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Snowstorms Throughout History
1 22 December Categories: Winter
Credit
This snow storm consisted of several storms that dropped more than five feet of snow on the New England and New York Colonies between late February and early March. After the last storm had passed in early March, many homes were buried past the first floor and single-story homes were left completely covered. Snowdrifts piled up over the third story of some buildings, shutting roads down for weeks.
These storms were especially brutal to livestock and agriculture. Many animals were killed, and trees were damaged by grazers who were left vulnerable due to the piled up snow. As much as 95 percent of all deer in New England were estimated to have died because of these storms.
The Great Blizzard of 1888 and The Children’s Blizzard
Credit
In March of 1888, three days of heavy snow fell in the entire northeastern United States. On the fourth day, when the snow stopped and the sun started to shine, some states were left with snowdrifts as high as 50 feet. Everything was shut down for more than a week.
Houses burned due to snow-locked fire trucks and hundreds of people died from the cold. Even after spring appeared to be making its appearance, floods created by the snowmelt created havoc. The best thing to come from this storm was the creation of the first underground subway system in Boston.
Credit
The Children’s Blizzard blasted the American Plains on January 12, 1888. It had its greatest impact on children in portions of Nebraska and South Dakota, causing a high proportion of children to be numbered among the storm’s victims. Winds accompanying the storm whipped snow into the air, limiting visibility to near zero which made even the shortest journey difficult at best. But the real killer in this storm was the frigid air advancing behind the low pressure system.
The Great Blizzard of 1899
Credit
This blizzard began small in Florida, dumping a few flakes on Tampa in February of that year. Soon blizzard-like conditions were seen all along the west coast Florida. Moving north, the storm brought plummeting temperatures and more snow. Cape May, N.J. saw an astounding 34 inches of snow.
This storm is also known for bringing temperatures to low-29 degrees in Miami and damaging crops in Cuba.
The Great Lakes Storm of 1913
Credit
At the beginning of the twentieth century, a storm blew through in November and caused more than 250 deaths. Known as “The Big Blow” and “Freshwater Fury,” four days of storms destroyed and stranded 19 ships, and caused the modern equivalent of several hundreds of millions of dollars in damage.
The storm raged for more than 16 hours with winds as high as 90 mph. When it ended, citizens were left to dig out from beneath six-foot snowdrifts. Shipping companies began to design more stable ships and towns along the Great Lakes looked for ways to protect or bury utility cables to protect them from severe weather in the future.
Armistice Day Blizzard
Credit
In early November 1940, the day started out unseasonably warm but as night fell, conditions deteriorated. In the Midwestern U.S., winds reached 80 mph, and snowfall totals up to 27 inches were recorded. At least 145 deaths were attributed to the storm, with half of them being duck hunters who were caught outdoors during the storm. Twenty-foot snowdrifts made it impossible to seek shelter.
The U.S. Weather Bureau was criticized for not having predicted the storm and changes were made so that Chicago would be in full operation 24 hours a day and the Minneapolis-Saint Paul offices were upgraded to be able to issue forecasts as well.
Iran Blizzard
Credit
The world’s worst blizzard in terms of death occurred in Iran of February of 1972 with estimated 4,000 – 5,000 deaths during a storm that lasted a week. Although little information was recorded about this blizzard, contemporary reports said that whole communities were wiped out with the city of Ardakan there were no survivors in the cities of Kakkan and Kumar. In the northwest, near the border of Turkey, the village of Sheklab and its 100 inhabitants were buried by up to eight meters of snow.
Great Blizzard of 1978
Credit
A two-day blizzard hit the New England and New York metropolitan areas in February of 1978. In many places, the snow fell for a solid 33 hours. Billions of dollars worth of damages and hundreds of deaths were left in the end. In Massachusetts, thousands of ill-informed workers were stranded in their offices for days afterwards, and some others were trapped in cars along the side of the road.
The storm happened to occur during a new moon, which created a stronger tide, further exacerbating the damages to seaside communities. Homes, streets, and businesses were washed away by giant waves.
Storm of the Century 1978
Credit
Known as the ’93 Superstorm, the United States saw two days of hurricane winds, tornadoes, and a blizzard that ravaged the east coast. Massive accumulations of snow even appeared in Florida. Buildings were destroyed, tornadoes raged, and lightning strikes caused more than $10 billion in damage. This storm will most likely be remembered as the Big One.
Quebec Ice Storm 1998
Credit
For six days in January, freezing rain fell in Ontario,Quebec, and New Brunswick. Whereas most freezing rain lasts for a few hours, this storm saw more than 80 hours of freezing rain, nearly double the annual average. Trees and hydro wires fell and utility poles and transmission towers came down causing massive power outages, some lasting as long as a month. To date, it is the most expensive natural disaster in Canada.
Lhunze County 2008
Credit
Tibet is already known for bitterly cold weather in the winter, as it is home to some of the world’s tallest mountains, including Mount Everest. Still the snow storm that hit this county in October of 2008 was a shock to many citizens.
Chinese officials reported up to 59 inches of snow depth as some villages saw continuous snow for 36 hours. Only seven deaths were reported, however many buildings collapsed from the amount of snow. Rescue crews fought to clear roads and bring food and aid to those trapped by the storm. The unforgiving storm had detrimental economic effects as local farmers were forced to sell or slaughter large parts of their livestock.
Through the years, winter has brought its fair share of snow, ice, and hail, however these are some of the most significant snowstorms throughout history.
The Great Snow of 1717
Credit
This snow storm consisted of several storms that dropped more than five feet of snow on the New England and New York Colonies between late February and early March. After the last storm had passed in early March, many homes were buried past the first floor and single-story homes were left completely covered. Snowdrifts piled up over the third story of some buildings, shutting roads down for weeks.
These storms were especially brutal to livestock and agriculture. Many animals were killed, and trees were damaged by grazers who were left vulnerable due to the piled up snow. As much as 95 percent of all deer in New England were estimated to have died because of these storms.
The Great Blizzard of 1888 and The Children’s Blizzard
Credit
In March of 1888, three days of heavy snow fell in the entire northeastern United States. On the fourth day, when the snow stopped and the sun started to shine, some states were left with snowdrifts as high as 50 feet. Everything was shut down for more than a week.
Houses burned due to snow-locked fire trucks and hundreds of people died from the cold. Even after spring appeared to be making its appearance, floods created by the snowmelt created havoc. The best thing to come from this storm was the creation of the first underground subway system in Boston.
Credit
The Children’s Blizzard blasted the American Plains on January 12, 1888. It had its greatest impact on children in portions of Nebraska and South Dakota, causing a high proportion of children to be numbered among the storm’s victims. Winds accompanying the storm whipped snow into the air, limiting visibility to near zero which made even the shortest journey difficult at best. But the real killer in this storm was the frigid air advancing behind the low pressure system.
The Great Blizzard of 1899
Credit
This blizzard began small in Florida, dumping a few flakes on Tampa in February of that year. Soon blizzard-like conditions were seen all along the west coast Florida. Moving north, the storm brought plummeting temperatures and more snow. Cape May, N.J. saw an astounding 34 inches of snow.
This storm is also known for bringing temperatures to low-29 degrees in Miami and damaging crops in Cuba.
The Great Lakes Storm of 1913
Credit
At the beginning of the twentieth century, a storm blew through in November and caused more than 250 deaths. Known as “The Big Blow” and “Freshwater Fury,” four days of storms destroyed and stranded 19 ships, and caused the modern equivalent of several hundreds of millions of dollars in damage.
The storm raged for more than 16 hours with winds as high as 90 mph. When it ended, citizens were left to dig out from beneath six-foot snowdrifts. Shipping companies began to design more stable ships and towns along the Great Lakes looked for ways to protect or bury utility cables to protect them from severe weather in the future.
Armistice Day Blizzard
Credit
In early November 1940, the day started out unseasonably warm but as night fell, conditions deteriorated. In the Midwestern U.S., winds reached 80 mph, and snowfall totals up to 27 inches were recorded. At least 145 deaths were attributed to the storm, with half of them being duck hunters who were caught outdoors during the storm. Twenty-foot snowdrifts made it impossible to seek shelter.
The U.S. Weather Bureau was criticized for not having predicted the storm and changes were made so that Chicago would be in full operation 24 hours a day and the Minneapolis-Saint Paul offices were upgraded to be able to issue forecasts as well.
Iran Blizzard
Credit
The world’s worst blizzard in terms of death occurred in Iran of February of 1972 with estimated 4,000 – 5,000 deaths during a storm that lasted a week. Although little information was recorded about this blizzard, contemporary reports said that whole communities were wiped out with the city of Ardakan there were no survivors in the cities of Kakkan and Kumar. In the northwest, near the border of Turkey, the village of Sheklab and its 100 inhabitants were buried by up to eight meters of snow.
Great Blizzard of 1978
Credit
A two-day blizzard hit the New England and New York metropolitan areas in February of 1978. In many places, the snow fell for a solid 33 hours. Billions of dollars worth of damages and hundreds of deaths were left in the end. In Massachusetts, thousands of ill-informed workers were stranded in their offices for days afterwards, and some others were trapped in cars along the side of the road.
