Wagabomberra: Difference between revisions

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| metric first =  <!-- Any entry in this line will display metric first. Blank or remove this line for imperial first. --> yes
| metric first =  <!-- Any entry in this line will display metric first. Blank or remove this line for imperial first. --> yes
| single line  =  <!-- Any entry in this line will display metric and imperial units in the same cell. Leave blank or remove this line for separate table rows. --> yes
| single line  =  <!-- Any entry in this line will display metric and imperial units in the same cell. Leave blank or remove this line for separate table rows. --> yes
| location    =  <!-- Mandatory field, location the climate data was taken, usually an airport. -->  
| location    =  <!-- Mandatory field, location the climate data was taken, usually an airport. --> Wollolangatta
| temperature colour =  <!-- Enter "pastel" for pastel temperature colours, "none" for no colours, remove this line for the standard colouring. -->
| temperature colour =  <!-- Enter "pastel" for pastel temperature colours, "none" for no colours, remove this line for the standard colouring. -->
<!-- Maximum Humidex -->
<!-- The humidex table can be used only if the source provides humidex values. As of July 2015, few if any countries other than Canada use the Humidex. -->
| Jan maximum humidex  =
| Feb maximum humidex  =
| Mar maximum humidex  =
| Apr maximum humidex  =
| May maximum humidex  =
| Jun maximum humidex  =
| Jul maximum humidex  =
| Aug maximum humidex  =
| Sep maximum humidex  =
| Oct maximum humidex  =
| Nov maximum humidex  =
| Dec maximum humidex  =
| year maximum humidex =
<!-- Record high temperatures -->
<!-- Note that record temperatures should only be used when the data period is of the greatest length possible. -->
| Jan record high F  =  | Jan record high C  =
| Feb record high F  =  | Feb record high C  =
| Mar record high F  =  | Mar record high C  =
| Apr record high F  =  | Apr record high C  =
| May record high F  =  | May record high C  =
| Jun record high F  =  | Jun record high C  =
| Jul record high F  =  | Jul record high C  =
| Aug record high F  =  | Aug record high C  =
| Sep record high F  =  | Sep record high C  =
| Oct record high F  =  | Oct record high C  =
| Nov record high F  =  | Nov record high C  =
| Dec record high F  =  | Dec record high C  =
| year record high F =  | year record high C =
<!-- Average high temperatures -->
<!-- Average high temperatures -->
| Jan high F  =  | Jan high C  =
| Jan high F  =  | Jan high C  = 33.4
| Feb high F  =  | Feb high C  =
| Feb high F  =  | Feb high C  = 33.8
| Mar high F  =  | Mar high C  =
| Mar high F  =  | Mar high C  = 31.3
| Apr high F  =  | Apr high C  =
| Apr high F  =  | Apr high C  = 30.4
| May high F  =  | May high C  =
| May high F  =  | May high C  = 30.1
| Jun high F  =  | Jun high C  =
| Jun high F  =  | Jun high C  = 30.3
| Jul high F  =  | Jul high C  =
| Jul high F  =  | Jul high C  = 31.6
| Aug high F  =  | Aug high C  =
| Aug high F  =  | Aug high C  = 32.9
| Sep high F  =  | Sep high C  =
| Sep high F  =  | Sep high C  = 33.5
| Oct high F  =  | Oct high C  =
| Oct high F  =  | Oct high C  = 34.7
| Nov high F  =  | Nov high C  =
| Nov high F  =  | Nov high C  = 34.9
| Dec high F  =  | Dec high C  =
| Dec high F  =  | Dec high C  = 33.2
| year high F =  | year high C =
| year high F =  | year high C =
<!-- Mean daily temperature -->
<!-- Mean daily temperature -->
| Jan mean F  =  | Jan mean C  =
| Jan mean F  =  | Jan mean C  = 31.6
| Feb mean F  =  | Feb mean C  =
| Feb mean F  =  | Feb mean C  = 31.7
| Mar mean F  =  | Mar mean C  =
| Mar mean F  =  | Mar mean C  = 30.4
| Apr mean F  =  | Apr mean C  =
| Apr mean F  =  | Apr mean C  = 30.0
| May mean F  =  | May mean C  =
| May mean F  =  | May mean C  = 29.9
| Jun mean F  =  | Jun mean C  =
| Jun mean F  =  | Jun mean C  = 29.2
| Jul mean F  =  | Jul mean C  =
| Jul mean F  =  | Jul mean C  = 29.8
| Aug mean F  =  | Aug mean C  =
