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Fylkesmannens Tilrådning Frivillig Skogvern Og Vern På Statskog 2019
Fylkesmannens tilrådning Frivillig skogvern og vern på Statskog 2019 Mefosselva - Flatanger kommune Honnavasslia - utvidelse, Flatanger kommune Storvatnet - Namdalseid kommune Hjartvikfjellet - Namdalseid kommune Gøllaustjønna og Langdalen - Namdalseid kommune Husåstjønnbekken - Namdalseid kommune Finnsåsmarka - utvidelse Snåsa kommune Bårvassåsen - Indre Fosen kommune Raudkamlia - Indre Fosen kommune Skjettenberglia - utvidelse, Indre Fosen kommune Vargøylia - Indre Fosen kommune Trongstadlia - Åfjord kommune Henfallet - utvidelse Tydal kommune Stavåa - utvidelse Rennebu Storvika - utvidelse Selbu kommune Vuddudalen – Levanger kommune Mariafjellet – Skardbekken/ Tjaetsiegaske - utvidelse Lierne Tjuvdalen, utvidelse av Blåfjella-Skjækerfjella/Låarte-Skæhkere nasjonalpark, Verdal kommune Fylkesmannen i Trøndelag August 2019 Innhold 1. FORSLAG.............................................................................................................................................. 4 1.1. Hjemmelsgrunnlag og bakgrunn for vernet ................................................................................. 4 1.2. Verneverdier, påvirkningsfaktorer og effekter av verneforslaget ............................................... 5 1.3. Andre interesser........................................................................................................................... 7 1.4. Planstatus ..................................................................................................................................... 7 2. SAKSBEHANDLING -
Flatanger, Namdalseid, Fosnes Og Namsos 1994.Pdf (3.142Mb)
00 M LD/ING A AN r ln A CIU, i\J Afv1 Haltenbanken o o l) l) i ..;' t FORORD Arsmeldingen fra fiskerirettlederen i .~latanger, Namdalseid, Fosnes og Namsos legges herved frem. ~-.· Meldinga beskriver sysselsetting og aktivitet i fiskeri- og havbruksnæringa i rettledningsdistriktet samt Indre Trondheimsfjord. Opplysningene er innhentet fra egne register, Fiskeridirektoratet, Norges Råfisklag, og fiskeri og oppdrettsbedrifter i distriktet. Lauvsnes 15.09.95 Anita Wiborg y.: f l. INNHOLDSFORTEGNELSE: l. O KORT OM DISTRIKTET. • • • • • • • • • • .. .. • • • • • • • .. • .. • • • • • • • • • • • 2 _,..;: 2. O SAMMENDRAG ...................... '... • • • • • • • • • • • • • • • • • .. • .. 3 3 • O SYSSELSETTING. • • • • • • • • • .. • .. • • • • • • • • • • • • • • • • • • • • • • • • • • • 5 3 .l Fiskermanntallet ...................................... 5 3. 2 Mottak og foredling ................................... 7 3.3 Oppdrettsnæringa- matfisk/settefisk ................... ? 3.4 Slakting/pakking av oppdrettsfisk ...................... 8 3.5 Sammendrag- sysselsetting ......•.................... 9 4. O FISKEFLATEN ............................................ l O 4. l Merkeregisteret ......•............................... lO 4 . l A l der . ........... l O 4 • 3 Lengde ................................................... 11 4. 4 Sammendrag - merkeregisteret ......................... 12 4. 5 Konsesjoner .........................................• 12 4.6 Flåtens aktivitet borte og hjemme ..................... l3 5.0 MOTTAK- OG FOREDLINGSBEDRIFTENE -
Taxi Midt-Norge, Trøndertaxi Og Vy Buss AS Skal Kjøre Fleksibel Transport I Regionene I Trøndelag Fra August 2021
