以下文章来源于十分之一信箱 ，作者十分之一编辑部 十分之一信箱 . 与少年读者一起阅读、交流正在发生的大事件。 朋友们，周日好。 从「Knock Knock 世界」的选题投递箱可以观察到——虽然每天新闻这么多，但是家里会聊起来的到底是哪 些。 秋季是促进经济发展的，但是如果大人们不放假的话，那也就不能出去玩， 那怎么促进经济发展呢？ 仗？》，看看里面提到的那些打仗的起因还存在吗？只要这些起因仍在，那么停火协议便并 不可靠。 听到燕子被冻死在北方那一期，就想到前两周的周末，我们一家出去玩的时候，正值桂花 盛开，同时还看到了樱花也开了，我还写了一篇作文《错季的樱花》。 我们江苏南通的天气要比前几年热许多，所以桂花也开晚了；樱花开了，我们想应该是全 球变暖的原因，但是为什么同时北方又有罕见的寒潮，导致候鸟来不及南飞；这些错季的 樱花明年春天还会有能量开放吗？ A：你发现了没？家里会讨论的，首先是「Knock Knock 世界」节目里讲过的呀！ 肯德基卖儿童套餐中送的赠品玩具，他每个套餐都这么送，他能赚 钱吗？ A：这个问题应该要回去复习一下第 69 期《买儿童餐送玩具快乐无比，为何有 地区却禁止这样做？》 地方性的 ...

今秋，日本各地"熊出没"。日本环境省发布的数据显示，仅10月一月，日本全国共有88人遭熊袭击，其 中7人死亡。"熊出没"的频次也大幅增长，且超过七成袭击发生在市区或住宅区附近，搞得相关地区人 心惶惶。 新华社东京11月18日电 记者手记｜日本"熊出没"与政治"怪兽"搞事 回到日本"熊出没"，环境和动物专家指出，深层次原因包括全球变暖导致橡子等冬眠用熊粮歉收、熊栖 息区与人类居住区界线逐渐模糊等。此外，一些熊在尝到人类生活区食品的"甜头"后，也会不断被诱惑 下山觅食。 同样，日本历史修正主义和军国主义"怪兽"出没，也少不了大气候和小气候。 "大气候"是日本战败以来历史认识教育偏差的恶果迎来了从量变到质变的转折点。这里面既有日本战争 世代和战争体验的凋零，有日本历史记忆传承忽视"加害"强调"受害"的缺陷，更因历史修正主义对政 界、媒体界、教育界、学界长期渗透洗脑所致。 10年前，安倍晋三就战败70周年发表"安倍谈话"，称日本人"不能再背负继续谢罪的宿命"，掏空了"村 山谈话"的实质精神。今年是日本战败80周年，但在"安倍谈话"阴影和自民党右翼压力下，石破茂被迫 放弃"石破谈话"，使得以"安倍谈话"为代表的修正主义 ...

Core Insights - The United Nations Environment Programme (UNEP) projects that global cooling demand will triple by 2050, exacerbating global warming and increasing the burden on power grids [1][2] - The report titled "Global Cooling Outlook 2025" highlights that the fastest growth in cooling demand will occur in Africa and South Asia due to rising population, wealth, and extreme heat events [1] Group 1: Environmental Impact - Greenhouse gas emissions related to cooling are expected to rise significantly, reaching 7.2 billion tons of CO2 equivalent by 2050, nearly double the levels of 2022 [1] - UNEP emphasizes the need to rethink cooling as a cornerstone of heat resilience and sustainable development rather than a source of emissions [1] Group 2: Sustainable Cooling Solutions - UNEP recommends adopting "sustainable cooling pathways," focusing on passive cooling technologies, low energy consumption, and hybrid cooling methods that combine fans and air conditioning [2] - If widely implemented, these sustainable cooling methods could reduce greenhouse gas emissions by 64% by 2050, protect 3 billion people from extreme heat, save $17 trillion in energy costs, and avoid $26 trillion in grid investments [2] Group 3: Passive Cooling Strategies - UNEP particularly advocates for passive cooling solutions, such as optimizing wall and roof designs, shading, and improving ventilation, which can lower indoor temperatures by 0.5 to 8 degrees Celsius [2] - The executive director of UNEP stresses that cooling facilities must be regarded as essential infrastructure, akin to water, energy, and sanitation, and that passive, energy-efficient, and nature-based solutions are crucial for meeting growing cooling demands while achieving global climate goals [2]

