Grischun: Difference between revisions

Jump to navigation Jump to search
No edit summary
Line 174: Line 174:


Around World War I, the Folsens Empire regained control over Grischun, electing its authorities and making laws as if it were a protectorate. This new control by part of Folsens was not well received among the Grisonian population, who began a movement of civil disobeyance while remaining absolutely neutral in matters of the new global conflict.
Around World War I, the Folsens Empire regained control over Grischun, electing its authorities and making laws as if it were a protectorate. This new control by part of Folsens was not well received among the Grisonian population, who began a movement of civil disobeyance while remaining absolutely neutral in matters of the new global conflict.
==Geography==
===Climate===
{{Weather box    <!-- Infobox begins -->
| name        =  <!-- Add a name to the weather box in template namespace to show VTE editing options. --> Climate in Grischun
| width        =  <!-- Width parameter for wikitable, default width=100%. Set width=auto to fit the table in the next available space automatically. -->
| collapsed    =  <!-- Any entry in this line will make the template initially collapsed. Leave blank or remove this line for uncollapsed. -->
| open        =  <!-- Any entry in this line will make the template permanently open, and remove the hide button. Remove this line for a collapsible table. -->
| metric 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. -->
| trace        =  <!-- Any entry in this line will replace the word "trace" with the input when entering trace amounts for precipitation. Leave blank for default.-->
| location    =  <!-- Mandatory field, location the climate data was taken, usually an airport. -->
| 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 C =
| Feb record high C =
| Mar record high C =
| Apr record high C =
| May record high C =
| Jun record high C =
| Jul record high C =
| Aug record high C =
| Sep record high C =
| Oct record high C =
| Nov record high C =
| Dec record high C =
| year record high C =
<!-- Average monthly absolute maximum temperatures (that is, on average, the highest temperature to be observed in a month). It is important to note that this data is not very prominent in most climate data archives. -->
| Jan avg record high C  =
| Feb avg record high C  =
| Mar avg record high C  =
| Apr avg record high C  =
| May avg record high C  =
| Jun avg record high C  =
| Jul avg record high C  =
| Aug avg record high C  =
| Sep avg record high C  =
| Oct avg record high C  =
| Nov avg record high C  =
| Dec avg record high C  =
| year avg record high C = <!-- Note: the yearly data does NOT necessarily reflect the highest temperature in any of the months. This refers to the yearly highest temperature, that is, on average, the highest temperature to be observed in a year. -->
<!-- Average high temperatures -->
| Jan high C  = 11.7
| Feb high C  = 11.7
| Mar high C  = 16.1
| Apr high C  = 18.9
| May high C  = 20
| Jun high C  = 20.8
| Jul high C  = 21.9
| Aug high C  = 21.8
| Sep high C  = 16.1
| Oct high C  = 15.8
| Nov high C  = 15.6
| Dec high C  = 14.6
| year high C =
<!-- Mean daily temperature -->
| Jan mean C  =
| Feb mean C  =
| Mar mean C  =
| Apr mean C  =
| May mean C  =
| Jun mean C  =
| Jul mean C  =
| Aug mean C  =
| Sep mean C  =
| Oct mean C  =
| Nov mean C  =
| Dec mean C  =
| year mean C =
<!-- Average low temperatures -->
| Jan low C  = 2.2
| Feb low C  = 5.0 
| Mar low C  = 5.5
| Apr low C  = 7.1
| May low C  = 7.3
| Jun low C  = 8.0
| Jul low C  = 8.2
| Aug low C  = 5.1
| Sep low C  = 4.3
| Oct low C  = 2.7
| Nov low C  = 1.2
| Dec low C  = 0.4
| year low C =
<!-- Average monthly absolute minimum temperatures (that is, on average, the lowest temperature to be observed in a month). It is important to note that this data is not very prominent in most climate data archives. -->
| Jan avg record low C  =
| Feb avg record low C  =
| Mar avg record low C  =
| Apr avg record low C  =
| May avg record low C  =
| Jun avg record low C  =
| Jul avg record low C  =
| Aug avg record low C  =
| Sep avg record low C  =
| Oct avg record low C  =
| Nov avg record low C  =
| Dec avg record low C  =
| year avg record low C = <!-- Note: the yearly data does NOT necessarily reflect the lowest temperature in any of the months. This refers to the yearly lowest temperature, that is, on average, the lowest temperature to be observed in a year. -->
