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Hansen, Cecilie; Aarflot, Johanna Myrseth; Husson, Berengere; Fauchald, Per; Johansen, G.O. & Jørgensen, Lis Lindal
[Show all 11 contributors for this article]
(2023).
Risk of negative cumulative human impact on scientific-based valuable and vulnerable areas in Norwegian waters.
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Ottersen, Geir
(2023).
Hvordan sikre levende marine ressurser og sunne økosystemer for nåværende og fremtidige generasjoner.
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Ottersen, Geir
(2023).
Heading into a climate that humanity has never experienced before.
[Internet].
Sciencenorway.no .
-
Ottersen, Geir
(2023).
Forsker: – På vei inn i et klima som menneskeheten aldri før har opplevd.
[Newspaper].
Finansavisen.
-
Ottersen, Geir
(2023).
Forsker: – På vei inn i et klima som menneskeheten aldri før har opplevd.
[Internet].
NTB.
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Ottersen, Geir
(2023).
Forsker: – På vei inn i et klima som menneskeheten aldri før har opplevd.
[Newspaper].
Fædrelandsvennen.
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Ottersen, Geir & Møllerløkken, Sunniva
(2023).
Se etter delfiner fremover.
[Internet].
TV2.no.
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Ottersen, Geir
(2023).
Klimaendringer og effekter i de nordiske havområdene:
NY RAPPORT Hvordan vil klimaendringene arte seg i de ulike nordiske havområdene?
Hvilke konsekvenser vil de få for våre økosystemer og fiskeriressurser?
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Ottersen, Geir & Holt, Rebecca Emma
(2023).
Spawning stock age structure and climate combined cause long-term fluctuations in recruitment – demonstrated for the Norwegian spring-spawning herring stock?
.
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Ottersen, Geir
(2023).
Havnivåstigning - intervju av journalist Petter M Udland.
[Radio].
P4.
-
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Ottersen, Geir
(2023).
Store klimaendringer i de nordiske havområdene.
[Internet].
UNRIC FNs regionale informasjonskontor for Vest-Europa.
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Ottersen, Geir
(2023).
Slår hardest inn i nord.
[Internet].
kystogfjord.no.
-
Ottersen, Geir
(2023).
Advarer mot "Marine hetebølger".
[Radio].
NRK Dagsnytt.
-
Ottersen, Geir
(2023).
Advarer mot «marine hetebølger».
[Internet].
NRK Nyhetssenter Troms og Finnmark.
-
Ottersen, Geir
(2023).
NRK P2 Studio 2 podkast Klimarapport for nordiske havområder.
[Radio].
NRK P2 Studio 2.
-
Ottersen, Geir
(2023).
Slik vil klimaendringene påvirke oss i Norden.
[Internet].
hi.no.
-
Ottersen, Geir
(2023).
Fersk klimarapport: – Konsekvensene for natur og menneskehet er omfattende og alvorlige.
[Internet].
Kystens Næringsliv - kystens.no.
-
Ottersen, Geir
(2023).
Dette mener han kan gi utfordringer for havbruksnæringen.
[Internet].
Kyst.no.
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Ottersen, Geir
(2023).
Klimaendringene: Operaen i Oslo drukner ikke, men Bryggen i Bergen vil bli oversvømt.
[Internet].
Forskning.no.
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Ottersen, Geir & Holt, Rebecca Emma
(2022).
Barents Sea cod recruitment less affected by temperature variability when spawning stock includes old, large fish
.
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Ottersen, Geir & Holt, Rebecca Emma
(2022).
Spawning stock age structure and climate combined
cause long term fluctuations in Barents Sea cod recruitment.
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Ottersen, Geir; van der Meeren, Gro Ingleid; Hansen, Cecilie; Skogen, Morten D.; Maar, Marie & Sejr, Mikael Kristian
[Show all 10 contributors for this article]
(2022).
Studies of marine ecosystems in the Barents Sea and off West Greenland.
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Ottersen, Geir
(2022).
NorScen: Presentasjon av hva som skal gjøres.
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Ottersen, Geir
(2022).
Klimaendringer i nordiske havområder og effekter på viktige fiskebestander .
-
Ottersen, Geir
(2022).
Impacts of climate change on marine ecosystems .
