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RIS3 of the Hosting Region Research and Innovation Strategies for Smart Specialisations of South Savo Region (Finland)
RIS3 of the hosting region Research and Innovation Strategies for Smart Specialisations of South Savo Region (Finland) Work Package 4 2nd meeting Mikkeli, 14th June 2016 Tomi Heimonen Regional Development Unit South Savo Regional Council REGION OF SOUTH-SAVO The southernmost region in East Finland, just a couple of hours drive from the Finnish capital Helsinki and around four hours by train from Saint Petersburg Sparsely populated area with most ageing population in Finland (The region´s total area around 19,000 km² with approximately 150,000 inhabitants) Finland Region Survey 2016: South Savo region 3rd concern happiness indicator Consists of fourteen municipalities and three towns Mikkeli, Pieksämäki and Savonlinna Wood, technology and service industries are the most important branches of industry and largest employers in South Savo The population of South Savo nearly doubles every summer when summer residents and vacationers come to the region to enjoy of the wide range of cultural attractions and international festivals and games or just easy living in a clean, safe and pleasant environment Well-known for the lake Saimaa (the fourth largest lake in Europe), with its countless islands, vendace and rare species of Saimaa ringed seal. The region has over 30,000 kilometres of shoreline, and the lake Saimaa is connected to the Baltic Sea by Saimaa Channel 23.6.2016 REGIONAL COUNCIL OF ETELÄ-SAVO / South Savo - easy living in Saimaa Source: Statistics Finland 2 PROFILE OF SOUTH-SAVO REGION 2,7 % of Finland’s population 23.6.2016 REGIONAL -
Toponymic Guidelines (Pdf)
UNITED NATIONS GROUP OF EXPERTS ON GEOGRAPHICAL NAMES 22nd session, New York, 20-29 April 2004 Item 17 of the provisional agenda TOPONYMIC GUIDELINES FOR MAP EDITORS AND OTHER EDITORS FINLAND Fourth, revised edition 2004* (v. 4.11, April 2021**) * Prepared by Sirkka Paikkala (Research Institute for the Languages of Finland) in collaboration with the Na- tional Land Survey of Finland (Teemu Leskinen) and the Geographical Society of Finland (Kerkko Hakulinen). The 22nd session of UNGEGN in 2004, WP 49. The first edition of this paper, Toponymic Guidelines for International Cartography - Finland, submitted by Mr. A. Rostvik, Norden Division, was presented to the Ninth session of UNGEGN 1981 (WP 37). The second version, Toponymic guidelines for cartography: Finland, prepared by the Onomastic Division of the Finnish Research Centre for Domestic Languages in collabo- ration with the Swedish Language Division and the National Board of Survey, was presented to the 4th UN Conference on the Standardization of Geographical Names in 1982 (E/CONF.74/L.41). The second edition, Toponymic Guidelines for Map an Other Editors, pre- paired by the Finnish Research Centre for Domestic Languages together with National Land Survey, was presented to the 17th session of UNGEGNUnited in 1994 (WP 63). The third edi- tion (revised version), prepared by Sirkka Paikkala in collaboration with the National Land Sur- vey of Finland and the Geographical Society of Finland, was presented to the 7th UN Conference on the Standardization of Geographical Names (New York, 13-22 January 1998, E/CONF.91/L. 17) ** Editions 4.1 - 4.6 updated by Sirkka Paikkala (Institute for the Languages of Finland) and Teemu Leskinen (National Land Survey of Finland). -
The Satakunta Region's Futures Exercises in Practice
The Satakunta Region´s Futures exercises in practice Tuula Hermunen Regional Council of Satakunta FUTUREG CONFERENCE Sligo 9.10.2007 Satakunta region • Located on the West Coast of Finland • Population 230,000 – Main towns: Pori (76,200), Rauma, Ulvila, Kankaanpää, Huittinen, Eura, Kokemäki – 26 municipalities – 3 sub-regions • Area 8,300 km2 Corner Stones of the local economy • Metal Industry (Heavy engineering, offshore, automation) • Energy production • Process industry • Ports and logistics • Food industry (eg. Poultry) • Forestry industry Employment • 12,000 companies employing 54,000 workers • Unemployment 11.2% (21.7% 1995) Culture and history 2 Unesco World Heritage sites: - Old Rauma wooden town - Lappi’s Hill tomb