• No results found

Nordic Research Cooperation : Climate Change and its Consequences in the Arctic

N/A
N/A
Protected

Academic year: 2021

Share "Nordic Research Cooperation : Climate Change and its Consequences in the Arctic"

Copied!
4
0
0

Loading.... (view fulltext now)

Full text

(1)

1

Nordic Research Cooperation:

Climate Change and its

(2)

The Nordic Council, at the end of 2005, expressed a wish to survey the need for research on climate change and its con-sequences for the societies in the Nordic Arctic areas. Indi-cations of melting glaciers and shrinking sea ice cover in the region were alarming and represented convincing evidence of a major scheme shift. Decision-makers in the Nordic coun-tries were sincerely concerned and consequently requested a mapping of existing Nordic knowledge and research on climate change processes with an aim to identify knowledge gaps and positions of Nordic strength in the field.

The assignment of coordinating the so-called ARKUFO process was given to NordForsk by the Nordic Council of Ministers in February 2007.

The ARKUFO report presents an analysis of the precondi-tions for Nordic research collaboration on climate change

and its consequences in the Arctic. It includes expert analysis of the research status, knowledge gaps, overlaps and potential synergies. On the basis of this analysis, thirteen priority initiatives where the Nordic region can take an international lead have been identified. These fall within five main themes – Climate models and scenarios, The effects of climatic processes, The vulnerability of society and adaptive strategies, Monitoring and General climatic issues .

The thirteen initiatives identified are initiatives with a clear need for action and where Nordic collaboration is likely to offer particular benefits for its member countries. On the basis of this overview, researchers and decision-makers will be able to discuss which research issues should be prioritised for long-term Nordic climate research collabora-tion in the Arctic.

Nordic Research Cooperation:

Climate Change and its Consequences in the Arctic

I. Climate models and scenarios

Initiative Brief description Ia A Nordic

Centre for climate modelling

Pooled Nordic resources with broad interdisciplinary expertise collected in a Nordic centre can contribute to the development of more advanced climate models and scenarios. Ib A Nordic special group for natural climate variations at high latitudes

Modelling of climate variations over the last 1,000-10,000 years can improve understanding of how they may develop over the next 100 years.

Ic Integrated scenarios for the Nordic region

Integrated scenarios (includ-ing atmospheric composition, pollution and other environment and social changes) with help in the development of more realistic climate models.

II. Effect of climatic processes

Initiative Brief description IIa The role of

cli-mate change and man in the abrupt change of the ecosystem

Research will contribute to better understanding of the combined effects on the Arctic ecosystem of climate changes plus other factors which can be surprisingly fast and large.

IIb The effect of climate change on biodiversity

Better understanding of biodi-versity (including changes to vegetation zones and the variety of vegetation) help to identify weaknesses and to plan ways to protect biodiversity.

IIc Permafrost changes

Pan-Nordic research can boost understanding of the effects of climate changes on permafrost, with consequences for infrastruc-ture and the balance of green-house gases.

(3)

The initiatives can be broken down into two main catego-ries:

t JOJUJBUJWFTBJNFEBUEFWFMPQJOHJOEFQUILOPXMFEHFPG climate development in the Arctic through modelling and observations of atmospheric, marine and terrestrial climate parameters; and

t JOJUJBUJWFTBJNFEBUEFWFMPQJOHJOEFQUILOPXMFEHF of climate change impact on ecosystems and society, developed through risk analyses, measures and adapta-tion strategies. Overall, the analysis emphasises the relationships between various climate processes and the growing need for multidisciplinary and inter-sector work which integrates local know-how.

There are several alternatives as how to plan and imple-ment the priority initiatives identified – depending on such factors as availability of financial resources, interest from the national research community and the political determination of Nordic decision-makers. As several of the initiatives are closely related, correlation and synchronisa-tion can create considerable synergies and benefits.

Photo: Nikolaj Bock

III. The vulnerability of society and adaptive strategies

Initiative Brief description IIIa Analysis and

identification of effective adaptive processes

Through evaluation of adap-tive measures and strategies, critical analysis of decision-making, intra-sector synergies, consequences and reconnection mechanisms can be linked to measures.