| Aug mean F  =  | Aug mean C  = 30.1
| Sep mean F  =  | Sep mean C  =
| Sep mean F  =  | Sep mean C  = 30.9
| Oct mean F  =  | Oct mean C  =
| Oct mean F  =  | Oct mean C  = 31.9
| Nov mean F  =  | Nov mean C  =
| Nov mean F  =  | Nov mean C  = 32.1
| Dec mean F  =  | Dec mean C  =
| Dec mean F  =  | Dec mean C  = 31.4
| year mean F =  | year mean C =
| year mean F =  | year mean C =
<!-- Average low temperatures -->
<!-- Average low temperatures -->
| Jan low F  =  | Jan low C  =
| Jan low F  =  | Jan low C  = 29.9
| Feb low F  =  | Feb low C  =
| Feb low F  =  | Feb low C  = 29.6
| Mar low F  =  | Mar low C  =
| Mar low F  =  | Mar low C  = 29.6
| Apr low F  =  | Apr low C  =
| Apr low F  =  | Apr low C  = 29.7
| May low F  =  | May low C  =
| May low F  =  | May low C  = 29.6
| Jun low F  =  | Jun low C  =
| Jun low F  =  | Jun low C  = 28.2
| Jul low F  =  | Jul low C  =
| Jul low F  =  | Jul low C  = 28.0
| Aug low F  =  | Aug low C  =
| Aug low F  =  | Aug low C  = 27.3
| Sep low F  =  | Sep low C  =
| Sep low F  =  | Sep low C  = 28.4
| Oct low F  =  | Oct low C  =
| Oct low F  =  | Oct low C  = 29.1
| Nov low F  =  | Nov low C  =
| Nov low F  =  | Nov low C  = 29.4
| Dec low F  =  | Dec low C  =
| Dec low F  =  | Dec low C  = 29.6
| year low F =  | year low C =
| year low F =  | year low C =
<!-- Record low temperatures -->
<!-- Record low temperatures -->
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| precipitation colour =  <!-- Enter "green" for green precipitation colours, "none" for no colours, remove this line for blue colouring. -->
| precipitation colour =  <!-- Enter "green" for green precipitation colours, "none" for no colours, remove this line for blue colouring. -->
<!-- IMPORTANT: use only one unit type! -->
<!-- IMPORTANT: use only one unit type! -->
| Jan precipitation inch  =  | Jan precipitation cm  =  | Jan precipitation mm  =
| Jan precipitation inch  =  | Jan precipitation cm  =  | Jan precipitation mm  = 340.2
| Feb precipitation inch  =  | Feb precipitation cm  =  | Feb precipitation mm  =
| Feb precipitation inch  =  | Feb precipitation cm  =  | Feb precipitation mm  = 148.9
| Mar precipitation inch  =  | Mar precipitation cm  =  | Mar precipitation mm  =
| Mar precipitation inch  =  | Mar precipitation cm  =  | Mar precipitation mm  = 69.9
| Apr precipitation inch  =  | Apr precipitation cm  =  | Apr precipitation mm  =
| Apr precipitation inch  =  | Apr precipitation cm  =  | Apr precipitation mm  = 62.0
| May precipitation inch  =  | May precipitation cm  =  | May precipitation mm  =
| May precipitation inch  =  | May precipitation cm  =  | May precipitation mm  = 60.3
| Jun precipitation inch  =  | Jun precipitation cm  =  | Jun precipitation mm  =
| Jun precipitation inch  =  | Jun precipitation cm  =  | Jun precipitation mm  = 54.3
| Jul precipitation inch  =  | Jul precipitation cm  =  | Jul precipitation mm  =
| Jul precipitation inch  =  | Jul precipitation cm  =  | Jul precipitation mm  = 52.6
| Aug precipitation inch  =  | Aug precipitation cm  =  | Aug precipitation mm  =
| Aug precipitation inch  =  | Aug precipitation cm  =  | Aug precipitation mm  = 36.6
| Sep precipitation inch  =  | Sep precipitation cm  =  | Sep precipitation mm  =
| Sep precipitation inch  =  | Sep precipitation cm  =  | Sep precipitation mm  = 92.3
| Oct precipitation inch  =  | Oct precipitation cm  =  | Oct precipitation mm  =
| Oct precipitation inch  =  | Oct precipitation cm  =  | Oct precipitation mm  = 110.6
| Nov precipitation inch  =  | Nov precipitation cm  =  | Nov precipitation mm  =
| Nov precipitation inch  =  | Nov precipitation cm  =  | Nov precipitation mm  = 198.5
| Dec precipitation inch  =  | Dec precipitation cm  =  | Dec precipitation mm  =
| Dec precipitation inch  =  | Dec precipitation cm  =  | Dec precipitation mm  = 208.3
| year precipitation inch =  | year precipitation cm =  | year precipitation mm =
| year precipitation inch =  | year precipitation cm =  | year precipitation mm =
<!-- Rainfall -->
<!-- Rainfall -->