Trondheim, 08.02.2021 Taxi Midt-Norge, TrønderTaxi og Vy Buss AS skal kjøre fleksibel transport i regionene i Trøndelag fra august 2021 Den 5. februar 2021 vedtok styret i AtB at Taxi Midt-Norge, TrønderTaxi og Vy Buss AS får tildelt kontraktene for fleksibel transport i Trøndelag fra august 2021. Transporttilbudet vil være med å utfylle rutetilbudet med buss. I tillegg er det tilpasset både regionbyer og distrikt, med servicetransport i lokalmiljøet og tilbringertransport for å knytte folk til det rutegående kollektivnettet med buss eller tog. Fleksibel transport betyr at kundene selv forhåndsbestiller en tur fra A til B basert på sitt reisebehov. Det er ikke knyttet opp mot faste rutetider eller faste ruter, men innenfor bestemte soner og åpningstider. Bestillingen skjer via bestillingsløsning i app, men kan også bestilles pr telefon. Fleksibel transport blir en viktig del av det totale kollektivtilbudet fra høsten 2021. Tilbudet er delt i 11 kontrakter. • Taxi Midt-Norge har vunnet 4 kontrakter og skal tilby fleksibel transport i Leka, Nærøysund, Grong, Høylandet, Lierne, Namsskogan, Røyrvik, Snåsa, Frosta, Inderøy og Levanger, deler av Steinkjer og Verdal, Indre Fosen, Osen, Ørland og Åfjord. • TrønderTaxi har vunnet 4 kontakter og skal tilby fleksibel transport i Meråker, Selbu, Tydal, Stjørdal, Frøya, Heim, Hitra, Orkland, Rindal, Melhus, Skaun, Midtre Gauldal, Oppdal og Rennebu. • Vy Buss skal drifte fleksibel transport tilpasset by på Steinkjer og Verdal, som er en ny og brukertilpasset måte å tilby transport til innbyggerne på, og som kommer i tillegg til rutegående tilbud med buss.Vy Buss vant også kontraktene i Holtålen, Namsos og Flatanger i tillegg til to pilotprosjekter for fleksibel transport i Røros og Overhalla, der målet er å utvikle framtidens mobilitetstilbud i distriktene, og service og tilbringertransport i områdene rundt disse pilotområdene. -
Møteplan for Kommunestyrer Og Formannskap I Kommuner I Namdalen Høst 2018
Møteplan for kommunestyrer og formannskap i kommuner i Namdalen høst 2018 Uke Dato Mandag Dato Tirsdag Dato Onsdag Dato Torsdag Dato Fredag 36 03.09 04.09 Namsos FOR 05.09 Osen FOR 06.09 Namdalseid FOR 07.09 Røyrvik FOR Overhalla FOR Lierne KOM 37 10.09 Nærøy FOR 11.09 Grong FOR 12.09 Fosnes FOR 13.09 Flatanger KOM 14.09 Lierne FOR Namdalseid FOR Røyrvik KOM Høylandet FOR Grong KOM 38 17.09 Høylandet KOM 18.09 Flatanger FOR 19.09 Osen KOM 20.09 Vikna KOM 21.09 Nærøy KOM Namsos FOR Leka FOR Namsskogan KOM Vikna FOR Overhalla KOM 39 24.09 25.09 26.09 27.09 Namsos KOM 28.09 Fosnes KOM Leka KOM 40 01.10 02.10 Namsos FOR 03.10 Røyrvik FOR 04.10 Namdalseid FOR 05.10 Namsskogan FOR (Fosnes FOR) Overhalla FOR Lierne FOR 41 08.10 09.10 10.10 Nærøy FOR 11.10 12.10 (Fosnes FOR) 42 15.10 16.10 Namsos FOR 17.10 18.10 Høylandet FOR 19.10 Namsskogan KOM Grong FOR Osen FOR Vikna FOR 43 22.10 Overhalla KOM 23.10 Flatanger FOR 24.10 Osen KOM 25.10 Namdalseid FOR 26.10 Røyrvik KOM Leka FOR Namsos KOM Lierne FOR Fosnes KOM Høylandet KOM Grong KOM Vikna KOM 44 29.10 30.10 Namsos FOR 31.10 Leka KOM 01.11 Flatanger KOM 02.11 Namsskogan FOR Namdalseid KOM Lierne FOR Høylandet FOR 45 05.11 06.11 Overhalla FOR 07.11 Nærøy FOR 08.11 09.11 Lierne FOR Osen FOR Leka FOR Røyrvik FOR 46 12.11 13.11 Flatanger FOR 14.11 Fosnes FOR 15.11 16.11 Nærøy KOM Namsos FOR Høylandet FOR Namsskogan KOM Vikna FOR 47 19.11 20.11 Vikna KOM 21.11 Osen KOM 22.11 Høylandet KOM 23.11 Overhalla KOM Leka FOR Vikna FOR Lierne FOR Røyrvik KOM 48 26.11 27.11 Namsos FOR 28.11 Fosnes FOR 29.11 Namsos KOM 30.11 Nærøy FOR Fosnes KOM Namsskogan FOR Høylandet KOM Grong FOR Grong KOM Leka KOM Lierne KOM 49 03.12 Overhalla FOR 04.12 Flatanger FOR 05.12 Osen FOR 06.12 Høylandet FOR 07.12 Røyrvik FOR 50 10.12 Lierne FOR 11.12 Namsos FOR 12.12 13.12 Namdalseid KOM 14.12 Høylandet KOM Namsskogan KOM Namsos KOM Fosnes KOM Grong FOR Vikna KOM 51 17.12 Vikna FOR 18.12 Nærøy KOM 19.12 Osen KOM 20.12 Flatanger KOM 21.12 Overhalla KOM Grong KOM Røyrvik KOM KOM: Kommunestyremøte FOR: Formannskapsmøte . -
