Hpa an Weather

Weather and Hpa

Receive the Hpa-An weather forecast. Hpa-an's rainy season is oppressive and overcast, the dry season is humid and partly cloudy, and it is hot all year round. Forecast for the weather in Hpa-an, Kayin (Myanmar). This forecast shows the local time for Hpa-. Best time to drive to Hpa-an, including current weather conditions, temperatures and rainfall.

Weather Forecast, Karan State, Myanmar

You can also check the Hpa-An Historic Weather, Text Weather and Weather Maps pages. Historic or past weather forecasts page offers historic weather forecasts from July 1, 2008 to now in 3-hour intervals. The text weather page allows you to get a weather text for the next 14 day and the weather map page shows weather patterns such as temperatures, windspeed, gusts, pressures etc. in graphic view for the next 14-day.

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Weather average in Hpa-an, Myanmar (Burma), all year round

Hpa-an's rainy period is gloomy and arid, the arid period is humid and partially overcast, and it is warm all year round. During the year, the typical annual temperatures vary between 64°F and 95°F and seldom fall below 59°F or above 99°F. The best period for visiting Hpa-an for warm weather activity is from mid-January to mid-March.

It is a 1. 8 month period, from 11 March to 5 May, with an elevated mean daytime heat of over 92°F. April 12th is the warmest of the year with an mean high of 95°F and a low of 78°F. It is a cold time of year for 3. One month, from 11 June to 14 September, with an maximum daytime mean temp below 85°F.

January 3rd is the coolest date of the year with an annual low of 64°F and a high of 85°F. Mean maximum and minimum days (red line) with 25 to 75 th and 10 to 90 th percentiles. Thin dashed line is the corresponding mean observed heat.

In the following illustration, a concise characterisation of the whole year of annual mean surface water usage is shown. It is the date of the year, the time of the year is the horizon of the year, and the colour is the mean price for that time. Mean hrs temp, colour encoded in bands: cooling < 15°F < freeze < 32°F < very cooling < 45°F < cooling < 55°F < cooling < 65°F < convenient < 75°F < heating < 85°F < heating < 95°F < fatiguing.

Nkove, Tanzania (4,878 leagues away) is the farthest strange place with temperature most similar to that of Hpa-an (see comparison). At Hpa-an, the annual mean cloud cover is highly dependent on season. In Hpa-an, the clear part of the year begins around November 3 and will last 5 years.

By 19 February, the brightest of the year, the skies are clear, mostly clear or partially overcast 71% of the year, and covered or heavily clouded 29% of the year. Most of the year starts around April 19th and takes 6 years. June 15th, the most cloudy of the year, the skies are 93% clear or very clear and 7% clear, mostly clear or partially clear.

Proportion of total amount of air travel in each ceiling strip, categorised by the amount of clear < 20% < mostly clear < 40% < partially cloudy < 60% < mostly cloudily < 80% < above. In Hpa-an, the probability of rainy weather conditions can vary greatly throughout the year.

More humid seasons last 5. On August 4, the chances of a humid weather are 80%. The dryer time of the year is 6. Smallest chances of a damp morning is 1% on January 25th. Hpa an experienced extremely seasonsal fluctuations of precipitation. It rains for 8 years.

Seven month, from 8 March to 30 November, with 31-day rolling precipitation of at least 0.5-inch. Most of the rains during the 31 era centred around August 1, with an statistic whole group of 13. 9in. During the rainy season 3. from November 30th to March 8th.

Little rains fall around January 27, with an overall collection of 0. 1-inch. Mean precipitation (solid line) collected over a moving interval of 31 days, centred on the relevant date, with 25 to 75 and 10 to 90. Thin dashed line is the corresponding mean fluid equivalents of snow.

Hpa-an's length of days will vary throughout the year. Early morning is June 5th at 5:25 am and the latest is 1h, 7min later at 6:32 am on January 20th. In Hpa-an, daylight savings is not adhered to in 2018.

