DOCSLIB.ORG

Grid Development Plan 2013

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Grid Development Plan 2013 Grid development plan 2013 National plan for the next generation main grid Grid development plan 2013 Content Foreword 5 Summary 6 Grid Development – regional, national, Nordic and European 10 Grid development in Northern Norway 12 Grid development in Central Norway 15 Grid development in Western Norway 18 Grid development in Southern Norway 21 Grid development in Eastern Norway 24 Closer integration with the Nordic countries and Europe 26 3 Grid development plan Grid development plan 2013 2013 Statnett Foreword Statnett’s tasks are to The next generation main grid is on the path to become a reality. In 2012, ensure a reliable supply of and again in 2013, we completed and upgraded twice as many kilometres of Statnett is Norway’s transmission system operator and as such has the overall responsibility for managing and opera- electricity all over Norway, power lines as in previous years. Construction activities will continue to increase ting the national electricity system. Statnett is not responsible for the generation of electricity but for ensuring that the toward record levels. Statnett is working both in-house and with our contrac- electricity reaches the consumers. Statnett owns approximately 90 per cent of Norway’s main power grid. This is made contribute to increased tors to increase our implementation capacity in a cost-efficient manner – while up of the highest-voltage power lines and sub stations, which transmit electricity to an entire region, a number value creation for Norwegian we also maintain a good HSE performance and stable operations in a period of of regions or the country as a whole. society and lay the high construction activity. foundation for climate- Statnett will manage the main grid on the basis of sound socio-economic criteria. This means providing Norwegian friendly solutions. Since our last Grid Development Plan was issued in 2011 several matters have consumers with a reliable supply of electricity with sufficient capacity at the lowest possible overall cost. Statnett will highlighted the need for a stronger grid: The Norwegian parliament has endor- facilitate a well-functioning electricity market with a stable and high quality of delivery. The company is responsible sed more stringent requirements concerning security of supply, targets have for Norway’s main power grid and has a statutory duty to ensure that it is open to all participants in the electricity been adopted for increased renewable power production, and the electricity market. In situations with a limited supply of electricity, Statnett will also monitor the situation continuously and certificate market has been implemented. Several new petroleum discoveries consider various measures that can be taken to assure the electricity supply. have been made lately. Decisions concerning electrification on land and off- shore will affect the future grid development. Statnett SF is owned by the Norwegian State and organized pursuant to the Act relating to state-owned enterprises. The ministry of Petroleum and Energy represents the State as owner. Statnett’s revenues are regulated by means of a We will strengthen the grid infrastructure in Norway over the next two decades revenue cap set by the Norwegian Water Resources and Energy Directorate (NVE). The purpose of setting an upper through construction and reconstruction, in line with the needs, thus safeguar- limit for revenues is to create predictable economic operating conditions for the grid companies, whilst also re- ding the backbone of the Norwegian power system. Much is uncertain about stricting the possibility for excessive returns from grid operations. Most of Statnett’s revenues are earned from leasing the future, but we are convinced it will be more and more electric! transmission facilities to the parties of the Main Grid Commercial Agreement. The intention of this agreement is to cover the costs incurred by the owners of the national grid for developing and maintaining the grid. Oslo, October 2013 Statnetts mission is to: Ensure quality of supply in the short term by coordinating electricity supply and demand Ensure quality of supply in the long term by developing the Norwegian national grid Offer access to the power transmission grid on equal terms to all by administering the Main Grid Commercial Agreement Gunnar G. Løvås Ensure accessible transmission routes by means of good maintenance practices. Executive Vice President, Strategy and Public Affairs 4 5 Grid development plan Summary Summary Grid development plan 2013 2013 Summary The next generation main grid Statnett launched the development plan for the next generation main grid in 2009. Norwegian coast, there are a number of plans for new consumption associ- has now started to become This was a plan to upgrade and invest in new grid capacity – in order to facilitate a ated with new power-intensive industry and