-
Ottersen, Geir
(2022).
Observed and projected climate change in Nordic marine areas and impacts on important fish stocks.
-
Ottersen, Geir
(2021).
Global oppvarming: - Slukes: - Ekstremt scenario.
[Newspaper].
Dagbladet.
-
Ottersen, Geir
(2021).
Climate and Change in Fish Distribution
.
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Ottersen, Geir & Holt, Rebecca Emma
(2021).
Hva spiser torsken - modellstudier på torskens diett og næringsnettet i Barentshavet.
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Mikkelsen, Nina; Skern-Mauritzen, Mette; Ottersen, Geir; Armstrong, Claire W.; Arneberg, Per & Fauchald, Per
[Show all 9 contributors for this article]
(2021).
BarentsRisk- assessing cumulative impacts on the Barents Sea Ecosystem.
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Mikkelsen, Nina; Planque, Benjamin; Arneberg, Per; Skern-Mauritzen, Mette; Hansen, Cecilie & Fauchald, Per
[Show all 9 contributors for this article]
(2021).
Multiple stakeholders perspectives on marine ecological systems, a case study on the Barents Sea.
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Ottersen, Geir
(2021).
Climate changes the distribution of valuable fish stocks – a challenge for management and sustainable fisheries
.
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Tjiputra, Jerry; Myksvoll, Mari; Sandø, Anne Britt; Samuelsen, Annette; Yumruktepe, Caglar & Li, Camille
[Show all 8 contributors for this article]
(2021).
Key physical processes for evaluating climate impacts on subarctic primary production.
-
Ottersen, Geir
(2021).
Arctic marine ecosystems: impacts of climate change.
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Ottersen, Geir
(2021).
Oseanografiske katastrofer.
-
Ottersen, Geir
(2021).
Presentasjon av prosjektet CoDINA - Cod DIet and food web dyNAmics
.
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Sandven, Stein; Sagen, Hanne; Pirazzini, Roberta; Beszczynska-Möller, Agnieszka; Voss, Peter & Danielsen, Finn
[Show all 14 contributors for this article]
(2021).
Building integrated Arctic observing systems from in situ platforms.
Show summary
A major objective of the H2020 INTAROS project is to strengthen and extend the Arctic in situ observing systems for atmosphere, ocean and terrestrial disciplines (www.intaros.eu ). The in situ observing systems are only used in very limited areas, due technological and infrastructures limitations. Extensive research efforts are undertaken in order to develop, test and operate new observing platforms under Arctic conditions. In addition to scientific observing systems, there are Community-Based Monitoring programmes where data are collected by local communities to support their requirements for information about climate change, natural resources, and other topics. A major challenge in Arctic data management and data sharing is the heterogeneity and complexity in data collected in the difference scientific disciplines. INTAROS has focus on improving the data accessibility from a large number of distributed observing systems and to develop adequate data management systems. To enable data sharing it is necessary to develop interoperability between observing systems and data systems. The observing systems are developed in agreement with the overarching principles FAIR (Findable Accessible, Interoperable, Reusable) and CARE (Collective benefit; Authority to control; Responsibility; Ethics). Data provided by the project partners are available from a number of different data repositories via the INTAROS data catalogue (https://catalog-
intaros.nersc.no/).
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Ottersen, Geir; Sejr, Mikael K; Kruschke, Tim; van der Meeren, Gro Ingleid; Sagen, Hanne & Solgaard, Anne
[Show all 9 contributors for this article]
(2021).
Demonstrating applications of an Integrated Arctic Observing System towards selected, diverse stakeholder groups.
Show summary
The overall objective of INTAROS is to build an efficient and sustainable integrated
Arctic Observation System (iAOS) by extending, improving and unifying existing systems. An important part of this is the work done in INTAROS’ WP6 to demonstrate application of the iAOS by delivering a suite of products targeted at issues of societal importance. These pilot applications will demonstrate services towards end-users. WP6 will show the iAOS’ capability for advancing the economic role of the Arctic by providing support for better-documented processes and better-informed decisions within key sectors such as shipping, petroleum, fishing, and tourism. Further, WP6 aims to demonstrate how the iAOS may be applied to develop the accuracy of climate models, improve the understanding of biogeochemical cycles and ecosystem functioning, enhance fisheries and environmental management, increase the level of preparedness towards natural hazards, and develop better management and decision making concepts for selected local communities. Concrete demonstrations include for heavy snow precipitation on Svalbard, hydrographic data in the Barents Sea, trawl data on fish off Greenland, and modelling of large-scale fresh-water flow. In this presentation we will focus on the Highlights from WP6 and provide a Synthesis of results. We will also provide information about and lessons learned from our work and implication for future work. WP6 will provide input to the INTAROS roadmap.
