Time Series Data Library

Time Series Data Library

The Time Series Data Library (TSDL) was created by Rob Hyndman, Professor of Statistics at Monash University, Australia.


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  • Time Series Data Library

    The Time Series Data Library (TSDL) was created by Rob Hyndman, Professor of Statistics at Monash University, Australia.

    • Public datasets: 564

Search results: 9

  • Wolfer sunspot numbers, 1770 to 1869

    Yearly time series (1770–1869). It was last modified on 1 Feb 2014 at 19:52.


    • Dimensions:
    • Description:

      Physics, Source: Box & Jenkins (1976), in file: boxjenk/seriese, Description: Wolfer sunspot numbers, 1770 to 1869

    • Last updated: 1 Feb 2014
    • Citing: Box & Jenkins (1976)
    • Access: Public
    • Price: Free
  • Annual sunspot relative number 1936-1972

    Yearly time series (1836–1872). It was last modified on 1 Feb 2014 at 19:52.


    • Units: Sunspots
    • Dimensions:
    • Description:

      Physics, Source: Andrews & Herzberg (1985), in file: data/andrews8, Description: Annual sunspot relative number 1936-1972

    • Last updated: 1 Feb 2014
    • Citing: Andrews & Herzberg (1985)
    • Access: Public
    • Price: Free
  • Wolf’s Sunspot Numbers. 1700 – 1988

    Yearly time series (1700–1988). It was last modified on 1 Feb 2014 at 19:52.


    • Units: Sunspot Numbers
    • Dimensions:
    • Description:

      Physics, Source: Tong (1990), in file: data/sunspot, Description: Wolf’s Sunspot Numbers. 1700 – 1988

    • Last updated: 1 Feb 2014
    • Citing: Tong (1990)
    • Access: Public
    • Price: Free
  • Annual changes in the earth’s rotation, day length (sec*10**-5) 1821-1970

    Yearly time series (1821–1970). It was last modified on 1 Feb 2014 at 19:52.


    • Units: Sec*10**-5
    • Dimensions:
    • Description:

      Physics, Source: Andrews & Herzberg (1985), in file: data/andrews5, Description: Annual changes in the earth’s rotation, day length (sec*10**-5) 1821-1970

    • Last updated: 1 Feb 2014
    • Citing: Andrews & Herzberg (1985)
    • Access: Public
    • Price: Free
  • Zuerich monthly sunspot numbers 1749-1983

    Monthly time series (Jan 1749–Dec 1983). It was last modified on 1 Feb 2014 at 19:52.


    • Units: Count
    • Dimensions:
    • Description:

      Physics, Source: Andrews & Herzberg (1985), in file: data/andrews14, Description: Zuerich monthly sunspot numbers 1749-1983

    • Last updated: 1 Feb 2014
    • Citing: Andrews & Herzberg (1985)
    • Access: Public
    • Price: Free
  • Monthly mean thickness (Dobson units) ozone column Arosa, Switzerland 1926-1971

    Monthly time series (Jan 1926–Jun 1971). It was last modified on 1 Feb 2014 at 19:52. It is tagged , .


    • Units: Dobson units
    • Dimensions:
    • Description:

      Physics, Source: Andrews & Herzberg (1985), in file: data/andrews4, Description: Monthly mean thickness (Dobson units) ozone column Arosa, Switzerland 1926-1971

    • Last updated: 1 Feb 2014
    • Citing: Andrews & Herzberg (1985)
    • Access: Public
    • Price: Free
  • Monthly sunspot number, Zurich, 1749-1983

    Monthly time series (Jan 1749–Dec 1983). It was last modified on 1 Feb 2014 at 19:52.


    • Dimensions:
    • Description:

      Physics, Source: Hipel and McLeod (1994), in file: monthly/sunsptmo, Description: Monthly sunspot number, Zurich, 1749-1983

    • Last updated: 1 Feb 2014
    • Citing: Hipel and McLeod (1994)
    • Access: Public
    • Price: Free
  • Monthly critical radio frequencies in Washington, D.C., May 1934 – April 1954. These frequencies reflect the highest radio frequency that can be used for broadcasting

    Monthly time series (May 1934–Apr 1954). It was last modified on 1 Feb 2014 at 19:52.


    • Dimensions:
    • Description:

      Physics, Source: Newton (1988), in file: data/cradfq, Description: Monthly critical radio frequencies in Washington, D.C., May 1934 – April 1954. These frequencies reflect the highest radio frequency that can be used for broadcasting

    • Last updated: 1 Feb 2014
    • Citing: Newton (1988)
    • Access: Public
    • Price: Free
  • Number of earthquakes per year magnitude 7.0 or greater. 1900-1998

    Yearly time series (1900–1998). It was last modified on 1 Feb 2014 at 19:52.


    • Dimensions:
    • Description:

      Physics, Source: National Earthquake Information Center. Different lists will give different numbers depending on the formula used for calculating the magnitude. , in file: data/earthq, Description: Number of earthquakes per year magnitude 7.0 or greater. 1900-1998

    • Last updated: 1 Feb 2014
    • Citing: National Earthquake Information Center. Different lists will give different numbers depending on the formula used for calculating the magnitude
    • Access: Public
    • Price: Free