Coordination Mechanism and Empirical Research on Marine Science Technology Innovation and Marine Eco-civilization:A Case Study of Coastal Areas of China

Marine science technology innovation provides power and guarantees for marine eco-civilization construction,which provides direction and material support for marine science technology innovation.Therefore,the coordinated development of the two is of great significance to the marine economy sustainable development in China’s coastal areas.On the basis of clarifying the connotations of marine science technology innovation and marine eco-civilization in China’s coastal areas from 2006 to 2019,the mechanism for their coordinated development was analysed.A comprehensive indicator system based on the connotation of the two was constructed,and the coordinated development relationship was empirically tested using the coupled coordination model and the panel vector autoregressive(PVAR)model.The results show that:1)the level of China’s coastal marine science technology innovation continues to improve,gradually forming the core of the development of marine science technology innovation in the north,east and south of Shandong,Shanghai and Guangdong;the level of marine eco-civilization development fluctuating upward trend,showing obvious spatial differentiation characteristics.2)The degree of coordination of marine science technology innovation and marine eco-civilization is growing over time.There is no causal relationship between marine science technology innovation and marine eco-civilization in the northern marine economic circle,but there is a two-way causal relationship between the two in the eastern and southern marine economic circles.3)Marine eco-civilization shows a significant positive and continuous impact on marine science technology innovation,and marine science technology innovation shows a long-term,continuous,fluctuating,and lagging impact on marine eco-civilization.The overall role of marine eco-civilization on marine science technology innovation is dominant,and there are significant differences in the impact effects of the two major marine economic circles.

Inevitability and Emergent Problems of Science &Technology Innovation Access to Integration

The causes and the problems of integration of scientific ＆ technical innovation （ISTI） and inevitability are proposed. The status of domestic scientific ＆ technical innovation is analysed. A series of emergent managerial problems caused by the system ISTI （SISTI） are pointed out. Because of Hall three dimensions structure＇s enlightenment, a three dimensional logical net diagram in which the system integration of innovation based on problem in real world but not on disciplinary logic is drawn. The intelligent group＇ s need span is greater under the conditions of relatively low material level than common groups who have lower degree of education. The SISTI is composed by multi-rule and intelligent multi-agent behavior. It is concluded that the logical relationships of integrated technology which based on the author＇s experience and observation must be considerded for a valid management of SISTI.

China Academy of Strategy on Aerospace Engineering Science and Technology Inaugurated

China Academy of Strategy on Aerospace Engineering Science and Technology (CAEST) was formally established on December 31,2011.The academy was jointly established by Chinese Academy of Engineering (CAE),China Aerospace Science

China's Technology Innovation and Biotechnology

Technology Innovation in China In the past two decades of implementing opening and reform policy,the Chinese government adopted a senes of policies

Advancement in Science and Technology Enhanced the Growth of China's Electric Power Industry

Within the seven years’ period from 1987 to 1994. the total installed capacity of China’s electric power industry doubled from 100 GW to 200 GW. This high rate of growth has imposed new and more stringent requirements on all the branches in the

Scientific and Technological Innovation Is an Important Approach to Ensuring China’s Oil Security

With the rapid and continual growth of national economy, the gap between oil demand and supply keeps widening in China, therefore China will increasingly depend on imported oil. However, the world＇s oil and gas resources are unevenly distributed; global world＇s oil prices remain high; and over 70 percent of China＇s imported oil has to be shipped through the Malacca Strait. There are various ways to ensure China＇s oil security today, and the practical and feasible strategic option is to increase the discovery and production of domestic oil, raise energy efficiency and develop petroleum substitutes. Scientific and technological innovation is crucial both in new oil reserves discovery and production, energy conservation, and in the development of petroleum substitutes, establishment of a strategic oil reserve system and for environment protection. This indicates that China should take effective measures in investment strategy, fiscal policies, financing instruments, intellectual property protection, fostering talents and professionals, so as to establish its own scientific and technological innovation system in the petroleum industry and be better able to ensure oil security.

The Evolution of China’s National Innovation System During the 40 Years of Reform and Opening Up

From the perspective of economic system transformations and scientific and technological system reforms, this paper investigates the evolution of China’s national innovation system (NIS) during the 40 years of reform and opening up. It concludes that China’s NIS has evolved from weak to strong, from a follower groping its way onto the track of independent innovation with Chinese characteristics. China’s innovation system has experienced a trajectory from “introduction and imitation of complete sets of technology” to “market for technology and imitative innovation,” to “integrated and secondary innovation” and on to “integrated, secondary, collaborative and original innovation combined.” The path of independent innovation with Chinese characteristics is a natural choice of economic, societal, and technological development in the new era.

HOW TO PUSH FORWARD SCIENCE AND TECHNOLOGY IN CHINA—ABOUT RESEARCH, DEVELOPMENT, AND TECHNOLOGICAL INNOVATION

It is out of question that China has achieved considerable advancements in science and technology. The worldwide spread of ＂Made in China＂ that gets on the western countries＇ nerves is a good illustration. However, although comparatively better than some other developing countries, we have to face the situation that science and technology in such a great nation as China is still seriously lagged behind, lacking great breakthroughs and top-ranking masters and leaders. That＇s why we feel uneasy in front of international colleagues.