petroleum activities. New petro- reliable security of supply, increased value creation throughout Norway and a more leum deposits have been discovered in 2012 and 2013, and there is increasing a reality. Construction activity climate-friendly energy sector. Since our last Grid Development Plan was issued in optimism that further discoveries may be made. Parts of the power-intensive is increasing towards an all- 2011, several matters have highlighted the need for a stronger grid. The next genera- industry are planning to expand over time, in spite of a demanding situation in time high. tion main grid has now started to become a reality. Construction activity is increas- many product markets. ing towards an all-time high. In 2012, and again in 2013, we have completed and upgraded more than twice as many kilometres of power lines as in previous years. Statnett’s plans will facilitate Increased share of renewables requires more grid By using incentives and support schemes, European, Nordic and Norwegian more than 13.2 TWh of new The need for the next generation main grid has increased climate policies make it more profitable for players to invest in new renewable The main grid is ageing renewable power production energy production. We have had a single Norwegian-Swedish electricity certifi- In the 15-year period from the early 1990s, we saw a major increase in power in Norway. cate market since 1 January 2012, where Sweden and Norway each is commit- consumption without any corresponding investments in the main grid. Today ted to finance 13.2 TWh. Statnett’s plans will facilitate more than 13.2 TWh of Norway has one of Europe’s smartest and most efficient power grids, with a high new renewable power production in Norway, provided the locations are favoura- utilisation of capacity. Statnett continues to develop smart solutions for operating ble. The potential for renewable production at competitive costs in Norway is vast, the power systems of the future, but investments in the physical grid are crucial but the costs of the required grid capacity depend to a great extent on where the for the further development of good operating solutions. A considerable share of new power production will be located. Hence, an important duty for Statnett is the current main grid were constructed in the ‘60s and ‘70s, and several of our to inform players on grid development requirements and favourable locations for facilities are approaching the end of their life span. The scope of reinvestments new renewable production. Western Norway and the county of Nordland have needed to maintain a satisfactory operational reliability has become clearer over the greatest potential for small-scale power, and Statnett gives priority to facilitat- the last couple of years and is a key driver for the next generation main grid. ing projects in these areas. As for wind-power there is still much uncertainty, both about whether investment decisions will be made, and if so, where the projects A considerable share of Security of supply has a high priority will be located. A reliable power supply is one of the pillars of modern society. The Bergen (BKK) the current main grid were area, South Rogaland, Central Norway and Northern Norway all need new trans- Several instances of extreme System operation challenges constructed in the ‘60s and mission capacity to ensure a satisfactory supply. The Grid Report ”Report to the weather, such as the storm During recent years, new consumption and production records have challenged ‘70s, and several of our Storting No 14 (2011-2012) Building Norway – about grid developments” was pre- the power system. With 147.9 TWh, 2012 set a production record for one cal- Dagmar in December 2011 facilities are approaching sented in February 2012. The report clarifies Statnett’s mission in society and pro- endar year. In January 2013, we had both a production record and a consumer and several breakdowns in the end of their life span. vides an overall support for the foundation of our plans. This implies that Statnett record for one hour, with a 26 167 MW production record on 16 January and a 24 should plan investments in the main grid based on the overall principle that a fault our facilities, have also high- 180 MW consumer record on 24 January. Import and export records also pose in one component should not normally lead to interruptions in the supply (the N-1 lighted the vulnerability of the challenges and demonstrate how greater fluctuations in the system will affect criterion). The Grid Report also points out that it will often be better to build too electricity system and the operations in the future. System operations need to be adapted to a different flow much transmission capacity than too little, and that persistent price differences pattern in line with capacity increases planned for the period up to 2020, both in between regions should be avoided when this makes socioeconomic sense. importance of a strong main Norway and towards other countries.