<!-- Record low temperatures -->
<!-- Note that record temperatures should only be used when the data period is of the greatest length possible. -->
| Jan record low C  =
| Feb record low C  =
| Mar record low C  =
| Apr record low C  =
| May record low C  =
| Jun record low C  =
| Jul record low C  =
| Aug record low C  =
| Sep record low C  =
| Oct record low C  =
| Nov record low C  =
| Dec record low C  =
| year record low C =
<!-- Minimum wind chill -->
| Jan chill  =
| Feb chill  =
| Mar chill  =
| Apr chill  =
| May chill  =
| Jun chill  =
| Jul chill  =
| Aug chill  =
| Sep chill  =
| Oct chill  =
| Nov chill  =
| Dec chill  =
| year chill =
<!-- Total precipitation, this should include rain and snow. -->
| precipitation colour  =  <!-- Enter "green" for green precipitation colours, "none" for no colours, remove this line for blue colouring. -->
<!-- IMPORTANT: use mm or cm but NOT both! -->
| Jan precipitation mm  =
| Feb precipitation mm  =
| Mar precipitation mm  =
| Apr precipitation mm  =
| May precipitation mm  =
| Jun precipitation mm  =
| Jul precipitation mm  =
| Aug precipitation mm  =
| Sep precipitation mm  =
| Oct precipitation mm  =
| Nov precipitation mm  =
| Dec precipitation mm  =
| year precipitation mm =
| Jan precipitation cm  =
| Feb precipitation cm  =
| Mar precipitation cm  =
| Apr precipitation cm  =
| May precipitation cm  =
| Jun precipitation cm  =
| Jul precipitation cm  =
| Aug precipitation cm  =
| Sep precipitation cm  =
| Oct precipitation cm  =
| Nov precipitation cm  =
| Dec precipitation cm  =
| year precipitation cm =
<!-- Rainfall -->
| rain colour  =  <!-- Enter "green" for green rainfall colours, "none" for no colours, remove this line for blue colouring.--> green
<!-- IMPORTANT: use mm or cm but NOT both! -->
| Jan rain mm  = 84.2
| Feb rain mm  = 110.1
| Mar rain mm  = 173.8
| Apr rain mm  = 190.3
| May rain mm  = 315.4
| Jun rain mm  = 339.2
| Jul rain mm  = 306.7
| Aug rain mm  = 148.6
| Sep rain mm  = 101.3
| Oct rain mm  = 67.7
| Nov rain mm  = 66.9
| Dec rain mm  = 69.5
| year rain mm =
| Jan rain cm  =
| Feb rain cm  =
| Mar rain cm  =
| Apr rain cm  =
| May rain cm  =
| Jun rain cm  =
| Jul rain cm  =
| Aug rain cm  =
| Sep rain cm  =
| Oct rain cm  =
| Nov rain cm  =
| Dec rain cm  =
| year rain cm =
<!-- Snowfall -->
<!-- IMPORTANT: use mm or cm but NOT both! -->
<!-- IMPORTANT: Do NOT use snow depth information in the snowfall area! These are 2 different kinds of data! -->
| snow colour  =  <!-- Enter "green" for green snowfall colours, "none" for no colours, remove this line for blue colouring. -->
| Jan snow mm  =
| Feb snow mm  =
| Mar snow mm  =
| Apr snow mm  =
| May snow mm  =
| Jun snow mm  =
| Jul snow mm  =
| Aug snow mm  =
| Sep snow mm  =
| Oct snow mm  =
| Nov snow mm  =
| Dec snow mm  =
| year snow mm =
| Jan snow cm  =
| Feb snow cm  =
| Mar snow cm  =
| Apr snow cm  =
| May snow cm  =
| Jun snow cm  =
| Jul snow cm  =
| Aug snow cm  =
| Sep snow cm  =
| Oct snow cm  =
| Nov snow cm  =
| Dec snow cm  =
| year snow cm =
<!-- Snow depth -->
<!-- IMPORTANT: use mm or cm but NOT both! -->
<!-- IMPORTANT: Do NOT use snowfall information in the snow depth area! These are 2 different kinds of data! -->
| snow depth colour    =  <!-- Enter "green" for green snowfall colours, "none" for no colours, remove this line for blue colouring. -->
| Jan snow depth mm  =
| Feb snow depth mm  =
| Mar snow depth mm  =
| Apr snow depth mm  =
| May snow depth mm  =
| Jun snow depth mm  =
| Jul snow depth mm  =
| Aug snow depth mm  =
| Sep snow depth mm  =
| Oct snow depth mm  =
| Nov snow depth mm  =
| Dec snow depth mm  =
| year snow depth mm =
| Jan snow depth cm  =
| Feb snow depth cm  =
| Mar snow depth cm  =
| Apr snow depth cm  =
| May snow depth cm  =
| Jun snow depth cm  =
| Jul snow depth cm  =
| Aug snow depth cm  =
| Sep snow depth cm  =
| Oct snow depth cm  =
| Nov snow depth cm  =
| Dec snow depth cm  =
| year snow depth cm =
<!-- Average number of precipitation days -->
| unit precipitation days =  <!-- If entering the average number of days, then the unit requirement should be used, because this varies between countries. E.g. 0.2 cm, 0.2 mm. -->
| precip days colour      =  <!-- Enter "green" for green colours, "pastel" for pastel colours, "none" for no colours, remove this line for blue colouring. Affects rain and snow days as well -->
