昨天（10月6日）是中秋节。受副热带高压增强西伸影响，苏州10月6日早晨的最低气温就有 26.3℃，白天以多云天气为主，气温回升较快，截至下午4时10分，最高气温升到了35.8℃，刷新了苏州 观测站最晚高温日纪录，之前最晚高温日为2022年10月3日。10月6日夜里，天气条件比较适合赏月。 苏州市气象台预计，10月6日夜里多云。10月7日多云到阴，午后局部有短时雷阵雨。北风3～4级。 10月7日早晨的最低气温在26℃左右，白天最高气温在32℃左右。预计10月8日多云有时阴，气温在22℃ ～28℃之间。苏州10月6日夜里的空气质量为良，10月7日上午为优，下午为良。 10月6日到7日，受台风"麦德姆"及其环流将影响，广西、云南等地部分地区雨势强劲；四川盆地和 华北地区等地也降雨频繁。我国北方多地叠加冷空气影响，未来几天气温明显下降，而南方受副热带高 压掌控，暑热持续，江南、华南多地高温顽固。目前来看，苏州新的一周除10月7日午后局部有短时雷 阵雨外，其余时段天气以云系变化为主；未来一周气温整体偏高，受弱冷空气渗透影响，10月7日、8日 气温略有下降，9日起气温又将回升。 ...

记者 戚颖璞 预报显示，未来十天，中心城区最高温均在30℃及以上。10月5日为上海常年平均入秋时间。由于 热力持续"在线"，今年上海入秋偏晚已是板上钉钉。这一现象的核心原因在于副热带高压的异常表现。 相较于常年同期，今年副热带高压不仅强度偏强，位置也明显偏北。 据新华社天津10月5日电 俗话说"十五的月亮十六圆"，今年中秋的月亮印证了这句话，月亮最圆时 刻发生在10月7日11时48分。天文科普专家表示，可于6日晚和7日晚欣赏这轮大圆月亮。 "如果把本年度的满月按照大小'排排个儿'，中秋满月是距离地球第三近的，称得上是一轮'超级月 亮'。"中国天文学会会员、天文科普专家修立鹏说，2025年还有两次近地点满月发生在11月5日夜晚和 12月5日凌晨。 今天是中秋节，预报显示，今天上海最高气温或触及35℃高温线，以多云天气为主，整体天气条件 还是比较适宜赏月的。 记者梳理发现，今年中秋节可能成为自2005年以来最热的中秋节。2005年中秋节是9月18日，气象 资料显示，当天上海气温达35℃。 ...

Core Points - The weather in Suzhou during the National Day and Mid-Autumn Festival holidays has been unusually hot, with high temperatures persisting despite the arrival of autumn [1][2] - The average temperature in late September was 26.7°C, which is 3.8°C higher than the normal for this time of year, marking it as one of the highest recorded [3] - The upcoming cold air is expected to significantly lower temperatures in northern regions, while southern areas, including Suzhou, will continue to experience high temperatures due to the influence of the subtropical high-pressure system [2][3] Summary by Sections Weather Conditions - Suzhou has experienced a prolonged period of heat, with temperatures remaining above 30°C for several days until late September [1][3] - The subtropical high-pressure system has been dominant, leading to high humidity and discomfort for residents [2] Temperature Trends - The average temperature for late September was recorded at 26.7°C, which is close to historical highs for the period [3] - Predictions indicate that the average temperature for early October will still be above normal, with a decrease in precipitation compared to historical averages [3][4] Seasonal Changes - The arrival of the "Han Lu" solar term on October 8 signifies the transition into autumn, but Suzhou has yet to experience a significant drop in temperatures [4] - The standard for autumn onset is a sliding average temperature below 22°C for five consecutive days, which has not yet been met this year [4]

Weather Overview - The typical weather patterns for October are disrupted, with persistent high temperatures in the south and incoming rainstorms, affecting travel plans during the holiday season [1][2]. Rainfall Analysis - Since September, regions from Huaxi to Huanghuai have experienced rainfall levels more than double the normal amounts, with Zhengzhou in Henan recording 327.6 mm, over four times the average [2]. - The next five days will see continued heavy rainfall in the same regions, particularly in northeastern Sichuan and southern Shaanxi, with localized accumulations exceeding 300 mm [2][3]. Typhoon Development - A tropical disturbance east of the Philippines has strengthened into Tropical Depression, expected to become Typhoon "Maidum" and approach the southern coast of China by October 3 [4]. - The typhoon is predicted to strengthen in the South China Sea, with potential landfall in Hainan or the Leizhou Peninsula around October 5 [4][6]. Historical Context - Historically, 82 typhoons have formed during the National Day holiday period from 1949 to 2024, with an average of one typhoon making landfall every 3 to 4 years [4][6].

