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مباحث عمومی هواشناسی
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توضیح: برای نقل مطالب از مهرداد اجازه گرفتم
mehrdad_teh
http://iw.blogfa.com/post/1467
توضیح: برای نقل مطالب از مهرداد اجازه گرفتم
mehrdad_teh
http://iw.blogfa.com/post/1467
بررسي وضعيت جوي كشور جمعه 31 خرداد 92
با ادامه فعاليت سامانه بارشزا در نوار شمالي كشور، طي امروز جمعه براي شمال غرب، سواحل درياي خزر و به شكل ضعيف در برخي نواحي شمال شرق كشور رگبار، رعد و برق پراكنده پيش بيني مي شود.
شدت بارش ها طي روزهاي جمعه تا شنبه براي استان هاي آذربايجان غربي، شرقي، اردبيل به سمت غرب سواحل خزر براي استان گيلان خواهد بود.
از بعد از ظهر امروز بتدريج از شدت ناپايداري ها در بخش شمال غرب كشور كاسته خواهد شد و عمده بارش ها در نوار ساحلي درياي خزر و ارتفاعات البرز پيش بيني مي شود.
از اواسط روز شنبه 1 تير، از شدت بارش ها در سواحل درياي خزر نيز كاسته شده، اما همچنان بارش هاي پراكنده تا پايان روز دوشنبه در اين نواحي تداوم خواهند داشت.
طي اين مدت در ساير نقاط جوي آرام و پايدار حاكم خواهد بود.
به سبب وزش باد در منطقه عراق امكان ايجاد چشمه گرد و خاك طي 3 روز آينده وجود داشته لذا طي اين مدت در استان هاي غرب و جنوب غرب كشور شامل ايلام، لرستان، خوزستان و بوشهر امكان بروز گرد و غبار، كاهش ديد و افت كيفيت هوا طي مدت مذكور وجود خواهد داشت.
همچنين براي شنبه و يكشنبه با افزايش سرعت باد در استان هاي سيستان وبلوچستان و خراسان جنوبي گرد و خاك پيش بيني مي گردد.
به سبب وزش بادي كه در درياي خزر خواهيم داشت طي امروز تا اواسط روز شنبه دريا مواج و متلاطم پيش بيني مي گردد.
با ادامه فعاليت سامانه بارشزا در نوار شمالي كشور، طي امروز جمعه براي شمال غرب، سواحل درياي خزر و به شكل ضعيف در برخي نواحي شمال شرق كشور رگبار، رعد و برق پراكنده پيش بيني مي شود.
شدت بارش ها طي روزهاي جمعه تا شنبه براي استان هاي آذربايجان غربي، شرقي، اردبيل به سمت غرب سواحل خزر براي استان گيلان خواهد بود.
از بعد از ظهر امروز بتدريج از شدت ناپايداري ها در بخش شمال غرب كشور كاسته خواهد شد و عمده بارش ها در نوار ساحلي درياي خزر و ارتفاعات البرز پيش بيني مي شود.
از اواسط روز شنبه 1 تير، از شدت بارش ها در سواحل درياي خزر نيز كاسته شده، اما همچنان بارش هاي پراكنده تا پايان روز دوشنبه در اين نواحي تداوم خواهند داشت.
طي اين مدت در ساير نقاط جوي آرام و پايدار حاكم خواهد بود.
به سبب وزش باد در منطقه عراق امكان ايجاد چشمه گرد و خاك طي 3 روز آينده وجود داشته لذا طي اين مدت در استان هاي غرب و جنوب غرب كشور شامل ايلام، لرستان، خوزستان و بوشهر امكان بروز گرد و غبار، كاهش ديد و افت كيفيت هوا طي مدت مذكور وجود خواهد داشت.
همچنين براي شنبه و يكشنبه با افزايش سرعت باد در استان هاي سيستان وبلوچستان و خراسان جنوبي گرد و خاك پيش بيني مي گردد.
به سبب وزش بادي كه در درياي خزر خواهيم داشت طي امروز تا اواسط روز شنبه دريا مواج و متلاطم پيش بيني مي گردد.
آسمان استان تهران طي 24 ساعت آينده صاف در بعد ازظهر افزايش ابر، در ارتفاعات با احتمال بارش پراكنده خواهد بود. بيشينه و كمينه دماي هواي تهران به ترتيب بين 34 + و 28 + درجه سلسيوس در نوسان خواهد بود.
