Ilmastonmuutos on uskonto

Miten nää tulokset on saatu? Kattavuus ja mittausmenetelmät?

Sitäpaitsi matkaa on edetty näilläkin tuloksilla vasta muutama sentti.

WIKI: "In 1744, coincident with the death of Anders Celsius, the Swedish botanist Carolus Linnaeus (1707–1778) reversed[4] Celsius's scale upon receipt of his first thermometer featuring a scale where zero represented the melting point of ice and 100 represented the boiling point. His custom-made "linnaeus-thermometer", for use in his greenhouses, was made by Daniel Ekström, Sweden's leading maker of scientific instruments at the time and whose workshop was located in the basement of the Stockholm observatory. As often happened in this age before modern communications, numerous physicists, scientists, and instrument makers are credited with having independently developed this same scale;[5] among them were Pehr Elvius, the secretary of the Royal Swedish Academy of Sciences (which had an instrument workshop) and with whom Linnaeus had been corresponding; Christian of Lyons; Daniel Ekström, the instrument maker; and Mårten Strömer (1707–1770) who had studied astronomy under Anders Celsius.

The first known document[6] reporting temperatures in this modern "forward" Celsius scale is the paper Hortus Upsaliensis dated 16 December 1745 that Linnaeus wrote to a student of his, Samuel Nauclér. In it, Linnaeus recounted the temperatures inside the orangery at the Botanical Garden of Uppsala University:

"... since the caldarium (the hot part of the greenhouse) by the angle of the windows, merely from the rays of the sun, obtains such heat that the thermometer often reaches 30 degrees, although the keen gardener usually takes care not to let it rise to more than 20 to 25 degrees, and in winter not under 15 degrees ..."

Eli lämpötilan mittauksen historia on on melko lyhyt. Vasta joskus 1800 luvun puolivälissä alettiin jossain paikoissa pitää kirjaa lämpötiloista eikä niitä mittausasemia ole vieläkään kattavasti joka puolella palloa.

4+8 kirjoitti:

WIKI: "In 1744, coincident with the death of Anders Celsius, the Swedish botanist Carolus Linnaeus (1707–1778) reversed[4] Celsius's scale upon receipt of his first thermometer featuring a scale where zero represented the melting point of ice and 100 represented the boiling point. His custom-made "linnaeus-thermometer", for use in his greenhouses, was made by Daniel Ekström, Sweden's leading maker of scientific instruments at the time and whose workshop was located in the basement of the Stockholm observatory. As often happened in this age before modern communications, numerous physicists, scientists, and instrument makers are credited with having independently developed this same scale;[5] among them were Pehr Elvius, the secretary of the Royal Swedish Academy of Sciences (which had an instrument workshop) and with whom Linnaeus had been corresponding; Christian of Lyons; Daniel Ekström, the instrument maker; and Mårten Strömer (1707–1770) who had studied astronomy under Anders Celsius.

The first known document[6] reporting temperatures in this modern "forward" Celsius scale is the paper Hortus Upsaliensis dated 16 December 1745 that Linnaeus wrote to a student of his, Samuel Nauclér. In it, Linnaeus recounted the temperatures inside the orangery at the Botanical Garden of Uppsala University:

"... since the caldarium (the hot part of the greenhouse) by the angle of the windows, merely from the rays of the sun, obtains such heat that the thermometer often reaches 30 degrees, although the keen gardener usually takes care not to let it rise to more than 20 to 25 degrees, and in winter not under 15 degrees ..."

Eli lämpötilan mittauksen historia on on melko lyhyt. Vasta joskus 1800 luvun puolivälissä alettiin jossain paikoissa pitää kirjaa lämpötiloista eikä niitä mittausasemia ole vieläkään kattavasti joka puolella palloa.

The Central England surface air temperature series is the longest existing meteorological record. Thin lines = annual values. Thick lines = running 11 yr average. The above graphs for annual, summer and winter temperatures have been prepared using the composite monthly meteorological series originally painstakingly homogenized and published by the late professor Gordon Manley (1974). The data series is now updated by the Hadley Centre. Last diagram update: 18 October 2010.

*

Click here to download the entire Central England data series since 1659.
*

Click here to see a larger version of the above diagram.

Click here to jump back to the list of contents.

= kirjoitti:

The Central England surface air temperature series is the longest existing meteorological record. Thin lines = annual values. Thick lines = running 11 yr average. The above graphs for annual, summer and winter temperatures have been prepared using the composite monthly meteorological series originally painstakingly homogenized and published by the late professor Gordon Manley (1974). The data series is now updated by the Hadley Centre. Last diagram update: 18 October 2010.

*

Click here to download the entire Central England data series since 1659.
*

Click here to see a larger version of the above diagram.

Click here to jump back to the list of contents.

tuo piti...
http://www.climate4you.com/GlobalTemperatures.htm
http://tinyurl.com/yen7ujg

Turkulainen maanvilj kirjoitti:

Miten nää tulokset on saatu? Kattavuus ja mittausmenetelmät?

Sitäpaitsi matkaa on edetty näilläkin tuloksilla vasta muutama sentti.

"Dog ate the data" Eli Phil Jonesilla eli CRU,lla oli maailman laajin maailmalta kerätty mittausdata,
mutta hän tuhosi sen. Jäljeelle jäivät vain adjustoidut datat.
Nyt ne haalii alkuperäisiä datoja jopa muinaisista laivojen lokikirjioista, jotta saisivat
tietoa aiemmista lämmöistä. Haluavatten vapaaehtoisia laittamaan sähköiseen muotoon.
Linkkiä ei tähän hättään löytynyt, lokikirja?

= kirjoitti:

The Central England surface air temperature series is the longest existing meteorological record. Thin lines = annual values. Thick lines = running 11 yr average. The above graphs for annual, summer and winter temperatures have been prepared using the composite monthly meteorological series originally painstakingly homogenized and published by the late professor Gordon Manley (1974). The data series is now updated by the Hadley Centre. Last diagram update: 18 October 2010.

*

Click here to download the entire Central England data series since 1659.
*

Click here to see a larger version of the above diagram.

Click here to jump back to the list of contents.

Ihmemiehiä nuo englantilaiset. Mittasivat lämpötiloja vaikkei ollut vielä mittarissa asteikkojakaan. WIKI: "Fahrenheit-asteikon kehitti saksalainen fyysikko Gabriel Fahrenheit (1686–1736) vuonna 1724."

= kirjoitti:

tuo piti...
http://www.climate4you.com/GlobalTemperatures.htm
http://tinyurl.com/yen7ujg

http://climexp.knmi.nl/gdcntmin.cgi?someone@somewhere RS000024908 VANAVARA,AS
http://tinyurl.com/2uw68h4

4+8 kirjoitti:

Ihmemiehiä nuo englantilaiset. Mittasivat lämpötiloja vaikkei ollut vielä mittarissa asteikkojakaan. WIKI: "Fahrenheit-asteikon kehitti saksalainen fyysikko Gabriel Fahrenheit (1686–1736) vuonna 1724."

"The above graphs for annual, summer and winter temperatures have been prepared using the composite monthly meteorological series originally painstakingly homogenized and published by the late professor Gordon Manley (1974)."

e kirjoitti:

"The above graphs for annual, summer and winter temperatures have been prepared using the composite monthly meteorological series originally painstakingly homogenized and published by the late professor Gordon Manley (1974)."

http://motls.blogspot.com/2010/02/clima ... tinum.html http://tinyurl.com/yeezqzw