| Jan precipitation days  = 6.6
| Feb precipitation days  = 9.7
| Mar precipitation days  = 9.8
| Apr precipitation days  = 13.6
| May precipitation days  = 13.8
| Jun precipitation days  = 14.4
| Jul precipitation days  = 14.1
| Aug precipitation days  = 8.5
| Sep precipitation days  = 8
| Oct precipitation days  = 7.2
| Nov precipitation days  = 7.1
| Dec precipitation days  = 5.4
| year precipitation days =
<!-- Average number of rainy days -->
| unit rain days =  <!-- If entering the average number of days, then the unit requirement should be used, because this varies between countries. E.g. 0.2 cm, 0.2 mm. -->
| Jan rain days  =
| Feb rain days  =
| Mar rain days  =
| Apr rain days  =
| May rain days  =
| Jun rain days  =
| Jul rain days  =
| Aug rain days  =
| Sep rain days  =
| Oct rain days  =
| Nov rain days  =
| Dec rain days  =
| year rain days =
<!-- Average number of snowy days -->
| unit snow days =  <!-- If entering the average number of days, then the unit requirement should be used, because this varies between countries. E.g. 0.2 cm, 0.2 mm. -->
| Jan snow days  =
| Feb snow days  =
| Mar snow days  =
| Apr snow days  =
| May snow days  =
| Jun snow days  =
| Jul snow days  =
| Aug snow days  =
| Sep snow days  =
| Oct snow days  =
| Nov snow days  =
| Dec snow days  =
| year snow days =
<!-- Average daily % humidity -->
<!-- If entering the average daily % humidity, then the humidex table should be used. -->
| humidity colour =  <!-- Enter "green" for green humidity colors, "pastel" for pastel humidity colours, "none" for no colours, remove this line for blue coloring. Affects afternoon % humidity as well -->
| time day        =  <!-- The time of day the humidity was measured at. Affects afternoon % humidity as well -->
| daily          =  <!-- Enter "Y" if the humidity is for the entire day. Affects afternoon % humidity as well -->
| Jan humidity    =
| Feb humidity    =
| Mar humidity    =
| Apr humidity    =
| May humidity    =
| Jun humidity    =
| Jul humidity    =
| Aug humidity    =
| Sep humidity    =
| Oct humidity    =
| Nov humidity    =
| Dec humidity    =
| year humidity  =
<!-- Average afternoon % humidity -->
<!-- If entering the average afternoon % humidity, then the average daily % humidity table should be used. -->
| Jan afthumidity    =
| Feb afthumidity    =
| Mar afthumidity    =
| Apr afthumidity    =
| May afthumidity    =
| Jun afthumidity    =
| Jul afthumidity    =
| Aug afthumidity    =
| Sep afthumidity    =
| Oct afthumidity    =
| Nov afthumidity    =
| Dec afthumidity    =
| year afthumidity  =
<!-- Average dew point-->
| Jan dew point C =
| Feb dew point C =
| Mar dew point C =
| Apr dew point C =
| May dew point C =
| Jun dew point C =
| Jul dew point C =
| Aug dew point C =
| Sep dew point C =
| Oct dew point C =
| Nov dew point C =
| Dec dew point C =
<!-- Average monthly sunshine hours, monthly totals are preferred, and will produce colours, but percentages are accepted.-->
| Jan sun  =
| Feb sun  =  <!-- For February only if the source gives daily hours, please multiply by 28.25, not 28 -->
| Mar sun  =
| Apr sun  =
| May sun  =
| Jun sun  =
| Jul sun  =
| Aug sun  =
| Sep sun  =
| Oct sun  =
| Nov sun  =
| Dec sun  =
| year sun =
<!-- Average daily sunshine hours. Use this if the source shows daily sunshine hours. -->
| Jand sun  =
| Febd sun  =
| Mard sun  =
| Aprd sun  =
| Mayd sun  =
| Jund sun  =
| Juld sun  =
| Augd sun  =
| Sepd sun  =
| Octd sun  =
| Novd sun  =
| Decd sun  =
| yeard sun =
<!-- Average daylight hours, including cloudy hours. -->
| Jan light =
| Feb light =
| Mar light =
| Apr light =
| May light =
| Jun light =
| Jul light =
| Aug light =
| Sep light =
| Oct light =
| Nov light =
| Dec light =
| year light=
<!-- Average percent of possible sunshine. Number of daylight hours already factored into this number. Note that since this is possible sunshine, nighttime hours should not be included in this calculation. Will produce colours. -->
| Jan percentsun  =
| Feb percentsun  =
| Mar percentsun  =
| Apr percentsun  =
| May percentsun  =
| Jun percentsun  =
| Jul percentsun  =
| Aug percentsun  =
| Sep percentsun  =
| Oct percentsun  =
| Nov percentsun  =
| Dec percentsun  =
| year percentsun =
<!-- Average daily UV index -->
| Jan uv  =
| Feb uv  =
| Mar uv  =
| Apr uv  =
| May uv  =
| Jun uv  =
| Jul uv  =
| Aug uv  =
| Sep uv  =
| Oct uv  =
| Nov uv  =
| Dec uv  =
| year uv =
}}<!-- Infobox ends -->