The Surveillance Programme for Pancreas Disease (PD) in 2017
Annual Report The surveillance programme for pancreas disease (PD) in 2017 Norwegian Veterinary Institute NORWEGIAN VETERINARY INSTITUTE The surveillance programme for pancreas disease (PD) in 2017 Content Summary ...................................................................................................................... 3 Introduction .................................................................................................................. 3 Aims ........................................................................................................................... 3 Materials and methods ..................................................................................................... 3 Results and Discussion ...................................................................................................... 4 References ................................................................................................................... 5 Authors Commissioned by Britt Bang Jensen, Anne-Gerd Gjevre ISSN 1894-5678 Design Cover: Reine Linjer © Norwegian Veterinary Institute 2018 Photo front page: Erling Svendsen Surveillance programmes in Norway – PD – Annual Report 2017 2 NORWEGIAN VETERINARY INSTITUTE Summary Salmonid alphavirus (SAV), the etiological agent of pancreas disease (PD), was detected in three farms in Nordland and one farm in Nord-Trøndelag during the surveillance programme in January to August 2017. After the enforcement of a new regulation, all farms will be tested for SAV, and SAV was thus detected -
Kommuneplan for Flatanger Kommune I Flatanger
FlatangerPlankartbgp2006 30.03.2007 09:36 Side 1 TEGNFORKLARING Byggeområder (PBL §20-4, 1. ledd nr. 1) 585000 Produksjon og utgiverinfo Nåværende Framtidig Kartet er produsert for Flatanger kommune i 2006. Kartografien er basert på tilpassing av gjeldende standard for plankart. Boligområde Digital kartfemstilling og layout: eMap as Trykk: Grytting as Forretning Opplag: 500 eksemplarer 7170000 580000 7170000 590000 Industri Fritidsbebyggelse Offentlige bygninger N Annet byggeområde 595000 Landbruks-, natur- og friluftsområder (PBL §20-4, 1. ledd nr. 2) 0 2,5 km FFoldao l d a LNF-område Målestokk: 1:50.000 Ekvidistanse: 20 meter LNF-område med spredt fritidsbebyggelse Kartgrunnlag: N50 Kartprojeksjon: UTM sone 32, WGS84 575000 Områder for råstoffutvinning (PBL §20-4, 1. ledd nr. 3) FFFNAFFFNA RekkøyråsaRekkøyråsa . Masseuttak FFFNFFFN . VoVordsundetdsundet . Båndlagte områder (PBL §20-4, 1. ledd nr. 4) . SSkingenkingen VåganVågan HamnarøyaHam. narøya . F . Båndlegging etter lov om naturvern . FFFFNAFFNA . UUtvord-tvord- 7165000 Skytebane på Sitter (S1) og på Vollamyra (S2) II/F/F 1 7165000 570000 HHartvigøyaartvigøya UtvordaUtvorda . Områder for særskilt bruk eller vern av sjø og vassdrag fjelletfjellet UUrdstrandardstranda FFFFNAFFNA (PBL §20-4, 1. ledd nr. 5) r åssaa FFFFNFFN . iingrn g SkjevillenSkjevillen E llll . FF44 F Friluftsområder r d - Leeirvikairvika . NNord-Eo FF4141 Bru-Bru- FF3838 BBjørganjørgan moenmoen InnvordaInnvorda 600000 . FF55 BakkenBakken . FFFN Fiske-, friluft-, ferdsel- og naturområder JensøyholmenJensøyholmen AsholmanAsholman FF66 . Teigmoeneigmoen EEllingenllingen FuFutdals-tdals- ElvebakkenElvebakken FF33 . FFFNAFFFNA . MyraMyra NordfjelletNordfjellet . FFFNA Fiske-, friluft-, ferdsel-, natur- og akvaområder ssaa . MMursteinenursteinen grå . lllingrlin . fjelletfjellet . ørr-E-E FFFNFFFN . N Naturområder S . HHal EllingråsaEllingråsa . Miiddags-ddags- HamnHamn a . fjelletfjellet SørnamsenSørnamsen Vannområde for allment friluftsliv l m SandmohamnSandmohamn ø BBjørøyaj ørøya FF22 yryr . -