-
Ottersen, Geir
(2020).
Impacts of climate change on marine ecosystems
Lecture at BIO 4331, IBV, University of Oslo.
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Ottersen, Geir
(2020).
Ny havrapport fra FN’s klimapanel: Klimaendringer og konsekvenser for fisk, fiskerier og havbruk
.
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Ottersen, Geir
(2020).
Klimaendringer og effekter på marine økosystemer og miljøverdier.
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Mikkelsen, Nina; Skern-Mauritzen, Mette; Ottersen, Geir; Armstrong, Claire W.; Arneberg, Per & Fauchald, Per
[Show all 9 contributors for this article]
(2020).
Defining ecosystem vulnerabilities and risks of cumulative impacts in a unifying Ecosystem Risk Assessment Framework.
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Ottersen, Geir
(2020).
Hovedfunn fra FNs klimapanel sin spesialrapport på hav og islagte områder.
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Holt, Rebecca Emma; Bogstad, Bjarte; Durant, Joël; Dolgov, Andrey V. & Ottersen, Geir
(2019).
Erratum: Barents Sea cod (Gadus morhua) diet composition: Long-term interannual, seasonal, and ontogenetic patterns (ICES Journal of Marine Science (2019) DOI: 10.1093/icesjms/fsz082).
ICES Journal of Marine Science.
ISSN 1054-3139.
76(6).
doi:
10.1093/icesjms/fsz117.
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Rogne, Sissel; Haugan, Peter M.; Ottersen, Geir & Vikebø, Frode Bendiksen
(2019).
Informasjon til HKH Kronprins Haakon om klimaendringer og effekter av disse.
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Ottersen, Geir
(2019).
IPCC SROCC: Havet på vei inn i en ny tilstand.
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Ottersen, Geir & Sejr, Mikael K.
(2019).
WP6 Applications of iAOS towards stakeholders: general update and workplan for each task
.
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Ottersen, Geir & Melbourne-Thomas, Jessica
(2019).
Time to look forward to adapt to ocean warming.
Proceedings of the National Academy of Sciences of the United States of America.
ISSN 0027-8424.
116(37),
p. 18157–18158.
doi:
10.1073/pnas.1912639116.
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Stige, Leif Christian; Langangen, Øystein; Durant, Joel Marcel; Knutsen, Halvor; Olsen, Esben Moland & Ottersen, Geir
(2019).
Forskning på torsk.
Biolog.
ISSN 0801-0722.
37(2),
p. 46–49.
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Ottersen, Geir & Benard, Sandrine
(2019).
IPCC's key findings on oceans and climate. What to expect from the coming report on ocean and cryosphere? Preliminary views.
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Ottersen, Geir
(2019).
Effekter av industrielle fiskerier og klimavariabilitet på marine økosystemer og fiskebestander.
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Ottersen, Geir
(2019).
Bio4150 Lecture on sea fisheries and marine ecosystem management.
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Ottersen, Geir
(2019).
IPCC Special Report on the Ocean and Cryosphere in a Changing Climate: Main findings, present impacts and future risks
.
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Ottersen, Geir
(2019).
Rising temperatures and melting ice: Challenges and possible responses to changes in Arctic marine ecosystems and fisheries.
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Ottersen, Geir
(2019).
Hovedfunn fra FNs klimapanels spesialrapport om hav og islagte områder.
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Ottersen, Geir & Haugsbø, Håkon
(2019).
I desse dagar (om kysttorsken).
[Radio].
NRK Radio P1.
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Ottersen, Geir
(2019).
FNs klimapanels spesialrapport om hav og is - Hovedfunn hav
.
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Ottersen, Geir
(2019).
Breytt útbreiðsla getur torveldað stjórnun
(Endret utbredelse kan forstyrre forvaltningen).
