新发展理念下全民健身场地设施高质量发展思考
High-Quality Development of National Fitness Facilities Under the New Development Concept
李远洋 1陈家起 1蒋全虎 1高奎亭 2冯俊翔3
作者信息
- 1. 南京师范大学体育科学学院,南京 210023
- 2. 山东理工大学体育学院,山东淄博 255000
- 3. 上海体育大学经济管理学院,上海 200438
- 折叠
摘要
运用文献资料、逻辑分析等方法,探究新发展理念下全民健身场地设施高质量发展的应然样态、困境,并提出高质量发展路径.应然样态:质量型、效率型发展的创新引擎充分点燃,协同互补、整体精进的协调机制长效运行,循环节约、低碳先行的绿色动能全面激活,多维融合、互利共生的开放格局显著夯实,惠及全民、共建共赢的共享体系持续优化.困境:创新要素支撑不强,资源供给配置不均,绿色规范践行不足,整体开放水平不高,共建共享程度不深.高质量发展路径:强化创新要素,增强发展效能;优化资源协调,赋能发展格局;聚焦绿色低碳,筑牢发展底座;提升开放能级,消弭发展阻力;深化共建共享,实现发展公平.
Abstract
By using the methods of literature review and logical analysis,this paper explored the expected condition and dilemma of the high-quality development of national fitness facilities under the new development concept,and put forward the high-quality development path.Expected condition:The innovation engine of quality and efficiency development has been fully ignited,the coordination mechanism of synergy and complementarity and overall improvement has been in long-term operation,the green driving force of circular economy and low-carbon development has been fully activated,the opening-up pattern of multi-dimensional integration and mutual benefit has been significantly strengthened,and the sharing system for the benefit of all people has been continuously improved.Dilemma:There is not strong support for innovation factors,uneven allocation of resource supply,insufficient practice of green norms,low overall level of opening up,and not deep co-construction and sharing.High-quality development path:We should strengthen the factors of innovation to make development more effective,optimize resource coordination to empower the development pattern,focus on green and low-carbon development to build a solid foundation for development,raise the level of openness to eliminate resistance to development,and deepen joint contribution and shared benefits to achieve equitable development.
关键词
群众体育/全民健身/场地设施/高质量发展/新发展理念Key words
mass sports/national fitness/facilities/high-quality development/new development concept引用本文复制引用
出版年
2024
NETL
NSTL
万方数据