State Regulation of Mining in a Post-Fordist Economy: Local Vulnerability in the Shadow of Hierarchy Simon Haikola and Jonas Anshelm
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Too Good to Be True? the Expectations and Reality of Mine Development in Pajala, Sweden Gregory A
Arctic Review on Law and Politics Vol. 9, 2018, pp. 3–24 Too Good to be True? The Expectations and Reality of Mine Development in Pajala, Sweden Gregory A. Poelzer*, Political Science, Luleå University of Technology Thomas Ejdemo Economics, Luleå University of Technology Abstract In order to achieve legitimacy, reality must match expectations. Resource development projects, such as mining, often force small communities to make difficult decisions regarding which projects to support or reject based on whether their expectations regarding the development of a mine manifest in reality. To make this assessment, this study looks at the factors that contributed to the legitimacy of a mine in northern Sweden, focusing on the community of Pajala, where a new mine opened in 2012. We conducted interviews with local residents representing different interests that aimed to draw out what legitimized or delegitimized the mine. From these interviews, we determined that economic factors weighed most heavily in generating support for the mine. Subsequently, in order to determine if these economic expectations matched reality, we examined economic performance data on the municipality. We found that many of the factors identified in the interviews related to local outcomes and that these matched closely with economic changes associated with the mine. Given the largely positive perceptions of the mine, the congruence between economic expectations and reality validate this support from the community. Thus, our results provide insight into the factors that affect legitimacy at the local level. Keywords: Resource development; legitimacy; economic development; local economy; sustainable development Responsible Editor: Hans-Kristian Hernes, UiT - The Arctic University of Norway, Tromsø, Norway. -
Geology of the Northern Norrbotten Ore Province, Northern Sweden Paper 11 (13) Editor: Stefan Bergman
Rapporter och meddelanden 141 Geology of the Northern Norrbotten ore province, northern Sweden Paper 11 (13) Editor: Stefan Bergman Rapporter och meddelanden 141 Geology of the Northern Norrbotten ore province, northern Sweden Editor: Stefan Bergman Sveriges geologiska undersökning 2018 ISSN 0349-2176 ISBN 978-91-7403-393-9 Cover photos: Upper left: View of Torneälven, looking north from Sakkara vaara, northeast of Kiruna. Photographer: Stefan Bergman. Upper right: View (looking north-northwest) of the open pit at the Aitik Cu-Au-Ag mine, close to Gällivare. The Nautanen area is seen in the back- ground. Photographer: Edward Lynch. Lower left: Iron oxide-apatite mineralisation occurring close to the Malmberget Fe-mine. Photographer: Edward Lynch. Lower right: View towards the town of Kiruna and Mt. Luossavaara, standing on the footwall of the Kiruna apatite iron ore on Mt. Kiirunavaara, looking north. Photographer: Stefan Bergman. Head of department, Mineral Resources: Kaj Lax Editor: Stefan Bergman Layout: Tone Gellerstedt och Johan Sporrong, SGU Print: Elanders Sverige AB Geological Survey of Sweden Box 670, 751 28 Uppsala phone: 018-17 90 00 fax: 018-17 92 10 e-mail: [email protected] www.sgu.se Table of Contents Introduktion (in Swedish) .................................................................................................................................................. 6 Introduction .............................................................................................................................................................................. -
Space-Related Education on the Kiruna Space Campus, Sweden