Load more

Recommended publications
  • I Balsfjord Kommune
    Offentlig informasjon UT PÅ TUR I BALSFJORD KOMMUNE Utgiver: Balsfjord og omegn turlag i samarbeid med Ishavskysten friluftsråd Redaktør: Ishavskysten friluftsråd Layout: Fagtrykk Ide AS Trykk: Rådhustrykk i Tromsø Forsidefoto: Helmer Hemmingsen ved Gjømmerdalsbreen. Foto: Bent Svinnung Øvrige foto: Anna Rosén, Ann Tove Ulriksen, Bent Svinnung, Eivind Hemmingsen, Gunn M. Grønnås, Gerd Løvli, Guri Anne Ryeng-Berglund, Geir Arne Simonsen, Irene Skoglund, Leif-Petter Lieng, Maja Sjöskog Kvalvik, Natalia Nemytova, Svein Olav Pedersen, Tine Marie Valbjørn Hagelin og Tine Stormo. Kontakt: Balsfjord og omegn turlag: balsfjordturlag@gmail.com. Ishavskysten friluftsråd: post@ishavskysten.no Nettside: Balsfjord og omegn turlag: www.balsfjord.dnt.no. Ishavskysten friluftsråd: www.ishavskysten.no. Facebook: Søk på Balsfjord og omegn turlag og Ishavskysten friluftsråd Turheftet er et samarbeid mellom Balsfjord og omegn turlag og Ishavskysten friluftsråd. Heftet er støttet av Troms Fylkeskommune, Friluftsrådenes landsforbund og Ishavskysten friluftsråd. Utarbeidelsen av heftet hadde ikke vært mulig uten mange timer dugnadsarbeid lagt ned av Balsfjord og omegn turlag. Heftet er trykket i 2018. 2 VELKOMMEN TIL BALSFJORD! Balsfjord kommune er en variert kommune og full av muligheter og fristelser til deg som vil ut og oppleve nordnorsk natur på sitt beste, enten det er til lands el- ler til vanns, høyt eller lavt, bratt eller flatt. Kommunen strekker seg over et område på 1493 kvadratkilometer, og kommunens langstrakte form gjør at de klimatiske forhold varierer mye fra kysten til innlandet. Landska- pet varierer fra flatt, fruktbart jordbruksland til ville fjellområder, hvor de høyeste tindene når drøyt 1500 moh. Foto: Gunn Grønnås Foto: I dette heftet finnes inspirasjon til turer for alle som liker å nyte fjellet - barn, unge og gamle, spreke og nybegynnere.
    [Show full text]
  • Audun Hustoft: Statnett in the North
    Statnett in the North Saint-Petersburg, February 28, 2014 President Arctic Program Audun Hustoft, Statnett Statnett in brief • The Norwegian TSO (Transmission System Operator) • Statnett owns and operates: Alta • 11.000 km power lines - the national grid • 150 transformer stations • National and regional control centre • interconnections to five countries including 4 HVDC subsea cables • Russia, Finland, Sweden, Denmark, The Netherlands Sunndalsøra • Number of employees : 1100 Oslo • Offer international consultancy service • Statnett SF is a 100 %state-owned enterprise, administrated by the Ministry of Petroleum and Energy 12 March 2014 The next generation national grid CAPEX 50-70 bill NOK in coming 10 year period 420 kV 2013 300 kV 2030 <300 kV Grid development towards 2030 is driven by: Electrification / New renewables Petroleum Industry Industry Population growth Where- How much- When? Undiscovered petroleum resources – a driver of the grid development in the North Kilde : OD Norway is facing large growth in power generation and grid investments Investments in the power system (Mrd. NOK) 30 Expected investments 25 20 Production facilities kroner) - 15 Historical investments The Mrd. NOK (2010 10 Regional- and Distribution grid 5 The National grid = Statnett 0 1975 1977 1979 1981 1983 1985 1987 1989 1991 1993 1995 1997 1999 2001 2003 2005 2007 2009 2011 2013 2015 2017 2019 2021 Kilde: Statnett, SSB, NVE, NUP 2011, RKSUer, THEMA Consulting Group Northern Norway. The main electricity grid 2014. - Low grid capacity (132 kV) -Insufficient
    [Show full text]
  • Troms Og Finnmark
