Science policy at the crossroads of global change research: Mongolia

Enkhamgalan Damiran, Tsevelmaa Khyargas, Nymadawa Pagbajabyn, S. Batsukh
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Abstract

In the last more than half a century, the science policies of countries have been interchanging in a cyclical manner between science, technology and innovation policies. In the early period of the evolution of the science policy, priority attention was given to policy matters, and the process of new knowledge generation proceeded at a rapid pace. Highly industrialised countries directly linked science policy with the growth and development of industry, and innovation gradually became the key catalyst of industrial development. But in the developing countries, science policy had a mixed impact on the process of industrialisation, where decision making by the Government had had a powerful impact on their science policy. Science is involved in the introduction and domestication of new knowledge in the education sector, experimentation and application of technology in local development, and guiding the government on its decisions that are economically efficient, environmentally safe, and promotes equality in the society. In this sense, if we regard scientific research as the key resource of “research industry,” then countries need to define a science strategy and policy that would meet this supply and demand, identify and apply the competitive edge of science. The main objective of this study is to evaluate the science policy of Mongolia in the last 50 years in the context of global change based on facts, and to compare it with the historical experience of science policy development in industrialised countries.
全球变化研究十字路口的科学政策:蒙古
在过去的半个多世纪里,各国的科学政策一直以周期性的方式在科学、技术和创新政策之间交替。在科学政策演变的早期,人们对政策问题给予了优先关注,新知识的产生过程迅速进行。高度工业化国家将科学政策与工业的增长和发展直接联系在一起,创新逐渐成为工业发展的关键催化剂。但在发展中国家,科学政策对工业化进程的影响喜忧参半,政府的决策对其科学政策产生了巨大影响。科学参与在教育部门引入和本土化新知识,在地方发展中试验和应用技术,并指导政府做出经济高效、环境安全和促进社会平等的决策。从这个意义上说,如果我们将科学研究视为“研究产业”的关键资源,那么各国就需要制定一项科学战略和政策,以满足这种供需,确定并应用科学的竞争优势。本研究的主要目的是基于事实,在全球变化的背景下评估蒙古国过去50年的科学政策,并将其与工业化国家科学政策发展的历史经验进行比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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