Modelling Elevations, Inundation Extent and Hazard Risk for Extreme Flood Events
Modelling elevations, inundation extent and hazard risk for extreme flood events by Davor Kvo čka A thesis submitted to Cardiff University in candidature for the degree of Doctor of Philosophy Cardiff, 2017 Dedicated to my parents Marija Čoli ć and Milenko Kvočka i Abstract Abstract Climate change is expected to result in more frequent occurrences of extreme flood events, such as flash flooding and large scale river flooding. Therefore, there is a need for accurate flood risk assessment schemes in areas prone to extreme flooding. This research study investigates what flood risk assessment tools and procedures should be used for flood risk assessment in areas where the emergence of extreme flood events is possible. The first objective was to determine what type of flood inundation models should be used for predicting the flood elevations, velocities and inundation extent for extreme flood events. Therefore, there different flood inundation model structures were used to model a well-documented extreme flood event. The obtained results suggest that it is necessary to incorporate shock-capturing algorithms in the solution procedure when modelling extreme flood events, since these algorithms prevent the formation of spurious oscillations and provide a more realistic simulation of the flood levels. The second objective was to investigate the appropriateness of the “simplification strategy” (i.e. improving simulation results by increasing roughness parameter) when used as a flood risk assessment modelling tool for areas susceptible to extreme flooding. The obtained results suggest that applying such strategies can lead to significantly erroneous predictions of the peak water levels and the inundation extent, and thus to inadequate flood protection design. -
DSB Rapport, Brannene I Lærdal, Flatanger Og På Frøya Vinteren 2014
RAPPORT Brannene i Lærdal, Flatanger og på Frøya vinteren 2014 Læringspunkter og anbefalinger Utgitt av: Direktoratet for samfunnssikkerhet og beredskap (dsb) 2014 isbn: 978-82-7768-342-3 Grafisk produksjon: Erik Tanche Nilssen AS, Skien Brannene i Lærdal, Flatanger og på Frøya vinter 2014 Læringspunkter og anbefalinger INNHOLD 01 Innledning ........................................................................................................................................................................................................................... 9 1.1 Oppdrag ..................................................................................................................................................................................................................... 10 1.2 Organisering og metodisk tilnærming .......................................................................................................................................... 12 1.3 Sentrale ord og uttrykk ................................................................................................................................................................................. 12 02 Aktørenes oppgaver og ansvar .................................................................................................................................................................... 15 2.1 Brann- og redningsvesenet ...................................................................................................................................................................... -
The Impact of Flood Risk on the Price Of