    Kommunestyre- og fylkestingsvalget 2019 Valglister med kandidater Fylkestingsvalget 2019 i Troms og Finnmark Valglistens navn: Partiet De Kristne Status: Godkjent av valgstyret Kandidatnr. Navn Fødselsår Bosted Stilling 1 Svein Svendsen 1993 Alta 2 Karl Tobias Hansen 1992 Tromsø 3 Torleif Selseng 1956 Balsfjord 4 Dag Erik Larssen 1953 Skånland 5 Papy Zefaniya 1986 Sør-Varanger 6 Aud Oddrun Grønning 1940 Tromsø 7 Annbjørg Watnedal 1939 Tromsø 8 Arlene Marie Hansen 1949 Balsfjord 04.06.2019 12:53:00 Lister og kandidater Side 1 Kommunestyre- og fylkestingsvalget 2019 Valglister med kandidater Fylkestingsvalget 2019 i Troms og Finnmark Valglistens navn: Høyre Status: Godkjent av valgstyret Kandidatnr. Navn Fødselsår Bosted Stilling 1 Christine Bertheussen Killie 1979 Tjeldsund 2 Jo Inge Hesjevik 1969 Porsanger 3 Benjamin Nordberg Furuly 1996 Bardu 4 Tove Alstadsæter 1967 Sør-Varanger 5 Line Fusdahl 1957 Tromsø 6 Geir-Inge Sivertsen 1965 Senja 7 Kristen Albert Ellingsen 1961 Alta 8 Cecilie Mathisen 1994 Tromsø 9 Lise Svenning 1963 Vadsø 10 Håkon Rønning Vahl 1972 Harstad 11 Steinar Halvorsen 1970 Loppa 12 Tor Arne Johansen Morskogen 1979 Tromsø 13 Gro Marie Johannessen Nilssen 1963 Hasvik 14 Vetle Langedahl 1996 Tromsø 15 Erling Espeland 1976 Alta 16 Kjersti Karijord Smørvik 1966 Harstad 17 Sharon Fjellvang 1999 Nordkapp 18 Nils Ante Oskal Eira 1975 Lavangen 19 Johnny Aikio 1967 Vadsø 20 Remi Iversen 1985 Tromsø 21 Lisbeth Eriksen 1959 Balsfjord 22 Jan Ivvar Juuso Smuk 1987 Nesseby 23 Terje Olsen 1951 Nordreisa 24 Geir-Johnny Varvik 1958 Storfjord 25 Ellen Kristina Saba 1975 Tana 26 Tonje Nilsen 1998 Storfjord 27 Sebastian Hansen Henriksen 1997 Tromsø 28 Ståle Sæther 1973 Loppa 29 Beate Seljenes 1978 Senja 30 Joakim Breivik 1992 Tromsø 31 Jonas Sørum Nymo 1989 Porsanger 32 Ole Even Andreassen 1997 Harstad 04.06.2019 12:53:00 Lister og kandidater Side 2 Kommunestyre- og fylkestingsvalget 2019 Valglister med kandidater Fylkestingsvalget 2019 i Troms og Finnmark Valglistens navn: Høyre Status: Godkjent av valgstyret Kandidatnr.
    [Show full text]
  • Nyheter Frodig Og Begeistret Kirkeleder
    Nyheter Frodig og begeistret kirkeleder (03.01.2012) Alle det er naturlig å sammenlikne ham med, har rundet denne bøyen for lengst. Når det gjelder alder, holder Andersen seg beskjedent i bakgrunnen. I de fleste andre seilaser kommer Kirkerådets tidligere leder friskt og frimodig ut i høy hastighet, og dermed også i front. Kirkemøtet valgte Nils-Tore Andersen til leder av Kirkerådet i 2006. I fire år var han Den norske kirkes fremste valgte leder, et verv han skjøttet med brennende engasjement og menneskelig klokskap. De som hevder at Den norske kirke dekker over uenigheter, har ikke vært til stede på møter i Kirkerådet eller på Kirkemøtet. Andersen er en dyktig strateg og en tillitvekkende brobygger som har bidratt til et forbedret klima av gjensidig respekt for ulikhet i kirken. Nils-Tore er glad i folk, og folk som blir kjent med ham, blir glade i ham. Han hviler i nåden og kan selv be om tilgivelse i full offentlighet. Nils-Tore Andersen er en svært kunnskapsrik lekmann, som har en velsignet evne til å snakke så folk forstår. Han uttrykker ofte at han er glad i kirken. Så enkelt og så godt kan det sies. Han sprer optimisme og glede - ofte iblandet stor grad av selvironi. Han ser de positive utviklingstrekkene mer enn de negative, og han er flink til å gi medarbeidere tilbakemeldinger. Det gir trygghet og frimodighet i arbeidet. Som kirkerådsleder investerte Nils-Tore Andersen svært mye tid, engasjement og innsats. Han var svært tilgjengelig, både for kirkens folk og for pressen. Vi mistenker at overgangen ble en smule brå da han ikke lenger var rådsleder.
