The Norwegian Parliament's (Storting's) acceptance of the meter convention is regarded as the quickest decision by the Storting in peacetime.
In 1683, Norway was in union with Denmark and standardized on a common measurement system with Denmark, but old Norwegian measurements continued to be used locally in Norway. After the union ended in 1814, the Norwegian professor and director for geographic measurements Christopher Hansteen asserted that it was inconvenient having to travel to Copenhagen in Denmark to calibrate Norwegian measurement standards, and also claimed that the Danish system had some crucial flaws. He succeeded in getting an own Norwegian measurement system approved by Norwegian law in 1824. The unit "foot" (Norwegian fot) was defined as 12/38 of the length a pendulum with a period of 1 second, and a "trade pound" (handelspund) was defined as the weight of 1/62 cubic feet of water. [5]
Norway was in union with Sweden, and the new special Norwegian measurement system was very unpopular with the Swedes, being viewed as an act of stubbornness. The Swedish instead wanted the Norwegians to switch to the Swedish system. Between 1860 and 1863, Hansteen explained in a series of articles in the Norwegian magazine Morgenbladet that he had been pressured by the Swedish Stadtholder and other official Swedish representatives, who complained that the "Norwegians were unwilling to fulfill Swedish requirement" ("Normændenes Uvillie til at opfylde Sveriges Fordringr"). Hansteen instead publicly defended the Norwegian system, saying it was based on natural measurements, claiming that it was better than the Swedish system, and that it would be more natural for Sweden to switch to the Norwegian system. No solution was found; Norway and Sweden mainly produced the same types of products for export, so there was little trade between the two countries. Besides, it was also argued that it would be very costly to change the measurement system so shortly after its introduction. [5] "All in all", Hansteen said, "Norway would lose all the above-mentioned benefits of our system, without Sweden gaining any discernible advantage" ("Alt i alt ville Norge tabe alle de ovenom talte Fordele ved vort System, uden at Sverige herved vandt nogen mærkelig fordeel"). [6]
In 1873, Norwegian politician Ole Jacob Broch entered the measurement system debate by becoming the leader of a commission which was to evaluate the introduction of the metric system in Norway. Broch was educated as a mathematician, and was working as a politician both in his municipality and as a state council at the Storting. Late in his life he had become engaged in debates about weights and measures. His commission asserted that the Norwegian measurement system was antiquated, and that a material standard (using prototypes) would give a much greater precision than the pendulum standard. Additionally, the decimal based meter system was so simple that it could be learned in a few minutes, as opposed to the Norwegian system. However, the conclusion of the commission met resistance, since "as with any sudden change in something that has existed for a long time, change results in confusion, and therefore stubborn resistance among the crowd" ("da det som enhver pludselig Forandring i det Bestaaende i lang Tid frembrin ge Forvirring og derfor møde haardnakket Modstand blant Mængden").
There was also fierce opposition in other countries towards the metric system, both in regards to its introduction, but also towards the principle on international collaboration to manage it. From when Broch met as the Norwegian representative on an international conference in 1872, he played a key part by becoming a bridge builder on the issue internationally by using his academic expertise, energy and diplomatic skills. The French had insisted on introducing the metric system under their control, but other countries wanted an international organisation to manage it. As a compromise, an international committee of 12 members was set up, with Broch being one of the members. This was seen as a de facto recognition of Norway as an independent nation, who were in union with Sweden at the time. By Broch's strategy and thorough work, the international committee achieved the "meter convention" in 1875. Here it was decided that an international institute would be set up to be responsible for the meter system, and for keeping prototypes for length and weight. Representatives from 17 countries signed the convention. Sweden was long opposed, and Denmark had little interest, but both countries eventually signed. Broch avoided Nordic coordination on the matter, which could only harm Norway's views. [5]
At the same time, Broch worked with two issues nationally:
His national committee presented a bill on the transition to the meter system, which was passed on 22 May 1875. [4] Already in 1873 he had the Norwegian government accept an international measurement institute "in principle", and in the spring of 1875 he made sure that the necessary decisions were made in a "unprecedented haste". [7] The Conference on the Meter Convention started on 1 March, and on 15 April Broch sent a preliminary announcement to the Norwegian government from Paris. The Norwegian Cabinet was able to have a recommendation ready on 27 April, and the royal council order was ready on 5 May. Broch sent a report on the outcome of the conference on 5 May, despite the fact that the convention was not signed until 20 May. Norwegian participation in the meter convention was ratified, and financial contribution to the establishment and operation of an international measuring institute was granted by the Storting on 26 May. Norway was the first country to ratify the treaty, and this is probably the fastest treatment ever done in the Norwegian parliament in peacetime. Swedish objections first reached 17 June and did not matter. Sweden ratified the meter convention three years later, and Denmark 32 years later in 1907. [5]
The development of the units of measurement and the introduction of the meter convention gave Norway the opportunity to demonstrate its independence. In 1879 Broch gained the recognition of becoming the third director of the International Bureau of Weights and Measures (BIPM), serving until 1888. Later, the metric system has been expanded, and is known today as the SI system. Through scientific innovations, the whole SI system has been fully defined based on fixed natural constants since 2019, with the help of the theory of relativity, quantum mechanics and atomic physical phenomena. SI units can be realized in universal experiments that can be performed in national laboratories, so that new measurement prototypes can be realized. International trade, environmental agreements and research are based on confidence in measurements, the SI system and cooperation in the meter convention. Justervesenet is Norway's representative in the international measurement technology community, and are regularly required to demonstrate their expertise in the national laboratory of measurements. [5]
The General Conference on Weights and Measures is the supreme authority of the International Bureau of Weights and Measures (BIPM), the intergovernmental organization established in 1875 under the terms of the Metre Convention through which member states act together on matters related to measurement science and measurement standards. The CGPM is made up of delegates of the governments of the member states and observers from the Associates of the CGPM. It elects the International Committee for Weights and Measures as the supervisory board of the BIPM to direct and supervise it.