The Impact of Flood Risk on the Price of Residential Properties: The Case of England Philippe Bélanger & Michael Bourdeau-Brien 1 Department of Finance, Insurance and Real Estate, Université Laval Email: [email protected] [email protected] Areas / Paper type – Change and Risk - Issues for Property Valuation work? ABSTRACT This paper examines the impact of flood risk on the value of England residential properties. We find that being located within a flood zone significantly lowers property values once we control for the proximity to a watercourse that often increases house prices. Interestingly, the effect of flood risk is predominantly associated with the post-2003 period which can be rationalized by changes in insurance practices and availability of detailed information on flood zones. Moreover, people in richer areas appear to better incorporate available flood risk data while people in poorer areas seem to associate flood risk with proximity to the water. Keywords: Floods; Real Estate; Housing; Household behaviour JEL Classification: D12, H31, Q54, R31 Proceedings: ERES2016 pp. xx-xx 1. Introduction Change and Risk - Issues for Property Valuation Floods and other major natural hazards have a far-reaching impact on the economies of work? affected regions. According to a 2015 study from the United Nations’ Food and Agriculture Organization1, natural disasters caused more than $1.5 trillion in damage 2 and 1.1 million deaths worldwide between 2003 and 2013. These numbers may yet get worse because of global warming that tends to increase the frequency and intensity of extreme weather events (Francis and Vavrus, 2012, Rahmstorf and Coumou, 2011, Douglas et al., 2010, Kazmierczak and Bichard, 2010, Thorne et al., 2007). -
Dealing with the Reality NORTHERN IRELAND ENVIRONMENT LINK CONFERENCE REPORT Foreword
Conference Proceedings April 2009 Climate Change: Dealing with the Reality NORTHERN IRELAND ENVIRONMENT LINK CONFERENCE REPORT Foreword Scientific and international political opinion agree that climate change is happening, that it is largely caused by human activities and that the implications are far ranging and very serious. Although there are uncertainties around the speed of change, the severity of that change and the nature and extent of its impacts, we cannot delay action to address the issues. An internationally renowned group of scientists assembled in W5 (Odyssey Complex), Belfast for Climate Change: Dealing with the Reality on 20th January 2009 to discuss the issues; this document is a summary of their thoughts. There are opportunities for Northern Ireland to be in the vanguard of both adaptation and mitigation technologies, bringing strong economic benefits to local companies. There are also opportunities to adopt policies and programmes that address the social and economic consequences of climate change while bringing benefits to Northern Ireland’s citizens. Grasping these opportunities requires strong and mature political leadership and offers Northern Ireland an opportunity to establish itself as a serious international leader. Climate change is just one of the many challenges facing Northern Ireland at this time and therefore cannot be dealt with in isolation. It provides a context within which specific issues — such as the increasing role of local authorities, tackling waste, changes in agriculture and the economic recession — can be better understood and more effectively addressed. Acknowledgements This report was compiled and designed by David McCann, and edited by David McCann and Sue Christie. We would like to thank all of the speakers at the conference both for the time and effort they put into producing their presentations and for writing their subsequent articles. -