    [Show full text]
  • Administrative and Statistical Areas English Version – SOSI Standard 4.0
    Administrative and statistical areas English version – SOSI standard 4.0 Administrative and statistical areas Norwegian Mapping Authority gerd.mardal@statkart.no Norwegian Mapping Authority June 2009 Page 1 of 191 Administrative and statistical areas English version – SOSI standard 4.0 1 Applications schema ......................................................................................................................7 1.1 Administrative units subclassification ....................................................................................7 1.1 Description ...................................................................................................................... 14 1.1.1 CityDistrict ................................................................................................................ 14 1.1.2 CityDistrictBoundary ................................................................................................ 14 1.1.3 SubArea ................................................................................................................... 14 1.1.4 BasicDistrictUnit ....................................................................................................... 15 1.1.5 SchoolDistrict ........................................................................................................... 16 1.1.6 <<DataType>> SchoolDistrictId ............................................................................... 17 1.1.7 SchoolDistrictBoundary ...........................................................................................
    [Show full text]
  • Geology of Western Ullsf Jord, North Norway, with Emphasis on The
    Geology of western Ullsfjord, North Norway, with emphasis on the development of an inverted metamorphic gradient at the top of the Lyngen Nappe Complex JANET COKER-DEWEY, MARK G. STELTENPOHL & ARILD ANDRESEN Coker-Dewey, J., Steltenpohl, M. G. & Andresen, A.: Geology of western Ullsfjord, North Norway, with emphasis on the development of an inverted metamorphic gradient at the top of the Lyngen Nappe Complex. Norsk Geologisk Tidsskrift, Vol. 80, pp. 111-128. Oslo 2000. ISSN 0029-196X. The Ullsfjord area of northem Troms comprises rocks from two allochthons: (l) a fragmented ophiolite complex and non­ confonnably overlying fossiliferous (Upper Ordovician-Lower Silurian) metasedimentary rocks (Balsfjord Group) of the Lyngen Nappe Complex and (2) exotically derived metasedimentary and meta-igneous rocks of the overlying Tromsø Nappe Complex. Tromsø Nappe Complex rocks are exposed as isolated klippen on the highest peaks in Ullsfjord. A synmetamorphic, inverted metamorphic gradient exists within the prograde assemblages of the Balsfjord Group, such that chlorite-zone assemblages occur at the base of the sequence and sillimanite-zone assemblages occur immediately beneath the thrust contact with the overlying Tromsø Nappe Complex. The entire Barrovian sequence of mineral zones, with the exception of kyanite, is present in the footwall. Complexity of rock fabrics increases sympathetically with metamorphic grade progressing stmcturally upwards. Simple bedding­ cleavage relations at the base of the section give way upward to crenulation cleavage, transposition fabrics, schistosity and gneissosity. Relict cross-beds, graded beds and pillow basalts are stratigraphically upright. Meso- and microscopic stmctures record two main defonnational events; D1 resulted in prograde assemblages, and D2 formed post-metamorphic gentle-folds.
    [Show full text]
  • Statnett SF, Balsfjord, Storfjord, Kåfjord Og Nordreisa Kommuner
    Statnett SF Postboks 4904 Nydalen 0423 OSLO Vår dato: 22.01.2016 Vår ref.: 201402567-23 Arkiv: 617 Saksbehandler: Deres dato: Kristin Evjen / Kjetil Greiner Solberg Deres ref.: Statnett SF, Balsfjord, Storfjord, Kåfjord og Nordreisa kommuner, Troms fylke - godkjenning av miljø-, transport- og anleggsplan for 420 kV Balsfjord - Skaidi, strekningen Balsfjord - Reisadalen Norges vassdrag- og energidirektorat viser til Deres brev datert 5.11.2015 vedlagt miljø-, transport- og anleggsplan for 420 kV Balsfjord – Skaidi på strekningen Balsfjord – Reisadalen. Saken er behandlet med hjemmel i vilkårene for miljø-, transport- og anleggsplan gitt i konsesjon 30.6.2015, post 10. Bakgrunn Norges vassdrags- og energidirektorat (NVE) ga den 2. mai 2012 Statnett SF konsesjon til bygging av ny 420 kV sentralnettsledning Balsfjord - Hammerfest. Konsesjonen ble påklaget og klagebehandlet av Olje- og energidepartementet (OED) som avgjorde klagesaken og ga ny konsesjon til prosjektet 30. april.2015. Endelig anleggskonsesjon, som omfattet endringer og tilleggsvilkår fastsatt i OEDs konsesjon, ble gitt av NVE 30.6.2015. I henhold til konsesjonen skal det utarbeides en miljø-, transport- og anleggsplan (MTA) som skal godkjennes av NVE før anleggsstart. Det er gitt nærmere retningslinjer for hva en slik plan skal inneholde. I Statnetts oversendelse av 5. november 2015 er vedlagt MTA for følgende delstrekninger: Balsfjord - Reisadalen, Reisadalen – Skillemoen og Skillemoen – Skaidi. De tre planene har vært på begrenset høring til berørte kommuner, reinbeitedistrikt, Sametinget, Fylkesmannen i Troms, Fylkesmannen i Finnmark, Troms fylkeskommune og Finnmark fylkeskommune. NVE foretok en overordnet befaring av hele strekningen mellom Balsfjord og Skaidi 18. september 2015. Den 10. – 12. november gjennomførte NVE samrådsmøter med kommunene der også Statnett var til stede.
