Tachileik WeatherRachileik Weather
Tachilek average weather in Myanmar (Burma).
Weather Forecast, Tachileik, Shan State, Myanmar
The Fraser Islands, in Australia, is the biggest sandy isle in the whole wide range of destinations. Eliza Anne Fraser, who was wrecked in 1836 and taken prisoner by the Aborigines. Antarctica's lowest ever registered cold temperatures on the planet were 135.8° Fahrenheit, August 2010. You can also find the pages Tachileik Historical Weather, Text Weather and Weather Charts.
The page Historic or Past Weather Forecasts offers a historic weather prediction from 1 July 2008 until now in 3-hour intervals. The text weather page allows you to get a weather text abstract for the next 14 calendar nights, and the weather map page shows the weather patterns such as weather conditions, windspeed, gust, pressures, etc. in graphic format for the next 14 calendar nights.
Tachilean climate: Mean temperature, weather per months, tachileik weather mean
Tachileik has a tropic atmosphere. Summer here has a lot of rain, while winter has very little. During one year the mean amount of rains is 1570 mm. February is the dryest one. February brings 10 mm of rain. The largest part of the rains fall here in August with an avarage of 377 mm.
May is the hottest months with an annual mean temperature of 28.0 °C. It is the coolest months of the year, with mean temperature of 19.6°C. Rainfall fluctuates between the dryest and the wetest months by 367 mm. In the course of the year, the temperature fluctuates around 8.4 °C.
Tachilek, Myanmar (Burma), year-round average weather
Tachilek has an overwhelming and cloudy rainy period, the drying period is mostly clear and it is always rainy all year round. During the year the typical annual temperatures vary between 55°F and 93°F and are seldom below 49°F or above 99°F. The best period of the year, depending on the tourist value, is to go to Tachilek for weather activity from the beginning of November to the end of March.
It is a 2. 2 month long period, from 17 March to 24 May, with an annual mean high over 91°F. April 17th is the busiest of the year with an mean high of 93°F and a low of 70°F. Zero month, from 25 November to 27 January, with an intermediate daytime high temp below 83°F.
January 5 is the colder part of the year, with an annual low of 55°F and a maximum of 81°F. This is the maximum (red line) and minimum (blue line) mean annual temp (25th to75th and 10th to 90° centiles). Thin dashed line are the corresponding mean observed temp.
Below you can see a concise characterisation of the whole year of hours mean air conditioning time. Horizonal axle is the date of the year, perpendicular axle is the hours of the days, and colour is the mean temp for that hours and that days. Mean hrs temp, colour encoded in bands: chill < 15°F < freeze < 32°F < very chill < 45°F < chill < 55°F < chill < 65°F < comfortably < 75°F < heat < 85°F < heat < 95°F < braise.
Methylaltoyuca, Mexico (9,360 mile away ) and Ipinda, Tanzania (4,940 mile away) are the far away places with the most similar Tachilek temperature (see comparison). At Tachilek, the mean proportion of cloudy skies during the year is subject to extremely variable seasons. Tachilek's more clear part of the year begins around 21 October and continues until 6 October.
February 21, the brightest clear skies of the year, the skies are clear, mostly clear or partial 79% of the year, and 21% of the year uncovered or heavily forcast. July 17, the windiest of the year, is either 93% or 93% clear, and 7% clear, mostly clear or partially so.
Percent of total spending per ceiling cloud volume divided by percent of clouded sky: clear < 20% < mostly clear < 40% < partially clear < 60% < mostly clear < 80% < clear. Rainy days are days with at least 0.04 inch of rainfall, whether or not in the form of a fluid.
Tachilek's chances of having rainy evenings vary greatly throughout the year. On the basis of this categorisation, the most frequent type of rainfall throughout the year is rainy alone, with a top likelihood of 67% on August 6. This is the proportion of rainfall per single week that is recorded on different kinds of rainfall without traces: single rains, single and combined snows (rain and snows falling on the same day).
