Research on Coordination Degree between Regional Marine Scientific and Technological Innovation and Blue Economic Development

Shi Hongbo

Authors

Shi Hongbo

Keywords:

coordination degree; marine scientific and technological innovation; blue economic development; blue economic zone of shandong peninsula

Abstract

There is a strong interactive coordination relationship between scientific and technological innovation and economic development and the coordinated development between the two has become a key factor in the healthy and sustainable development of regional economy. This paper constructs the index system of regional marine scientific and technological innovation capability and blue economic development level, and takes the data of blue economic zone of Shandong peninsula for 2005-2014 years as the sample to establish the coordination degree model. The results show that the overall trend of coordination degree between marine scientific and technological innovation and blue economic development in Shandong blue economic zone is increasing year by year. The coordination degree between regional marine scientific and technological innovation and blue economic development depends on the joint efforts of marine scientific and technological innovation and blue economic development, and the lagging development of either side will hinder the promotion of coordination degree.

Downloads

How to Cite

Research on Coordination Degree between Regional Marine Scientific and Technological Innovation and Blue Economic Development. (2018). Global Journal of Human-Social Science, 18(E2), 13-25. https://socialscienceresearch.org/index.php/GJHSS/article/view/2479

Download Citation

References

Adam Smith (2015) An Inquiry into the Nature and Causes of the Wealth of Nations. 45-56.

R Solow (2001) Applying Growth Theory across Countries [J]. 15(2), 283-288.

Elissaios Papyrakis, Reyer Gerlagh (2007) Resource abundance and economic growth in the United States. 51(4), 1011-1039.

Angelo Antoci, Fabio Sabatini, Mauro Sodini (2013) Economic Growth, Technological Progress and Social Capital: The Inverted U Hypothesis. 64(3), 401-431.

T Nicholas, Technology (2014) Innovation and Economic Growth in Britain since 1870. 10-14.

M Adak (2015) Technological Progress, Innovation and Economic Growth: the Case of Turkey [J]. 195, 776-782.

F Donou-Adonsou, S Lim, S Mathey (2016) Technological Progress and Economic Growth in Sub-Saharan Africa: Evidence from Telecommunications Infrastructure. 22(1), 1-11.

Yang Wu, Yang Miao (2016) China scientific and technological innovation and economic development coordination degree model. (3), 30-35.

Zhao Min, Wang Wu Mingran, Yanhong (2017) Preliminary research on R & D investment, scientific and technological innovation and economic benefits in China -Based on the development level and coordination degree of composite system. (2), 193-199.

Xuanrong Sun, Dabu Zhu, Yue Cai (2017) Macrophages mediated biomimetic drug delivery systems. 1(1), 11-17.

A Stainier (1999) The "Blue Economy" as a Key to Sustainable Development of the St. Lawrence. 10, 1-3.

(2009) and Transportation. The Blue Economy: The Role of the Oceans in Our Nation's Economic Future. 20-32.

J Kildow, C Colgan, J Scorse (2009) State of the U.S. ocean and coastal economies. 120-134.

Of Environment, D (1995) The Angler in the Environment: Social, Economic, Biological, and Ethical Dimensions. 96, 2002-2003.

J (2004) Development 155. 167-178.

Sun Jiting (2011) Blue Economics. 32-38.

A Behnam (2012) Understanding the Blue Economy. Building a Blue Economy: Strategy, Opportunities and Partnerships in the Seas of East Asia[C]. 34-35.

A Behnam (2012) Demystifying the Blue Economy[C]. 2nd APEC Blue Economy Forum. 6-8.

He Guangshun, Zhou Qiulin (2013) Blue Economy and Marine Biorefinery. 19-24.