The storm happened to occur during a new moon, which created a stronger tide, further exacerbating the damages to seaside communities. Homes, streets, and businesses were washed away by giant waves.
Storm of the Century 1978
Credit
Known as the ’93 Superstorm, the United States saw two days of hurricane winds, tornadoes, and a blizzard that ravaged the east coast. Massive accumulations of snow even appeared in Florida. Buildings were destroyed, tornadoes raged, and lightning strikes caused more than $10 billion in damage. This storm will most likely be remembered as the Big One.
Quebec Ice Storm 1998
Credit
For six days in January, freezing rain fell in Ontario,Quebec, and New Brunswick. Whereas most freezing rain lasts for a few hours, this storm saw more than 80 hours of freezing rain, nearly double the annual average. Trees and hydro wires fell and utility poles and transmission towers came down causing massive power outages, some lasting as long as a month. To date, it is the most expensive natural disaster in Canada.
Lhunze County 2008
Credit
Tibet is already known for bitterly cold weather in the winter, as it is home to some of the world’s tallest mountains, including Mount Everest. Still the snow storm that hit this county in October of 2008 was a shock to many citizens.
Chinese officials reported up to 59 inches of snow depth as some villages saw continuous snow for 36 hours. Only seven deaths were reported, however many buildings collapsed from the amount of snow. Rescue crews fought to clear roads and bring food and aid to those trapped by the storm. The unforgiving storm had detrimental economic effects as local farmers were forced to sell or slaughter large parts of their livestock.
Amir Mohsen
درود دوستان
امروز خدا رو شکر به سورس عظیمی از نقشه های ماهواره ای مربوط به ایران دسترسی پیدا کردم که در این تصاویر همه چیز پیدا میشه برف و یخبندان- دشت کویر-طوفان شن- موج سرما- تصویر ماهواره ای آلوده ترین روز تهران- تصاویر ماهواره ای واقعی از نواحی زلزله زده ایران قبل و بعد از وقوع و .... خلاصه از شیر مرغ تا جون آدمیزاد و از اونجائیکه سایت مذکور با قند شکن باز میشه در آینده ای نزدیک و پس از سر جمع کردن این تصاویر مجموعه گلچینش رو در وبلاگ هوای مشهد قرار خواهم داد:گل:
در اینجا دو تا تصویر رو بعنوان نمونه میذارم:
[SIZE=-1]An unusually severe blizzard swept over Iran on January 8, 2008, bringing extreme cold and deep snow to much of the desert country reported BBC News. The Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA’s Terra satellite captured this pair of the images of the snow on January 9. The lower image shows Iran as it would appear to a person looking at it from space. White snow clings to the mountains in a long east-west arc across the country. The full extent of the snow cover is difficult to gauge, however, because of the clouds that linger over the region. It is difficult to distinguish the white snow from the white clouds.
[SIZE=-1]The top image provides a better idea of where snow accumulated during the blizzard. The image was made with both visible light and short-wave infrared. This particular combination of light energy makes snow and ice pop out, since the frozen water is red, while clouds range from white to orange. The snow cover clearly affected several Iranian cities, including Tehran, Esfahan and Kerman. Fingers of snow stretch far into the southern desert, where snow had not previously been seen in living memory, reported BBC news. According to BBC news, 28 people died because of cold or car crashes related to the unusually heavy snowfall.
[/SIZE]Cold Snap in Southwest Asia - NASA (January 17 - 24, 2008)
Biting cold seized much of southwest Asia throughout January and into February 2008. This image illustrates how much colder temperatures were between January 17 and January 24, 2008, compared to previous years. The image shows land surface temperatures—how cold or hot the land is to the touch—compared to average land surface temperatures in January 2000-2007. In 2008, land surface temperatures were as much as 20 degrees Celsius cooler than in previous years. The overall blue tone of the image reveals cold temperatures throughout the region, but the most intense cold was in Iran, Afghanistan, Turkmenistan, Uzbekistan, and Tajikistan.
The extreme winter conditions were the worst in decades in both Afghanistan and Tajikistan. In Afghanistan, the cold left more than 750 people and 230,000 cattle dead, reported Reuters. Many families rely on cattle for food security, and their loss will likely cause great hardship. Tajikistan was similarly taxed by the severe cold. Even as cold temperatures increased the demand for electricity, power production decreased when inlet streams feeding hydroelectric power plants froze, said the United Nations Office for the Coordination of Humanitarian Affairs on February 11. Tajikistan derives 76 percent of its electricity from hydropower, said the UN. The power shortages left urban areas without heat.
[/SIZE]
درود دوستان
امروز خدا رو شکر به سورس عظیمی از نقشه های ماهواره ای مربوط به ایران دسترسی پیدا کردم که در این تصاویر همه چیز پیدا میشه برف و یخبندان- دشت کویر-طوفان شن- موج سرما- تصویر ماهواره ای آلوده ترین روز تهران- تصاویر ماهواره ای واقعی از نواحی زلزله زده ایران قبل و بعد از وقوع و .... خلاصه از شیر مرغ تا جون آدمیزاد و از اونجائیکه سایت مذکور با قند شکن باز میشه در آینده ای نزدیک و پس از سر جمع کردن این تصاویر مجموعه گلچینش رو در وبلاگ هوای مشهد قرار خواهم داد:گل:
در اینجا دو تا تصویر رو بعنوان نمونه میذارم:
[SIZE=-1]An unusually severe blizzard swept over Iran on January 8, 2008, bringing extreme cold and deep snow to much of the desert country reported BBC News. The Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA’s Terra satellite captured this pair of the images of the snow on January 9. The lower image shows Iran as it would appear to a person looking at it from space. White snow clings to the mountains in a long east-west arc across the country. The full extent of the snow cover is difficult to gauge, however, because of the clouds that linger over the region. It is difficult to distinguish the white snow from the white clouds.
[SIZE=-1]The top image provides a better idea of where snow accumulated during the blizzard. The image was made with both visible light and short-wave infrared. This particular combination of light energy makes snow and ice pop out, since the frozen water is red, while clouds range from white to orange. The snow cover clearly affected several Iranian cities, including Tehran, Esfahan and Kerman. Fingers of snow stretch far into the southern desert, where snow had not previously been seen in living memory, reported BBC news. According to BBC news, 28 people died because of cold or car crashes related to the unusually heavy snowfall.
[/SIZE]Cold Snap in Southwest Asia - NASA (January 17 - 24, 2008)
Biting cold seized much of southwest Asia throughout January and into February 2008. This image illustrates how much colder temperatures were between January 17 and January 24, 2008, compared to previous years. The image shows land surface temperatures—how cold or hot the land is to the touch—compared to average land surface temperatures in January 2000-2007. In 2008, land surface temperatures were as much as 20 degrees Celsius cooler than in previous years. The overall blue tone of the image reveals cold temperatures throughout the region, but the most intense cold was in Iran, Afghanistan, Turkmenistan, Uzbekistan, and Tajikistan.
The extreme winter conditions were the worst in decades in both Afghanistan and Tajikistan. In Afghanistan, the cold left more than 750 people and 230,000 cattle dead, reported Reuters. Many families rely on cattle for food security, and their loss will likely cause great hardship. Tajikistan was similarly taxed by the severe cold. Even as cold temperatures increased the demand for electricity, power production decreased when inlet streams feeding hydroelectric power plants froze, said the United Nations Office for the Coordination of Humanitarian Affairs on February 11. Tajikistan derives 76 percent of its electricity from hydropower, said the UN. The power shortages left urban areas without heat.
[/SIZE]
mohamad$
:
نيم متر برف بر دوش همدان سنگيني ميكندخبرگزاري فارس: كارشناس اداره كل هواشناسي استان همدان گفت: بارش برف تا ارتفاع نيم متر در سطح شهر همدان همچنان ادامه دارد.