The Tachilek region is experiencing extremely unpredictable fluctuations in precipitation. from 9 March to 7 December, with a 31-day rolling precipitation of at least 0.5 Inch. Most of the rains fall during the 31-day period concentrated on 12 August, with an overall mean of 8.8 inch. Zero month, from December 7 to March 9.
Least precipitation occurs around 4 February, with an overall median of 0.2 inch. Precipitation mean (solid line) collected over a moving 31-day interval, centred on the relevant date, with 25 to 75 and 10 to 90 percent stripes. Thin dashed line is the corresponding mean fluid equivalents of precipitation.
Tachilek's length of days changes throughout the year. Summer season (summer time) will not be respected in Tachilek in 2018. In contrast to the typical variation in temperatures between midnight and midday, the tendency is for the condensation point to vary more gradually, so that while the temperatures may fall at nights, a sultry summer may be followed by a sultry nights.
The Tachilek region is experiencing extremely unpredictable fluctuations in observed air moisture. from 27 March to 28 November, with a minimum of 26% of cases where the standard of living is humid, depressing or unhappy. August 15th is the most sultry of the year, with sultry weather 100% of the year.
Least swell of the year is January 24th, with swell weather in 2% of cases. Percent of total water exposure to different moisture content grades was categorised by condensation point: trocken < 55°F < bequem < 60°F < damp < 65°F < humid < 70°F < depressing < 75°F < mismatching.
In this section, the large area daily mean windsvektor ( velocity and heading ) at 10 metres above the floor is discussed. Winds at a given place depend heavily on site conditions and other conditions, and the current windspeed and heading varies more than the daily mean. everywhere. Mean daily mean windspeeds (dark grey line), with 25 to 75 and 10 to 90 centiles.
Tachilek's prevailing mean daily winds per hour vary throughout the year. Winds come most frequently from the eastern hemisphere for 2.7 month, from 29 September to 21 December, with a 40% share on 20 October. from 21 December to 29 September, with a record value of 35% on 1 January.
This is the average hourly average of each of the four main winds (north, east, south-west ), with the exception of those where the average windspeed is less than 1 Megaph. Slightly toned areas at the borders are the percent of hour spend in the implicit intersections (northeast, southeast, south west, and northwest).
In order to characterise how nice the weather in Tachilek is all year round, we calculate two trip values. Touristic value favours clear, rainy weather with observed temperature between 65°F and 80°F. On the basis of this result, the best period of the year is to attend Tachilek for general outdoors activities, from early November to the end of March, with a maximum in the last February workweek.
Tourist value (filled area) and its components: value of temp (red line), value of clouds (blue line) and value of rainfall (green line). Pools promote clear, rain-free weather with sensed between 75°F and 90°F coolers. On the basis of this result, the best period of the year to attend Tachilek for warm weather activity is from mid-March to the end of April, with a maximum in the first April weeks.
Beaches/baths value (filled area) and its components: temperatures value (red line), clouds coverage value (blue line) and rainfall value (green line). Separate values for observed temperatures, ceiling clouds and rainfall are calculated for each of the hours between 20:00 and 21:00 of each of the days in the analytical timeframe (1980 to 2016).
These results are summarised into a sole overall result per hour, which is then summarised into daily results, meand over all years in the analytical horizon and levelled. We have a ceiling of 10 for completely clear sky, a linear fall to 9 for mostly clear sky and a linear fall to 1 for completely cloudy sky.
We have a rainfall value of 10 for no rainfall that falls in a linear fashion to 9 for track precipitates and 0 for 0.04 inch rainfall or more centred on the three-hour rainfall per respective hours. We have a tourist value of 0 for sensed below 50°F values, a linear increase to 9 for 65°F, 10 for 75°F, a linear decrease to 9 for 80°F and 1 for 90°F or higher.