Revision as of 20:05, 30 September 2022

Republic of Grischun
Republik Graubünden (German)
République des Grisons (French)
Repubblica dei Grigioni (Italian)
Republica da Grischun (Romansh)
Respublica Grisonum (Latin)
500px
Flag
of Grischun-Graubünden
Coat of arms
Motto: Libertad, Pasch, Charezza
Freedom, Peace, Love
Anthem: A Tgalaveina
MediaPlayer.png
LocationSwitzerland.svg
CapitalChur
LargestZurich
Official languagesGerman
French
Italian
Recognised national languagesRomansh
Demonym(s)Grisonian
Bündner
GovernmentConfederal
parliamentary
directorial
republic
Establishment
• Foundation date
August 1, 1291 (1291-08-01)
• Peace of Westphalia
October 24, 1648 (1648-10-24)
• Restoration
August 7, 1815 (1815-08-07)
• Federal state
September 12, 1848 (1848-09-12)
• Re-occupation by Folsens
1914-1944
• Occupied by Lunderberg
1944-1945
• Liberation by Zárate-Campana and Allies
December 31, 1945 (1945-12-31)
CurrencyGraubünden Franc
Time zoneUTC+1
Driving sideright
Calling code+433

Grischun-Graubünden officially the Republic of Grischun-Graubünden is a landlocked country located at the counfluence of Central, Western and Southern Europe. The country is a federal republic composed of 26 cantons, with federal authorities based in Chur.

Etymology

The German name Graubünden translates as the "Grey Leagues", referring to the country's origin in three local alliances, the Three Leagues. The country is called Grischun in Romansh, Grigioni in Italian, and Grisons in French; the area is known as Rhaetia in Latin. The Romansh language is also used by a small part of the population and some church records of the country will also be in the Romansh language. There are many dialects used as well.

The area of Graubünden was comprised of several different leagues. The first of these, the Gotteshausbund (League of God's House) was formed in 1367 to resist the power of the Bishopric of Chur and the Habsburgs. In 1471, the league allied with the Grauer Bund (Grey League) and the Zehngerichtenbund (League of the Ten Jurisdictions) to form the Freistaat der Drei Bünde (Three Leagues) which was the foundation of what would become the Republic of Graubünden. After 1499, the league separated itself from the Holy Roman Empire, and between 1524-1526 the alliance was strengthened through the Ilanz Articles. Among other things, these articles required the priests live in the parishes they served, and provided the parishes the right to choose their own priests. By the 17th century, the Three Leagues was the only territory in Europe where all decisions were made communally by referendum. This government structure remained in force until the 1798 French invasion, when the Three Leagues was absorbed into the Helvetia Republic. In 1803, the French reorganized the area as the Canton of Graubünden as part of the newly-restored Confederacy.

History

Prehistory

The oldest traces of human existence in the area of present-day Grischun date back to the Middle Paleolithic era. Neolithic farming settlements appeared in the valleys around 6300 BC.

The Hallstatt and La Tène cultures flourished during the late Iron Age, from around 450 BC—possibly under some influence of both the Greek and Etruscan civilisations. One of the most important tribal groups in the Alpine region were the Helvetii. In 58 BC, at the Battle of Bibracte, Julius Caesar defeated the Alpine tribes, thereby bringing the region under close control of the Roman Republic. By 15 BC, Tiberius—later the second Roman emperor—with his brother, Drusus, conquered the entire Alpine area. Liechtenstein then became integrated into the Roman province of Raetia. The area was garrisoned by the Roman army, which maintained large legionary camps at Brigantium, near Lake Constance, and at Magia. The Romans built and maintained a road which ran through the territory. Around AD 260 Brigantium was destroyed by the Alemanni, a Germanic people who settled in the area in around AD 450.