[Newspaper].
Morgunbladid.
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Ottersen, Geir & Torsvik, Nils
(2019).
Nordsjøen tømmes for fisk - Barentshavet fylles av torsk.
[Newspaper].
Fiskeribladet.
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Ottersen, Geir
(2019).
Intervju om FNs Klimarapport på hav og islagte områder.
[TV].
NRK1 Dagsrevyen.
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Strandberg, Torgeir & Ottersen, Geir
(2019).
Dette skremte nordmannen som var med på å skrive FNs klimarapport.
[Newspaper].
aftenposten.no.
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Andersson, Atle & Ottersen, Geir
(2019).
Forsker-alarm: – Urovekkende havnivåstigning.
[Internet].
sysla.no.
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Lorentzen, Erlend Astad & Ottersen, Geir
(2019).
Roper varsku om varmare hav.
[Internet].
www.forskning.no.
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Lorentzen, Erlend Astad & Ottersen, Geir
(2019).
Roper varsko om varmere hav.
[Internet].
https://www.kystogfjord.no/.
-
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Andersson, Atle & Ottersen, Geir
(2019).
Forsker: – Urovekkende stigning på havnivået.
[Newspaper].
Bergens Tidende.
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Stige, Leif Christian; Rogers, Lauren; Neuheimer, Anna B.; Hunsicker, Mary E.; Yaragina, Natalia A. & Ottersen, Geir
[Show all 9 contributors for this article]
(2019).
Density- and size-dependent mortality in fish early life stages.
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Kjesbu, Olav Sigurd; Sandø, Anne Britt; Strand, Espen; Myksvoll, Mari Skuggedal; Ottersen, Geir & Vikebø, Frode Bendiksen
[Show all 11 contributors for this article]
(2019).
Climate vulnerability assessments ‒ a mechanistic approach.
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Kjesbu, Olav Sigurd; Sandø, Anne Britt; Myksvoll, Mari Skuggedal; Vikebø, Frode Bendiksen; Ottersen, Geir & Allan, Bridie A.
[Show all 10 contributors for this article]
(2018).
Mechanisms behind changes in Northeast Atlantic cod stocks during climate warming .
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Ottersen, Geir & Sejr, Mikael Kristian
(2018).
WP6 - Demonstrate the performance of the IAOS towards stakeholders.
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Ottersen, Geir
(2018).
Klimaeffekter på marine økosystemer: Erfaringer fra FNs klimapanel og noen eksempler fra våre havområder.
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Ottersen, Geir
(2018).
Sea fisheries and marine ecosystem management.
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Ottersen, Geir
(2018).
Skrei - en fiskeribiolog forteller.
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Ottersen, Geir; Børsheim, Knut Yngve; Arneborg, Lars; Maar, Marie; Schourup-Kristensen, Vibe & Rosell, Elin Almroth
[Show all 7 contributors for this article]
(2023).
Observed and expected future impacts of climate change on marine environment and ecosystems in the Nordic region.
Havforskningsinstituttet.
ISSN 1893-4536.
Full text in Research Archive
Show summary
The UN's Intergovernmental Panel on Climate Change (IPCC) reports are comprehensive, thorough and important, but they cover the whole world and this is at the expense of scope and precision on a regional scale. Specifically, the Nordic region is not covered as a separate area or specific characteristics of our regional seas highlighted. It is particularly unsatisfactory that the global models used to simulate future climate and climate effects do not have a high enough spatial resolution to serve as a good basis for decisions on a Nordic scale. Against this background, the Nordic Council of Ministers saw a need for increased knowledge about the effects of climate change on Nordic waters. This resulted in the project "Nordic climate scenarios" (NorScen), which runs from 2022 to 2024 and is initiated and funded by the Council of Ministers.
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Hansen, Cecilie; Aarflot, Johanna Myrseth ; Eriksen, Elena; Husson, Berengere; Fauchald, Per & Johansen, Geir Odd
[Show all 12 contributors for this article]
(2022).
Samlet påvirkning i foreslåtte særlig verdifulle og sårbare områder i norske havområder.
Havforskningsinstituttet.
ISSN 1893-4536.
