurement area. The results checked against the world average determined by UNSCEAR. It was concluded that the calculated gamma dose values in Yalova are below the world average. -
Best Practices in Monitoring and Evaluation: Lessons from the USAID Turkey Population Program
Best Practices in Monitoring and Evaluation: Lessons from the USAID Turkey Population Program by Jill Mathis, Pinar Senlet, Ersin Topcuoglu, Rifat Kose and Amy Tsui October 2001 This publication was made possible by support from USAID under the terms of Cooperative Agreement HRN-A-00-97-00018-00. The opinions expressed are those of the authors, and do not necessarily reflect the views of USAID. For additional copies, contact: MEASURE Evaluation Carolina Population Center University of North Carolina at Chapel Hill 123 West Franklin Street Chapel Hill, NC 27516 E-mail: [email protected] Web: http://www.cpc.unc.edu/measure/ Table of Contents Executive Summary.......................................................................................................................iii Acknowledgments........................................................................................................................... v List of Acronyms .......................................................................................................................... vii Best Practices in Monitoring and Evaluation: Lessons from the USAID Turkey Population Program ............................................................................................................................... 1 I. Introduction: Managing for Results.................................................................................... 1 II. Background: Family Planning in Turkey............................................................................ 1 III. The USAID Turkey -
Turkey 2020 Human Rights Report
TURKEY 2020 HUMAN RIGHTS REPORT EXECUTIVE SUMMARY Turkey is a constitutional republic with an executive presidential system and a unicameral 600-seat parliament (the Grand National Assembly). In presidential and parliamentary elections in 2018, Organization for Security and Cooperation in Europe observers expressed concern regarding restrictions on media reporting and the campaign environment, including the jailing of a presidential candidate that restricted the ability of opposition candidates to compete on an equal basis and campaign freely. The National Police and Jandarma, under the control of the Ministry of Interior, are responsible for security in urban areas and rural and border areas, respectively. The military has overall responsibility for border control and external security. Civilian authorities maintained effective control over law enforcement officials, but mechanisms to investigate and punish abuse and corruption remained inadequate. Members of the security forces committed some abuses. Under broad antiterror legislation passed in 2018 the government continued to restrict fundamental freedoms and compromised the rule of law. Since the 2016 coup attempt, authorities have dismissed or suspended more than 60,000 police and military personnel and approximately 125,000 civil servants, dismissed one-third of the judiciary, arrested or imprisoned more than 90,000 citizens, and closed more than 1,500 nongovernmental organizations on terrorism-related grounds, primarily for alleged ties to the movement of cleric Fethullah Gulen, whom the government accused of masterminding the coup attempt and designated as the leader of the “Fethullah Terrorist Organization.” Significant human rights issues included: reports of arbitrary killings; suspicious deaths of persons in custody; forced disappearances; torture; arbitrary arrest and continued detention of tens of thousands of persons, including opposition politicians and former members of parliament, lawyers, journalists, human rights activists, and employees of the U.S. -
Increased Funding and Citizen Support Give Birth to a Blueprint for Digital Transformation of Midsized Turkish City
Case Study Increased Funding and Citizen Support Give Birth to a Blueprint for Digital Transformation of Midsized Turkish City With half the population of Yalova Province living in the city of the Executive Summary same name, the municipality has drawn up an ambitious e-transforma- CUSTOMER NAME tion roadmap for increased use of Information and Communications Municipality of Yalova, Turkey Technology and broadband rollout, with an e-governance model to INDUSTRY accelerate economic progress and improve citizen services. Public Sector Business Challenges BUSINESS CHALLENGES • Create job opportunities by pro- Situated on a peninsula in the Sea of Marmara, some 40 miles to the moting economic development southeast of Istanbul, Yalova has enjoyed separate administrative status through ICT from Istanbul since 1995. The province has more than 185,000 inhabit- • Improve health and education services, and build a new hospital ants, half of whom are concentrated in Yalova city. Bound by a triangle of • Become an e-government larger industrial centers, Yalova is a popular tourist destination and sees pilot city in Turkey and an EU its numbers double in summer. Other principal industries are education Knowledge Society Center of and farming, and Yalova is ranked 13 among Turkish cities by GDP. Excellence Hit hard by the 1999 earthquake, which killed 14,000 people across north- SOLUTIONS eastern Turkey and left thousands more homeless, Yalova has worked • Implement productivity monitor- ing, mobile working, and hard to restore and improve its economic fortunes. After preliminary steps performance management tools toward an e-government, Mayor Barbaros Binicioglu decided that Yalova’s • Automate health and education future depended on more substantial Information and Communications services; integrate an e-govern- Technology (ICT) investments. -
Turkey Earthquake Hazard Map
Public Disclosure Authorized TURKISH ELECTRICITY TRANSMISSION CORPORATION DIRECTORATE GENERAL Public Disclosure Authorized Public Disclosure Authorized 380 kV ÇİFTLİKKÖY GIS SS (GAS INSULATED SYSTEM SUBSTATION) Public Disclosure Authorized ENVIRONMENTAL and SOCIAL MANAGEMENT PLAN PROVINCE OF YALOVA, ÇİFTLİKKÖY DISTRICT ANKARA – DECEMBER 2019 General Directorate of the Turkish Electricity Transmission Name of Project Owner: Corporation Nasuh Akar Mah. Türkocağı Cad No: 2 Çankaya, Address of Project Owner : Ankara Phone Number : +90 (312) 203 86 11 Fax Number : +90 (312) 203 87 17 380 kV ÇİFTLİKKÖY GIS SS (GAS INSULATED SYSTEM SUBSTATION) Name of Project ENVIRONMENTAL and SOCIAL MANAGEMENT PLAN Address of Site Selected for the Province of Yalova, Çiftlikköy District, İlyasköy Project Neighborhood i 380 kV ÇİFTLİKKÖY GIS ESMP TABLE OF CONTENTS Page No Contents i List of Tables ii List of Figures ii List of Annexes iii 1.PROJECT DESCRIPTION ............................................................................................. 1 1.1 General Description of the Project ......................................................................... 1 1.2 Scope of Project ..................................................................................................... 1 1.3 Project Area............................................................................................................ 2 1.4 Technical Information on the Project ..................................................................... 7 1.5 Places with High Landscape Value,