نادر پيرتاج امروز در گفتگو با خبرنگار فارس در همدان با بيان وضعيت بارندگي همدان اظهار داشت: با ارزيابي به دست آمده از روز گذشته تاكنون در استان، شهرستان همدان با 40 ميليمتر بارندگي و ارتقاع 20 تا 50 سانتيمتر برف بيشترين بارش را در سطح استان به خود اختصاص داده است. وي اضافه كرد: همچنين شهرستان نهاوند با 39 ميليمتر بارندگي و 30 سانتيمتر برف و ملاير با 2/35 ميليمتر بارش و 12 سانتيمتر ارتقاع برف و بهار با 32 ميليمتر بارش و 15 سانتيمتر برف در رده بعدي قرار دارند، منتهي برف ملاير به دليل گرماي هوا در حال آب شدن است. كارشناس اداره كل هواشناسي همدان با اشاره به آنكه بارش در شهرستانهاي ديگر استان همراه با باران بوده گفت: شهرستان تويسركان با 1/24 ميليمتر بارندگي اغلب باران، اسدآباد با 24 ميليمتر بارش برف و باران و كبودراهنگ با 26 ميليمتر بارش برف و باران مواجه شده است. وي تصريح كرد: كمترين بارندگي در شهرستان رزن با 2 ميليمتر بارش همراه بوده، منتهي هماكنون باد و كولاك شديد با سرعت 70 كيلومتر در ساعت در رزن در حال وزيدن است. پيرتاج همچنين دماي فعلي همدان را حداقل صفر درجه اعلام كرد و افزود: پيش بيني ميشود فردا دماي سطح استان 5 تا 10 درجه كاهش داشته باشد. وي گفت: امروز آسمان سطح استان تمام ابري تا نيمه ابري است و بارش برف و باران در برخي نقاط به تدريج از اواخر روز قطع شده و با كاهش ابر مواجه خواهد شد. كارشناس اداره كل هواشناسي استان همدان خاطر نشان كرد: بارش برف و باران فردا ضعيف و پراكنده بوده و افت دما در استان تا روز جمعه ادامه خواهد داشت. انتهاي پيام/ب20
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فضای مجازی -
شماره : 8801110133
شماره : 8801110133
88/01/11 - 12:13
نيم متر برف بر دوش همدان سنگيني ميكند
نادر پيرتاج امروز در گفتگو با خبرنگار فارس در همدان با بيان وضعيت بارندگي همدان اظهار داشت: با ارزيابي به دست آمده از روز گذشته تاكنون در استان، شهرستان همدان با 40 ميليمتر بارندگي و ارتقاع 20 تا 50 سانتيمتر برف بيشترين بارش را در سطح استان به خود اختصاص داده است. وي اضافه كرد: همچنين شهرستان نهاوند با 39 ميليمتر بارندگي و 30 سانتيمتر برف و ملاير با 2/35 ميليمتر بارش و 12 سانتيمتر ارتقاع برف و بهار با 32 ميليمتر بارش و 15 سانتيمتر برف در رده بعدي قرار دارند، منتهي برف ملاير به دليل گرماي هوا در حال آب شدن است. كارشناس اداره كل هواشناسي همدان با اشاره به آنكه بارش در شهرستانهاي ديگر استان همراه با باران بوده گفت: شهرستان تويسركان با 1/24 ميليمتر بارندگي اغلب باران، اسدآباد با 24 ميليمتر بارش برف و باران و كبودراهنگ با 26 ميليمتر بارش برف و باران مواجه شده است. وي تصريح كرد: كمترين بارندگي در شهرستان رزن با 2 ميليمتر بارش همراه بوده، منتهي هماكنون باد و كولاك شديد با سرعت 70 كيلومتر در ساعت در رزن در حال وزيدن است. پيرتاج همچنين دماي فعلي همدان را حداقل صفر درجه اعلام كرد و افزود: پيش بيني ميشود فردا دماي سطح استان 5 تا 10 درجه كاهش داشته باشد. وي گفت: امروز آسمان سطح استان تمام ابري تا نيمه ابري است و بارش برف و باران در برخي نقاط به تدريج از اواخر روز قطع شده و با كاهش ابر مواجه خواهد شد. كارشناس اداره كل هواشناسي استان همدان خاطر نشان كرد: بارش برف و باران فردا ضعيف و پراكنده بوده و افت دما در استان تا روز جمعه ادامه خواهد داشت. انتهاي پيام/ب20
با گذشت 24 روز از فصل بهار بارش برف چهره شهرستان قوچان را زمستانی کرد بارش برف که از اواخر 24 فروردین آغاز گردید و تا روز بعد نیز ادامه داشت باعث تعطیلی مدارس ابتدایی و راهنمایی شهرستان در شیفت صبح و بعد از ظهر گردید و همچنین رفت آمد وسایل نقلیه را دچار مشکل نمود.
+ نوشته شده توسط ح - ق در سه شنبه 25 فروردین1388 و ساعت 6:44 بعد از ظهر | آرشیو نظرات
؛قوچان- ايشان زاده:يخ زدگي بسياري از لوله هاي آب آشاميدني داخل و قسمت بيروني منازل و برخي اماكن و يخ زدگي و تركيدگي بعضي از كنتورهاي آب در نقاط مختلفي از شهر و تعدادي از روستاهاي شهرستان به دنبال بارش برف و سرماي شديد، عده زيادي از خانواده ها و مردم را دچار مشكلاتي جدي ساخته است. اين مسئله علاوه بر ايجاد مشكل تامين آب آشاميدني براي خانواده ها، از نظر بهداشتي نيز شهروندان را با سختي روبه رو كرده است. بروز اين مسئله باعث شده عده اي فرصت را غنيمت شمرده و به نان و نوايي برسند. حال از روي دلسوزي و نوع دوستي يا به نوعي سودجويي و كسب درآمد از گرفتار شدگان در اين ماجرا؟!... اين افراد با پخش برگه هاي تبليغاتي مدعي بازكردن لوله هاي يخ زده، با استفاده از دستگاه و وسايل جوشكاري هستند البته با دريافت مبالغ زيادي. يكي از شهروندان گفت: باتوجه به اين كه تحمل مشكل بي آبي، آن هم در فصل سرما و يخ بندان و وضعيت نامناسب جوي امسال، بسيار سخت بود، به ناچار بايد هزينه هاي پيشنهادي اين افراد كه بين ٢٠ تا ٣٠ هزار تومان است را پذيرفت. اين افراد با استفاده از دستگاه جوشكاري و دادن شوك به لوله اقدام به باز كردن يخ مي كنند.اين در حالي است كه اين افراد تضميني هم در برطرف شدن مشكل يا جبران وارد آمدن هرگونه خسارت بعدي هم نمي دهند. يكي ديگر از شهروندان گفت: در ساختمان هايي كه لوله هاي پلاستيكي به كار رفته به ويژه در ساختمان هاي جديد، دستگاه جوشكاري، لوله بازكني ها كاربردي ندارد زيرا در صورت استفاده از اين دستگاه ها، لوله هاي پلاستيكي بر اثر حرارت ناشي از آن، ذوب يا دچار تركيدگي و خسارات بعدي خواهد شد و به هر حال بازار بعضي سودجويان و دارندگان دستگاه هاي جوشكاري در قوچان داغ است؟! وي افزود: بعضي از مردم نيز به علت بي تجربگي و اطلاع نداشتن، با ريختن آب جوش بر روي لوله هاي يخ زده يا كنتور آب و در نتيجه تركيدن لوله ها يا كنتور دچار مشكلات و تحمل خسارات بيشتري شده اند كه بهتر بود قبل از بروز هر گونه مشكل در اين زمينه اطلاع رساني هاي گسترده اي از سوي امور آب و فاضلاب شهري همچنين روستايي صورت مي گرفت. در حال حاضر، بسياري از ساكنان مناطق شهري، از جمله حاشيه هاي شهر و شهرك هاي اقماري همچون كوي فرهنگيان ٣ و ٤ ، كوي ارتش و اماكن ديگر مانند مدارس با معضل يخ زدگي و بي آبي مواجهند.
[h=3]انباشت 10متر برف در برخی محورهای خراسان رضویجانشین رئیس پلیس راه خراسان رضوی گفت: در پدیده ای بی سابقه ریزش بهمن در برخی محورهای خراسان رضوی موجب انباشت هشت الی 10 متر برف شد.
سرهنگ ناصر امیاری افزود: این انباشت برف که در محورهای مواصلاتی تربت حیدریه، قوچان و درگز طی دو روز گذشته رخ داد باعث مسدود شدن جاده شد.
او خاطر نشان کرد: کلیه محورهای مواصلاتی و از جمله گردنه های این استان به دلیل بارش باران و برف لغزنده است و رانندگان وسائط نقلیه باید ضمن همراه داشتن زنجیر چرخ با احتیاط کامل رانندگی کنند.
امیاری گفت: با اقدام به موقع پلیس راه خراسان رضوی در بستن جاده ها درمحورهای تربت حیدریه، قوچان و درگز در زمان بارش برف، کولاک و ریزش بهمن از وقوع سوانح ناگوار در این محورها جلوگیری شد.
وی اظهارداشت: با این اقدام به موقع غیر از چهار مورد تصادف جرحی که دو مورد آن وا ژگونی موتورسیکلت بود، شاهد سانحه دیگری نبودیم.
سرهنگ ناصر امیاری افزود: این انباشت برف که در محورهای مواصلاتی تربت حیدریه، قوچان و درگز طی دو روز گذشته رخ داد باعث مسدود شدن جاده شد.
او خاطر نشان کرد: کلیه محورهای مواصلاتی و از جمله گردنه های این استان به دلیل بارش باران و برف لغزنده است و رانندگان وسائط نقلیه باید ضمن همراه داشتن زنجیر چرخ با احتیاط کامل رانندگی کنند.
امیاری گفت: با اقدام به موقع پلیس راه خراسان رضوی در بستن جاده ها درمحورهای تربت حیدریه، قوچان و درگز در زمان بارش برف، کولاک و ریزش بهمن از وقوع سوانح ناگوار در این محورها جلوگیری شد.
وی اظهارداشت: با این اقدام به موقع غیر از چهار مورد تصادف جرحی که دو مورد آن وا ژگونی موتورسیکلت بود، شاهد سانحه دیگری نبودیم.
قوچان زیر برف دفن شد!
