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《2025碳普惠发展白皮书》
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玩游戏、记碳账本走进联合国,看看COP30如何吸引年轻人
当联合国气候变化框架公约》第三十次缔约方大会(COP30)在巴西贝伦落下帷幕,它所达成的"贝伦 一揽子成果"为全球气候治理注入了新的政治动力。而比纸面承诺更具活力的,是会场内外涌现的"青春 底色"——新生代正从气候议题的旁观者,转变为不可或缺的参与者。 应对气候变化未来需要新生代接棒。过去两周,COP30现场不乏青少年代表的参会身影,他们通过代表 团、教育项目、主题活动等多种形式深度参与气候议题 ,展现了年轻一代的担当。 为确保教育效果,韩阳表示,基金会会委托第三方独立评估,通过心理学量表等科学方法测量项目前后 青少年认知与行为的变化。据第三方报告显示,参与游戏化教育活动的青少年中,超过98%愿意再次参 加,男生的游戏沉迷得分显著降低,女生的自尊水平也有所提升。 尽管在跨文化沟通和多语言版本开发上仍面临挑战,但中国企业在游戏化气候教育领域的探索已初见成 效。在这场关乎未来的气候教育创新中,中国企业正用游戏这一特殊语言,与全球下一代建立连接,为 培育气候行动的"新生代"提供着独具特色的中国方案。 记好"碳账本",绿色生活能"变现" 除了面向青少年的游戏化教育,本届COP30,中国企业在推动公众参与气候行动方面也 ...
能链智电出席COP30并牵头发布《2025碳普惠发展白皮书》
Core Insights - The COP30 conference in Brazil highlighted the release of the "2025 Carbon Inclusive Development White Paper," showcasing the achievements of the company in carbon reduction and global energy transition [1][2] - The white paper outlines China's transition from "Universal Carbon Road" to "All-Domain Carbon Reduction," emphasizing public participation and industry collaboration in global climate governance [1] Group 1: Research Findings - The white paper includes a comprehensive analysis of policy evolution, market dynamics, and technological innovations in the carbon inclusive sector [1] - A survey indicated that over 92.16% of platform users are aware of carbon inclusivity, with more than 90% recommending participation, primarily through green travel, which accounts for approximately 90% of participation [1] Group 2: Collaborative Efforts - The white paper was led by the company and involved contributions from various organizations, including universities and corporations, indicating a broad collaborative effort in the carbon inclusive field [2] - The company’s sustainable development manager noted that the white paper serves as an important reference for government, research institutions, and industry players in navigating carbon inclusive development pathways [2] Group 3: Future Outlook - The company anticipates that advancements in artificial intelligence and deeper societal engagement in carbon reduction will expand the application boundaries of carbon inclusivity, leading to new breakthroughs in diverse scenarios [2]