当国庆遇上中秋，长达8天的"超级黄金周"即将到来，渴望出游的心是否已经蠢蠢欲动？"天气 君"是否给力？假期天气指南来啦，这份专属攻略请收好。 临近假期，副热带高压依旧强盛，此前，杭州已经拿下今年第65个高温日，继续刷新全年高温日数 最多纪录。 市气象台预计，今年国庆假期的副热带高压强度"前无古人"，杭州也将可能迎来历史最热的国庆假 期，10月的高温数据还将创历史新纪录。10月上旬出现这样的天气形势，历史上绝无仅有，比2022年还 要"疯狂"很多。 全省范围内，气温也是较常年偏高态势。据浙江天气网消息，国庆假期总体基调为"晴+热"，"秋老 虎"反扑，10月2日—6日，全省会出现大范围高温天气，7日前后受弱冷空气影响，气温有所下降。 另外，从中国天气网推出的2025国庆中秋假期天气地图来看，这个假期，我国北方大部雨水不多、 利于出行，但华西、黄淮等地降水频繁，华南南部假期后期或有台风雨来扰，出行需携带雨具。同时， 北方冷空气活动频繁，江南、华南等地天气闷热，公众假期出行注意选择合适的着装。 值得注意的是，10月3日开始，副热带高压犹如"铁桶阵"一样，牢牢地控制包括杭州在内的全国南 方大部分地区。且范围越来越大，强 ...

Group 1 - Typhoon "Bolaoi" is expected to pass over the southern sea of Hainan today, leading to increased wind and rain in the South China coastal areas, with some regions experiencing heavy to extremely heavy rainfall [2][4] - The maximum wind force near the center of Typhoon "Bolaoi" is forecasted to reach level 12 (35 m/s), and it is moving northwest at a speed of 25-30 km/h [4] - The Central Meteorological Administration predicts heavy rainfall in various regions, including parts of Hainan Island, with some areas experiencing extremely heavy rainfall [4][8] Group 2 - The impact of Typhoon "Bolaoi" is expected to intensify today, particularly in southern Hainan, where heavy rain is anticipated [2][8] - The western regions, including parts of Shaanxi and Sichuan, are also experiencing prolonged rainfall, raising concerns about secondary disasters such as landslides [1][8] - The weather forecast indicates that the influence of cold air will be weak in the coming week, leading to high temperatures in southern regions, with some areas experiencing temperatures above 30°C [9]

Group 1 - Typhoon "Bolaoi" is expected to pass over the southern sea of Hainan, leading to increased wind and rain in the South China coastal areas, with some regions experiencing heavy to extremely heavy rainfall [2][3][8] - The maximum wind force near the center of Typhoon "Bolaoi" is recorded at level 12 (35 m/s), and it is moving northwest at a speed of 25-30 km/h [3] - Areas such as southern Hainan, southwestern Guangdong, and southwestern Guangxi are forecasted to experience heavy rainfall, with some areas in southern Hainan expected to see extremely heavy rainfall [3][5] Group 2 - The Central Meteorological Observatory warns that from today, the wind and rain in South China will gradually intensify, particularly in southern Hainan where heavy rain is expected [8] - The ongoing autumn rains in the western regions are expected to continue, with areas like Shaanxi and Sichuan facing multiple rainy days [8] - The northern regions are experiencing cooler temperatures due to autumn rains, while southern regions are likely to see high temperatures exceeding 30°C, especially in Fujian and other areas [9]

央视网消息：据中国天气网消息，昨天（9月25日），受"桦加沙"及其外围云系影响，华南多地遭遇强 劲台风雨，局地现大暴雨。预计今天"桦加沙"影响趋于结束，但随着今年第20号台风"博罗依"不断靠 近，28日起华南沿海降雨将再度加强，需保持警惕。随着副热带高压西伸加强，南方多地暑热将再度回 归，福建、浙江等地周末或再迎高温天气。 明天，陕西中南部、河南西部和东北部、山东大部、江苏东部、四川东北部、云南西部、海南岛等地部 分地区有中到大雨，其中，四川盆地西北部、海南岛东南部等地部分地区有暴雨，局地有大暴雨。 后天，西北地区东南部、四川东部、云南北部、广西东南部沿海、广东西南部沿海、海南岛等地部分地 区有大到暴雨，其中，陕西南部、海南岛中南部等地部分地区有大暴雨，局地有特大暴雨。 气象部门提醒，今天，华南沿海降雨将逐渐减弱停歇，但明天随着"博罗依"靠近，海南、广东、广西将 再迎台风雨，需警惕叠加降雨致灾，谨防山体滑坡、中小河流洪水等次生灾害的发生。 南方多地暑热将再度回归 福建浙江等地部分地区周末或现高温 "桦加沙"影响趋于结束 台风"博罗依"来袭华南将再迎台风雨 昨天早晨，"桦加沙"在广西北海沿海二次登陆后，中午前后 ...