Chinese science diplomacy in Arctic climate governance based on a survey and interviews with Chinese scientists

Science diplomacy is attracting increasing attention in the international relations literature.This study investigates how Chinese scientists understand this term and explores China’s dynamic praxis in Arctic climate governance.It conducts a theoretical and practical examination of science diplomacy in terms of three dimensions—science in diplomacy,diplomacy for science,and science for diplomacy—thus achieving a high degree of consistency.A multi-method approach,combining qualitative and quantitative research methodologies and involving the adoption of a literature review,participant interviews,and questionnaires,is adopted.Data were collected from interviews with 16 Chinese scientists involved in Arctic climate governance and from 130 valid questionnaires collected from Chinese natural scientists working in the climate change field.Drawing on qualitative and quantitative findings,the study reveals that the three-dimensional framework of science diplomacy can provide insight into Chinese scientists’understandings of the topic.In contrast to the participants’vague theoretical responses,the outlines of China’s Arctic climate governance can be clearly identified within this framework.The study concludes by underlining the tension between theory and practice in terms of science diplomacy and highlighting the emerging challenges for China in developing its Arctic science diplomacy against the background of the COVID-19 pandemic and Russia-Ukraine conflict.Moreover,it is suggested that,to further develop China’s Arctic science diplomacy,it is vital to take account of the deficiencies in China’s science diplomacy.The study’s empirical results contribute to an understanding of the dynamic nature of science diplomacy in the Chinese context.

基于ROTI和AATR的测地型GNSS接收机监测北半球高纬度区域电离层闪烁准确性分析

当前,第25个太阳周期已进入强活跃时期,能引发大量电离层不规则体,进而对使得穿行其中的GNSS信号产生电离层闪烁。这已成为影响GNSS全球稳定导航定位服务的重要干扰源。对全球电离层闪烁进行广泛且全面的监测是消除闪烁对GNSS干扰的重要前提,然而传统电离层闪烁监测接收机(ISMR)分布有限,无法满足闪烁全球监测需求;测地型接收机分布广泛,但从其低采样数据中提取的闪烁因子缺乏新太阳周期长时序监测数据验证,导致其闪烁监测可靠性存疑。为此,本文基于近3 a新太阳周期测地型接收机数据,以ISMR提供的闪烁因子为参考,从代表性空间天气事件闪烁响应、日闪烁发生率、闪烁持续时间概率分布、闪烁日发生规律及其随极昼、极夜、地磁指数的特征变化等方面,对比研究了两种测地型接收机电离层闪烁因子(即电离层总电子含量变化率指数ROTI和沿弧段电子含量变化率指数AATR)监测北极高纬度区域电离层闪烁的准确性,并给出了ROTI和AATR在高纬度区域判断闪烁发生的经验阈值。结果表明,ROTI和AATR均能较为准确探测到地磁扰动、太阳活动等因素驱动的区域电离层闪烁,并能有效表征电离层闪烁统计学上的日变化规律,但两种闪烁因子不能准确区分闪烁和电离层电子密度梯度变化,导致在电子密度梯度变化剧烈期间存在较高虚警。该研究成果可为准确选择区域电离层闪烁监测因子提供指导。

Innovation Renaissance China has pledged to channel its efforts into breaking new ground in science and technology in the coming years

As 2006 unfolds, China plans to transform its economic development mode to usher in a new era of innovation. The National Conference on Science and Technology, held this month, provides a fresh impetus to that endeavor. The strategy of "enhancing

Congratulations from Prof.Han Qi-de,Vice-Chairman of the Standing Committee of the National People's Congress,Chairman of China Association for Science and Technology

It is of my great pleasure to learn that the Third World Integrative Medicine Congress is about to be held in Guangzhou. rm writing to express my highest congratulations to the successful opening of the congress, as well as my cordial welcome to the experts and scholars around the world.

中德农业科技创新合作现状、问题及建议

国际农业科技合作不仅为世界各国创新发展积累经验,而且也推动了新知识与新技术的广泛传播和应用,并为经济增长和可持续发展寻找新动能,造福全人类。在中共二十大报告中,将扩大国际科技交流合作与加强国际化科研环境建设作为重点强调内容。德国作为农业科技强国,农业科技在许多领域都处于世界较为领先地位。中国作为世界农业大国,其农业科技发展水平与世界农业强国还存在一定差距。中德两国具有良好的农业科技合作基础,促进和加强两国不同创新主体之间的创新合作,既符合两国国际科技合作战略目标,又有利于共同应对和解决区域性和全球性重大农业挑战问题。为此,首先系统梳理了两国农业科技发展特点及合作基础,在此基础上,着重分析了促进和加强双方在农业科技创新领域合作的现实需求以及现有合作中存在的一些问题,最后,针对上述问题,从项目管理、合作成果考核评价、相关利益方参与度、资助模式以及中德农业科技创新平台功能挖掘等角度提出了双方在农业科技创新领域加强合作的对策建议,以其为两国未来农业科技创新合作机制的深入探索与思考提供借鉴与参考。