وضعيت لحظه اي پارامترهاي هواشناسي شهر تهران (ايستگاه مهر آباد)
آخرین ویرایش:
Amir Mohsen
متخصص بخش هواشناسی
درود بر دوستان
امید ها برای وقوع بارشهای تابستانه در شمالشرق کشور در حال پر رنگ شدن هست :
امید ها برای وقوع بارشهای تابستانه در شمالشرق کشور در حال پر رنگ شدن هست :
Amir Mohsen
متخصص بخش هواشناسی
بر اساس نقشه های امروز این بارشها در بازه زمانی چهارشنبه تا جمعه هفته جاری بوقوع خواهد پیوست.
Amir Mohsen
متخصص بخش هواشناسی
Amir Mohsen
متخصص بخش هواشناسی
جهت و سرعت وزش باد در تراز 300 میلی بار:
تراز 500 میلی بار:
تراز 700 میلی بار:
تراز 850 میلی بار:
تراز 500 میلی بار:
تراز 700 میلی بار:
تراز 850 میلی بار:
Amir Mohsen
متخصص بخش هواشناسی
اینطوریکه نقشه ها نشون میدن ما در تهران هم برای اوایل هفته آینده با بارش خوبی مواجه خواهیم بود.
Amir Mohsen
متخصص بخش هواشناسی
این مطلب هم در نوع خودش خیلی جالبه و تقریبا ما هم در ایران با این پدیده مواجه هستیم و خواهیم بود که درصد و میزان وقوع بارشهای سنگین در برخی نقاط افزایش داشته( مشابه اونچیزی که سال گذشته در شمال شرق ایران رخ داد)!
As Calgary Floods, Scientists Warn of Rising Risks
By Andrew Freedman
Follow @afreedma
The normally tame Bow and Elbow Rivers that course their way through downtown Calgary, Alberta, have taken over the city, transforming Canada's fourth-largest city into North America's Venice. A slow-moving storm system, coming on top of an unusually wet spring, has produced massive flooding across southern Alberta, prompting tens of thousands to hastily evacuate sections of Calgary, and producing surreal images of the city's landmarks, such as the Calgary Stampede grounds, under several feet of water.
Aerial photo of the High River flood in Alberta on Friday.
Credit: Steph Hansen via Twitter.
According to CBC News reports, the resort town of Banff has been cut off from road access after a torrent of water and mud took out a section of the Trans-Canada Highway. The picturesque Banff and Canmore areas to the northwest of Calgary received more than 6 inches of rain on June 20 alone, and have received more than 200 percent of their typical monthly rainfall during the past month.
The situation in Alberta is only the latest example of destructive flooding events that have struck disparate locations in the Northern Hemisphere during the past two months. Germany, Hungary, and the Czech Republic all were deluged with some of their worst flooding in decades during May and June, and torrential downpours related to the South Asian Monsoon killed nearly 600 in India this week, as the mighty Ganges River swelled near Haridwar, about 130 miles north of New Delhi.
While the triggers for each of these flooding events have been unique and complex, involving everything from the location and operation of dams and other water management infrastructure to weather patterns that seemed to get stuck in place, new scientific research shows that during the course of the next several decades, global warming is likely to increase the risk of river flooding events around the world, putting millions more people at risk, especially in rapidly growing developing countries in Southeast Asia, South Asia, eastern Africa, and the northern half of the Andes.
Aerial photo of the flooded Calgary Stampede grounds in Calgary.
Credit: CamMacIntoshCBC via Twitter.
A study published in the journalNature Climate Change on June 9 found that flood frequency as well as the number of people at risk of inundation from flood events are both likely to increase as the world continues to warm.
The physical science behind the findings is relatively simple: as the air and oceans warm, more moisture is added to the atmosphere, giving storms more water vapor to work with and wring out as rain or snow. Studies have already shown an observed increase in extreme precipitation events in parts of the Northern Hemisphere, including a large uptick in heavy precipitation events in the Midwest and Northeastern U.S. However, until the Nature Climate Change study was published, researchers had not yet been able to shed much insight on the changing contours of global river flood risk.
For example, a 2012 report from the U.N. Intergovernmental Panel on Climate Change found “low confidence” in projections of future river flooding.
The new study, by a group of researchers in Japan and the U.K., used 11 updated climate models that incorporated river runoff as well as a range of scenarios for how greenhouse gas emissions may change during the next several decades. Their findings showed that for a majority of the world, the frequency of 100-year flood events would increase, but most especially in parts of Southeast Asia and Africa, where countries are not as capable of coping with such flooding.
