每经AI快讯，上海市气象局官方微博@上海市天气8月29日中午发布消息，申城已连续24天高温，99年 前的1926年，也是连续24个高温日，稳居历史第一。上海的高温还将持续，打破纪录指日可待。这波连 续的高温将持续到双休日（8月30、31日），最高气温仍可达37℃。 （文章来源：每日经济新闻） ...

上海市气象局官方微博@上海市天气8月29日中午发布消息，申城已连续24天高温，99年前的1926年，也是连续24个高温日，稳居历史第 一。 上海的高温还将持续，打破纪录指日可待。这波连续的高温将持续到双休日（8月30、31日），最高气温仍可达37℃。 上海市天气 WI》 2小时前 来自 微博网页版 #上海连续高温平百年纪录# 今日徐家汇站35度get! 申城已连续24天高温，99年 前的1926年，也是连续24个高温日，稳居历史第一。今日我们刷平历史纪录，且 高温还将持续，打破纪录指日可待��对此，你想说 #上海连续高温超20天# 团 收起 | | 旅转 | 马 查看大图 ce 用户登录 1℃ 预警中心 A B 实况查询 湿度50% 本时次雨量0mm 空气质量 20 风速4.2m/s 能见度19983m 决策报告 露点23.1℃ 天气追踪 贸 徐家汇气象站11:35采集 I 下载财联社APP获取更多资讯 准确 快速 权威 专业 7x24h电报 头条新闻 实时盯盘 VIP资讯 6 @上海市天气 ...

昨天，上海中心城区最高气温定格36.9℃，迎来今年第42个高温日。从8月6日以来，上海已经连续 23天出现高温。徐家汇气象站自1873年有气象观测记录以来，夏季最长连续高温天数为24天。今天的最 高气温预计可达37℃，这意味着今年的连续高温日数有望追平历史纪录。 预报显示，到本月底，上海最高气温都将保持在35℃以上，申城或将首次出现8月中下旬高温"大满 贯"。随着副热带高压减弱，上海下周初高温暂歇，周三起最高气温又将升至高温线附近。 记者 戚颖璞 ...

受南海热带低压影响，8月29日至30日，广东西南部、广西南部、海南岛等地部分地区有大到暴雨，其中，广东西南 部、海南岛北部和东部等地部分地区有大暴雨。南海大部、中沙群岛、西沙群岛、南沙群岛和黄岩岛附近海域、北部 湾、琼州海峡、广东沿海、广西沿海、海南岛沿海有6～7级大风，其中海南岛南部和东部近海、广东中西部近海风力 有8级，阵风9～10级，部分海域风力达9级，阵风10级。 中新网8月29日电 据中央气象台网站消息，昨日，四川、辽宁、吉林等地出现强降雨天气，其中四川盆地西部局地出 现特大暴雨，重庆至长江中下游地区高温天气持续。预计未来三天，山东、辽宁、吉林等地仍有较强降雨，受热带低 压影响华南南部和南海大部有较强风雨天气，需防范暴雨次生灾害，华南沿海防范大风不利影响。江汉、江南、四川 盆地东部等地高温持续，关注变化趋势及影响。 热带低压将影响华南地区 此外，8月29日至9月1日，黄淮、江淮、江汉、江南北部、四川盆地、东北等地先后有小到中雨或阵雨，其中，山东 中东部、安徽北部、江苏中北部、湖北东部、辽宁东部、吉林东部等地部分地区有大到暴雨，局地有大暴雨，并伴有 短时强降水，局地有雷暴大风等强对流天气。 江南等地有 ...

资讯编辑：沈一冰 021-26093395 资讯监督：乐卫扬 021-26093827 资讯投诉：陈跃进 021-26093100 中央气象台8月29日6时继续发布高温黄色预警：预计8月29日白天，山东中南部、河南东部、安徽、江苏、上海、湖 北东部、湖南东部、江西、浙江大部、福建北部、重庆中部、广西东北部、广东中北部、新疆吐鲁番盆地和南疆盆 地等地有35℃以上高温天气，其中，苏皖南部、湖北东部、湖南东部、江西大部、浙江中北部、重庆中部、新疆吐 鲁番盆地和南疆盆地等地部分地区最高气温37～39℃，局地可达40℃以上。 ...

