黑料网

News

A recent study "Collaboration and Innovation in the Northern Dimension Countries" by the ND Partnership on Culture

The study 鈥淐ollaboration and Innovation in the Northern Dimension Countries鈥 was carried out within the framework of an EU-funded study project, which was conceived and its activities supported by the Northern Dimension Partnership on Culture (NDPC) secretariat.
Innovation Impact per Domain by NDPC

A recent study published by the Northern Dimension Partnership on Culture (NDPC) suggests, amongst other findings, that there are seven important cross-sectoral innovation elements that should be taken into account when developing policy in this area. They are:

  • Connectivity is the key to the preparatory phase of cross-sectoral innovation teamwork;
  • CCIs鈥 roles as mediators or initiators of cross-sectoral innovation to be better understood;
  • Multilevel approaches should embrace innovation risks taken by diverse partners; 
  • A broader definition of CCI innovation and its impact (including "soft" innovation) to be adopted;
  • Attention needs to be given to the long-term assessment of impact and tracking of results;
  • A broader vision of cross-innovation in relation to sustainable development goals (SDG) is timely;
  • Legal frameworks to be developed to facilitate CCIs' involvement in cross-sectoral innovation.

was carried out within the framework of an EU-funded  鈥淐ross-sectoral cooperation and innovation within Creative and Cultural Industries - practices, opportunities and policies within the area of the Northern Dimension Partnership on Culture鈥. The project was conceived and its activities supported by the NDPC secretariat.

One of the aims of this project was to support the NDPC's 2021鈥2024 strategy development. However, the results of the project should be of interest to policymakers and representatives of CCIs and industries across the Northern Dimension (ND) region. NDPC is hopeful that the ideas presented in the study will help to trigger new policy improvements and cross-innovation activities in the wider ND innovation ecosystem.

The key objective of the study was to assess the ability of CCIs to connect with other sectors and contribute to cross-sectoral innovation. It provides the foundation for defining CCI inter-sectoral "cross-innovation" potential and international opportunities related to the ND countries. A mixed-method approach that forms the background of the study was based on the data analysis of  from 11 countries that were collected in the course of nine months, thanks to the support of over 100 contributors.

The wider components of the project also included four thematic Experts' Focus Group events, four Policy Briefs, one Scientific journal publication and other articles, as well as wrap-up events. Information about the project and its results are available on the new web resource:

The  of the project on 11 March, 2021, included the presentation of the findings of the study, as well as a feedback and networking session with CCI representatives and experts from across the ND region.

  • Updated:
  • Published:
Share
URL copied!

Read more news

Abstract close-up of colourful glass with swirling patterns in orange, blue, and purple hues.
Research & Art, Studies Published:

New DPSP tool for doctoral studies to be published on 18 May

A new tool for preparing and handling the doctoral personal study plan for doctoral students and supervising professors
Kauppakorkeakoulun promootiokulkue 2022
Press releases, University Published:

The School of Business鈥檚 Ceremonial Conferment of degrees will bring festive atmosphere to the streets of T枚枚l枚 in May

A dignified celebration is held every five years. The public can watch the spectacular conferment procession in T枚枚l枚 on the afternoon of Friday 22 May
Abstract blue device with glowing orange grid and beam connecting two rectangular structures
Press releases Published:

Researchers measure energy below a zeptojoule鈥揺nough for a red blood cell to move a nanometer

A new method for measuring incredibly miniscule amounts of energy 鈥 less than a trillionth of a billionth of a joule 鈥 could give quantum computing and the hunt for dark matter a boost, while paving the way for counting individual photons.
Aalto University professor Mikko Mottonen, photo Mikko Raskinen
Awards and Recognition Published:

Mikko M枚tt枚nen selected as finalist for the European Inventor Award 2026

M枚tt枚nen is a finalist in the 鈥楻esearch鈥 category for developing an ultrasensitive cryogenic microwave sensor to diagnose interference in quantum computers.