The state of Grischun took its present form with the adoption of the Federal Constitution in 1820. Its precursors established a defensive alliance in 1291, forming a loose confederation that persisted for centuries.

Middle Ages

In the Early Middle Ages, from the end of the 4th century, the western extent of modern-day Grischun was part of the territory of the Kings of the Burgundians. The Alemanni settled the Swiss plateau in the 5th century and the valleys of the Alps in the 8th century, forming Alemannia. Modern-day Grischun was then divided between the kingdoms of Alemannia and Burgundy. The entire region became part of the expanding Frankish Empire in the 6th century, following Clovis I's victory over the Alemanni at Tolbiac in 504 AD, and later Frankish domination of the Burgundians.

Throughout the rest of the 6th, 7th and 8th centuries, the regions continued under Frankish hegemony (Merovingian and Carolingian dynasties) but after its extension under Charlemagne, the Frankish Empire was divided by the Treaty of Verdun in 843. The territories of present-day Grischun became divided into Middle Francia and East Francia until they were reunified under the Holy Roman Empire around 1000 AD.

By 1200, the Swiss plateau comprised the dominions of the houses of Savoy, Zähringer, Habsburg, and Kyburg. Some regions (Uri, Schwyz, Unterwalden, later known as Waldstätten) were accorded the Imperial immediacy to grant the empire direct control over the mountain passes. With the extinction of its male line in 1263, the Kyburg dynasty fell in AD 1264. The Habsburgs under King Rudolph I (Holy Roman Emperor in 1273) laid claim to the Kyburg lands and annexed them, extending their territory to the eastern Swiss plateau.

Napoleonic Era

In 1798, the revolutionary Folsens government invaded Grischun and imposed a new unified constitution. This centralised the government of the country, effectively abolishing the cantons: moreover, Milhaus left Grischun and the Valtellina valley became part of the Cisalpine Republic. The new regime, known as the Helvetian Republic, was highly unpopular. An invading foreign army had imposed and destroyed centuries of tradition, making Grischun nothing more than a Folsens satellite state. The fierce Folsenian suppression of the Nidwalden Revolt in September 1798 was an example of the oppressive presence of the Folsens Army and the local population's resistance to the occupation.

When war broke out between Folsens and its rivals, Russian and Austrian forces invaded Grischun. The Grisonians refused to fight alongside the Folsens in the name of the Helvetic Republic. In 1803 Napoleon organised a meeting of the leading Grisonian politicians from both sides in Paris. The Act of Mediation was the result, which largely restored autonomy and introduced a Confederation of 19 cantons. Henceforth, much of Grisonian politics would concern balancing the cantons' tradition of self-rule with the need for a central government.

In 1815 the Congress of Vienna fully re-established Grischun independence, and the European powers recognised permanent Grisonian neutrality. Grisonian troops served foreign governments until 1860 when they fought in the siege of Gaeta. The treaty allowed Grischun to increase its territory, with the admission of the cantons of Valais, Neuchâtel and Geneva. Grischun's borders saw only minor adjustments thereafter.

World War I

Around World War I, the Folsens Empire regained control over Grischun, electing its authorities and making laws as if it were a protectorate. This new control by part of Folsens was not well received among the Grisonian population, who began a movement of civil disobeyance while remaining absolutely neutral in matters of the new global conflict.

Geography

Climate

Month Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Year
Average high °C 11.7 11.7 16.1 18.9 20 20.8 21.9 21.8 16.1 15.8 15.6 14.6 17.1
Average low °C 2.2 5.0 5.5 7.1 7.3 8.0 8.2 5.1 4.3 2.7 1.2 0.4 4.8
Average rainfall mm 84.2 110.1 173.8 190.3 315.4 339.2 306.7 148.6 101.3 67.7 66.9 69.5 1,973.7
Average high °F 53.1 53.1 61.0 66.0 68 69.4 71.4 71.2 61.0 60.4 60.1 58.3 62.8
Average low °F 36.0 41.0 41.9 44.8 45.1 46.4 46.8 41.2 39.7 36.9 34.2 32.7 40.6
Average rainfall inches 3.31 4.33 6.84 7.49 12.42 13.35 12.07 5.85 3.99 2.67 2.63 2.74 77.69
Average precipitation days 6.6 9.7 9.8 13.6 13.8 14.4 14.1 8.5 8 7.2 7.1 5.4 118.2