Open Domain Factoid Question Answering Systems
OPEN DOMAIN FACTOID QUESTION ANSWERING SYSTEM TEK YANITLI SORULAR İÇİN AÇIK ALANLI SORU YANITLAMA SİSTEMİ Farhad SOLEIMANIAN GHAREHCHOPOGH Prof.Dr. İlyas ÇİÇEKLİ Supervisor Submitted to Institute of Graduate School in Science and Engineering of Hacettepe University as a Partial Fulfillment to the Requirements for the Award of the Degree of Doctor of Philosophy in Computer Engineering 2015 ETHICS In this thesis study, prepared in accordance with the spelling rules of Institute of Graduate School in Science and Engineering of Hacettepe University, I declare that all the information and documents have been obtained in the base of the academic rules all audio-visual and written information and results have been presented according to the rules of scientific ethics in case of using other Works, related studies have been cited in accordance with the scientific standards all cited studies have been fully referenced I did not do any distortion in the data set And any part of this thesis has not been presented as another thesis study at this or any other university. 10 September 2015 FARHAD SOLEIMANIAN GHAREHCHOPOGH ABSTRACT OPEN DOMAIN FACTOID QUESTION ANSWERING SYSTEM Farhad SOLEIMANIAN GHAREHCHOPOGH Doctor of Philosophy, Department of Computer Engineering Supervisor: Prof.Dr. İlyas ÇİÇEKLİ September 2015, 237 pages Question Answering (QA) is a field of Artificial Intelligence (AI) and Information Retrieval (IR) and Natural Language Processing (NLP), and leads to generating systems that answer to questions natural language in open and closed domains, automatically. Question Answering Systems (QASs) have to deal different types of user questions. While answers for some simple questions can be short phrases, answers for some more complex questions can be short texts. -
Socio-Economic and Ecological Evaluation and Modelling Methodologies
Integrated Flood Risk Analysis and Management Methodologies Socio-economic and ecological evaluation and modelling methodologies Date 29th February 2008 Report Number T10-07-13 Revision Number 1_2_P10 Deliverable Number: D10.1 Due date for deliverable: November 2007 Actual submission date: November 2007 Sue Tapsell FHRC/MU FLOODsite is co-funded by the European Community Sixth Framework Programme for European Research and Technological Development (2002-2006) FLOODsite is an Integrated Project in the Global Change and Eco-systems Sub-Priority Start date March 2004, duration 5 Years Document Dissemination Level PU Public PU PP Restricted to other programme participants (including the Commission Services) RE Restricted to a group specified by the consortium (including the Commission Services) CO Confidential, only for members of the consortium (including the Commission Services) Co-ordinator: HR Wallingford, UK Project Contract No: GOCE-CT-2004-505420 Project website: www.floodsite.net Task 10 Deliverable D10-1 Contract No:GOCE-CT-2004-505420 DOCUMENT INFORMATION Title Socio-economic and ecological evaluation methodologies Lead Author Sue Tapsell Sally Priest, Dennis Parker, Edmund Penning-Rowsell, Christophe Viavattene, Theresa Wilson, John Handmer - FHRC/MU Arjan Wijdeveld, Marjolein Haasnoot, Reinaldo Penailillo - WL | Delft Hydraulics Contributors Frank van den Ende, RIZA, Dutch Governmental Institute Paul van Noort, , RIZA, Dutch Governmental Institute Frank Messner, Volker Meyer, Dagmar Haase, Sebastian Scheuer, Anne Schildt - UFZ Celine Lutoff, Isabelle Ruin - INPG Distribution Public Document Reference T10-07-13 DOCUMENT HISTORY Date Revision Prepared by Organisation Approved by Notes 30/11/07 1_0_P10 S. Tapsell FHRC/MU 10/12/07 1_1_P10 S. Tapsell FHRC/MU 29/02/08 1_2_P10 S.