Core Points - The temporary relocation of Brazil's capital to Belém for COP30 highlights Brazil's commitment to addressing climate change and emphasizes the importance of the Amazon region in global environmental discussions [1][6][10] - COP30 is seen as a critical opportunity for global leaders to address climate commitments and the urgency of climate action, with expectations for significant outcomes [2][10][14] Group 1: Event Details - COP30 is scheduled from November 10 to November 21, 2023, with a high likelihood of extending beyond the planned closure date [2] - The choice of Belém as the venue is intended to bring global attention to the Amazon, which plays a crucial role in regulating the Earth's climate [3][6] - The Brazilian government aims to showcase the Amazon's significance and the need for its protection during the conference [5][6] Group 2: Local Perspectives - Local residents, such as Vinicius and his wife Melissa, express pride in Belém's recognition but also highlight the region's historical neglect and the need for development [4][5] - The local community hopes that COP30 will lead to improvements in infrastructure and urban planning, addressing long-standing issues such as traffic congestion and cultural preservation [8][9] Group 3: Climate Change Context - The Amazon rainforest is referred to as the "lungs of the Earth," and its preservation is critical for global climate stability [3][5] - Reports indicate that climate change is already impacting local weather patterns, with increasing unpredictability in rainfall and rising temperatures [8][9] - The urgency of addressing climate change is underscored by recent scientific reports indicating that the world is approaching critical climate thresholds [9][10] Group 4: Goals and Challenges of COP30 - COP30 is positioned as a "conference of implementation," focusing on actionable commitments rather than mere discussions [11][14] - Key topics include enhancing national contributions to emissions reductions, climate financing, and establishing mechanisms for a just transition for developing countries [14][15] - The conference faces challenges from geopolitical tensions and the need for multilateral cooperation to achieve climate goals [15][16]

Group 1: Last Mile Delivery and Cainiao Station - The "last mile" delivery cost can account for 30%-40% of the total delivery cost, indicating significant expenses in the final delivery stage [3] - Cainiao Group was established in 2013 by Alibaba in collaboration with logistics companies like SF Express and Shentong to improve logistics efficiency and address last-mile delivery challenges [3][4] - As of now, there are over 170,000 Cainiao stations across the country, providing extensive coverage in urban, county, and rural areas [4][5] Group 2: Su Super League - The Su Super League has gained popularity, with over 60,000 spectators attending matches, and it has been broadcasted by major media outlets like CCTV Sports Channel [6] - The league features amateur players from various backgrounds, contributing to its unique appeal and community engagement [8][9] - Despite its success, there are concerns about the sustainability of interest in amateur matches and whether they can enhance the overall level of football [9] Group 3: Climate Change and Bird Migration - Climate change is making bird migration increasingly difficult, affecting the timing and safety of migratory journeys [13] - Changes in temperature patterns and extreme weather events are disrupting traditional migration schedules, posing challenges for species like swallows [13]

Core Insights - A recent study indicates that Greenland is shrinking in size and drifting slowly northwest due to global warming and other factors [1][3] Group 1: Research Findings - The study, conducted by researchers from the Technical University of Denmark and published in the journal "Geophysical Research Letters," analyzed data from 58 global navigation satellite system monitoring stations around Greenland [3] - Greenland is drifting northwest at a rate of approximately 2 centimeters per year, with some areas experiencing uplift while others are sinking [3] - The horizontal crustal movement in Greenland is influenced by three geological forces: tectonic plate interactions, reduced pressure on the bedrock due to glacial melting, and long-term rebound from the last ice age [3] Group 2: Climate Impact - The movement of Greenland highlights how climate change-induced glacial melting is reshaping the surface and affecting geological foundations [3] - Greenland's ice sheet is one of the world's largest freshwater resources, with enough water to potentially raise global sea levels by 7.4 meters [3] - According to the Copernicus Climate Change Service, a 1-centimeter rise in sea level puts approximately 6 million people at risk of coastal flooding globally [3]