اعلام حالت فوق العاده در قوچان
شنبه 5 دیماه 92
خبرگزاری فارس: باگذشت 72 ساعت از آغاز بارش برف در قوچان ، کولاک برف در این شهرستان همچنان ادامه داشته و ارتفاع برف در سطح شهر به بیش از دو متر رسیده است! آب ، برق ، گاز و خطوط ارتباطی شهرستان قطع بوده و تمامی محورهای مواصلاتی شهرستان مسدود است . رییس پلیس راه استان خراسان رضوی هم از گرفتار شدن بیش از 1500 خودرو در محورهای قوچان خبرداد و اظهار امیدواری کرد با تلاش هلال احمر استان و بهبود وضعیت جوی کار امداد رسانی به محاصره شده گان در برف و انتقال آنان به نقاط امن هر چه سریعتر انجام پذیرد . گزارش خبرنگار ما از سطح شهر نیز حاکی از مختل شدن تمامی فعالیتهای عادی شهرستان و تعطیلی کلیه مراکز اداری ، آموزشی و اقتصادی قوچان در پی بارش برف بی سابقه است
رییس جمهور فردا در قوچان
بعد ازظهر امروز دکتر روحانی برای پیگیری روند کمک رسانی به آسیب دیدگان از برف وارد فرودگاه هاشمی نژاد مشهد شد . رییس جمهور فردا صبح به وسیله یک فروند بالگرد وارد قوچان شده تا از نزدیک در جریان مسائل و مشکلات مردم ناشی از برف قرار گرفته و روند کمک رسانی به آسیب دیدگان را پیگیری نماید .
اعلام حالت فوق العاده در قوچان
شنبه 5 دیماه 92
خبرگزاری فارس: باگذشت 72 ساعت از آغاز بارش برف در قوچان ، کولاک برف در این شهرستان همچنان ادامه داشته و ارتفاع برف در سطح شهر به بیش از دو متر رسیده است! آب ، برق ، گاز و خطوط ارتباطی شهرستان قطع بوده و تمامی محورهای مواصلاتی شهرستان مسدود است . رییس پلیس راه استان خراسان رضوی هم از گرفتار شدن بیش از 1500 خودرو در محورهای قوچان خبرداد و اظهار امیدواری کرد با تلاش هلال احمر استان و بهبود وضعیت جوی کار امداد رسانی به محاصره شده گان در برف و انتقال آنان به نقاط امن هر چه سریعتر انجام پذیرد . گزارش خبرنگار ما از سطح شهر نیز حاکی از مختل شدن تمامی فعالیتهای عادی شهرستان و تعطیلی کلیه مراکز اداری ، آموزشی و اقتصادی قوچان در پی بارش برف بی سابقه است
رییس جمهور فردا در قوچان
بعد ازظهر امروز دکتر روحانی برای پیگیری روند کمک رسانی به آسیب دیدگان از برف وارد فرودگاه هاشمی نژاد مشهد شد . رییس جمهور فردا صبح به وسیله یک فروند بالگرد وارد قوچان شده تا از نزدیک در جریان مسائل و مشکلات مردم ناشی از برف قرار گرفته و روند کمک رسانی به آسیب دیدگان را پیگیری نماید .
Amir Mohsen
متخصص بخش هواشناسی
[h=2]خلاصه ای از وضعیت جوی ایستگاه فرودگاه مشهد در سال 2012 میلادی
Historical Weather For 2012 in Mashhad, Iran
Location
This report describes the historical weather record at the Mashhad International Airport (Shahid Hashemi Nejad Airport) (Mashhad, Iran) during 2012. This station has records back to March 1949.
Mashhad has a cold semi-arid steppe climate. The area within 40 km of this station is covered by shrublands (67%), grasslands (21%), and croplands (11%)
Calendar
Daylight saving time (DST) was observed at Mashhad during 2012. There were two time changes during 2012:
2012 was a leap year and thus has 366 days rather than the normal 365. Leap years occur every fourth year and the extra day is always February 29th. In 2012 February 29th falls on a Wednesday.
The summer and winter solstices and the spring and fall equinoxes mark the passing of the seasons. They fall on nearly the same day each year, with differences of a day or two depending on the year. In 2012 they occurred on:
Temperature
The hottest day of 2012 was July 10, with a high temperature of 40°C. For reference, on that day the average high temperature is 35°C and the high temperature exceeds 38°C only one day in ten. The hottest month of 2012 was July with an average daily high temperature of 36°C.
Relative to the average, the hottest day was November 11. The high temperature that day was 33°C, compared to the average of 16°C, a difference of 17°C. In relative terms the warmest month was April, with an average high temperature of 24°C, compared to an typical value of 22°C.
The longest warm spell was from March 30 to April 19, constituting 21 consecutive days with warmer than average high temperatures. The month of July had the largest fraction of warmer than average days with 74% days with higher than average high temperatures.
Temperature
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily low (blue) and high (red) temperature during 2012 with the area between them shaded gray and superimposed over the corresponding averages (thick lines), and with percentile bands (inner band from 25th to 75th percentile, outer band from 10th to 90th percentile). The bar at the top of the graph is red where both the daily high and low are above average, blue where they are both below average, and white otherwise.
The coldest day of 2012 was December 28, with a low temperature of -17°C. For reference, on that day the average low temperature is -1°C and the low temperature drops below -6°C only one day in ten. The coldest month of 2012 was January with an average daily low temperature of -4°C.
Relative to the average, the coldest day was December 28. The low temperature that day was -17°C, compared to the average of -1°C, a difference of 16°C. In relative terms the coldest month was February, with an average low temperature of -2°C, compared to an typical value of 0°C.
The longest cold spell was from March 4 to March 15, constituting 12 consecutive days with cooler than average low temperatures. The month of February had the largest fraction of cooler than average days with 72% days with lower than average low temperatures.
Hourly Temperature Bands
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The full year of hourly temperature reports with the days of the year on the horizontal and the hours of the day on the vertical. The hourly temperature measurement is color coded into meaningful temperature bands: frigid is purple (below -9°C), freezing is blue (-9°C to 0°C), cold is dark green (0°C to 10°C), cool is light green (10°C to 18°C), comfortable is yellow (18°C to 24°C), warm is light red (24°C to 29°C), hot is medium red (29°C to 38°C), sweltering is dark red (above 38°C), and missing data is pink.
Clouds
The clearest month of 2012 was August, with 100% of days being more clear than cloudy. The longest spell of clear weather was from July 26 to September 29, constituting 66 consecutive days that were clearer than they were cloudy.
Cloud Coverage
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The fraction of time spent in each of the five sky cover categories over the course of 2012 on a daily basis. From top (most blue) to bottom (most gray), the categories are clear, mostly clear, partly cloudy, mostly cloudy, and overcast. Pink indicates missing data. Outside of the United States clear skies are often reported ambiguously, leading them to be lumped in with the missing data. The bar at the top of the graph is gray if the sky was cloudy or mostly cloudy for more than half the day, blue if it is clear or mostly clear for more than half the day, and blue-gray otherwise.
The cloudiest month of 2012 was November, with 30% of days being more cloudy than clear. The longest spell of cloudy weather was from December 12 to December 19, constituting 8 consecutive days that were cloudier than they were clear.
Hourly Cloud Coverage
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The full year of hourly cloud coverage reports with the days of the year on the horizontal and the hours of the day on the vertical. The sky cover is color coded: from most blue to most gray, the categories are clear, mostly clear, partly cloudy, mostly cloudy, and overcast. Pink indicates missing data. Outside of the United States clear skies are often reported ambiguously, leading them to be lumped in with the missing data.
Precipitation
This station provides hourly reports of significant weather events at and around the station, but does not report the quantity of precipitation at the station itself. This is common for weather stations located outside of the United States, and for a small subset of stations in the United States that are located at lesser used and smaller airports.
Present Weather Reports
This station reports when significant weather events (including precipitation) are visually observed at or near the station. Such events do not always correspond to measured quantities of liquid equivalent precipitation, such as when the event is near by not at the station, or in the case of solid precipitation that does not melt in the collection basin.
The day in 2012 with the most precipitation observations was January 14. There were 24 hourly weather reports that day (out of a maximum of 24) in which some form of precipitation was observated at or near the station. The month with the most precipitation observations was December, with 108 hourly present weather reports involving some form of precipitation.
Precipitation Reports
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily number of hourly observed precipitation reports during 2012, color coded according to precipitation type, and stacked in order of severity. From the bottom up, the categories are thunderstorms (orange); heavy, moderate, and light snow (dark to light blue); heavy, moderate, and light rain (dark to light green); and drizzle (lightest green). Not all categories are necessarily present in this particular graph. The faint shaded areas indicate climate normals. The bar at the top of the graph is green if any precipitation was observed that day and white otherwise.
As determined by the present weather reports, the longest dry spell was from June 22 to September 29, constituting 100 consecutive days with no observed precipitation. The months July and August were completely without observed precipitation.
The month with the largest fraction of days with at least some observed precipitation was May, with 55% of days reporting some observed precipitation.