    [Show full text]
  • Do Diet of Long Rough Dab (Hippoglossoides Platessoides)
    Faculty of Biosciences, Fisheries and Economics Department of Arctic and Marine Biology Do diet of long rough dab (Hippoglossoides platessoides) differ between fjords with and without red king crab (Paralithodes camtschaticus)? A study of summer diet — Kristoffer Kiærbech BIO-3950 Master thesis in Biology May 2017 Faculty of Biosciences, Fisheries and Economics Department of Arctic and Marine Biology Do diet of long rough dab (Hippoglossoides platessoides) differ between fjords with and without red king crab (Paralithodes camtschaticus)? A study of summer diet — Kristoffer Kiærbech BIO-3950 Master thesis in Biology May 2017 Supervisor Torstein Pedersen, The Arctic University of Norway UiT Co-supervisor Einar M Nilssen, The Arctic University of Norway UiT Front page photo of long rough dab at lab by Kristoffer Kiærbech. iv Abstract The purpose of this study is to describe the diet of long rough dab in three different fjords with and without red king crab. The hypothesis is that red king crab are influencing the diet and possible also growth of long rough dab. By the applying objectives it is assumed to give an answer to if red king crab is influencing different aspects of the diet and growth in long rough dab. By the applied frequency of occurrence and weight % analyses there were found small differences in the long rough dab diet. There was a dominance of different Crustacea and some Polychaeta prey groups. The main differences between the fjords was high dominance by fish, Bivalvia and Pandalidae in Porsanger, and little dominance of fish and Bivalvia prey groups in Balsfjord. A diet shift with increased predator length were recognized in both Balsfjord, Kvænangen and Porsanger long rough dab diet.
    [Show full text]
  • Low-Grade Sedimentary Rocks on Vanna, North Norway: a New Occurrence 301
    NORWEGIAN JOURNAL OF GEOLOGY Low-grade sedimentary rocks on Vanna, North Norway: a new occurrence 301 Low-grade sedimentary rocks on Vanna, North Norway: a new occurrence of a Palaeoproterozoic (2.4-2.2 Ga) cover succession in northern Fennoscandia Steffen G. Bergh, Kåre Kullerud, Fernando Corfu, Paul E.B. Armitage, Børre Davidsen, Helge W. Johansen, Trine Pettersen & Stian Knudsen Steffen G. Bergh, Kåre Kullerud, Fernando Corfu, Paul E.B. Armitage, Børre Davidsen, Helge W. Johansen, Trine Pettersen & Stian Knudsen: Low- grade sedimentary rocks on Vanna, North Norway: a new occurrence of a Palaeoproterozoic (2.4-2.2 Ga) cover succession in northern Fennos- candia. Norwegian Journal of Geology, vol. 87, pp. 301-318.Trondheim 2007. ISSN 029-196X. The Archaean to Palaeoproterozoic West Troms Basement Complex comprises various tonalitic gneisses, felsic and mafic intrusive rocks and inter- vening narrow NW-SE-trending belts with partly mylonitised, low- to medium-grade, metavolcanic and metasedimentary rocks. The low-grade, parautochthonous Vanna group unconformably overlies 2885 ± 20 Ma tonalitic basement on the island of Vanna. It is composed of siliciclastic sedi- mentary rocks and intercalated mudstones with well-preserved shallow-water sedimentary structures and internal erosional surfaces. A major dio- rite body intruded soon after consolidation of the sediments. The stack of sedimentary rocks is tilted and complexly folded and deformed by crustal transpression. Previous workers considered the rocks to be either part of the Neoproterozoic to Cambrian autochthonous cover or a part of the Middle Allochthon, and deformed during the Caledonian orogeny. New U-Pb ages for magmatic zircon and titanite of the diorite sill, however, yield a crystallization age of 2221 ± 3 Ma.