Full text in Research Archive
Show summary
I dette arbeidet er det gjort en vurdering av risiko fra samlet påvirkning med tilhørende usikkerhet for aktive sektorer i norske havområder, for hvert av havområdene Nordsjøen, Norskehavet og Barentshavet, og for hvert av de 19 foreslåtte særlig verdifulle og sårbare områdene (SVO). Resultatene i denne rapporten bør sees på som en første og midlertidig versjon, da det er aller første gang rammeverket benyttes for norske havområder. All informasjon om sektorenes aktivitet er tatt fra en representativ periode (2017-2019), og speiler så nær som mulig dagens aktivitet. Vi har valgt å ikke benytte nyere data, da pandemien påvirket noen av sektorene i stor grad. Akuttutslipp og andre uhell er ikke gjenstand for vurdering i denne rapporten. Usikkerhet knyttet til eksponering (tid og rom) og sårbarhet er inkludert i vurderingene. Det er stor variasjon i usikkerheten, både sektor-relatert og relatert til miljøverdi og/eller påvirkningsfaktor. Dette arbeidet bygger på rapporten Særlig verdifulle og sårbare områder (SVO) i norske havområder – Miljøverdi og Miljøverdiers sårbarhet for påvirkninger. Her tar vi i bruk ODEMM (Options for Delivering Ecosystem-based Marine Management) rammeverket for å vurdere risiko for negativ påvirkning.
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Hansen, Cecilie; Hjøllo, Solfrid Sætre; Ottersen, Geir & Skern-Mauritzen, Mette
(2022).
MILJØVERDIERS SÅRBARHET I NORSKE HAVOMRÅDER
— En gjennomgang av sårbarhet til ulike typer påvirkninger i foreslåtte særlig verdifulle og sårbare områder i norske havområder.
Havforskningsinstituttet.
ISSN 1893-4536.
Full text in Research Archive
Show summary
Det er gjennomført en kunnskapsbasert vurdering av sårbarhet med konfidens for de viktigste påvirkninger på miljøverdier i norske havområder generelt, og for hvert av områdene som er foreslått som Særlig verdifulle og sårbare (Eriksen mfl. 2021). Sårbarhetsvurderingene er gjort for ni miljøverdier, dvs samlegrupper som representerer isbiota, planteplankton, dyreplankton, tang, tare og ålegras, mesopelagisk fauna, fisk, bunnsamfunn, sjøfugl og sjøpattedyr, i tillegg til for miljøverdien “næringsnett”, som viser sammenhengen mellom ulike organismer i et økosystem. Flere av miljøverdiene er videre delt opp i undergrupper, slik at det totalt sett er 21 miljøverdier. Sårbarheten for hver av disse er vurdert for 17 ulike påvirkninger: barrierer, bifangst, elektromagnetiske felt, fiske og fangst, forstyrrelser, forsøpling, forurensning, forurensning fra olje, fysisk påvirkning, fremmede arter, næringsstoffer, nedslamming, tap av habitat (forsegling), undervannsstøy, uthenting av ikke-levende ressurser, utilsiktet tap, og klimaendringer.
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Beszczynska-Möller, Agnieszka; Ahlstrøm, Andreas; Pirazzini, Roberta; Navarro, Francisco; Cheng, Bin & Babin, Marcel
[Show all 35 contributors for this article]
(2022).
Deliverable 3.16 Synthesis and technical recommendations.
INTAROS Project.
Show summary
This document provides a summary of sensors, platforms, and observing systems implemented during INTAROS field campaigns and presents technical recommendations based on experience gained from operating these components for collecting in situ observations during the project.
This document is intended to:
– Shortly summarize details of all individual sensors, platforms, and systems developed and deployed during INTAROS for collecting in situ measurements in the cryospheric, ocean, atmospheric and terrestrial domains,
– Provide main recommendations for the technology used in INTAROS with the respect to become a component of a future sustained Arctic observing system,
– Describe main limitations of technology used and recommendations to overcome these limitations to enable including this technology in a future observing system,
– Overview other technical solutions which could better replace or complement technology used during INTAROS to provide similar set of observations for a future observing system,
– Identify and describe cross-cutting technical recommendations based on recommendations for individual systems,
– Summarize main challenges and achievements in implementing in situ observations in WP3,
– Summarize main technical recommendations from WP3 for use in the INTAROS Roadmap for a future integrated Arctic observing system
INTAROS has collaborated with many other field programs and projects which have contributed to the results in WP3. These programs and projects are listed in Annex A. A summary of platforms and sensors developed and implemented during INTAROS, including main challenges and final outcomes, is provided in Annex B.