Space-related Education on the Kiruna Space Campus, Sweden The town of Kiruna lies approximately 140 kilometres above the Arctic Circle Space research and industry in northern Sweden. The high latitude Carol Norberg, The largest research organization in Kiruna Reader in Space Physics, makes Kiruna an attractive base for is the Swedish Institute of Space Physics, which Department of Space Sci- international space-related projects of carries out research in experimental space and ence, atmospheric physics. Measurements are made from many kinds. A space research insti- Umeå University, the ground, with balloons, and from satellites. Prob- Box 812, S-981 28 Kiruna, tute was first created in Kiruna in the ably the most well-known space centre in Kiruna is Sweden. 1950’s. During the last decade, there Esrange, a space facility belonging to the Swedish Space Corporation. Esrange has its own satellite has been a rapid expansion in the area station, and facilities for launching sounding rockets of space-related education at university and stratospheric balloons. Close to Esrange is the Swedish Institute of Space level, which has its foundations on the European Space Agency satellite station at Salmi- järvi. The headquarters of the European Incoherent Physics, Headquarter in local expertise in space science and Scatter Scientific Association (EISCAT) are located Kiruna. engineering. Through cooperation with Picture: IRF the Swedish Space Corporation stu- dents in Kiruna are offered the opportu- nity to participate in rocket and balloon launches as part of their education. The two most northern universities in Swe- den, Luleå University of Technology and Umeå University have formed a joint Department of Space Science located on the Kiruna Space Campus togeth- er with the Swedish Institute of Space Physics. -
International Rate Centers for Virtual Numbers
8x8 International Virtual Numbers Country City Country Code City Code Country City Country Code City Code Argentina Bahia Blanca 54 291 Australia Brisbane North East 61 736 Argentina Buenos Aires 54 11 Australia Brisbane North/North West 61 735 Argentina Cordoba 54 351 Australia Brisbane South East 61 730 Argentina Glew 54 2224 Australia Brisbane West/South West 61 737 Argentina Jose C Paz 54 2320 Australia Canberra 61 261 Argentina La Plata 54 221 Australia Clayton 61 385 Argentina Mar Del Plata 54 223 Australia Cleveland 61 730 Argentina Mendoza 54 261 Australia Craigieburn 61 383 Argentina Moreno 54 237 Australia Croydon 61 382 Argentina Neuquen 54 299 Australia Dandenong 61 387 Argentina Parana 54 343 Australia Dural 61 284 Argentina Pilar 54 2322 Australia Eltham 61 384 Argentina Rosario 54 341 Australia Engadine 61 285 Argentina San Juan 54 264 Australia Fremantle 61 862 Argentina San Luis 54 2652 Australia Herne Hill 61 861 Argentina Santa Fe 54 342 Australia Ipswich 61 730 Argentina Tucuman 54 381 Australia Kalamunda 61 861 Australia Adelaide City Center 61 871 Australia Kalkallo 61 381 Australia Adelaide East 61 871 Australia Liverpool 61 281 Australia Adelaide North East 61 871 Australia Mclaren Vale 61 872 Australia Adelaide North West 61 871 Australia Melbourne City And South 61 386 Australia Adelaide South 61 871 Australia Melbourne East 61 388 Australia Adelaide West 61 871 Australia Melbourne North East 61 384 Australia Armadale 61 861 Australia Melbourne South East 61 385 Australia Avalon Beach 61 284 Australia Melbourne -
How People Regard the Mine Establishment in Kaunisvaara, Tapuli and Hannukainen Areas
A baseline study of socio-economic effects of Northland Resources ore establishment in northern Sweden and Finland How people regard the mine establishment in Kaunisvaara, Tapuli and Hannukainen areas Peter Waara, Leif Berglund, Leena Soudunsaari and Ville Koskimäki Luleå University of Technology Department of Human Work Sciences 2008 Universitetstryckeriet, Luleå A baseline study of socio-economic effects of Northland Resources ore establishment in northern Sweden and Finland How people regard the mine establishment in Kaunisvaara, Tapuli and Hannukainen areas Peter Waara, Leif Berglund, Leena Soudunsaari and Ville Koskimäki Department of Human Work Sciences Luleå University of Technology 2 Summary of interview study. It is difficult to define who is or is not a legitimate stakeholder when it comes to issues that most likely will affect a community and a region for some 30 or 40 years. With regard taken to known sources of influence, such as environmental effects open pits eventually will give raise to, the dimensions of not yet acknowledged risks, effects and other factors will, sooner or later, be addressed in debates, thoughts and also actions of various kind. Who will be more or less likely to act and to react against the opening of mines in these remote areas in Finland and Sweden? Such questions will not be answered in this paper/report, since we have no possibility to foresee how people actually will respond to both positive as well as negative effects of the development of iron ore mining in Kaunisvaara and in Haanukainen. Our report aims to define and present on a descriptive level how a sample of people from both Finland and Sweden today, before the mines are opened, think about opportunities and risks associ- ated to the exploitation of iron ore in this region. -