基于历史唯物主义视域的新质生产力:内涵、形成条件与有效路径

习近平总书记提出新质生产力这一概念,不仅对东北全面振兴具有重要指导意义,对我国实现经济高质量发展和中国式现代化也具有重大战略意义。新质生产力是由于生产力构成要素的质的不断提升而呈现出来的更为先进的生产力形式。新质生产力在本质上属于马克思主义的生产力范畴,具有实践性、全面性、发展性的性质。新质生产力外显于生产力的构成要素上,这些构成要素质量的提升即“劳动者”素质的持续提升、劳动资料的改进与广泛应用、劳动对象的不断扩张、科学技术的突飞猛进、管理水平的显著提升等,形成了孕育新质生产力的条件。依据新质生产力的形成条件,新质生产力的形成路径主要有:一是通过提升教育质量、培育世界一流企业、促进产业发展以培育高质量的“劳动者”;二是深入实施创新驱动发展战略以提升劳动资料及科学技术这两个要素的质量;三是建设超大规模的全国统一大市场以实现劳动对象的扩展;四是加强党的领导与培育企业家精神以实现企业管理的变革。

农业新质生产力:内涵特征、发展重点、面临制约和政策建议

结合学习习近平总书记关于发展新质生产力的重要论述,文章探讨了农业新质生产力的内涵要义和发展要求,揭示了发展农业新质生产力的意义和战略重点,分析了发展农业新质生产力面临的制约,提出要面向加快建设农业强国和把农业建成现代化大产业的需求,科学处理农业新质生产力与农业传统生产力、仰望星空与脚踏实地、有为政府与有效市场、统筹高质量发展和高水平安全、农业新质生产力特殊性与新质生产力一般性等的关系。在此基础上,提出了发展农业新质生产力的若干政策建议。如实施若干重大工程或计划,完善激励机制,设立未来农业专项,加强和创新农业新质生产力支持体系,加强对农业农村基础设施和公共服务能力建设的支持,等等。

高水平科技自立自强的内涵特征、评价指标与实现路径

高水平科技自立自强是高水平科技自立和高水平科技自强的有机统一,具有自主性、引领性、开放性、体系性、可持续性等重要特征。实现高水平科技自立自强的主要标志是关键核心技术自主可控、重要创新成果全球领先、国际科技合作紧密高效、体系化创新支撑能力强、科技创新体制机制完善,可以用关键核心技术自给率、高被引论文占全球比重、三方专利拥有量占全球比重、全社会研发投入与国内生产总值比值、知识产权出口额占全球比重、全球创新指数排名等18个指标进行衡量。经过多年的发展,我国科技自立自强取得明显成效,但也存在原始创新能力还不强、科技生态需要进一步优化等问题,亟须抓住破除体制机制障碍这个关键,深化科技体制改革,加快构筑完善的新型举国体制、原创技术激发机制、开放合作机制、创新生态育成机制和持续投入机制,形成符合科研规律,有效满足国家发展和市场需求,鼓励创新、开放包容、充满活力、系统有效的科技创新体制机制。

科技金融对企业科技创新的影响——以东北地区为例

科技创新是经济增长的第一生产力,科技金融能够有效推动企业创新与科技研发,是经济发展的重要基石。以东北地区为例,分析科技金融对企业创新的影响机制,绘制散点图,发现科技金融能够通过优化企业资本结构,提高科技创新研发投入,分散企业风险,降低金融交易成本,营造良好创业环境,提高企业创新效率,推动企业科技创新发展。完善科技创新配套财政支持,强化高新技术产业建设,健全科技金融融资体系,提升科技金融服务与创新能力等能有效助力东北地区的科技创新与经济发展。

加快形成赋能农业科技创新的金融体系

论文主要探讨了农业科技创新对中国实现农业现代化和农业强国建设的重要性。通过分析国内外成功经验,提出加强金融支持农业科技创新的策略,旨在提升中国农业的质量和国际竞争力。农业科技创新是建立现代农业体系的关键,能显著提高生产力和推动农业可持续发展。文章借鉴了美国、德国、荷兰和日本等国在农业科技创新和金融支持方面的成功经验,指出政府主导、产学研紧密结合、法律制度完善及有效金融支持是农业科技创新成功的关键因素。这些国家通过建立强大的研发体系、推进政策支持、实施合作社模式和专业化经营等策略,有效促进了农业科技进步和农业产业的全面发展。科技创新和金融支持是推动中国农业产业转型和实现国家全面现代化的关键,需要政府、企业和金融机构等多方共同努力,营造有利于农业科技创新的环境和体系。中国需精准定位,借鉴国际经验,推进农业强国建设。强化金融对农业科技创新的支持,加快农村金融制度建设。建议通过优化政策、创新保险产品、改进金融服务和深化资本市场改革等措施,为农业科技创新提供金融支持。