俄罗斯地区科技初创企业面临的流行病挑战

IF 1 Q3 ECONOMICS Foresight and STI Governance Pub Date : 2021-12-20 DOI:10.17323/2500-2597.2021.4.61.77
Stepan Zemtsov, Alexander Chepurenko Chepurenko, A. Mikhailov
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引用次数: 10

摘要

科技创业公司有助于适应全球风险,并跟踪未来趋势。本文确定了2013-2020年俄罗斯地区高新技术企业的主要趋势和诞生因素。2020年,创建的初创公司不到1万家,这一数字一直在稳步下降(自2015年以来下降了40%),尤其是在疫情期间(-21%)。大多数初创公司集中在莫斯科、莫斯科地区、圣彼得堡和最大的大都市地区。由于地方当局的积极政策,列宁格勒、别尔哥罗德、加里宁格勒、利佩茨克、乌里扬诺夫斯克和卡卢加地区的份额正在增长。大多数初创公司都与知识密集型商业服务(B2B)和数字技术相关。2020年,他们在制药(约100%)和医疗器械生产(约30%)方面的数量有所增加。根据计量经济学分析的结果,俄罗斯的创业活动与已经建立市场经济的国家类似,取决于人力资本集中度、市场准入和有利的商业环境。大学通过吸引学生,特别是STEM专业的学生,刺激创业;尽管大学创业公司的份额不超过百分之一。预算和大学在研发方面的支出在创建新公司方面是无效的。没有发现开发机构对创业活动的影响,而集群和科技园区的影响较弱。在大型组织占主导地位的地区以及资源中心,初创企业的增长率较低。后者可能是“资源诅咒”的表现之一。创业活动随着时间的推移是稳定的,取决于邻近地区的情况,这限制了通过创业支持政策改变这种情况的机会。在疫情期间,在大都市地区大、教育水平高的地区,创业活动减少幅度最小。建议包括通过实施创业大学模式、扩大初创企业获得资本和市场的机会以及创业政策的区域化,建立更平衡的跨区域局面的工具。
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Pandemic Challenges for the Technological Startups in the Russian Regions
Technological startups help to adapt to the global risks and allow one to track future trends. This paper identifies the main trends and birth factors of new high-tech companies in the Russian regions during 2013-2020. In 2020, fewer than 10,000 startups were created, this number has been steadily declining (by 40% since 2015), especially during the pandemic (-21%). Most of the startups are concentrated in Moscow, the Moscow region, St Petersburg, and the largest metropolitan areas. The share of the Leningrad, Belgorod, Kaliningrad, Lipetsk, Ulyanovsk, and Kaluga regions is growing due to the proactive policies of local authorities. Most startups are associated with knowledge-intensive services for business (B2B) and digital technologies. In 2020, their number increased in pharmaceuticals (about 100%) and in the production of medical devices (by about 30%).Based on the results of econometric analysis, start-up activity in Russia, analogous to countries with an established market economy, depends upon human capital concentration, market access, and a favorable business climate. Universities, through attracting students, especially those in STEM specialties, stimulate startup creation; although the share of university startups does not exceed one third of a percent. Budgetary and university expenditures on R&D are ineffective in terms of creating new companies. The influence of development institutions on start-up activity was not found, while clusters and technology parks have a weak effect. The growth of startups is lower in regions with a predominance of large organizations, as well as in resource centers. The latter may be one of the manifestations of the “resource curse”. Startup activity is stable over time and depends on the situation in neighboring regions, which limits the chances to change the situation by means of entrepreneurship support policy. During the pandemic, start-up activity decreased minimally in regions with large metropolitan areas and a high level of education. Recommendations include tools for establishing a more balanced cross-regional situation by implementing the model of an entrepreneurial university, an expansion of start-ups’ access to capital and markets, and the regionalization of entrepreneurship policies.
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来源期刊
CiteScore
3.30
自引率
0.00%
发文量
8
审稿时长
25 weeks
期刊介绍: Foresight and STI Governance is an international interdisciplinary peer-reviewed open-access journal. It publishes original research articles, offering new theoretical insights and practical knowledge related to the following areas: strategic planning, science, technology, and innovation (STI) policy, foresight and other future studies. The journal considers articles on the following themes: - Foresight methods and best practices; - Long-term social and economic priorities for strategic planning and policy making; - Innovation strategies at the national, regional, sectoral, and corporate levels; - The development of National Innovation Systems; - The analysis of the innovation lifecycle from idea to the market; - Technological trends, breakthroughs, and grand challenges; - Technological changes and their implications for economy, policy-making, and society; - Corporate innovation management; - Human capital in STI.
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