Perceptual sea or swimming bath temp. value is 0 for sensed temp. below 65°F, increasing in a linear way to 9 for 75°F, 10 for 82°F, decreasing in a linear way to 9 for 90°F and 1 for 100°F or higher. Vegetation periods are defined differently worldwide, but for the purpose of this paper we shall consider them as the longest continual cycle of non-freezing annual temperaments ( 32°F) (the calender year in the northern hemisphere or from 1 July to 30 June in the southern hemisphere).
Tachilek's climate is so mild all year round that it does not make sense to consider the vegetation period from this point of view. However, we have included the following graph as an example of the annual spread of heat. Proportion of total working hours spend in different ranges: chill < 15°F < freeze < 32°F < very chill < 45°F < chill < 55°F < chill < 65°F < pleasant < 75°F < heat < 85°F < heat < 95°F < stew.
This is the probability that a certain date lies within the vegetation period. Growth grade dates are a measurement of annual thermal storage used to forecast the evolution of plants and animals and are expressed as the integral value of thermal energy above a basic level of temperatures, with any surplus being discarded above a peak high.
During the year, the mean growth rates cumulated with 25 to 75 and 10 to 90 percent stripes. In this section, the overall short wave sun power that reaches the earth's surfaces over a large area is discussed, taking full consideration of seasonality in the length of the sun's rays, the height of the sun above the horizontal plane, and cloud absorbtion and other elements of the atmosphere.
In the course of the year, the annual mean short-wave sun power is subject to fluctuations due to season. Lighter periods of the year last 2. 2 month, from 2 March to 7 May, with an annual mean incoming short wave power per sqm of 6. March 31 is the lightest of the year with an annual mean of 6.3 cWh.
Five month, from 3 November to 18 January, with an annual mean incoming short wave power per m2 of less than 5.0 cWh. December 19 is the most dark of the year with an annual mean of 4.6 cWh. Mean short-wave sun power per m² (orange line) that reaches the soil with 25 to 75 and 10 to 90 percent stripes.
The geographic co-ordinates of Tachilek 20. Tachilek's 2 mile geography includes very high altitude differences with a max altitude variation of 1,175 ft and an mean altitude above sealevel of 1,490 ft. Tachilek's area within 2 nautical miles covers arable land (64%) and tree cover (23%), within 10 nautical miles arable land (45%) and tree cover (31%), and within 50 nautical miles tree cover (57%) and arable land (23%).
Tachilek's weather is illustrated in this paper using a statistic approach using historic weather forecasts and models reconstructed every hour from January 1, 1980 to December 31, 2016. Only one weather terminal, Chiang Rai, is on our grid and can be used as a proxies for Tachilek's historic temperatures and dots.
63 kilometres from Tachilek, nearer than our 150 kilometre barrier, this is considered close enough to serve as our main sources of recording temperatures and dots. Stations are adjusted for the height differences between the Stations and Tachilek according to the International Standard Atmosphere and by the related changes in the re-analysis of the MERRA-2 times between the two Sites.
Other weather information, as well as rainfall, ceiling, wind velocity and heading, and sunshine, is derived from the NASA retrospective analysis MERRA-2 Modern-Era. The new analysis will combine a large number of large-scale observations in a state-of-the-art overall weather modelling system to recreate the hours of weather on a 50 km raster.
The land use information comes from the Global Land Cover SHARE databank of the Food and Agriculture Organization of the United Nations. The GeoNames Geographical Databases contain place and airport name, place and timezone information. Airport and weather station timezones are provided by AskGeo.com. Meteorological information is susceptible to mistakes, failures and other deficiencies.
1 ) are computer modeled, which may show model-based error, 2 ) are roughly scanned in a 50-kilometer raster and therefore cannot reproduce the spatial variation of many a microclimate, and 3 ) in some coastline areas, especially small islets, have particular weather difficulties. Please also note that our trip values are only as good as their underlying dates, that weather at a particular place and at a particular point in history is unforeseeable and subject to change, and that the values defined reflect a particular range of preferences that may not match those of a particular person.