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Ottersen, Geir; Sejr, Mikael K.; Döscher, Ralf; Goeckede, Mathias; Iversen, Lisbeth & Kruschke, Tim
[Show all 66 contributors for this article]
(2022).
Deliverable 6.19 Synthesis report from WP6: Application studies of Arctic Observing Systems towards stakeholders.
Nansen Environmental and Remote Sensing Center, Norway Bergen, Norway.
Show summary
This report gives an overview of the activities, results and impacts of INTAROS Work Package 6 (WP6). The aim of WP6 is to demonstrate how an integrated observation system can be of specific benefit for society at local, regional or pan-Arctic scale. Through WP6 we show the capability of an enhanced Arctic Observation System towards advancing the economic role of the Arctic by providing support for better-documented processes and better-informed decisions within key sectors such as shipping, petroleum, fishing, and tourism. Further, WP6 demonstrates how the Arctic Observation system may be applied to further develop the accuracy of climate models, improve the understanding of biogeochemical cycles and ecosystem functioning, enhance fisheries and environmental management, increase the level of preparedness towards natural hazards, and develop better management and decision making concepts for selected local communities. Through WP6 INTAROS demonstrates enhanced data search and retrieval, assimilation into models, validation of estimated and projected climate parameters, scientific analysis, decision-support and policy-making.
Following a general introduction to INTAROS WP6, eight chapters summarize, for each topic covered, the main activities and results, data and models used, stakeholder/user benefits, and further development and exploitation of results. The topics span broadly and target very different end-user groups but they all share the same overall challenge: how to synthesize data across time and space from different sources, formats and scientific disciplines into aggregated synoptic data products that are relevant for end-users. The following topics are addressed: Improving skill of model predictions in the Arctic, Applying observations and models for environmental and fisheries management, Ice-ocean statistics, Remote sensing applications, Natural hazards in the Arctic, Greenhouse gas exchange in the Arctic, Case studies of community-based observing systems and Benefits of ocean observing for blue growth in the Arctic. The report then describes concrete showcases, software applications. Selected main results across WP6 are then presented, before the report ends with conclusions and perspectives.
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Johannessen, Truls; Beszczynska-Möller, Agnieszka; Roden, Nicholas Patrick; De Lange, Tor; Touzeau, Alexandra & Sodemann, Harald
[Show all 23 contributors for this article]
(2021).
Deliverable 3.11 Final implementation and data: North of Svalbard.
INTAROS Project.
Show summary
This document, Deliverable 3.11 Final implementation of the observing system: Data delivery and report on results of the observing systems north of Svalbard, provides an overview of platforms, sensors, and samplers which were implemented north of Svalbard for various periods in 2017-2020, describes multidisciplinary data collected by different instruments, and addresses the performance of the employed systems and their applicability for a future sustained observing system.
The main goal of Task 3.2 is to deliver in situ ocean and sea ice observations collected during two INTAROS field seasons (and partially also during the initial test field season) and to provide recommendations for future implementation of the moored observing system north of Svalbard that can be applied to define a roadmap for observing future changes in the Arctic. The aim is to make comprehensive observations of the ongoing climate and environmental change that can also be applied as a validation tool for conceptual and three-dimensional modelling.
The first implementation of the observing system North of Svalbard was deployed successfully in August 2018 using the Norwegian Coast Guard icebreaker KV Svalbard and retrieved with the same vessel in August/September and with the research icebreaker RV Kronprins Håkonin September and November 2019. All recovered instrument and sensor provided full data return therefore a full annual cycle of multidisciplinary data was obtained for 2018-2019.