Hourly Weather Reports
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The full year of hourly present weather reports with the days of the year on the horizontal and the hours of the day on the vertical. The color-coded categories are thunderstorms (orange); heavy, moderate, and light snow (dark to light blue); heavy, moderate, and light rain (dark to light green); drizzle (lightest green); freezing rain and sleet (light and dark cyan); snow grains (lightest blue); hail (red); fog (gray); and haze (brownish gray).
Liquid Precipitation Reports
In this section we consider only those weather reports that indicate liquid precipitation. For the purposes of this analysis, we include thunderstorms even though some thunderstorms are not accompanied by liquid precipitation.
The month of 2012 with the largest number of those reports was May, with a total of 64 reports. The day with the largest number of those reports was December 12, with a total of 20 reports.
Liquid Precipitation Reports
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily number of hourly observed liquid precipitation reports (including thunderstorms) during 2012, with climate normals (faint shaded areas). The bar at the top of the graph is green if any liquid precipitation was observed that day and white otherwise.
Snow
This station reports both when snow is observed to be falling and the measured depth of the snow on the ground. Both are subject to erroneous reports, but the latter is significantly less reliable. Please bear this in mind when reading this section.
Reports
In this section we consider hourly weather reports that contain an observation of falling snow. These reports do not necessarily correspond to accumulation.
The first reported snow fall in 2012 was on December 15; the last was on March 19. The month of 2012 with the largest number of those reports was December, with a total of 79 reports. The day with the largest number of those reports was December 26, with a total of 24 reports.
Snow Reports
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily number of hourly observed snow reports during 2012, with climate normals (faint shaded areas). The bar at the top of the graph is blue if there was snow fall observed that day and white otherwise.
Depth
Snow depth on the ground is an optional and inconsistently reported part of standard weather reports. It is rarely reported more often than every six hours, it is often skipped, it is often reported erroneously, and a snow depth of zero is normally not distinguished from a missing report. These issues (particularly the last one) make it hard to collect statistics on snow depth with any confidence. To overcome this issue, we base our statistics on only those reports with present non-zero measurements of snow depth. Reports that fail to mention snow that is present, and reports that do not report snow depth because there is no snow on the ground are excluded because they cannot be distinguished from one another.
The first reported accumulation in 2012 was on December 17. The last day of the snow season with snow reported on the ground was March 20. The day with the deepest snow depth was December 27, with an average snow depth of 29.0 cm over the course of the day. The longest stretch of time during which there was always snow on the ground was from January 4 to January 11 (8 consecutive days).
Snow Depth
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
Snow depth on the ground (thick blue line) during 2012 with median value of non-zero reports from previous years (thick faint gray line), and with percentile bands (inner band from 25th to 75th percentile, outer band from 10th to 90th percentile). The bar at the top of the graph is blue if there was snow on the ground that day and white otherwise.
Humidity
Humidity is an important factor in determining how weather conditions feel to a person experiencing them. Hot and humid days feel even hotter than hot and dry days because the high level of water content in humid air discourages the evaporation of sweat from a person's skin.
When reading the graph below, keep in mind that the hottest part of the day tends to be the least humid, so the daily low (brown) traces are more relevant for understanding daytime comfort than the daily high (blue) traces, which typically occur during the night. Applying that observation, the least humid month of 2012 was August with an average daily low humidity of 10%, and the most humid month was January with an average daily low humidity of 54%.
But it is important to keep in mind that humidity does not tell the whole picture and the dew point is often a better measure of how comfortable a person will find a given set of weather conditions. Please see the next section for continued discussion of this point.
Humidity
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily low (brown) and high (blue) relative humidity during 2012 with the area between them shaded gray and superimposed over the corresponding averages (thick lines), and with percentile bands (inner band from 25th to 75th percentile, outer band from 10th to 90th percentile).
Dew Point
Dew point is the temperature below which water vapor will condense into liquid water. It is therefore also related to the rate of evaporation of liquid water. Since the evaporation of sweat is an important cooling mechanism for the human body, the dew point is an important measurement for understanding how dry, comfortable, or humid a given set of weather conditions will feel.
Generally speaking, dew points below 10°C will feel a bit dry to some people, but comfortable to people accustomed to dry conditions; dew points from 10°C to 20°C are fairly comfortable to most people, and dew points above 20°C are increasingly uncomfortable, becoming oppressive around 25°C.
To take some examples, and basing our categorization on the daily high dew point in 2012, January had 31 dry days, no comfortable days, and no humid days; April had 15 dry days, 15 comfortable days, and no humid days; July had 24 dry days, 7 comfortable days, and no humid days; and October had 27 dry days, 4 comfortable days, and no humid days.
Dew Point
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily low (blue) and high (red) dew point during 2012 with the area between them shaded gray and superimposed over the corresponding averages (thick lines), and with percentile bands (inner band from 25th to 75th percentile, outer band from 10th to 90th percentile).
Wind
The highest sustained wind speed was 21 m/s, occurring on May 5; the highest daily mean wind speed was 10 m/s (February 12); and the highest wind gust speed was 10 m/s (March 23).
The windiest month was July, with an average wind speed of 5 m/s. The least windy month was January, with an average wind speed of 2 m/s.
Wind Speed
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily low and high wind speed (light gray area) and the maximum daily wind gust speed (tiny blue dashes).
Visibility
Visibility is the maximum distance at which a given reference object or light can be clearly discerned. In the United States, visibilities that are greater than or equal to 10 miles are typically reported as 10 miles.
The day of 2012 with the lowest average visibility was December 26, with an average visibility of 0.9 km. The month with the lowest average visibility was December, with an average visibility of 5.9 km. With an average visibility of 11.1 km, the month of August had the highest average visibility.
Visibility
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily average visibility, depicted as gray bars encroaching down from the top of the graph.
Cloud Ceiling
The cloud ceiling is the altitude of the lowest layer of clouds that are at categorized as broken (mostly cloudy) or overcast (cloudy). If no such cloud layer exists then the ceiling is unlimited and no value is reported.
The day of 2012 with the lowest average cloud ceiling was December 20, with an average cloud ceiling of 24 m. The month with the lowest average cloud ceiling was January, with an average cloud ceiling of 1500 m. The month of May has the highest average cloud ceiling, with an average cloud ceiling of 4125 m.
Cloud Ceiling
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily average cloud ceiling, depicted as gray bars encroaching down from the top of the graph. Missing data or days with insufficient clouds to define a cloud ceiling are shown as white columns.
Location
This report describes the historical weather record at the Mashhad International Airport (Shahid Hashemi Nejad Airport) (Mashhad, Iran) during 2012. This station has records back to March 1949.
Mashhad has a cold semi-arid steppe climate. The area within 40 km of this station is covered by shrublands (67%), grasslands (21%), and croplands (11%)
Calendar
Daylight saving time (DST) was observed at Mashhad during 2012. There were two time changes during 2012:
- DST started on Wednesday March 21, 2012 at 1:00 am, from IRST (GMT+3.5) to IRDT (GMT+4.5).
- DST ended on Thursday September 20, 2012 at 23:00 pm, from IRDT (GMT+4.5) to IRST (GMT+3.5).
2012 was a leap year and thus has 366 days rather than the normal 365. Leap years occur every fourth year and the extra day is always February 29th. In 2012 February 29th falls on a Wednesday.
The summer and winter solstices and the spring and fall equinoxes mark the passing of the seasons. They fall on nearly the same day each year, with differences of a day or two depending on the year. In 2012 they occurred on:
| Spring Equinox | Tuesday, 20 March 2012. |
|---|---|
| Summer Solstice | Wednesday, 20 June 2012. |
| Fall Equinox | Saturday, 22 September 2012. |
| Winter Solstice | Friday, 21 December 2012. |
Temperature
The hottest day of 2012 was July 10, with a high temperature of 40°C. For reference, on that day the average high temperature is 35°C and the high temperature exceeds 38°C only one day in ten. The hottest month of 2012 was July with an average daily high temperature of 36°C.
Relative to the average, the hottest day was November 11. The high temperature that day was 33°C, compared to the average of 16°C, a difference of 17°C. In relative terms the warmest month was April, with an average high temperature of 24°C, compared to an typical value of 22°C.
The longest warm spell was from March 30 to April 19, constituting 21 consecutive days with warmer than average high temperatures. The month of July had the largest fraction of warmer than average days with 74% days with higher than average high temperatures.
Temperature
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily low (blue) and high (red) temperature during 2012 with the area between them shaded gray and superimposed over the corresponding averages (thick lines), and with percentile bands (inner band from 25th to 75th percentile, outer band from 10th to 90th percentile). The bar at the top of the graph is red where both the daily high and low are above average, blue where they are both below average, and white otherwise.
The coldest day of 2012 was December 28, with a low temperature of -17°C. For reference, on that day the average low temperature is -1°C and the low temperature drops below -6°C only one day in ten. The coldest month of 2012 was January with an average daily low temperature of -4°C.
Relative to the average, the coldest day was December 28. The low temperature that day was -17°C, compared to the average of -1°C, a difference of 16°C. In relative terms the coldest month was February, with an average low temperature of -2°C, compared to an typical value of 0°C.
The longest cold spell was from March 4 to March 15, constituting 12 consecutive days with cooler than average low temperatures. The month of February had the largest fraction of cooler than average days with 72% days with lower than average low temperatures.