The kilogram is the base unit of mass in the International System of Units (SI), having the unit symbol kg. 'Kilogram' means 'one thousand grams' and is colloquially abbreviated to kilo.
The metre is the base unit of length in the International System of Units (SI). Since 2019, the metre has been defined as the length of the path travelled by light in vacuum during a time interval of 1/299792458 of a second, where the second is defined by a hyperfine transition frequency of caesium.
Metrication or metrification is the act or process of converting to the metric system of measurement. All over the world, countries have transitioned from local and traditional units of measurement to the metric system. This process began in France during the 1790s, and has persistently advanced over two centuries, accumulating into 95% of the world officially only using the modern metric system. Nonetheless, this also highlights that certain countries and sectors are either still transitioning or have chosen not to fully adopt the metric system.
The Metre Convention, also known as the Treaty of the Metre, is an international treaty that was signed in Paris on 20 May 1875 by representatives of 17 nations: Argentina, Austria-Hungary, Belgium, Brazil, Denmark, France, Germany, Italy, Peru, Portugal, Russia, Spain, Sweden and Norway, Switzerland, Ottoman Empire, United States of America, and Venezuela.
The pound or pound-mass is a unit of mass used in both the British imperial and United States customary systems of measurement. Various definitions have been used; the most common today is the international avoirdupois pound, which is legally defined as exactly 0.45359237 kilograms, and which is divided into 16 avoirdupois ounces. The international standard symbol for the avoirdupois pound is lb; an alternative symbol is lbm, #, and ℔ or ″̶.
The International System of Units, internationally known by the abbreviation SI, is the modern form of the metric system and the world's most widely used system of measurement. It is the only system of measurement with official status in nearly every country in the world, employed in science, technology, industry, and everyday commerce. The SI system is coordinated by the International Bureau of Weights and Measures which is abbreviated BIPM from French: Bureau international des poids et mesures.
The SI base units are the standard units of measurement defined by the International System of Units (SI) for the seven base quantities of what is now known as the International System of Quantities: they are notably a basic set from which all other SI units can be derived. The units and their physical quantities are the second for time, the metre for length or distance, the kilogram for mass, the ampere for electric current, the kelvin for thermodynamic temperature, the mole for amount of substance, and the candela for luminous intensity. The SI base units are a fundamental part of modern metrology, and thus part of the foundation of modern science and technology.
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The Church of Norway is an evangelical Lutheran denomination of Protestant Christianity and by far the largest Christian church in Norway. The church became the state church of Norway around 1020, and was established as a separate church intimately integrated with the state as a result of the Lutheran reformation in Denmark–Norway which broke ties with the Holy See in 1536–1537; the King of Norway was the church's head from 1537 to 2012. Historically the church was one of the main instruments of royal power and official authority, and an important part of the state administration; local government was based on the church's parishes with significant official responsibility held by the parish priest.
Same-sex marriage has been legal in Denmark since 15 June 2012. A bill for the legalization of same-sex marriages was introduced by the Thorning-Schmidt I Cabinet, and approved by the Folketing on 7 June 2012. It received royal assent by Queen Margrethe II on 12 June and took effect three days later. Polling indicates that a significant majority of Danes support the legal recognition of same-sex marriage. Denmark was the fourth Nordic country, after Norway, Sweden and Iceland, the eighth in Europe and the eleventh in the world to legalize same-sex marriage. It was the first country in the world to enact registered partnerships, which provided same-sex couples with almost all of the rights and benefits of marriage, in 1989.
The following systems arose from earlier systems, and in many cases utilise parts of much older systems. For the most part they were used to varying degrees in the Middle Ages and surrounding time periods. Some of these systems found their way into later systems, such as the Imperial system and even SI.
The units of measurement in use in Denmark are currently part of the metric system. A variety of other historical weights and measures have been employed throughout the nation's history.
As in the case of the Danes, the Norwegians' earliest standards of measure can be derived from their ship burials. The 60-Norwegian-feet-long Kvalsund ship was built ca. 700 AD and differs from the Danish boats less than it does from the Oseberg, Gokstad and Tune ships which all date from ca. 800 AD. Thwarts are typically spaced about 3 Norwegian feet apart.
A Scandinavian mile is a unit of length common in Norway and Sweden, to a lesser extent in Finland, but not Denmark. Today, it is standardised as 1 mil being 10 kilometres, but it had different values in the past.
The kilometre per hour is a unit of speed, expressing the number of kilometres travelled in one hour.
The hectare is a non-SI metric unit of area equal to a square with 100-metre sides (1 hm2), that is, 10,000 square metres, and is primarily used in the measurement of land. There are 100 hectares in one square kilometre. An acre is about 0.405 hectares and one hectare contains about 2.47 acres.
Sweden decided to adopt the metric system in 1876. After a ten-year transition period starting 1879, the use of legacy units was outlawed by the beginning of 1889.
The international yard and pound are two units of measurement that were the subject of an agreement among representatives of six nations signed on 1 July 1959: Australia, Canada, New Zealand, South Africa, the United Kingdom and the United States. The agreement defined the yard as exactly 0.9144 meters and the avoirdupois pound as exactly 0.45359237 kilograms.
The following outline is provided as an overview of and topical guide to the metric system: