Core Viewpoint - Climate extremization has become a norm, with global warming leading to intensified rainfall and drought conditions in specific regions, resulting in sudden shifts between drought and flooding [1][3][8]. Group 1: Extreme Weather Events - Recent years have seen a significant increase in extreme weather events globally, with high temperatures, floods, and storms becoming more frequent and intense [5][6]. - In July, the average temperature in Henan Province reached 30.5°C, 3.2°C higher than the historical average, marking the hottest period in 64 years [2]. - Northern China experienced above-average rainfall, with Inner Mongolia recording the highest precipitation for this period since 1961 [2][3]. Group 2: Impact on Agriculture - Extreme weather is adversely affecting major grain-producing areas in China, with high temperatures and heavy rainfall impacting crop growth and increasing irrigation costs [3][14]. - The growth of winter wheat is particularly vulnerable to insufficient low-temperature periods, which can lead to premature ear formation and reduced yields [15]. - High temperatures can cause corn leaves to curl, affecting photosynthesis and increasing water requirements, thus raising irrigation costs for farmers [15]. Group 3: Future Projections and Preparedness - The ongoing climate crisis requires urgent action, with a need for five times the current effort to effectively address climate challenges [11]. - Transitioning to green renewable energy is essential, despite the associated costs, as it presents significant industrial opportunities while mitigating future disaster losses [11]. - The upcoming weather patterns indicate that northern regions may continue to face flooding, while southern areas will experience heightened drought conditions [12]. Group 4: Economic Implications - The volatility of agricultural prices due to extreme weather events is expected to persist, with "weather-related price hikes" becoming more common [16]. - Developing countries may be disproportionately affected by extreme climate events, leading to potential resource conflicts and social instability [17]. - Industries related to agriculture may need to adapt their insurance models and financial tools to better manage the risks associated with climate change [18]. Group 5: Urban Planning and Infrastructure - The concept of sponge cities is being emphasized, but their capacity to handle extreme rainfall is limited, necessitating additional strategies for flood management [19][20]. - Urban planning must evolve to incorporate designs that can effectively manage high temperatures and heavy rainfall, ensuring resilience against climate impacts [18][20].

Group 1 - The "Jinyun County Yangtangtou Area Urban Design Competition" has been launched to solicit design proposals from domestic and international planning, architectural design, consulting, and operation institutions [1][2] - The aim is to empower urban construction through high-level urban design, transforming the Yangtangtou area into a city landmark for mountain-water parks and a model for mountain-water park cities in Zhejiang and China [1] - Jinyun County, known as the "North Gate" of Lishui City, has an ecological pattern characterized by "eight mountains, one water, and one field," and is focusing on enhancing urban quality and vitality through the concept of "mountain-water park city" [1] Group 2 - The design competition is open to domestic and international institutions with relevant design experience, allowing participation from independent legal entities or consortiums [2] - The local government aims to explore the natural endowments and cultural resources of the area to create a harmonious spatial pattern of mountains, water, and urban development, establishing a new benchmark for "mountain-water park cities" with national demonstration significance [2]

新京报讯（记者张璐）5月26日，北京城市副中心举行"十四五"高质量发展成效系列第二场新闻发布 会，副中心责任规划师、社区居委会主任、村党支部书记等发布人结合他们的自身经历，分享了"和谐 宜居副中心"故事。 北京清华同衡规划设计研究院有限公司副中心分院城市设计所副所长、副中心责任规划师李晓楠说，梨 园镇是副中心第一个花园街区建设试点片区。2023年，清华同衡梨园镇责师团队深入调研，参与了梨园 镇花园街区概念规划、花园大道示范项目。 2025年，梨园镇云景东路花园式示范街区竣工并正式亮相，以"梨树"为核心打造阶梯花园、能量驿站、 梨花溪月等多个"老幼友好型"共享空间，针对其中外露的电箱、生硬的围墙等进行格栅美化、软景美 化；在绿带补植地被与花乔，同时增加休憩空间、更新健身设施；营造"一树梨花一溪月"的主题景观， 实现行者有路、坐者有椅、憩者有荫、赏者有景。"百姓推窗见绿、出门进园的美好愿景正在一步一步 变为现实。"他说。 "最值得一提的是废弃锅炉房变身3500平方米家园中心，集养老驿站、托幼空间、医疗站于一体，至今 已为居民服务三年有余。"她说，如今，家园中心成为居民"一站式幸福港湾"，老年助餐服务，让老人 们能 ...

Group 1 - The core idea of the articles emphasizes the transformative impact of AI across various sectors, positioning it as a strategic resource in global technological competition [1] - AI technologies are redefining urban spaces, organizations, and daily life, enhancing efficiency in traditional industries and providing innovative solutions for urban governance and public services [1] - The "Tuanbo AI Future City Design Competition" has been launched, focusing on the theme of "AI Future City with Technology and Humanities," encouraging interdisciplinary collaboration in urban planning and design [3][4] Group 2 - The competition aims to explore the framework of future cities, addressing the integration of new technologies like autonomous driving and robotics into urban planning [6] - Participants are required to consider the relationship between technological systems and urban systems, emphasizing the importance of blending technology with humanistic values in city design [7] - The design requirements include constructing an AI-driven urban framework that incorporates smart technologies into various aspects of city life, such as transportation, community living, and public facilities [10][11] Group 3 - The competition encourages innovative thinking about future living scenarios, integrating AI into residential, work, and entertainment spaces, and promoting the fusion of commercial and lifestyle elements [12] - Participants must also consider the unique geographical and ecological characteristics of the Tuanbo Health City area, proposing development models that harmonize with the natural environment [13] - The competition covers a total area of 9,487 acres, with a focus on a key 818-acre starting zone adjacent to Tianjin Petroleum Vocational Technical College [16][18]