Hourly Temperature Bands
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The full year of hourly temperature reports with the days of the year on the horizontal and the hours of the day on the vertical. The hourly temperature measurement is color coded into meaningful temperature bands: frigid is purple (below -9°C), freezing is blue (-9°C to 0°C), cold is dark green (0°C to 10°C), cool is light green (10°C to 18°C), comfortable is yellow (18°C to 24°C), warm is light red (24°C to 29°C), hot is medium red (29°C to 38°C), sweltering is dark red (above 38°C), and missing data is pink.
Clouds
The clearest month of 2012 was August, with 100% of days being more clear than cloudy. The longest spell of clear weather was from July 26 to September 29, constituting 66 consecutive days that were clearer than they were cloudy.
Cloud Coverage
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The fraction of time spent in each of the five sky cover categories over the course of 2012 on a daily basis. From top (most blue) to bottom (most gray), the categories are clear, mostly clear, partly cloudy, mostly cloudy, and overcast. Pink indicates missing data. Outside of the United States clear skies are often reported ambiguously, leading them to be lumped in with the missing data. The bar at the top of the graph is gray if the sky was cloudy or mostly cloudy for more than half the day, blue if it is clear or mostly clear for more than half the day, and blue-gray otherwise.
The cloudiest month of 2012 was November, with 30% of days being more cloudy than clear. The longest spell of cloudy weather was from December 12 to December 19, constituting 8 consecutive days that were cloudier than they were clear.
Hourly Cloud Coverage
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The full year of hourly cloud coverage reports with the days of the year on the horizontal and the hours of the day on the vertical. The sky cover is color coded: from most blue to most gray, the categories are clear, mostly clear, partly cloudy, mostly cloudy, and overcast. Pink indicates missing data. Outside of the United States clear skies are often reported ambiguously, leading them to be lumped in with the missing data.
Precipitation
This station provides hourly reports of significant weather events at and around the station, but does not report the quantity of precipitation at the station itself. This is common for weather stations located outside of the United States, and for a small subset of stations in the United States that are located at lesser used and smaller airports.
Present Weather Reports
This station reports when significant weather events (including precipitation) are visually observed at or near the station. Such events do not always correspond to measured quantities of liquid equivalent precipitation, such as when the event is near by not at the station, or in the case of solid precipitation that does not melt in the collection basin.
The day in 2012 with the most precipitation observations was January 14. There were 24 hourly weather reports that day (out of a maximum of 24) in which some form of precipitation was observated at or near the station. The month with the most precipitation observations was December, with 108 hourly present weather reports involving some form of precipitation.
Precipitation Reports
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily number of hourly observed precipitation reports during 2012, color coded according to precipitation type, and stacked in order of severity. From the bottom up, the categories are thunderstorms (orange); heavy, moderate, and light snow (dark to light blue); heavy, moderate, and light rain (dark to light green); and drizzle (lightest green). Not all categories are necessarily present in this particular graph. The faint shaded areas indicate climate normals. The bar at the top of the graph is green if any precipitation was observed that day and white otherwise.
As determined by the present weather reports, the longest dry spell was from June 22 to September 29, constituting 100 consecutive days with no observed precipitation. The months July and August were completely without observed precipitation.
The month with the largest fraction of days with at least some observed precipitation was May, with 55% of days reporting some observed precipitation.
Hourly Weather Reports
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The full year of hourly present weather reports with the days of the year on the horizontal and the hours of the day on the vertical. The color-coded categories are thunderstorms (orange); heavy, moderate, and light snow (dark to light blue); heavy, moderate, and light rain (dark to light green); drizzle (lightest green); freezing rain and sleet (light and dark cyan); snow grains (lightest blue); hail (red); fog (gray); and haze (brownish gray).
Liquid Precipitation Reports
In this section we consider only those weather reports that indicate liquid precipitation. For the purposes of this analysis, we include thunderstorms even though some thunderstorms are not accompanied by liquid precipitation.
The month of 2012 with the largest number of those reports was May, with a total of 64 reports. The day with the largest number of those reports was December 12, with a total of 20 reports.
Liquid Precipitation Reports
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily number of hourly observed liquid precipitation reports (including thunderstorms) during 2012, with climate normals (faint shaded areas). The bar at the top of the graph is green if any liquid precipitation was observed that day and white otherwise.
Snow
This station reports both when snow is observed to be falling and the measured depth of the snow on the ground. Both are subject to erroneous reports, but the latter is significantly less reliable. Please bear this in mind when reading this section.
Reports
In this section we consider hourly weather reports that contain an observation of falling snow. These reports do not necessarily correspond to accumulation.
The first reported snow fall in 2012 was on December 15; the last was on March 19. The month of 2012 with the largest number of those reports was December, with a total of 79 reports. The day with the largest number of those reports was December 26, with a total of 24 reports.
Snow Reports
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily number of hourly observed snow reports during 2012, with climate normals (faint shaded areas). The bar at the top of the graph is blue if there was snow fall observed that day and white otherwise.
Depth
Snow depth on the ground is an optional and inconsistently reported part of standard weather reports. It is rarely reported more often than every six hours, it is often skipped, it is often reported erroneously, and a snow depth of zero is normally not distinguished from a missing report. These issues (particularly the last one) make it hard to collect statistics on snow depth with any confidence. To overcome this issue, we base our statistics on only those reports with present non-zero measurements of snow depth. Reports that fail to mention snow that is present, and reports that do not report snow depth because there is no snow on the ground are excluded because they cannot be distinguished from one another.
The first reported accumulation in 2012 was on December 17. The last day of the snow season with snow reported on the ground was March 20. The day with the deepest snow depth was December 27, with an average snow depth of 29.0 cm over the course of the day. The longest stretch of time during which there was always snow on the ground was from January 4 to January 11 (8 consecutive days).
Snow Depth
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
Snow depth on the ground (thick blue line) during 2012 with median value of non-zero reports from previous years (thick faint gray line), and with percentile bands (inner band from 25th to 75th percentile, outer band from 10th to 90th percentile). The bar at the top of the graph is blue if there was snow on the ground that day and white otherwise.
Humidity
Humidity is an important factor in determining how weather conditions feel to a person experiencing them. Hot and humid days feel even hotter than hot and dry days because the high level of water content in humid air discourages the evaporation of sweat from a person's skin.
When reading the graph below, keep in mind that the hottest part of the day tends to be the least humid, so the daily low (brown) traces are more relevant for understanding daytime comfort than the daily high (blue) traces, which typically occur during the night. Applying that observation, the least humid month of 2012 was August with an average daily low humidity of 10%, and the most humid month was January with an average daily low humidity of 54%.
But it is important to keep in mind that humidity does not tell the whole picture and the dew point is often a better measure of how comfortable a person will find a given set of weather conditions. Please see the next section for continued discussion of this point.
Humidity
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily low (brown) and high (blue) relative humidity during 2012 with the area between them shaded gray and superimposed over the corresponding averages (thick lines), and with percentile bands (inner band from 25th to 75th percentile, outer band from 10th to 90th percentile).
Dew Point
Dew point is the temperature below which water vapor will condense into liquid water. It is therefore also related to the rate of evaporation of liquid water. Since the evaporation of sweat is an important cooling mechanism for the human body, the dew point is an important measurement for understanding how dry, comfortable, or humid a given set of weather conditions will feel.
Generally speaking, dew points below 10°C will feel a bit dry to some people, but comfortable to people accustomed to dry conditions; dew points from 10°C to 20°C are fairly comfortable to most people, and dew points above 20°C are increasingly uncomfortable, becoming oppressive around 25°C.
To take some examples, and basing our categorization on the daily high dew point in 2012, January had 31 dry days, no comfortable days, and no humid days; April had 15 dry days, 15 comfortable days, and no humid days; July had 24 dry days, 7 comfortable days, and no humid days; and October had 27 dry days, 4 comfortable days, and no humid days.
Dew Point
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily low (blue) and high (red) dew point during 2012 with the area between them shaded gray and superimposed over the corresponding averages (thick lines), and with percentile bands (inner band from 25th to 75th percentile, outer band from 10th to 90th percentile).
Wind
The highest sustained wind speed was 21 m/s, occurring on May 5; the highest daily mean wind speed was 10 m/s (February 12); and the highest wind gust speed was 10 m/s (March 23).
The windiest month was July, with an average wind speed of 5 m/s. The least windy month was January, with an average wind speed of 2 m/s.
Wind Speed
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily low and high wind speed (light gray area) and the maximum daily wind gust speed (tiny blue dashes).
Visibility
Visibility is the maximum distance at which a given reference object or light can be clearly discerned. In the United States, visibilities that are greater than or equal to 10 miles are typically reported as 10 miles.
The day of 2012 with the lowest average visibility was December 26, with an average visibility of 0.9 km. The month with the lowest average visibility was December, with an average visibility of 5.9 km. With an average visibility of 11.1 km, the month of August had the highest average visibility.
Visibility
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily average visibility, depicted as gray bars encroaching down from the top of the graph.