IIIb Complex vulnerability analyses

Complex and integrated vulner-ability analyses on a Nordic scale can provide a practical picture of society’s adaptation in the Nordic region, and improve the theoretical understanding of the problem.

IIIc Risk percep-tion and climate changes

Studies on what constitutes a risk or vulnerability can critically analyse risk issues and what risk for whom (depending on age, sex, relationship, rural/urban, sector, income etc.).

IIId Society adaptation

Research on adaptation aspects which will mostly occur on local level to explain why certain so-cieties and groups cope with the risks better than others, who will adapt best and why.

(4)

St. Strandstræde 18 DK-1255 Copenhagen K www.norden.org

Partnerships with Arctic research initiatives in countries such as the U.S., Canada, Russia and within the EU should be carefully evaluated before any final decisions on imple-mentation are made. The International Polar Year (2007-2008) also offers an interesting and timely opportunity to build on existing initiatives.

The next step is to initiate a debate on how selected initia-tives can be carried forward, with particular focus on such aspects as i) what partnerships (national, regional, inter-national) can research or monitoring initiatives be linked to; ii) at what policy level of Nordic collaboration should initiatives be realised; and iii) which instruments should be used and what is the timescale for their implementation and financing.

Certain steps can be taken with relatively limited resour-ces, but accordingly only limited results can be expected. Long-term collaboration on the other hand can yield major results but requires considerable investments and a clear commitment from national research financing institutions in the Nordic countries.

Whilst measures for stabilising the anthropogenically caused climate change will require long-term international effort, parallel systematic measures must be initiated to improve the capacity of society and the ecosystem to adapt to the consequences. The latest research gives regular warnings of such consequences which are develop-ing rapidly in the Arctic area. Through carefully chosen research and monitoring initiatives, the Nordic countries can contribute to a sustainable development of the Arctic society and ecosystem.

IV. Monitoring

Initiative Brief description IVa Observations

for better understand-ing of climate systems

Continual monitoring helps soci-ety understand climate change in the Arctic, identify early warning signals and make well-informed decisions on adaptation and mitigation.

IVb Nordic data programs on climate change

Nordic collaboration to improve the availability and cost effective-ness of monitoring products, i.e. use of climatic data for compari-son of research.

V. General

Initiative Brief description Va Nordic pilot

research for holistic climate research

Holistic research on changes in the Arctic to stimulate local participation will create social capital and faith in the future in areas adversely by climatic issues the impact of climate change. Forsidefoto: Nik olaj Boc k ANP 2007:710. © Nordic C o u n ci l of Mini sters, C openh ag en 2007. ISBN 978-92-893-1565-4. Print: Ek spres sen Tr yk & K opic enter . Lay o ut: P ar No 1. C opies:1 000. Printed on env ironment al ly friendly paper

References

Related documents

However, it is interesting to note the apparent positive performance delta for Scotland and the Nordic countries (Finland, Sweden and Norway) in crude 30-day and one year

Värdet av utvecklingen och användningen av värderingsmodeller inför beslutet om anskaffning av JAS 1982 beskrivs och analyseras i denna avhandling. Inom försvaret

insatser, organisering och processer med avseende på de tio kommuner som har deltagit i satsningen. Syftet med studien har varit att bidra med en ökad förståelse för hur

The application of a motion model to the filtering process is known to be highly beneficial, and is a central component in the Kalman filter framework. The motion model is used

The operating range of a Recco system is mainly limited by the output power of the radio signal emitted by the detector.. Even though the antenna is constructed such that the

Norrköping Vatten hade som mål att under hela arbetsprocessen orsaka minimala störningar för de boende genom att ha både det gamla och nya systemet i drift samtidigt samt genom

Therefore, the aim of this study is to reveal the types of uncertainties experienced by water management officials from: SMHI, the county administrative board in Östergötland and

Pre-Segmentation Skeleton Computation Volume Decomposition Skeleton Region Merging Shape Classification Transfer Function Specification Volume Rendering Pre-Segmentation Volume