from the Bronze Age Various music and other cultural events: - Pori Jazz - Rauma Lace Week etc. Satakunta 2035 SATAKUNTA Karvia • Objectives Honkajoki Merikarvia Siikainen Kankaanpää • The Futures Process Jämijärvi Pomarkku • Stakeholders involved Noormarkku Lavia PORI Pori Ulvila Kiikoinen • Future Tools used Luvia Nakkila Harjavalta Kokemäki • Results gained Eurajoki Kiukainen Huittinen Rauma Köyliö Lappi Kodisjoki Vampula • General thoughts Säkylä Eura Vaasa FINLAND 193 km SATAKUNTA 115 km Tampere 138 km 242 km Turku Helsinki SATAKUNTALIITTO The objectives were • to identify focus areas of major importance, • to gain insight on alternative development paths in the regionally relevant focus areas, • to rise awareness among the public about regional planning and foresight processes, • to let the public identify alternative -
Paleoproterozoic Mafic and Ultramafic Volcanic Rocks in the South Savo Region, Eastern Finland
Development of the Paleoproterozoic Svecofennian orogeny: new constraints from the southeastern boundary of the Central Finland Granitoid Complex Edited by Perttu Mikkola, Pentti Hölttä and Asko Käpyaho Geological Survey of Finland, Bulletin 407, 63-84, 2018 PALEOPROTEROZOIC MAFIC AND ULTRAMAFIC VOLCANIC ROCKS IN THE SOUTH SAVO REGION, EASTERN FINLAND by Jukka Kousa, Perttu Mikkola and Hannu Makkonen Kousa, J., Mikkola, P. & Makkonen, H. 2018. Paleoproterozoic mafic and ultramafic volcanic rocks in the South Savo region, eastern Finland. Geological Survey of Finland, Bulletin 407, 63–84, 11 figures and 1 table. Ultramafic and mafic volcanic rocks are present as sporadic interlayers in the Paleo- proterozoic Svecofennian paragneiss units in the South Savo region of eastern Finland. These elongated volcanic bodies display locally well-preserved primary structures, have a maximum thickness of ca. 500 m and a maximum length of several kilometres. Geo- chemically, the ultramafic variants are picrites, whereas the mafic members display EMORB-like chemical compositions. The picrites, in particular, display significant com- positional variation in both major and trace elements (light rare earth and large-ion lithophile elements). These differences may have been caused by differences in their magma source, variable degrees of crustal contamination and post-magmatic altera- tion, as well as crystal accumulation and fractionation processes. The volcanic units are interpreted to represent extensional phase(s) in the development of the sedimentary basin(s) where the protoliths of the paragneisses were deposited. The eruption age of the volcanic units is interpreted to be 1.91–1.90 Ga. Appendix 1 is available at: http://tupa.gtk.fi/julkaisu/liiteaineisto/bt_407_appendix_1. -
The World's Oldest Micrometeorites in the Mesoproterozoic Satakunta
62nd Annual Meteoritical Society Meeting 5088.pdf THE WORLD’S OLDEST MICROMETEORITES IN THE MESOPROTEROZOIC SATAKUNTA FORMATION, FINLAND - SEDIMENTOLOGY OF THE HOST ROCKS. D. Kettrup1, P. Pihlaja2, A. Deutsch1 and L. Pesonen2, 1Institut fuer Planetologie, University of Muenster, Wilhelm-Klemm-Strasse 10, D- 48149 Muenster, Germany ([email protected]), 2Geological Survey of Finland, FIN-02150 Espoo, Fin- land. Problem and research concept: The approxi- sandy mudstone/siltstone. Main components are mately 1.4 Ga (Mesoproterozoic) old Satakunta For- quartz and K-feldspar (microcline), rock fragments, mation in SW Finland contains the world’s oldest muscovite, biotite and chlorite. Overall, the minera- micrometeorites [1,2]. So far, more than 50 fossil logical and chemical features of the Satakunta Forma- cosmic spherules have been recovered from the Sata- tion correspond to normal arkose suites of different kunta red beds. Mineralogical, textural and chemical geological ages [5]. features, amongst them Cr/Fe, Co/Fe, Ni/Fe, and Ir/Fe Lithification of the sandstones results mainly from ratios, indicate the presence of various spherule types two different effects. Most frequent are cements of and sub-types [2,3]. The spherules are unaltered and authigenetic quartz, micas and K-feldspar. Bounding match in their properties cosmic material from, e.g., of sand grains by clay minerals are the second type. the Greenland ice shield [3]. It is fundamental to un- The spherule-containing samples do not display derstand why the Satakunta micrometeorites are in specific sedimentological characteristics and appar- such an excellent state of preservation. Processes ently lack common features. which play a key role in this context are (i) sedimen- Discussion: The Satakunta Formation was depos- tation, and (ii) lithification. -