Group 1: Energy and Infrastructure - China and ASEAN have established 16 cross-border interconnected power transmission lines, with over 90% of the electricity traded being green energy [2] - As of September, China's new energy storage capacity exceeded 100 million kilowatts, ranking first in the world and accounting for over 40% of global total capacity [3] - The first silicon photonics pilot line in Northwest China has officially commenced operations, marking a significant milestone in the region's silicon chip development [5] Group 2: Automotive Industry - In Shaanxi, the production of new energy vehicles accounted for 66% of the total automotive output in the first three quarters, with a total production of 87.6 million units [4] - The overall automotive production in Shaanxi reached 132.7 million units, reflecting a year-on-year growth of 11.5% [4] Group 3: Environmental Initiatives - Beijing was awarded the "Local Climate Leader" award by the C40 Cities Climate Leadership Group for its climate adaptation project [2] - Australia plans to offer households free access to solar energy for at least three hours daily starting July next year, promoting clean energy usage [6]

Core Viewpoint - Elon Musk proposed a controversial idea of launching an AI satellite to control solar radiation between the Earth and the Sun to combat global warming, which has sparked significant criticism and skepticism from various experts and commentators [2][3][4]. Group 1: Proposal and Reactions - Musk's satellite concept aims to manage solar radiation to either mitigate global warming or induce global cooling [3]. - The AI chatbot Grok, developed by Musk's xAI, warned that managing solar radiation could disrupt global precipitation, agriculture, and ecosystems, potentially causing more harm than good [3]. - Critics argue that no individual or entity should have the authority to manipulate the Earth's climate system, emphasizing that such actions could be seen as playing God [3]. Group 2: Academic and Expert Criticism - Lili Fuhr from the Berlin International Center for Environmental Law described Musk's idea as speculative and potentially harmful to the already fragile ecological systems [4]. - Gustav Andersson, a biologist from Sweden, mocked the proposal by comparing it to a plot from "The Simpsons," where a billionaire manipulates sunlight for personal gain [4]. - Entrepreneur Ram ben Ze'ev cautioned that while the engineering aspect might be feasible, the consequences of reducing sunlight could be catastrophic for global agriculture and oxygen production, even with a slight decrease of 1% to 2% in solar exposure [4].

Core Viewpoint - Elon Musk proposed the idea of a large solar-powered artificial intelligence satellite constellation to combat global warming, which sparked extensive online discussion and debate [3][4]. Group 1: Concept and Mechanism - The concept introduced by Musk is known as space-based solar radiation management, which involves using reflective materials in Earth's orbit to redirect sunlight back into space to cool the planet [4]. - Musk claims that artificial intelligence can facilitate precise and equitable adjustments to the satellite constellation, potentially addressing the challenges of solar radiation management [4]. Group 2: Challenges and Risks - Despite interest from private companies in this cutting-edge field, significant technical, ethical, and environmental challenges have prevented these projects from moving into large-scale implementation [4]. - The unpredictable effects of altering solar radiation on global weather systems pose a risk, as a miscalculation could disrupt rainfall or temperature patterns [4]. - The allocation of solar resources could lead to geopolitical risks, potentially escalating into conflicts or wars [4].

Core Insights - A recent study published in the journal Nature Communications highlights that over 40% of existing and planned offshore wind farms in Asia and Europe are located in areas where wind speeds exceed the maximum design load of certain turbine types, necessitating increased resilience in offshore wind energy infrastructure to cope with extreme wind events related to climate change [1][6][8] Group 1: Research Findings - The study indicates that offshore wind energy is a crucial component in the global transition to renewable energy, and these wind farms must withstand various environmental challenges [3][6] - Analysis of hourly wind speed data from 1940 to 2023 reveals that over 60% of coastal regions globally show a significant upward trend in extreme wind speeds, often linked to changes in weather systems due to global warming [6][8] - The research team found that more than 40% of operational and planned offshore wind farms in Asia and Europe are situated in areas where wind speeds exceed the design load of Class 3 turbines (maximum wind speed of 37.5 meters per second) [6][8] Group 2: Recommendations - The study emphasizes the need for wind energy infrastructure to adapt and mitigate the impacts of extreme winds associated with ongoing climate change [8] - It is recommended that future site selection for wind farms and turbine class choices take into account the long-term trends in regional extreme wind speeds to enhance operational safety [8]