Contrary to the typical fluctuation between nights and days, the tendency is for the condensation point to vary more gradually so that the temperatures can decrease at nights, while a sultry and humid full moon is followed by a sultry one. Hpa an is subject to considerable fluctuations in the air moisture levels. During the more humid season of the year, from February 10 to December 18, the levels of comforts are humid, depressing, or lousy, at least 68% of the year.

July 22nd is the most sultry date of the year, with the most humid weather 100% of the year. On the most sultry days of the year is January 25th, with the most humid weather in 57% of cases. Proportion of the amount of time passed at different moisture-comforts grades categorised by the following factors: dehydration < 55°F < convenient < 60°F < humid < 65°F < humid < 70°F < depressing < 75°F < drought.

In this section the mean value of the windvector (speed and direction) at a height of 10 metres above the floor is discussed. Winds at a given place are strongly influenced by geographic conditions and other variables, and the current windspeed and heading varies more than the hoursly mean. Hpa-an's mean windspeed per hour is strongly seasonally dependant throughout the year.

For the 4th week of the year the more windy part of the year will be. One month, from 9 May to 12 September, with windspeeds averaging more than 5.5 mph. Most windy is July 28th, with an annual windspeed of 7.6 mph.

A quieter season is for 7. Most quiet of the year is February 2nd, with an annual windspeed of 3.5 mph. Averages of the mean windspeeds per hours (dark grey line), with 25 to 75 and 10 to 90 percent band. Hpa-an's prevailing mean winds per hours vary throughout the year.

Winds come most frequently from the Western Ocean for 1. 8 month, from 31 January to 25 March, with a maximum of 47% on 3 March. Winds come most often from the southern hemisphere for 6. In the 5-month period from 25 March to 9 October, with a record of 66% on 30 May.

Winds come most often from the eastern part for 3. for the 7-month period from 9 October to 31 January, with a record 59% on 1 January. Proportion of Hour in which the mean windspeed comes from each of the four main winds (North, east, southwest and west), except when the mean windspeed is less than 1ph.

The Hpa-an is situated near a large river (e.g. oceans, seas or large lakes). In this section, the mean shallow waters are reported. During the year, the mean tempera ature of the waters varies. Season with warm waters is 1. 9 month, from April 1st to May 31st, with an mean annual summer temperatures above 85°F.

Hottest of the year is May 2nd, with an 86°F mean annual weather. Season with colder waters is 1. 7 month, from 17 December to 8 February, with an mean annual summer temperatures below 81°F. Coldest of the year is January 8th with an mean annual temperatur of 79°F.

Diurnal mean diurnal watermarking ( "purple line"), with 25 to 75 and 10 to 90 centils. In order to characterise how comfortable the weather in Hpa-an is all year round, we calculate two trip values. This touristic evaluation favours clear, rainy weather with ambient conditions between 65°F and 80°F. On the basis of this result, the best season of the year to attend Hpa-an for general open-air touristic activity is from the beginning of December to the end of February, with a top value in the first weeks of January.

Tourist value (filled area) and its components: the value of climate (red line), the value of cloudiness (blue line) and the value of rainfall (green line). There are clear, rainy conditions with 75°F to 90°F waterfall. On the basis of this result, the best season for a stay at Hpa-an for warm weather activity is from mid-January to mid-March, with a record in the third weeks of February.

Strand/bathing value (filled area) and its components: value of water temperatures (red line), value of clouds (blue line) and value of rainfall (green line). Autonomous values for observed temperatures, clouds and overall rainfall are calculated for each lesson between 8:00 and 21:00 on each daily in the analytical timeframe (1980 to 2016).

These values are summarized into a singular total number of points per hour, which is then aggregate into numbers of day, meand ged and flattened over all years in the time frame for each year. The cloudflood value is 10 for fully clear sky, which falls linear to 9 for mostly clear sky and 1 for completely cloudy sky.