The second field deployment took place in 2019-2020 (one mooring remained until 2021) and included mostly moorings instrumented for measurements of ocean physical variables (and dissolved oxygen) at the main INTAROS line north of Svalbard and additional instruments and sensors for biogeochemical measurements at the deep INTAROS mooring in the Nansen Basin (deployed under Task 3.4). INTAROS moorings north of Svalbard were deployed from the research icebreaker RV Kronprins Håkon in November 2019and recovered during the CAATEX cruises with the Norwegian Coast Guard icebreaker KV Svalbard in August and November 2020 and in June 2021 as part of the UAK 2021. Field operations in 2020 and 2021 were extremely difficult in terms of logistics and ship access under the limitations due to COVID-19.
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Hamre, Torill; Sagen, Hanne; Sandven, Stein; Danielsen, Finn; Ottersen, Geir & Beszczynska-Möller, Agnieszka
[Show all 10 contributors for this article]
(2021).
Data Management Plan V2.
INTAROS project.
Show summary
This document contains the Data Management Plan (DMP) for the INTAROS project. The DMP describes how new datasets collected or generated by partners in the project, are managed according to guidelines for FAIR data management in Horizon 2020. This includes the procedures for planning and conducting data management within the project, i.e., the data governance framework. Data governance in INTAROS is pragmatic and geared towards supporting partners in preparing and publishing their data collections.
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Buch, Erik; Sandven, Stein; Danielsen, Finn; Iversen, Lisbeth; Poulsen, Mikael Køie & Ottersen, Geir
(2019).
Deliverable 1.5 Report on stakeholder interaction in year 2 and 3.
INTAROS Project.
Show summary
An overview of information, products and services requested by users representing primarily the private commercial sector has been collected via INTAROS user survey supplemented with results from similar surveys performed by other projects and organisations together with information obtained by INTAROS consortium members in dialog with relevant user at meetings, workshops and conferences.
Most important products:
• Pre-operational phase
o Model projections on the long-term (years) development
o Risk assessment associated with safe navigation, deployment and recovery of gear, seabed mining, hydrocarbon extraction etc
o Statistics and analysis based on existing data
• Operational Phase
o Operational Services – real-time observations and/or short-term forecasts (5-10 days)
o Ship routing
o Risk assessment
Information on sea Ice (concentration, ice edge, drift thickness) and iceberg are central in the required product portfolio; but the surveys additionally revealed requests for meteorological parameters (pressure, wind, temperature, visibility, precipitation, humidity, icing) and oceanographic parameters (temperature, currents and waves, salinity, oxygen and chlorophyll).
The users have very strong demands to resolution in space and time, quality and timeliness of the products they receive:
• a horizontal resolution of down to 100 m especially for special ice products was articulated.
• Updating frequency for the information are generally requested to be less than one day preferably down to a few hours.
• Quality shall regularly be documented and the inclusion of uncertainty information as an integral part of the product is desirable
• For operational services it is important that every product update is available in near real-time. For other types of products up to a few days are regarded as timely delivery.
• For model forecast the most important forecasting period is the next 2-3 days for operational purposes, while longer forecasting periods 7-10 days are valuable for more long-term planning purposes.
Due to the limited communication facilities in the Arctic region the delivery of the requested products represents a special challenge.
This overview is a valuable tool for service providers to plan the production line. The required resolution in time and space indicates that satellite observations and model simulations will be key components in the product generation. In situ observations are however indispensable for such a production line to secure the quality of products generated based on satellite observations and numerical models, but do also serve as a valuable source of information for product generation in itself.
The design and establishment of a fit-for-purpose sustained Arctic Observation System is therefore of utmost importance
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Hamre, Torill; Sagen, Hanne; Sandven, Stein; Danielsen, Finn; Ottersen, Geir & Beszczynska-Möller, Agnieszka
[Show all 9 contributors for this article]
(2019).
Deliverable 1.6. Data Governance Framework (including updated Data Management Plan).
INTAROS project.
Show summary
This document contains a description of the Data Governance Framework for the INTAROS project, with an updated version of the Data Management Plan (DMP). The Data Governance Framework defines the procedures for how data management is carried out in the project, including the planning, conducting and monitoring the preparation and distribution of data collections. The DMP describes how new datasets collected or generated by partners in the project, will be managed according to guidelines for FAIR data management in Horizon 2020.
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Buch, Erik; Sandven, Stein; Danielsen, Finn; Iversen, Lisbeth; Poulsen, Mikael Køie & Ottersen, Geir
(2019).
Report on stakeholder interaction in year 2 and 3.
INTAROS project.