    [Show full text]
  • Finnmark Finnmárku
    Stortingsvalget 2021 Valglister med kandidater Stortingsvalget 2021 i Finnmark Finnmárku Valglistens navn: Alliansen - Alternativ for Norge Status: Godkjent av valgstyret Kandidatnr. Navn Fødselsår Bosted Stilling 1 Hans Jørgen Lysglimt Johansen 1971 2 Asbjørn Massnes 1950 3 Bjørn Inge Johansen 1970 4 Glenn Ager-Wick 1958 5 John Andreas Sollie 1994 6 Frode Kristiansen 1971 7 Kaspar Johan Birkeland 1951 8 Henrik Robert Aarseth 1973 9 Jarle Johansen 1960 10 Johan Utsetø Slåttavik 1985 07.06.2021 09:47:04 Lister og kandidater Sid 1 Stortingsvalget 2021 Valglister med kandidater Stortingsvalget 2021 i Finnmark Finnmárku Valglistens navn: Liberalistene Status: Godkjent av valgstyret Kandidatnr. Navn Fødselsår Bosted Stilling 1 Per Sandberg 1960 Halden 2 Kristin Spitznogle 1972 Tromsø 3 Peter Krogseng Magnussen 1990 Tromsø 4 Daniel Ålien 1989 Alta 5 Maylen Albrigtsen 1968 Tromsø 6 Espen Kaspersen 1985 Tromsø 7 Amanda Benzerara Theodorsen 1987 Oslo 8 William Andrè Johansen 1985 Tromsø 9 Daniel André Kjæreng 1980 Balsfjord 10 Tine Mari Hundstad 1992 Harstad 11 Gaute Hagen 1994 Bærum 07.06.2021 09:47:04 Lister og kandidater Sid 2 Stortingsvalget 2021 Valglister med kandidater Stortingsvalget 2021 i Finnmark Finnmárku Valglistens navn: Partiet De Kristne Status: Godkjent av valgstyret Kandidatnr. Navn Fødselsår Bosted Stilling 1 Karl Tobias Hansen 1992 Tromsø 2 Arnulf Hans Hole 1962 Balsfjord 3 Svein Svendsen 1993 Alta 4 Torleif Selseng 1956 Balsfjord 5 May Britt Herdis Skoglund 1949 Dyrøy 6 Are Turi 1963 Kautokeino 7 Arlene Marie Hansen 1949 Balsfjord 8 Anne Fagerhaug Andreassen 1970 Målselv 07.06.2021 09:47:04 Lister og kandidater Sid 3 Stortingsvalget 2021 Valglister med kandidater Stortingsvalget 2021 i Finnmark Finnmárku Valglistens navn: Venstre Status: Godkjent av valgstyret Kandidatnr.