Revision as of 15:44, 5 December 2022

Wagabomberra
Wagesian: Te rōihe mutukake ō nanga Motere to Wagabomberra
Flag of Wagabomberra
Flag
French Polynesia on the globe (French Polynesia centered).svg
StatusOverseas country
CapitalWollolangatta
Official languagesFrench
Tahitian
Wagesian
Religion
(2019)
54% Christianity
Demonym(s)Wagesian
GovernmentDevolved parliamentary dependency
• President
Simone de Saint-Pierre
• Vice President
Nuihau Rousseff
LegislatureAssembly of Wagabomberra
Population
• 2019 estimate
299356
CurrencyPacific Franc (F)
Time zoneUTC-9:30
• Summer (DST)
UTC-10:30
Driving sideright
Calling code+986

Wagabomberra, also known as Îles de Wagabomberra or Islas de Rodrigo Torres in Spanish or Ilhas Verdes in Portuguese is a group of vulcanic islands located in the Pacific with Corporative Cooperative Australia as its nearby country. It's considered one of the most beautiful islands in the world, being chosen as a tourist destination for vacations or honeymoon by many. The coexistence between European and Polynesian culture makes the island unique.

History

It is believed that before the arrival of European colonizers, the current territory of Wagabomberra was inhabited by Polynesian tribes organized in clans. The first inhabitants were organized under a matriarchal system, in which every family was led by the oldest women. Those women enjoyed many liberties and their decisions never questioned. The first contact between Wagesian primitives with Europeans it's believe to became in 1421 when the Portuguese navigator Ferdinando do Magallão reached Tawamotu. The Marquesian Islands were reached in 1459, and then the Dutch explorer Nicolas Tempelman discovered Korrebone, Goonenong, and Parirala. In the year of the French Revolution, 1798, as a coincidence the French navigator Jacques Larousse landed on Tawamotu and claimed the islands as a French colony. The occupation of France became a tragedy for the local population, due that the navigations brought many diseases for which the natives had no immunity and with the passage of time provoked a tragic decimation of thousands of natives, counting men, women and children. France nominated a High Commisioner for Wagabomberra and started a serie of laws concerning the new territory. The native matriarchal system was replaced by a strong patriarchal and machist system.

Portuguese navigators arrived to the islands in 1815 and signed a deal of mutual coexistence with France with the condition of permitting Portuguese settlers to spread Christianity among the native population, which France accepted

In 1820 and 1821, twice Spanish tries of invasion were rapidly annihilated by a coalition of Portuguese and French.

For the 1900s, the natives claimed colonial authorities to reach more autonomy, but the answer was a kind of semi-autonomy and representation in the Assembly.

Geography

Mount Lautapan is considered a dormant vulcano

The Wagabomberra Islands is made of five archipielagos, most of them are islets or attols.

Most of the islands have volcanic terrain. The highest peak is mount Lautapan, a vulcano which its last eruption was in 1666.

Climate

The climate of Wagabomberra is classified as a Tropical Savanna climate with dry winter. There's almost no variations between temperatures all year round.

Climate data for Wollolangatta
Month Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Year
Average high °C (°F) 33.4
(92.1)
33.8
(92.8)
31.3
(88.3)
30.4
(86.7)
30.1
(86.2)
30.3
(86.5)
31.6
(88.9)
32.9
(91.2)
33.5
(92.3)
34.7
(94.5)
34.9
(94.8)
33.2
(91.8)
32.5
(90.5)
Daily mean °C (°F) 31.6
(88.9)
31.7
(89.1)
30.4
(86.7)
30.0
(86.0)
29.9
(85.8)
29.2
(84.6)
29.8
(85.6)
30.1
(86.2)
30.9
(87.6)
31.9
(89.4)
32.1
(89.8)
31.4
(88.5)
30.7
(87.4)
Average low °C (°F) 29.9
(85.8)
29.6
(85.3)
29.6
(85.3)
29.7
(85.5)
29.6
(85.3)
28.2
(82.8)
28.0
(82.4)
27.3
(81.1)
28.4
(83.1)
29.1
(84.4)
29.4
(84.9)
29.6
(85.3)
29.0
(84.3)
Average precipitation mm (inches) 340.2
(13.39)
148.9
(5.86)
69.9
(2.75)
62.0
(2.44)
60.3
(2.37)
54.3
(2.14)
52.6
(2.07)
36.6
(1.44)
92.3
(3.63)
110.6
(4.35)
198.5
(7.81)
208.3
(8.20)
1,434.5
(56.45)