ALPIO Project
ALPIO project MaaS pilots were conducted in public- private collaboration during the project. In the pilots, companies, regional and local Project info stakeholders joined their expertise in order . The Finnish Innovation Fund Sitra to experiment with different ways of funding call for regional mobility organizing mobility services. The pilots . Duration: 05/2018 – 11/2019 included demand-responsive transport . Regional pilots: (DRT) and integrated transport services for . Eastern Uusimaa different user groups, combining trips for self-paying and subsidized customers. In . South Savo addition, a smartphone application was . Tampere region (Pirkanmaa) introduced for self-paying customers. Digital platform created by companies: Eastern Uusimaa . Kyyti Group The Eastern Uusimaa pilot was conducted in the city of Porvoo and the city of Loviisa. The pilot . Vinka included a DRT service called Kyläkyyti, operated . Sitowise by minibuses. It ran from January to May 2019 in . Infotripla Porvoo and to June 2019 in Loviisa. The piloted areas included rural areas where no public . VTT was responsible for research transport existed during the operation times of (e.g. impact assessment) Kyläkyyti. In Porvoo the service was targeted at young people travelling to and from leisure activities, and in Loviisa the aim of the service was to offer a feeder service for long-haul Tampere region commuting. The Tampere region (also called Pirkanmaa) Both services improved accessibility and the was the subject of an integrated transport service level in the piloted areas. Users were service pilot in the Kuru area of the city of extremely content with the service, and user Ylöjärvi, and the Vammala area of the city of survey resulted in Net Promoter Score 96. -
Media Information 2021: Total TV Television Advertising: MTV3, Sub, AVA, C More Pay Tv Channels, Regional Advertising
Media information 2021: Total TV Television advertising: MTV3, Sub, AVA, C More pay tv channels, regional advertising Video advertising, instream and outstream :mtv.fi, mtvuutiset.fi 1 Total TV: Television advertising Targeted RBS buying Define the correct target group for your brand and the number of contacts you want to reach in different dayparts, and we'll take care of rest. With targeted RBS buying, you will always receive a contact guarantee, whereby you only pay for the guaranteed contacts you want. In targeted RBS buying, commercials float during the campaign period, which means the final number of showings, placements and specific days cannot be predetermined for the campaign. In channel MTV3's prime time there are certain programs seasonally reserved for program-specific buying method only. Price In targeted buying, national daypart-specific CPT and CPP prices are determined for each target group. The prices in the targeted RBS buying price list are gross prices for 30 seconds with seasonal index 100. For seasonal indexes, see p. 26 Contact guarantee In targeted RBS buying you pay only for the contacts you buy, and we guarantee that they are reached. MTV Oy is responsible for the final placement of the spots so that the number of purchased contacts in the selected target groups is reached. Media products of targeted RBS buying Break connection Break connection means placing two different commercials from the same customer in the same commercial break. The order of showings can be defined freely. Break connection is granted without additional cost. The commercials get a shared contact guarantee. -
Solarleap – More Solar Energy to Southwest Finland the Goal of The