New Research Supports Volcanic Origin of Kiruna-Type Iron Ores 12 April 2019
New research supports volcanic origin of Kiruna-type iron ores 12 April 2019 The origin and actual process of formation of Kiruna- type ores has remained highly controversial for over 100 years, with suggestions including a purely low-temperature hydrothermal origin, sea floor precipitation, a high-temperature volcanic origin from magma, and high-temperature magmatic fluids. To clarify the origins of Kiruna-type ores, a team of scientists from Uppsala University, the Geological Survey of Sweden, the Geological Survey of Iran, the Indian Institute of Technology in Bombay, and the Universities of Cardiff and Cape Town, led by Uppsala researcher Prof. Valentin Troll, employed Fe and O isotopes, the main elements in magnetite (Fe3O4), from Sweden, Chile and Iran to chemically fingerprint the processes that Credit: CC0 Public Domain led to formation of these ores. By comparing their data from Kiruna-type iron ores with an extensive set of magnetite samples from The origin of so-called Kiruna-type apatite-iron volcanic rocks as well as from known low- oxide ores has been the topic of a longstanding temperature hydrothermal iron ore deposits, the debate for over 100 years. In a new article researchers were able to show that more than 80 published in Nature Communications, a team of percent of their magnetite samples from Kiruna- scientists presents new and unambiguous data in type apatite-iron oxide ores were formed by high- favour of a magmatic origin for these important iron temperature magmatic processes in what must ores. The study was led by researchers from represent volcanic to shallow sub-volcanic settings. -
What Did You Learn in School Today? How Ideas Mattered for Policy Changes in Danish and Swedish Schools 1990-2011
What did you learn in school today? How ideas mattered for policy changes in Danish and Swedish schools 1990-2011 Line Renate Gustafsson PhD Dissertation What did you learn in school today? How ideas mattered for policy changes in Danish and Swedish schools 1990-2011 Politica © Forlaget Politica and the author 2012 ISBN: 978-87-7335-162-8 Cover: Svend Siune Print: Juridisk Instituts Trykkeri, Aarhus Universitet Layout: Annette B. Andersen Submitted 13 January 2012 The public defense takes place 25 May 2012 Published May 2012 Forlaget Politica c/o Department of Political Science and Government Aarhus University Bartholins Allé 7 DK-8000 Aarhus C Denmark Table of content Translations and abbreviations .......................................................................................................................... 15 Acknowledgements ..................................................................................................................................................... 19 Chapter 1: Introduction .............................................................................................................................................. 23 1.1 Empirical puzzle .......................................................................................................................... 23 1.2 The research question: How did ideas change? .................................................... 24 1.3 The argument in brief ............................................................................................................. -
LKAB Is Looking for Talented Engineers in Mining