预报显示，到本月底，上海最高气温都将保持在35℃以上，申城或将首次出现8月中下旬高温"大满 贯"。随着副热带高压减弱，上海下周初高温暂歇，周三起最高气温又将升至高温线附近。 本报讯（记者 戚颖璞）昨天，上海中心城区最高气温定格36.9℃，迎来今年第42个高温日。从8月6日以 来，上海已经连续23天出现高温。徐家汇气象站自1873年有气象观测记录以来，夏季最长连续高温天数 为24天。今天的最高气温预计可达37℃，这意味着今年的连续高温日数有望追平历史纪录。 ...

Group 1: Weather Impact - The city of Hangzhou has experienced a record-breaking 24 consecutive days of high temperatures in August, influenced by the subtropical high-pressure system [1] - The highest temperature recorded in Zhejiang province on August 27 was 38.8°C in Lanxi, with Hangzhou reaching 38.3°C [1] - The subtropical high-pressure system is expected to persist, with temperatures potentially exceeding 39°C before August 31 [1] Group 2: Business Response - A local Lanzhou noodle shop in Hangzhou closed its doors due to the extreme heat, with the owner returning to his hometown in Qinghai to escape the high temperatures [2][6] - The owner, who has been operating in Hangzhou for over ten years, mentioned that he often closes his shops during summer to avoid the heat, indicating a pattern of seasonal business disruption [6] Group 3: Agricultural Impact - The high temperatures have caused some West Lake Longjing tea trees to suffer from leaf discoloration and damage due to scorching [7][9] - Tea farmers are implementing emergency measures such as irrigation to protect the tea trees, which are currently in the bud-growing phase [9][10] - The use of shade nets in tea gardens is also being employed to reduce direct sunlight exposure and minimize water evaporation from the soil [10]

Group 1 - Heavy rainfall in northern China is moving towards the northeast, with significant downpours reported in multiple regions including Beijing, Tianjin, and Hebei [3] - The southern coastal areas are expected to experience heavy rain due to a developing tropical disturbance in the South China Sea, with increased rainfall anticipated over the next two days [3][4] - The Central Meteorological Observatory forecasts heavy rain in various regions, including parts of Sichuan, Guangdong, and northeastern provinces [3][4] Group 2 - High temperatures are expected to persist across a wide area, particularly in regions such as the Yellow River Basin, Jiangnan, and parts of Sichuan, with local temperatures reaching around 40°C [5] - A temporary reduction in high temperatures is anticipated from August 30 to early September, with some cities like Hefei and Wuhan expected to see a break from the heat [5] - Despite the temporary relief, areas in Jiangnan are likely to continue experiencing high temperatures, with cities like Nanchang and Shanghai facing prolonged heat conditions [5]

Group 1 - The city of Hangzhou is experiencing its 24th consecutive day of high temperatures, setting a historical record for August [1] - The total number of high-temperature days in August is expected to reach 29, potentially breaking the previous record of 28 days set in 2024 [1] - If the high temperatures persist until September 8, the consecutive high-temperature days could reach 36, surpassing the previous record of 35 days from 2022 [1] Group 2 - The weather pattern is dominated by the subtropical high-pressure system, which is expected to maintain high temperatures in the region [2] - The center of the subtropical high is located near the East China Sea, affecting a large portion of southern China [2] - Despite the potential for some rain on September 1-2, high temperatures are expected to return shortly after [1][2]

Group 1 - The core viewpoint of the articles highlights the extreme weather conditions in Hangzhou, with a record number of high-temperature days and sudden strong convective weather changes [1][2] - Hangzhou experienced its 23rd high-temperature day since August 3, tying the historical record for consecutive high-temperature days in August [1] - The sudden drop in temperature from 39.2°C to 34.1°C was attributed to the influence of cold air from North China and adjustments in the subtropical high-pressure system [1] Group 2 - The forecast for the upcoming week indicates maximum temperatures will remain between 37°C and 39°C, with some areas exceeding 40°C, leading to the continuation of high-temperature orange warning signals [2] - Strong convective weather is expected to occur on Tuesday afternoon, with thunderstorms likely across the province, bringing short-term heavy rain and strong winds [2] - Despite the arrival of "Chushu" (the end of summer), high temperatures are expected to persist, with the potential for an "autumn tiger" effect, indicating prolonged heat [2]