Cloud Ceiling
The cloud ceiling is the altitude of the lowest layer of clouds that are at categorized as broken (mostly cloudy) or overcast (cloudy). If no such cloud layer exists then the ceiling is unlimited and no value is reported.
The day of 2012 with the lowest average cloud ceiling was December 20, with an average cloud ceiling of 24 m. The month with the lowest average cloud ceiling was January, with an average cloud ceiling of 1500 m. The month of May has the highest average cloud ceiling, with an average cloud ceiling of 4125 m.
Cloud Ceiling
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
The daily average cloud ceiling, depicted as gray bars encroaching down from the top of the graph. Missing data or days with insufficient clouds to define a cloud ceiling are shown as white columns.
Amir Mohsen
متخصص بخش هواشناسی
طبق گزارش بالا یکی از روزهای هیجان انگیز پر از رعد و برق بهار 91 یا همون ماه می 2012 روز 18 می هست که ما شاهد آذرخش های شدید و پی در پی و رگبار باران خصوصا در نواحی غرب مشهد بودیم که عمده تغذیه رطوبتی این طوفان آذرخشی از دریای کاسپین برای شهرمون مهیا شده بود:گل:
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
جهت مشاهده ی تصویر در اندازه ی بزرگتر اینجا کلیک نمایید.
| بارش دو متر برف در رشت، محاصره هشت هزار مسافر در برف | ||
واحدهای امداد رسانی به حالت آماده باش درآمده اند و ستادهای ويژه ای در مراکز دولتی، مدارس و مساجد تشکيل شده تا کمک های مورد نياز را در اختيار شهروندان و مسافران در راه مانده قرار دهند اما به علت ادامه بارش برف کمک رسانی به کندی صورت می گيرد. بارش برف کم سابقه در تهران که از چهار روز پيش آغاز شده به طور پراکنده ادامه دارد. در روزهای گذشته تهران بارش برف همه چيز را به حالت تعطيل درآورده و در مناطق شمالی اين شهر بيش از ۸۰ سانتی متر برف باريده است. سازمان هواشناسی اين ميزان بارش برف در تهران را در ۲۵ سال گذشته بی سابقه اعلام کرده است. تمامی مسير های منتهی به شهر رشت و استان گيلان مسدود است. خبرگزاری ايسنا گزارش کرد که حدود هشت هزار مسافر در جاده قزوين - رشت در محاصره برف و کولاک قرار دارند و تلاش برای بازگشايی جاده ادامه دارد. تلويزيون دولتی ايران از قطع برق، گاز و آب در اين شهر خبر داده اما استاندار گيلان گفته است تنها مناطق محدودی با قطعی انرژی رو به رو بوده اند. ارتفاع برف در ديلمان و سياهکل به سه متر و در مسير جيرنده به کليشم و اسالم به خلخال در تالش بيشتر از دو متر و در شهر ماسوله يک متر برف رسيده است. بر اساس گزارش های سازمان هواشناسی بارش برف در نيمه شمالی کشور تا چند روز آينده ادامه خواهد داشت. |
هشدارمديركل هواشناسي گيلان درباره فروريختن بام منازل
خبرگزاري فارس: مدير كل هواشناسي گيلان درباره فرو ريختن بام منازل در شهرستان بندرانزلي هشدار داد.
خبرگزاري فارس: مدير كل هواشناسي گيلان درباره فرو ريختن بام منازل در شهرستان بندرانزلي هشدار داد.
وي در ادامه اظهار داشت: طي مدت 7 روز كه در گيلان برف باريده، ارتفاع برف به بيش از يك متر و 70 سانتي متر رسيده است.
مديركل هواشناسي گيلان گفت: بارش برف در انزلي به يك متر و 70 سانتي متر رسيده كه در 33 سال گذشته بي سابقه بوده است.
محمدرضا رضوي امروز در گفت وگو با فارس، با اشاره به آخرين وضعيت جوي گيلان افزود: بارش برف كماكان تا روز يكشنبه(فردا) ادامه دارد و پس از آن با افزايش نسبي دما و كاهش بارش برف مواجه خواهيم بود.
وي در ادامه اظهار داشت: طي مدت 7 روز كه در گيلان برف باريده، ارتفاع برف به بيش از يك متر و 70 سانتي متر رسيده است.
رضوي با اشاره به وضعيت بارش برف در انزلي يادآور شد: در بارش قبلي، يك متر در بندرانزلي برف باريد كه با شروع مجدد برف بيش از 70 سانتي متر نيز به برف انزلي اضافه شد و اكنون 170 سانتي متر برف در انزلي به زمين نشسته است.
وي تاكيد كرد: با توجه به سنگيني وزن بيش از 150 كيلوگرم برف گيلان، مردم براي فرو ريختن برف سقف منازل و ادارات خود اقدام به برف روبي كنند.
محمد بجنورد
کاربر ويژه
انتشار:دوشنبه 8 آبان 1391 - 14:51:00
سیل در خراسان شمالی/ تاکنون خسارت جانی نداشته است
به گزارش خبرآنلاین؛ بارش باران در استان خراسان شمالی که از دیروز آغاز شده بود تا بامداد امروز ادامه داشت. اداره کل هواشناسی خراسان شمالی از دو روز پیش نسبت به احتمال وقوع سیل در این استان هشدار داده بود که این اتفاق هم افتاد.سیدعلی میرکریمی، مدیرکل مدیریت بحران خراسان شمالی گفت: بارش شدید باران و جاری شدن سیل یکشنبه شب، راه ارتباطی 30 روستای بخش مرزی ˈراز و جرگلانˈ در شمال غربی شهرستان بجنورد را مسدود کرد. وقوع سیل موجب وارد آمدن خساراتی به ابنیه فنی و راه های روستایی این منطقه شده است.او به ایرنا گفت: تاکنون بیشترین خسارات وارده ناشی از سیل شب گذشته به راههای روستایی، ابنیه فنی و محصولات زراعی بخش ˈراز و جرگلانˈ در شمال غربی شهرستان بجنورد گزارش شده است. گروه های راهداری استان خراسان شمالی برای بازگشایی محورهای روستایی به این منطقه اعزام شده اند و تلاش می شود مسیرهای مزبور تا صبح امروز بازگشایی شود.مدیرکل مدیریت بحران استان خراسان شمالی گفت: بارش باران و وقوع سیل به بخش کشاورزی و باغ های این استان نیز آسیب رسانده که بررسی این خسارات از اوایل صبح دوشنبه از سوی کارشناسان جهاد کشاورزی آغاز می شود.میرکریمی احتمال آبگرفتگی واحدهای مسکونی روستایی را رد نکرد و افزود: به دلیل هشدارهایی که از دو روز قبل به روستاییان بخصوص ساکنان حاشیه رودخانه ها داده شده، میزان خسارات وارده به واحدهای مسکونی ناچیز خواهد بود.به گفته او اداره کل هواشناسی خراسان شمالی احتمال وقوع سیل برای امروز را هم هشدار داده است: ستاد مدیریت بحران استان هشدارهای لازم را به مردم داده است. راه ارتباطی 20 روستای بجنورد همچنان مسدود است
بخشدار ˈراز و جرگلانˈ از توابع شهرستان بجنورد در خراسان شمالی به ایرنا گفت: راه ارتباطی 20 روستای این منطقه با وجود گذشت هشت ساعت از فروکش کردن سیل همچنان بسته است.احمد ریواده با اشاره به بسته شدن مسیر 30 روستای این منطقه از دیشب، گفت: با تلاش راهداران اداره کل راه و شهرسازی استان راههای اصلی این منطقه مرزی باز بوده و رفت و آمد در آن برقرار شده است.وی اضافه کرد: علاوه بر آن راه ارتباطی 10 روستای این منطقه نیز از اوایل صبح دوشنبه باز شده و حرکت در آن امکانپذیر شده است.با وجود تلاش راهداران و نیروهای محلی مسیر ارتباطی 20 روستای دیگر این بخش همچنان بسته است و رفت و آمد در این محورها ممکن نیست.بخشدار راز و جرگلان گفت: مدارس روستاهایی که راه آنها بسته است و معلمان در آن بیتوته نداشته اند عملا امروز تعطیل است اما مدارس سایر مناطق این بخش مرزی باز است. پیش بینی می شود با همکاری گروههای راهداری و نیروهای محلی به خصوص پیمانکاران راهسازی حاضر در منطقه، راه مسدود شده دیگر روستاهای این بخش تا ظهر امروز بازگشایی شود.او افزود: بر اساس گزارش اداره کل هواشناسی خراسان شمالی احتمال بارش مجدد باران با شدت بیشتری از عصر دوشنبه در این منطقه وجود دارد و با این روند همچنان نیروهای امدادی منطقه به حالت آماده باش خواهند بود.وی گفت: سیل علاوه بر راهها و ابنیه فنی آن، به بخش کشاورزی به ویژه کشت پاییزه کشاورزان منطقه خسارات زیادی وارد کرده لذا کارشناسان برای برآورد میزان خسارت به مناطق اعزام شده اند.نیمه نخست امسال سیل بیش از 60 میلیارد تومانبه بخش کشاورزی و تاسسیات زیربنایی در خراسان شمالی از جمله راه های روستایی خسارت وارد کرده است. در این مدت سیل جان پنج نفر را در این استان گرفته است.
