Posts filled under #travelawsome

Paratys colonial center i

Paratys colonial center is remarkable not only for its exquisitely preserved, centuries-old architecture, but also for its lack of automobile traffic. The irregular cobblestone streets are closed to motor vehicles, making it a delightful place to stroll about. Elegant white buildings adorned with fanciful multihued borders and latticed windows blend harmoniously with the natural beauty that envelops the town. #brazil#paraty#oldarchitecture#brazylia#colonialarchitecture#architecture#brasil#architeture#igtravel#igphotos#igphotgraphy#instatravel#instagood#streetstyle#traveltheworld#traveltheglobe#architektura#streetphotos#globetrotter#podre#wakacje#streetview#latinamerica#southamerica#viaje#prostozpodry#travelawsome#cobbledstreet#centrohistorico#historicalcentre

Duomo cathedral on a beau

Duomo cathedral on a beautiful evening. Maybe the most impressive building I have ever seen! #travel #traveller #travelling #holiday #travelgram #wander #wanderlust #natgeotravel @natgeotravel #traveller #traveltheworld #travels #traveldiaries @bbc_travel @cntraveler #travelingram #travelphoto #travelstroke #travelblog #travelbug #lonelyplanet @lonelyplanet #tripadvisor @tripadvisor #holidayseason #holidays #veganworldtravel #travelawsome @discovery.hd #mylpmag @lonelyplanetmag #lensbible @lensbible #italy #milan #architecture #cathedral

Here in north region of B

Here in north region of Brazil things are made different way. Even for Brazil. This is from Abaetetuba' Carnival. They use whatever dirt they find in the streets to soak their bodies in and get crazy. Tradition that strated with a group of 10 friends that decided to have fun this way. Nowadays is the biggest criwd in the Carnival. Almost 100.000 people this year, the first one without his instigator: Fernando. . . . . . #everydaybrasil #igerscanada #surf #explorecanada #folkcreative #streetphoto_brasil #travel #stayandwonder #mytinyatlas #travelphotographyoftheday #ourplanetdaily #lifeframer #lensculture #lifeofadventure #portraitmood #streetphotography #letsgosomewhere #travelawsome #amazonas #faces_of_streets #travelingourplanet #folktravel #abaetetuba #liveauthentic #photojournalism #travelgram #freepeople #travelphotography #surfing #people_infinity

The times when Asilah was

The times when Asilah was a pirates' lair or when it was put to fire and sword by El-Rassouli's raids are finally gone. Now Asilah is a shelter of artists thanks to whom it is become a paradise ________________________________________________________#streetart #morocco #travel #traveling #streetarteverywhere #proudlymoroccan #asilah #doorsandwindows_greatshots #travelawsome #wanderlust #moroccovacations #travelphotography #unlimitedmorocco #touristinmorocco #moroccolives #moroccotravel #doorsandwindows #simplymorocco #marocco #discoverywithhoboh #hobohinmorocco #hobohwithqualepass #travelmorocco #mytrip_inmorocco #livetravelchannel #lovesmorocco #kings_doorsandco #moroccanphotography

Sommerzeit=Urlaubszeit  d

Sommerzeit=Urlaubszeit damit die Erinnerungen an unvergessliche Urlaubsabenteuer auch nicht so schnell verblassen, eignen sich Fotoalben hervorragend. Sicherlich kann man seine Urlaubsschnappschsse auch einfach auf der Festplatte ablegen aber nur ein liebevoll dekoriertes Fotoalbum kann all die Emotionen erst richtig konservieren! Neben Bilderrahmen knnt ihr bei uns nmlich auch tolle Fotoalben erwerben. Aktuell knnt ihr dabei sogar die Versandkosten sparen. Im gesamten August gibt's alle Goldbuch Artikel mit Gratis Versand #Bilderrahmen #fotoalbum #goldbuch #gratisversand #bilder #urlaub #errinerung #deco #basteln #liveauthentic #livethelittlethings #adventureculture #adventurethatislife #travelawsome #instadecor #interior4all #myhome #solebich #traveltuesday @goldbuch

An extract on #travelawsome

Mira A is a well-known example of a category of variable stars known as Mira variables, which are named after it. The 6,000 to 7,000 known stars of this class are all red giants whose surfaces pulsate in such a way as to increase and decrease in brightness over periods ranging from about 80 to more than 1000 days. In the particular case of Mira, its increases in brightness take it up to about magnitude 3.5 on average, placing it among the brighter stars in the Cetus constellation. Individual cycles vary too; well-attested maxima go as high as magnitude 2.0 in brightness and as low as 4.9, a range almost 15 times in brightness, and there are historical suggestions that the real spread may be three times this or more. Minima range much less, and have historically been between 8.6 and 10.1, a factor of four times in luminosity. The total swing in brightness from absolute maximum to absolute minimum (two events which did not occur on the same cycle) is 1700 times. Since Mira emits the vast majority of its radiation in the infrared, its variability in that band is only about two magnitudes. The shape of its light curve is of an increase over about 100 days, and the return to minimum taking twice as long. Contemporary approximate maxima for Mira: From northern temperate latitudes, Mira is generally not visible between late March and June due to its proximity to the Sun. This means that at times several years can pass without it appearing as a naked-eye object. The pulsations of Mira variables cause the star to expand and contract, but also to change its temperature. The temperature is highest slightly after the visual maximum, and lowest slightly before minimum. The photosphere, measured at the Rosseland radius, is smallest just before visual maximum and close to the time of maximum temperature. The largest size is reached slightly before the time of lowest temperature. The bolometric luminosity is proportional to the fourth power of the temperature and the square of the radius, but the radius varies by over 20 % and the temperature by less than 10 %. In Mira, the highest luminosity occurs close to the time when the star is hottest and smallest. The visual magnitude is determined both by the luminosity and by the proportion of the radiation that occurs at visual wavelengths. Only a small proportion of the radiation is emitted at visual wavelengths and this proportion is very strongly influenced by the temperature (Planck's law). Combined with the overall luminosity changes, this creates the very big visual magnitude variation with the maximum occurring when the temperature is high. Infrared VLTI measurements of Mira at phases 0.13, 0.18, 0.26, 0.40, and 0.47, show that the radius varies from 332 R at phase 0.13 just after maximum to 402 R at phase 0.40 approaching minimum. The temperature at phase 0.13 is 3,192 K and 2,918 K at phase 0.26 about halfway from maximum to minimum. The luminosity is calculated to be 9,360 L at phase 0.13 and 8,400 L at phase 0.26. The pulsations of Mira have the effect of expanding its photosphere by around 50 % compared to a non-pulsating star. In the case of Mira, if it was not pulsating it is modelled to have a radius of only R.

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