LKAB is looking for talented Engineers in Mining LKAB is currently engaged in an important process to increase production, develop and streamline the existing production systems in our mines, and design new smart and fossil-free mining systems below our current main levels in our underground mines in Kiruna and Malmberget. These great challenges and opportunities will require additional talented mining engineers. Therefore, we are looking for mining engineers that are interested in being part of our journey towards the future, and are interested in technical development, innovation, and research in mining, with a focus on mine design, mining methods, rock mechanics, autonomous mining and underground logistics. Your qualifications All positions require a strong interest in identifying and overcoming the challenges that will be faced when mining below the present mining system. Qualities fundamental to these jobs are a passion for technology and problem-solving, a strong interest in suggesting and testing new solutions, and good analytical abilities. You enjoy teamwork and have good communication skills, and are interested in creating an international network of contacts. You hold a MSc or a PhD in one of the following areas: • mine design • mining methods • rock mechanics • geotechnical numerical analysis • mine seismology • autonomous mining • mining systems or • underground logistics Industrial experience is of great importance but all candidates will be considered. Those with similar backgrounds are also welcome to apply for one of the positions. You will be based in the city of Kiruna or Gällivare, close to the mining operations. Kiruna and Gällivare are situated in Swedish Lapland, above the Arctic Circle. -
The Swedish Government
The Swedish Government Stefan Löfven (S) Magdalena Andersson (S) Ibrahim Baylan (S) Per Bolund (MP) Prime Minister Minister for Finance Minister for Business, Minister for Environment and Prime Minister’s Office Ministry of Finance Industry and Innovation. Climate, and Deputy Prime Minister Ministry of the Environment Hans Dahlgren (S) Mikael Damberg (S) Anna Ekström (S) Tomas Eneroth (S) Minister for EU Affairs Minister for Home Affairs Minister for Education Minister for Infrastructure Prime Minister’s Office Ministry of Justice Ministry of Education and Ministry of Infrastructure Research Matilda Ernkrans (S) Anna Hallberg (S) Lena Hallengren (S) Peter Hultqvist (S) Minister for Higher Education Minister for Foreign Trade, Minister for Health and Minister for Defence and Research with responsibility for Nordic Social Affairs Ministry of Defence Ministry of Education and Affairs Ministry of Health and Research Ministry for Foreign Affairs Social Affairs Morgan Johansson (S) Amanda Lind (MP) Ann Linde (S) Åsa Lindhagen (MP) Minister for Justice and Minister for Culture and Minister for Foreign Affairs Minister for Financial Markets Migration Democracy, with responsibility Ministry for Foreign Affairs and Deputy Minister for Ministry of Justice for sport Finance Ministry of Culture Ministry of Finance Lena Micko (S) Eva Nordmark (S) Per Olsson Fridh (MP) Ardalan Shekarabi (S) Minister for Public Minister for Employment Minister for International Minister for Social Security Administration Ministry of Employment Development Cooperation Ministry of Health and Ministry of Finance Ministry for Foreign Affairs Social Affairs Märta Stenevi (MP) Anders Ygeman (S) Minister for Gender Equality Minister for Energy and Digital and Housing, with responsi- Development bility for urban development, Ministry of Infrastructure anti-segregation and anti- discrimination Ministry of Employment Sweden is governed by the Swedish Social Democratic Party and Government and Government Offices, including contact informa- the Green Party. -
This-Is-Lkab.Pdf
THIS IS LKAB PERFORMANCE IN IRONMAKING IT STARTS WITH THE IRON 1696 The ore-rich mountains 1912 Kiruna Church is completed, 1982 LKAB takes the decision 2010 LKAB earmarks a budget Luossavaara and Kiirunavaara, a gift from the company to the to introduce large-scale sub-level of billions of kronor for future after which LKAB was named, parish. The church will be moved caving, increasing productivity urban transformations in Kiruna are mentioned for the first time to the new centre of Kiruna as part noticeably. LKAB develops olivine and Malmberget. in a document by Samuel Mört, of the urban transformation. pellets, which prove to be a highly a bookkeeper at the Kengis works. competitive pellet product. 2011 LKAB makes record profits. 