Solarleap – more solar energy to Southwest Finland Project duration 1.1.2014 - 31.12.2016 Operating sphere Regional Partners Satakunta University of Applied Sciences Turku Vocational Institute Solarleap – more solar energy to Southwest Finland Source of funding European Regional The goal of the SOLARLEAP project of Turku University of Applied Development Fund Sciences and Satakunta University of Applied Sciences is to remove obstacles to the utilisation of solar energy in Southwest Finland. The Total funding Solarleap project arranges continuing education, carries out pilots and 419 694 € aims to develop permit and building guidelines. TUAS budget SOLARLEAP is a two-year research and development project funded by the 347 694 € European Regional Development Fund and the cities of the south-western Contact information coast (the LOURA network). The main operator of the Southwest Finland Samuli Ranta project is Turku #niversity of Applied Sciences, and Turku Vocational Institute Projektipäällikkö acts as a project partner. In addition, the Southwest Finland project works in Phone: +358403550833 close cooperation with the solar energy project carried out by Satakunta Email: etunimi.sukunimi@ University of Applied Sciences. turkuamk.fi Unit: Technology Environment Training and pilots and Business The project consists of continuing education targeted at companies, the development of installation instructions and documentation as well as implementation at a range of pilot sites. At the beginning of the project, a needs survey is conducted in order to find potential solar energy sites. On the basis of the survey, approximately ten pilot sites are selected for the project to design and install. The pilot sites provide information about energy generated by the systems. -
Regional Statistics on Entrepreneurial Activity 2015
Enterprises 2016 Regional statistics on entrepreneurial activity 2015 Uusimaa managed to hold sway in 2015 According to Statistics Finland, 360,000 enterprises operated in Finland in 2015. The enterprises had a total of 392,000 establishments. Measured with the concept full-year employment, the establishments employed 1.4 million persons. Nearly one-third of establishments and nearly one-half of turnover in the whole country are concentrated in Uusimaa. Uusimaa's share (%) of entrepreneurial activity in the whole country in 2015 Gross value of output grew in construction and in information and communication The production of establishments can be measured with the gross value of output. Besides turnover, the gross value of output includes all production output, such as production for own use and production for the enterprise’s other establishments. Additionally, the purchases of goods for resale are deducted from the profits of operating activities, so that operating activities only include the margin created by sales of goods for resale. Helsinki 21.12.2016 Quoting is encouraged provided Statistics Finland is acknowledged as the source. Formation of the gross value of output in manufacturing and trade in 2015 EUR million Manufacturing Trade Turnover 120 144 117 563 Deliveries to other establishments within the enterprise 5 482 2 706 Production for own use 75 10 Other operating income 2 808 1 789 Change in inventories of commodities 306 30 Acquisition of merchandise -24 373 -88 376 Gross value of output 104 443 33 722 The combined gross value of output of establishments was EUR 275 billion in 2015. Of the regions around the largest cities, Uusimaa, Varsinais-Suomi and Satakunta produced slightly over one-half of the total. -
Metal Detecting in Finland - an Ongoing Debate
Open Archaeology 2016; 2: 85–96 Original Study Open Access Anna Wessman*, Leena Koivisto, Suzie Thomas Metal Detecting in Finland - An Ongoing Debate DOI 10.1515/opar-2016-0006 Received March 21, 2016; accepted July 19, 2016 Abstract: This outline article presents and critiques legislation as it affects the metal detecting hobby and the archaeological profession. It considers some of the ways in which metal detectorists themselves have caused controversy but also positive news in relation to archaeological heritage in Finland. A selection of examples of collaboration based on the authors own experiences is presented, also the impact of metal detecting on material culture and archaeological research. The continuing object-oriented focus of both metal detectorists and the media is identified. New collection and engagement strategies could enhance archaeological research, while engaging this particular section of the wider public. Keywords: metal detectorists; collaboration; collections; find