    [Show full text]
  • 9788293090199.Pdf
    History Nothern lights above Store Vaggastinden (left) and Nordausttinden (right) on the east side of North Lyngen. Photo: Klaus Kranebitter THE LYNGEN ALPS © 2013 Fri Flyt AS Layout: Dennis Magnus-Andresen Coverphoto: Print: Ednas Print Maps are reproduced with permission from Statens Kartverk 712064-1679 by Nordeca AS Friflyt AS Postboks 4767 Nydalen postkontor Oslo, Norway Phone: (+47) 22 04 46 00 Web: www.friflyt.no ISBN: 978-82-93090-19-9 Contents CONTENTS NORTH LYNGEN, SECTOR 2 Foreword 8 Preface 10 The Jægervasstindane and Logistics 24 Lenangstindane massif 68 History 32 1. Store Jægervasstinden 1543 70 2. Nordre Jægervasstinden 1235 72 3. Lille Jægervasstinden >1400 73 NORTH LYNGEN, 4. Trolltinden 1426 77 SECTOR 1 5. Blåvannveggen 78 6. Trolltindfoten 78 The Storgalten and Stortinden range 42 7. Forholttinden >1360 80 1. Russelvfjellet 818 43 8. Gárjelgáisi (Stortinden) 1512 82 2. Storgalten 1219 44 9. Tvillingtinden 1437 84 3. Kalddalstinden 1000 46 10. Store Lenangstinden 1625 86 4. Store Peppartinden 1254 47 11. Tafeltinden 1395 90 5. Storurdtinden 1221 48 12. Store Struptinden 1575 92 6. Tverrbakktinden 1392 49 13. Struptindan 1152 and 1053 93 7. Hattetinden 1316 50 14. Store Koppangstinden 1224 94 8. Stortinden 1240 (Nordausttinden 1156) 51 15. Goalborri 950 95 Eastern Couloirs 52 The Isskardtindane massif 96 The Kvasstindfjellet and 16. Trollvasstinden 1440 98 Vaggastindane massif 54 17. Brevasstindane 102 9. Kvasstinden 1011 54 18. Sofiatinden 1222 103 10. Kvasstindfjellet 1094 (Ruthtind) 54 19. 1237 104 11. Stetinden 920 56 20. Sultinden 1083 105 12. Bjørndalstinden 913 57 21. Tverrelvdalstinden 1070 106 13. The Vaggas Traverse 57 22.
    [Show full text]
  • Deciphering the Structural and Metamorphic History of the Balsfjord Series in the Upper Allochthon of the Scandinavian Caledonides in Northern Norway
    Deciphering the structural and metamorphic history of the Balsfjord Series in the Upper Allochthon of the Scandinavian Caledonides in northern Norway *stephan.m.hopfl@uit.no 1Department of Geosciences, UiT The Arctic University of Norway, Tromsø 9037, Norway 1 1 1,2 1 2Institut des Sciences de la Terre (ISTO), Université d'Orleans, Orleans 45100, France Höpfl Stephan *, Konopásek Jiří , Stünitz Holger , Bergh G., Steffen Department of Geosciences, UiT Introduction Geological Map and Structural Geology Metamorphism and Age Dating 70°00´ 17°30´ 18°00´ 18°30´ 19°00´ 19°30´ 20°00´ 70°00´ 17°30´ 18°00´ 18°30´ 19°00´ 19°30´ 20°00´ The Balsord Series is located in the central part of Troms–Finnmark 1 70°00´ 17°30´ 18°00´ 18°30´ 19°00´ 19°30´ 20°00´ N B N B N B County, northern Norway, and is part of the upper allochthon of the D1 Scandinavian Caledonides. It consists of an Ordovician–Silurian 3 metsedimentary sequence lying on top of the mostly gabbroic Lyngen B B Basement Magmac Complex (LMC). The unit exhibits an inverted metamorphic 69°30´ 69°30´ gradient, where the metamorphic condions increase from the base to the B D2 B 69°30´ top, from very low grade in the southeast to medium grade in the west and 1 2 1 B B B northwest. The Balsord Series is sandwiched between two high-grade Reisa Reisa Tromsø Nappe Tromsø Nappe Nakkedal Nappe Nakkedal Nappe units, the Nakkedal + Tromsø Nappe Complex in the hanging wall and the R R Balsfjord Series Balsfjord Series B 0 5 10 15 20 25 Lyngen Gabbro 0 5 10 15 20 25 Lyngen Gabbro R km R km Reisa Nordmannvik Nappe as the top part of the Reisa Nappe Complex (RNC) in 69°00´ 17°30´ 18°00´ 18°30´ 19°00´ 19°30´ 20°00´ 69°00´ 17°30´ 18°00´ 18°30´ 19°00´ 19°30´ 20°00´ 70°00´ 17°30´ 18°00´ 18°30´ 19°00´ 19°30´ 20°00´ 70°00´ 17°30´ 18°00´ 18°30´ 19°00´ 19°30´ 20°00´ Peak-Met.
    [Show full text]