سیل در خراسان شمالی/ تاکنون خسارت جانی نداشته است
جامعه > حوادث - دیشب بارش باران و جاری شدن سیل راه ارتباطی 30 روستای بخش مرزی ˈراز و جرگلانˈ در شمال غربی شهرستان بجنورد را مسدود کرد.
به گزارش خبرآنلاین؛ بارش باران در استان خراسان شمالی که از دیروز آغاز شده بود تا بامداد امروز ادامه داشت. اداره کل هواشناسی خراسان شمالی از دو روز پیش نسبت به احتمال وقوع سیل در این استان هشدار داده بود که این اتفاق هم افتاد.سیدعلی میرکریمی، مدیرکل مدیریت بحران خراسان شمالی گفت: بارش شدید باران و جاری شدن سیل یکشنبه شب، راه ارتباطی 30 روستای بخش مرزی ˈراز و جرگلانˈ در شمال غربی شهرستان بجنورد را مسدود کرد. وقوع سیل موجب وارد آمدن خساراتی به ابنیه فنی و راه های روستایی این منطقه شده است.او به ایرنا گفت: تاکنون بیشترین خسارات وارده ناشی از سیل شب گذشته به راههای روستایی، ابنیه فنی و محصولات زراعی بخش ˈراز و جرگلانˈ در شمال غربی شهرستان بجنورد گزارش شده است. گروه های راهداری استان خراسان شمالی برای بازگشایی محورهای روستایی به این منطقه اعزام شده اند و تلاش می شود مسیرهای مزبور تا صبح امروز بازگشایی شود.مدیرکل مدیریت بحران استان خراسان شمالی گفت: بارش باران و وقوع سیل به بخش کشاورزی و باغ های این استان نیز آسیب رسانده که بررسی این خسارات از اوایل صبح دوشنبه از سوی کارشناسان جهاد کشاورزی آغاز می شود.میرکریمی احتمال آبگرفتگی واحدهای مسکونی روستایی را رد نکرد و افزود: به دلیل هشدارهایی که از دو روز قبل به روستاییان بخصوص ساکنان حاشیه رودخانه ها داده شده، میزان خسارات وارده به واحدهای مسکونی ناچیز خواهد بود.به گفته او اداره کل هواشناسی خراسان شمالی احتمال وقوع سیل برای امروز را هم هشدار داده است: ستاد مدیریت بحران استان هشدارهای لازم را به مردم داده است. راه ارتباطی 20 روستای بجنورد همچنان مسدود است
بخشدار ˈراز و جرگلانˈ از توابع شهرستان بجنورد در خراسان شمالی به ایرنا گفت: راه ارتباطی 20 روستای این منطقه با وجود گذشت هشت ساعت از فروکش کردن سیل همچنان بسته است.احمد ریواده با اشاره به بسته شدن مسیر 30 روستای این منطقه از دیشب، گفت: با تلاش راهداران اداره کل راه و شهرسازی استان راههای اصلی این منطقه مرزی باز بوده و رفت و آمد در آن برقرار شده است.وی اضافه کرد: علاوه بر آن راه ارتباطی 10 روستای این منطقه نیز از اوایل صبح دوشنبه باز شده و حرکت در آن امکانپذیر شده است.با وجود تلاش راهداران و نیروهای محلی مسیر ارتباطی 20 روستای دیگر این بخش همچنان بسته است و رفت و آمد در این محورها ممکن نیست.بخشدار راز و جرگلان گفت: مدارس روستاهایی که راه آنها بسته است و معلمان در آن بیتوته نداشته اند عملا امروز تعطیل است اما مدارس سایر مناطق این بخش مرزی باز است. پیش بینی می شود با همکاری گروههای راهداری و نیروهای محلی به خصوص پیمانکاران راهسازی حاضر در منطقه، راه مسدود شده دیگر روستاهای این بخش تا ظهر امروز بازگشایی شود.او افزود: بر اساس گزارش اداره کل هواشناسی خراسان شمالی احتمال بارش مجدد باران با شدت بیشتری از عصر دوشنبه در این منطقه وجود دارد و با این روند همچنان نیروهای امدادی منطقه به حالت آماده باش خواهند بود.وی گفت: سیل علاوه بر راهها و ابنیه فنی آن، به بخش کشاورزی به ویژه کشت پاییزه کشاورزان منطقه خسارات زیادی وارد کرده لذا کارشناسان برای برآورد میزان خسارت به مناطق اعزام شده اند.نیمه نخست امسال سیل بیش از 60 میلیارد تومانبه بخش کشاورزی و تاسسیات زیربنایی در خراسان شمالی از جمله راه های روستایی خسارت وارد کرده است. در این مدت سیل جان پنج نفر را در این استان گرفته است.
بارش 110 ميلي متر باران در رشت طي 3 ساعت
خراسان - مورخ سهشنبه 1391/07/04 شماره انتشار 18226
بارش شديد باران اوايل صبح ديروز در طول 20 سال گذشته بيسابقه بود، استاندار گيلان با بيان اين خبر افزود: بارش شديد باران در رشت به گونهاي بود که ظرف مدت 3 ساعت 110 ميلي متر بارندگي گزارش شد که اين ميزان معادل 50 درصد ميانگين بارندگي کشور است. به گزارش ايسنا مهندس هاشم نيا از رفع مشکل آبگرفتگي مناطق بحراني رشت تا 6 ماه آينده خبر داد و افزود: اميدوار هستيم تا 6 ماه آينده مشکل آبگرفتگي در 7 نقطه بحراني رشت حل شود. مهندس کيهان هاشم نيا بااشاره به بارش بارندگي شديد در استان گيلان اظهارداشت: بنا به گزارش هواشناسي بارندگي گيلان در طول ساليان اخير بي سابقه بوده است. وي ميانگين بارش بارندگي در طول روز را 40 ميليمتر بيان کرد. استاندار تصريح کرد: بارش شديد باران که از ساعت چهار بامداد روز گذشته در گيلان باريدن گرفت بيشترين نقاط شهرستانهاي استان از جمله رشت، لاهيجان، لنگرود، شفت، سياهکل و فومن را دچار آبگرفتگي و قطعي برق کرد. هاشم نيا ادامه داد: لاهيجان با 134 ميليمتر بارندگي بيشترين بارش را به خود اختصاص داده است. هاشم نيا از تعطيلي مدارس در نوبت صبح روز گذشته خبر داد و افزود: بهدليل شدت آبگرفتگي در مدارس و خيابان هاي منتهي به آن، مدارس شيفت نوبت عصر نيز در 3 مقطع در شهرهاي رشت، شفت ، لاهيجان، آستانه اشرفيه ، لنگرود ، سياهکل و بخش سردار جنگل فومن تعطيل شد. وي با اشاره به اين که بيشترين مشکلات بارندگي باران مربوط به شهر رشت است گفت: 7 نقطه بحراني در رشت دچار آب گرفتگي شديد شده اند.
خراسان - مورخ سهشنبه 1391/07/04 شماره انتشار 18226
بارش شديد باران اوايل صبح ديروز در طول 20 سال گذشته بيسابقه بود، استاندار گيلان با بيان اين خبر افزود: بارش شديد باران در رشت به گونهاي بود که ظرف مدت 3 ساعت 110 ميلي متر بارندگي گزارش شد که اين ميزان معادل 50 درصد ميانگين بارندگي کشور است. به گزارش ايسنا مهندس هاشم نيا از رفع مشکل آبگرفتگي مناطق بحراني رشت تا 6 ماه آينده خبر داد و افزود: اميدوار هستيم تا 6 ماه آينده مشکل آبگرفتگي در 7 نقطه بحراني رشت حل شود. مهندس کيهان هاشم نيا بااشاره به بارش بارندگي شديد در استان گيلان اظهارداشت: بنا به گزارش هواشناسي بارندگي گيلان در طول ساليان اخير بي سابقه بوده است. وي ميانگين بارش بارندگي در طول روز را 40 ميليمتر بيان کرد. استاندار تصريح کرد: بارش شديد باران که از ساعت چهار بامداد روز گذشته در گيلان باريدن گرفت بيشترين نقاط شهرستانهاي استان از جمله رشت، لاهيجان، لنگرود، شفت، سياهکل و فومن را دچار آبگرفتگي و قطعي برق کرد. هاشم نيا ادامه داد: لاهيجان با 134 ميليمتر بارندگي بيشترين بارش را به خود اختصاص داده است. هاشم نيا از تعطيلي مدارس در نوبت صبح روز گذشته خبر داد و افزود: بهدليل شدت آبگرفتگي در مدارس و خيابان هاي منتهي به آن، مدارس شيفت نوبت عصر نيز در 3 مقطع در شهرهاي رشت، شفت ، لاهيجان، آستانه اشرفيه ، لنگرود ، سياهکل و بخش سردار جنگل فومن تعطيل شد. وي با اشاره به اين که بيشترين مشکلات بارندگي باران مربوط به شهر رشت است گفت: 7 نقطه بحراني در رشت دچار آب گرفتگي شديد شده اند.
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