The rainfall value is 10 for no rainfall, falls linear to 9 for lane rainfall and to 0.04in or more. The tourist price is 0 for felt values below 50°F, increases linear to 9 for 65°F, to 10 for 75°F, falls linear to 9 for 80°F and to 1 for 90°F or warmer.

We have a beach/pool temp readout of 0 for sensed temp below 65°F, rises linear to 9 for 75°F, 10 for 82°F, falls linear to 9 for 90°F and 1 for 100°F or warmer. Hpa-an's year round weather is so hot that it is not very informative to talk about the vegetation period in this sense.

Proportion of cooling period in different temperatures: cooling < 15°F < freeze < 32°F < very low < 45°F < low < high < 55°F < low < low < 65°F < pleasant < 75°F < high < 85°F < high < 95°F < glowing. Increasing Grade Day is a measurement of the annual storage of thermal energy used to forecast the evolution of plants and animals and is measured as an integer of the thermal energy above a basic level, with any surplus being discarded above a peak level.

During the year, the annual growth rate is 25 th to 75 th and 10 th to 90 th. In this section, all the short-wave sunlight entering the earth's atmosphere every morning reaches the earth's crust over a large area, taking full consideration of seasons, the height of the sun above the horizontal plane and its absorbance by the sun's rays in the sky and other atmosphere components.

Short-wave sunlight is required on avarage days throughout the year. Lighter periods of the year last 2. 1 month, from 15 February to 18 April, with an annual short-wave power of over 6. Lightest light of the year is 27 March with an annual mean of 6.5 kilowatt-hours.

During the dark season it takes 4 years. From May 20 to October 16, the company operates for 9 month with an annual short wave power of less than 4.7 kilowatt hours per sqm. On August 15th, the darkiest date of the year is 4.3 kilowatt-hours on board. Averages of short-wave short-wave sunlight per m2 (orange line) per hour, 25 to 75 and 10 to 90 hours per second.

The geographic co-ordinates of Hpa-an 16. Hpa-an's 2 mile landscape contains only moderate differences in altitude, with a peak alteration of 361 ft and an mean altitude of 47 ft above sealevel. Hpa-an is 2 mile farmland (43%), 25% hydrological (25%) and tree (16%), 10 mile farmland (54%) and tree (23%) and 50 mile farmland (29%) and tree (24%) area.

The following article shows the weather conditions in Hpa-an, on the basis of a statistic study of historic weather data and models from January 1, 1980 to December 31, 2016. We have 2 weather wards close enough to help us estimate the temperatures and points of condensation in Hpa-an. Recordings for each ward are adjusted for the altitude differential between that ward and Hpa-an according to the International Standard Atmosphere and for the rel. variation present in the MERRA-2 space travel period between the two sites.

Hpa-an is calculated as the weight of each item, the weight being in proportion to the inversion of the difference between Hpa-an and a given one. The other weather information, which includes clouds, rainfall, wind velocity and orientation, and sun flow, is taken from NASA's MERRA-2 Modern-Era Retrospective Analysis.

The re-analysis will combine a multitude of large-area readings in a state-of-the-art worldwide weather forecasting tool to recreate the hours' weather histories around the globe on a 50-kilometer raster. The name, location and timezones of places and some airfields are taken from the GeoNames Geographical Database. Timezones for airfields and weather station are provided by AskGeo.com.

Meteorological information is susceptible to faults, failures and other faults. are ( (1) computer modelling, which may have model-based faults, (2) are roughly scanned on a 50 km raster and are therefore not able to recreate the variation of many micro-climates, and (3) have particular difficulties with the weather in some coastlines, especially small isles.

Please also note that our trip values are only as good as the underlying information, that weather at a particular place and at a particular point in times is unforeseeable and fluctuating, and that the values defined reflect a particular category of preference that may not match that of a particular readership.

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