1940 Narvik is invaded by the The same year the LKAB Academy 1888 The first ore train rolls Germans and the port is blown up. 1989 The subsidiary Minelco, foundation is established to along the Ore Railway from Malm- Ore traffic focuses on Luleå until now LKAB Minerals, is estab- secure future recruitment. berget to Luleå. the port of Narvik is rebuilt. lished. Its task is to develop markets for the iron ore outside 2015 LKAB celebrates 125 1890 The company 1955 LKAB’s first pelletising of the steel industry. years and publishes a book about Luossavaara-Kiirunavaara plant – the first such plant in the company’s history. Aktiebolag – LKAB – is formed. Europe – is taken into operation 1997 Wireless communication in Malmberget, increasing the is introduced into LKAB’s under- 2018 The starting shot for the 1898 Hjalmar Lundbohm is degree to which the iron ore is ground mines using the Wireless SUM (Sustainable Underground appointed as local manager in upgraded and thus also the value Underground Communication Mining) initiative to develop a new Kiruna. -
The Bothnian Extension of the Scandinavian-Mediterranean Core Network Corridor - Summary of European Added Values
The Bothnian Extension of The Scandinavian- Mediterranean Core Network Corridor Summary of European Added Values The Bothnian Extension of the Scan-Med Corridor Title of report: The Bothnian Extension of the Scandinavian-Mediterranean Core Network Corridor - Summary of European Added Values. Issued by: Intresseföreningen Norrtåg and the Bothnian Corridor regional collaboration. Contact: Joakim Berglund, project manager, The Bothnian Corridor Phone: +46 70-239 54 60 E-mail: [email protected] Web: www. bothniancorridor.com/en/ Author: Gustav Malmqvist, MIDEK AB Phone: +46 70-663 04 42 E-mail: [email protected] Norrtåg Intresseförening is a political association, founded in 2001, between the five northernmost regions of Sweden. In this association local and regional authorities collaborates on the development of railways in northern Sweden. Norrtåg Intresseförening initiated the establishment of Norrtåg AB which is the company responsible for the regional commuter trains in the northern half of Sweden. Norrtåg Intresseförening is co-ordinating the Bothnian Corridor regional collaboration since 2007, which involves the local and regional authorities but also collaboration with transport stakeholders, companies and industry associations. April 2018 – Version 1 2 The Bothnian Extension of the Scan-Med Corridor Table of Contents 1 Introduction ..........................................................................................................................................................................................4 -
Riksdagens Protokoll 2020/21:58 Måndagen Den 4 Januari
Riksdagens protokoll 2020/21:58 Måndagen den 4 januari Kl. 14.00–14.03 § 1 Justering av protokoll Protokollen för den 1–4, 7–11 och 14–18 december justerades. § 2 Meddelande om frågestund Tredje vice talmannen meddelade att frågestund skulle äga rum tors- dagen den 14 januari kl. 14.00. § 3 Anmälan om subsidiaritetsprövningar Tredje vice talmannen anmälde att utdrag ur följande protokoll i ären- den om subsidiaritetsprövning av EU-förslag hade kommit in: prot. 2020/21:20 för tisdagen den 15 december från finansutskottet och prot. 2020/21:16 för torsdagen den 17 december från trafikutskottet. § 4 Anmälan om fördröjda svar på interpellationer Följande skrivelser hade kommit in: Interpellation 2020/21:209 Till riksdagen Interpellation 2020/21:209 Elnätsavgiftens storlek av Jan Ericson (M) Interpellationen kommer att besvaras torsdagen den 14 januari 2021. Skälet till dröjsmålet är sjukdom. Stockholm den 17 december 2020 Infrastrukturdepartementet Anders Ygeman (S) Enligt uppdrag Fredrik Ahlén Expeditionschef 1 Prot. 2020/21:58 Interpellation 2020/21:211 4 januari ¯¯¯¯¯¯¯¯¯¯¯¯¯ Till riksdagen Interpellation 2020/21:211 Elförsörjningen i vinter av Jan Ericson (M) Interpellationen kommer att besvaras torsdagen den 14 januari 2021. Skälet till dröjsmålet är sjukdom. Stockholm den 17 december 2020 Infrastrukturdepartementet Anders Ygeman (S) Enligt uppdrag Fredrik Ahlén Expeditionschef Interpellation 2020/21:212 Till riksdagen Interpellation 2020/21:212 Elförsörjningen och satsningen på elbilar av Jan Ericson (M) Interpellationen kommer att besvaras torsdagen den 14 januari 2021. Skälet till dröjsmålet är sjukdom. Stockholm den 17 december 2020 Infrastrukturdepartementet Anders Ygeman (S) Enligt uppdrag Fredrik Ahlén Expeditionschef Interpellation 2020/21:214 Till riksdagen Interpellation 2020/21:214 Utvecklingen av svensk exportindustri av Lotta Olsson (M) Interpellationen har överlämnats till sr Ygeman och kommer att besva- ras torsdagen den 14 januari 2021.