For many rivers, the study showed that the 100-year flood, which currently has a 1 percent chance of occurring in any given year, would occur far more frequently in the coming decades — on the order of 10 to 50 years, the report found.
Chart showing the rapid rise of the Elbow River in Alberta.
Credit: Environment Canada.
The study did not project a major increase in flood risk in North America, where the major flooding is now occurring, and the researchers noted mixed signals from the models regarding Central Europe, which is only beginning to recover from the flooding during the past several weeks. However, the authors cautioned against focusing too closely on regional projections.
“Because of uncertainty, it is difficult to clearly mention “this region will be like this, that region will be like that,” the researchers said in a statement to Climate Central. “Projection is different than prediction. However, if the warming unfortunately proceeds, the flood risk on a global scale becomes larger.”
The study clearly showed not only a rising risk of river flooding, but an increase in the population at risk of flooding as well.
Heavy precipitation extremes, which sometimes result in river flooding, have been increasing in much of the U.S. east of the Mississippi River.
Credit: Climate Central.
By overlaying simulated flooded area on top of population data, the researchers were able to estimate the size of the population at risk of flooding. According to the study, global warming-related changes in flood risk could put between 27 and 93 million people in jeopardy of annual flooding, depending on the amount of warming that occurs.
That includes residents of Calgary, who as they wait to reclaim their city, realize there is no strength in numbers as river-flooding impacts rise in tandem with global warming.
As Calgary Floods, Scientists Warn of Rising Risks
- Published: June 21st, 2013 , Last Updated: June 21st, 2013
By Andrew FreedmanFollow @afreedma
The normally tame Bow and Elbow Rivers that course their way through downtown Calgary, Alberta, have taken over the city, transforming Canada's fourth-largest city into North America's Venice. A slow-moving storm system, coming on top of an unusually wet spring, has produced massive flooding across southern Alberta, prompting tens of thousands to hastily evacuate sections of Calgary, and producing surreal images of the city's landmarks, such as the Calgary Stampede grounds, under several feet of water.
Aerial photo of the High River flood in Alberta on Friday.Credit: Steph Hansen via Twitter.
According to CBC News reports, the resort town of Banff has been cut off from road access after a torrent of water and mud took out a section of the Trans-Canada Highway. The picturesque Banff and Canmore areas to the northwest of Calgary received more than 6 inches of rain on June 20 alone, and have received more than 200 percent of their typical monthly rainfall during the past month.
The situation in Alberta is only the latest example of destructive flooding events that have struck disparate locations in the Northern Hemisphere during the past two months. Germany, Hungary, and the Czech Republic all were deluged with some of their worst flooding in decades during May and June, and torrential downpours related to the South Asian Monsoon killed nearly 600 in India this week, as the mighty Ganges River swelled near Haridwar, about 130 miles north of New Delhi.
While the triggers for each of these flooding events have been unique and complex, involving everything from the location and operation of dams and other water management infrastructure to weather patterns that seemed to get stuck in place, new scientific research shows that during the course of the next several decades, global warming is likely to increase the risk of river flooding events around the world, putting millions more people at risk, especially in rapidly growing developing countries in Southeast Asia, South Asia, eastern Africa, and the northern half of the Andes.
Aerial photo of the flooded Calgary Stampede grounds in Calgary.Credit: CamMacIntoshCBC via Twitter.
A study published in the journalNature Climate Change on June 9 found that flood frequency as well as the number of people at risk of inundation from flood events are both likely to increase as the world continues to warm.
The physical science behind the findings is relatively simple: as the air and oceans warm, more moisture is added to the atmosphere, giving storms more water vapor to work with and wring out as rain or snow. Studies have already shown an observed increase in extreme precipitation events in parts of the Northern Hemisphere, including a large uptick in heavy precipitation events in the Midwest and Northeastern U.S. However, until the Nature Climate Change study was published, researchers had not yet been able to shed much insight on the changing contours of global river flood risk.
For example, a 2012 report from the U.N. Intergovernmental Panel on Climate Change found “low confidence” in projections of future river flooding.
The new study, by a group of researchers in Japan and the U.K., used 11 updated climate models that incorporated river runoff as well as a range of scenarios for how greenhouse gas emissions may change during the next several decades. Their findings showed that for a majority of the world, the frequency of 100-year flood events would increase, but most especially in parts of Southeast Asia and Africa, where countries are not as capable of coping with such flooding.
For many rivers, the study showed that the 100-year flood, which currently has a 1 percent chance of occurring in any given year, would occur far more frequently in the coming decades — on the order of 10 to 50 years, the report found.