Core Insights - The article discusses the unusual climate phenomena in North China this year, characterized by an early and prolonged rainy season, extreme rainfall, and persistent high temperatures, raising concerns about urban safety, energy stability, and climate adaptability [1][2]. Climate Anomalies - This year's rainy season in North China started over 10 days earlier than usual, with record rainfall and temperatures, indicating a significant deviation from historical patterns [2][4]. - The simultaneous occurrence of extreme rainfall and high temperatures is attributed to the abnormal activity of the subtropical high-pressure system, which has disrupted the typical seasonal weather patterns [2][3]. Regional Climate Dynamics - The subtropical high-pressure system has caused a climate differentiation within the North China region, leading to high temperatures in areas under its influence while simultaneously allowing for extreme rainfall in surrounding areas [3][4]. - The stability of the subtropical high-pressure system has resulted in sustained moisture transport to North China, extending the rainy days and increasing cumulative rainfall, which can lead to severe disasters in localized areas [3]. Future Climate Trends - The early onset of the rainy season is considered a rare anomaly and not indicative of a long-term trend, although the frequency and intensity of extreme weather events are expected to become the new norm due to increasing atmospheric volatility [4][9]. - The article highlights the need for vigilance regarding climate change, as the probability of extreme weather occurrences is likely to rise, necessitating improved disaster preparedness and response strategies [4][9]. Disaster Preparedness in Rural Areas - Rural and mountainous areas face greater threats from extreme weather compared to plains, with rapid rainfall accumulation leading to flash floods, particularly in regions with inadequate disaster preparedness [5][7]. - Recommendations for improving disaster response include enhancing early warning systems, optimizing spatial planning to relocate vulnerable structures, and conducting risk drills to raise public awareness [5][7]. Meteorological Challenges - The article identifies challenges in predicting large-scale climate anomalies and monitoring extreme rainfall in mountainous regions, emphasizing the need for advancements in short-term forecasting technologies [6][10]. - The difficulty in accurately predicting extreme weather events poses significant risks, particularly in areas where rapid flooding can occur within hours [6][10]. Regional Disparities in Disaster Response - There are notable differences in disaster preparedness between northern and southern regions of China, with the south having more established mechanisms for dealing with heavy rainfall and flash floods [7][8]. - Northern regions, with lower vegetation cover and soil moisture retention, are more susceptible to severe impacts from similar rainfall events, highlighting the need for enhanced awareness and preparedness in these areas [7][8]. Climate Change and Energy Security - The article discusses the implications of rising global temperatures, with predictions that 2025 may be among the warmest years on record, raising concerns about meeting climate targets set by the Paris Agreement [8][9]. - The increasing volatility of renewable energy sources, such as wind and solar, poses challenges for energy security, necessitating technological solutions to address their inherent instability [9][10]. Urban Climate Resilience - Urban planning must incorporate climate resilience strategies to mitigate the impacts of extreme weather, with a focus on improving drainage systems and urban layouts to prevent flooding and heat island effects [10][11]. - Investment in rural disaster preparedness is prioritized, as rural areas are more vulnerable to extreme weather events, requiring immediate attention to enhance safety and resilience [11].

Group 1: Weather Changes in Hangzhou - Recent cold air has brought a significant drop in temperatures in Hangzhou, with the highest daytime temperature reaching a new low since July [1] - Most areas in the province recorded minimum temperatures between 19℃ and 23℃, indicating a shift towards cooler weather [1] - The return of the subtropical high pressure is expected to raise temperatures again, with forecasts showing maximum temperatures between 29℃ and 31℃ from Monday to Saturday [1] Group 2: Typhoon Updates - The Central Meteorological Observatory reported that the dual typhoons "Haikashan" and "Raccoon" have both intensified to super typhoon levels [2] - "Haikashan" has reached a strength of 16 levels (55 m/s), making it the strongest typhoon in the Northwest Pacific this year [2] - The expected path of "Haikashan" indicates it will make landfall on the Guangdong coast between Wednesday morning and afternoon [2] Group 3: Impact of Typhoon on Zhejiang - The peripheral circulation of "Haikashan" is expected to bring moderate to heavy rain to coastal areas and southern Zhejiang from Monday to Thursday [3] - Areas such as Wenzhou, Taizhou, and Lishui are likely to experience localized heavy rain and even extreme rainfall [3] - Despite not directly targeting Zhejiang, the extensive cloud system of "Haikashan" will still affect the region significantly, necessitating residents to carry rain gear [3]