location; legislation 1 Introduction Metal detecting is not a new hobby in Finland. The first metal detectorists were already collecting finds and reporting them to the National Board of Antiquities (NBA) in the 1980s (Immonen & Kinnunen 2014, 111; Thomas et al. 2015, 188) and it has been mentioned in field reports that some archaeologists have collaborated with metal detectorists from the 1980s onwards (Erä-Esko 1982; 1984). Furthermore, archaeologists were already testing early metal detectors for fieldwork in the 1950s (Erä-Esko 1954, 5). Since around 2010 metal detecting has grown in popularity significantly, and an increasing number of finds are reported to the authorities. This trend has not changed and the number of objects reported annually is still growing. -
Ita-Suomi FI13 RIM Regional Innovation Report
Version: Final Date: 19 August 2011 Regional Innovation Monitor Regional Innovation Report (Eastern Finland/Itä-Suomi) To the European Commission Enterprise and Industry Directorate-General Directorate D – Industrial Innovation and Mobility Industries Kimmo Viljamaa Henri Lahtinen Advansis www.technopolis-group.com PREFACE The Regional Innovation Monitor (RIM)1 is an initiative of the European Commission's Directorate General for Enterprise and Industry, which has the objective to describe and analyse innovation policy trends across EU regions. RIM analysis is based on methodologies developed in the context of the INNO-Policy Trendchart which covers innovation policies at national level as part of the PRO INNO Europe initiative. The overarching objective of this project is to enhance the competitiveness of European regions through increasing the effectiveness of their innovation policies and strategies. The specific objective of the RIM is to enhance the scope and quality of policy assessment by providing policy-makers, other innovation stakeholders with the analytical framework and tools for evaluating the strengths and weaknesses of regional policies and regional innovation systems. RIM covers EU-20 Member States: Austria, Belgium, Bulgaria, the Czech Republic, Denmark, Finland, France, Germany, Greece, Hungary, Ireland, Italy, the Netherlands, Poland, Portugal, Romania, Slovakia, Spain, Sweden and the United Kingdom. This means that RIM will not concentrate on Member States where the Nomenclature of territorial units for statistics NUTS 1 and 2 levels are identical with the entire country (Estonia, Latvia, and Lithuania), Malta which only has NUTS 3 regions, Slovenia which has a national innovation policy or Cyprus and Luxembourg which are countries without NUTS regions. -
Keski-Pohjanmaa, Pohjanmaa, Etelä-Pohjanmaa, Pirkanmaa, Kanta-Häme, Satakunta, Varsinais-Suomi
Keski-Pohjanmaa, Pohjanmaa, Etelä-Pohjanmaa, Pirkanmaa, Kanta-Häme, Satakunta, Varsinais-Suomi Maakuntien ja MMM:n toimialan vuorovaikutuksen simulointi luonnonvaratehtävissä Tampere 26.1.2018 Osastopäällikkö Juha S. Niemelä Esimerkkejä luonnonvaratehtävistä alueen maakunnissa • Tulvariskien hallinta, vaelluskalojen elinkierron mahdollisuudet, rakennettujen vesistöjen kunnostaminen ja vesistöjen käyttömuotojen yhteensovittaminen – tulvariskien hallinnan tavoitteiden sekä tulvariskikarttojen päivittäminen – ELYjen vesistöhankkeiden käyttö operatiivisessa tulvantorjunnassa – ELY-keskusten yhteistyö Kokemäenjoen tulvasuojelussa – vaelluskalat kärkihanke • Kalastuslain toimeenpano, uusien kalatalousalueiden perustaminen • Kalatalouden arvoketju; meri- ja sisävesikalastus (rannikkokalastuksen kriisi), vesiviljelyn ja kalanjalostuksen mahdollisuuksien hyödyntäminen mm. kalajauhotehdas • EU-kalastuksenvalvonnan kustannustehokas toteuttaminen • Sinisen biotalouden kokeiluhankkeet ja niiden rahoitus • Vesihuollon toimijoiden alueellisen yhteistyön ja häiriötilanteisiin varautumisen edistäminen Kalatalouden arvoketjun kehittäminen • Kalatalouden arvoketju ja sininen biotalous osana maakunnan ja sen yritystoiminnan kehittämistä • EMKR:n rahoitus 140 milj. €, 2014-2020 = 20 milj. €/v, yli puolet kohdistuu koko elinkeinoa hyödyttäviin valtakunnallisesti koordinoituihin hankkeisiin ja viranomaistoimiin alueellisiin hankkeisiin on käytettävissä noin 8-10 milj. €/v • EMKR:n varat kohdennetaan joustavasti ELYjen alueellisten tarvearvioiden mukaisesti