Credit: Environment Canada.
The study did not project a major increase in flood risk in North America, where the major flooding is now occurring, and the researchers noted mixed signals from the models regarding Central Europe, which is only beginning to recover from the flooding during the past several weeks. However, the authors cautioned against focusing too closely on regional projections.
“Because of uncertainty, it is difficult to clearly mention “this region will be like this, that region will be like that,” the researchers said in a statement to Climate Central. “Projection is different than prediction. However, if the warming unfortunately proceeds, the flood risk on a global scale becomes larger.”
The study clearly showed not only a rising risk of river flooding, but an increase in the population at risk of flooding as well.
Credit: Climate Central.
By overlaying simulated flooded area on top of population data, the researchers were able to estimate the size of the population at risk of flooding. According to the study, global warming-related changes in flood risk could put between 27 and 93 million people in jeopardy of annual flooding, depending on the amount of warming that occurs.
That includes residents of Calgary, who as they wait to reclaim their city, realize there is no strength in numbers as river-flooding impacts rise in tandem with global warming.
این متن به نظرم زیبا بود:
وبلاگ باشگاه زیبایی افکار نوشت:
در عصر یخبندان بسیاری از حیوانات یخ زدند و مردند
خارپشتها وخامت اوضاع را دریافتند
تصمیم گرفتند دور هم جمع شوند
و بدین ترتیب همدیگر را حفظ کنند
ولی خارهایشان یکدیگر را در کنار هم زخمی می کرد
... به ویژه وقتی که نزدیکتر بودند تا گرمتر شوند
به این خاطر بر آن شدند تا از کنار هم دور شوند
و بهمین دلیل از سرما یخ زده، می مردند
از اینرو مجبور بودند برگزینند
یا خارهای دوستان را بپذیرند
و یا نسلشان از روی زمین برچیده شود
آنها دریافتند که باز گردند و گرد هم آیند
آموختند که با زخم های کوچکی که
همزیستی با کسی بسیار نزدیک
بوجود می آورد، زندگی کنند
چون گرمای وجود دیگری مهم تر است
و این چنین توانستند زنده بمانند
بهترین رابطه
این نیست که اشخاص بی عیب و نقص را گرد هم می آورد
بلکه آن است که هر فرد بیاموزد
با «بدی های» دیگران کنار آید
و «خوبی های» آنان را ستایش نماید.
لینک منبع
وبلاگ باشگاه زیبایی افکار نوشت:
در عصر یخبندان بسیاری از حیوانات یخ زدند و مردند
خارپشتها وخامت اوضاع را دریافتند
تصمیم گرفتند دور هم جمع شوند
و بدین ترتیب همدیگر را حفظ کنند
ولی خارهایشان یکدیگر را در کنار هم زخمی می کرد
... به ویژه وقتی که نزدیکتر بودند تا گرمتر شوند
به این خاطر بر آن شدند تا از کنار هم دور شوند
و بهمین دلیل از سرما یخ زده، می مردند
از اینرو مجبور بودند برگزینند
یا خارهای دوستان را بپذیرند
و یا نسلشان از روی زمین برچیده شود
آنها دریافتند که باز گردند و گرد هم آیند
آموختند که با زخم های کوچکی که
همزیستی با کسی بسیار نزدیک
بوجود می آورد، زندگی کنند
چون گرمای وجود دیگری مهم تر است
و این چنین توانستند زنده بمانند
بهترین رابطه
این نیست که اشخاص بی عیب و نقص را گرد هم می آورد
بلکه آن است که هر فرد بیاموزد
با «بدی های» دیگران کنار آید
و «خوبی های» آنان را ستایش نماید.
لینک منبع
navid-mashhad
کاربر ويژه
سلام دوستان
تیر ماه 1383 هم یادم میاد هوا خنک و چند روزی بارانی بود
تیر ماه 84 هم همینطور
تیر ماه 1383 هم یادم میاد هوا خنک و چند روزی بارانی بود
تیر ماه 84 هم همینطور
navid-mashhad
کاربر ويژه
دمای فعلی
مشهد 32+
قوچان 21+
بجنورد 23+
نمیدونم چرا این فصل سال هوای خنک دیر به مشهد میرسه یا کمتر نفوذ می کنه
مشهد 32+
قوچان 21+
بجنورد 23+
نمیدونم چرا این فصل سال هوای خنک دیر به مشهد میرسه یا کمتر نفوذ می کنه
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