mhsets_annual-canfire.arff

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No. of acres burned in forest fires in CANADA (excl. Yukon & NWT) 1918-1988
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%                                 MHSETS
% 
%            TIME SERIES DATA SETS FOR HIPEL AND MCLEOD BOOK:
% 
%  Contents
%    INSTALLATION
%    REFERENCE
%    CONTACTS
%    VERSIONS
%    OVERVIEW OF THE DATASETS
%    FORMAT OF THE DATASETS
%    SCOPE OF THE BOOK
%    DECISION SUPPORT SYSTEM
%    USING THE DATASETS WITH S/SPLUS
%    SUMMARY OF THE SUBDIRECTORIES OF MHSETS
%    SUBDIRECTORY README FILES
% 
%  INSTALLATION
%  Copy the file mhsets.sh or mhsets.zip to an empty subdirectory mhsets.
% Then type the command "sh mhsets.sh" or "pkunzip -d mhsets.zip".
% 
%  REFERENCE
%  K.W. Hipel and A.I. McLeod (1994),  "Time Series Modelling of Water
%    Resources and Environmental Systems" published by Elsevier,
%    Amsterdam.  ISBN 0-444-89270-2.   (1013 pages).
% 
%  CONTACTS
%  A. Ian McLeod
%   Department of Statistical and Actuarial Sciences
%   The University of Western Ontario
%   London, Ontario, Canada N6A 5B9
%   Phone: (519)661-3611
%   Fax: (519)661-3813
%   e-mail: aim@uwo.ca
%  Keith W. Hipel
%   Department of Systems Design Engineering
%   University of Waterloo
%   Waterloo, Ontario, Canada N2L 3G1
%   Phone: (519)885-1211 ext.4644 or 2830
%   Fax: (519)746-4791
%   e-mail: kwhipel@sysoffice.watstar.uwaterloo.ca
% 
%  VERSIONS
%    This is version 1.0.
%    It is intended to maintain updates and/or corrections to these datasets.
%  These updates and corrections are available by anonymous ftp from
%  fisher.stats.uwo.ca in the directory pub/mhsets.
%    Both shar (for unix) and zip (for PC) archives are available by
%  anonymous ftp from fisher.stats.uwo.ca in the directory pub/mhsets.
% 
%  OVERVIEW OF THE DATASETS
%    The datasets provided include many of the datasets dicussed in our
%  book, Hipel and McLeod (1994). In our book we also mention a number of
%  case studies conducted by ourselves as well as other researchers. Many of
%  these datasets are also available here too. Other datasets which are
%  suitable for use in the problems which accompany the book or for
%  time series researchers wishing to compare their methodology to
%  other interesting types of data. In our time series and systems
%  courses, the datasets provided here are a useful and extensive
%  source of both classroom demonstrations and student projects and
%  assignments.
%    All datasets are in the public domain.
% 
%  FORMAT OF THE DATASETS
%    The data sets are organized in a number of subdirectories. Some of
%  subdirectories refer to particular case studies such as ASKEW and NOAKES
%  while other subdirectories group datasets of a similar type such as ANNUAL
%  and ECOLOGY.
%    Each dataset consists of a title plus a time series in free-format in
%  chronlogical order reading across. The extension .1 or .2 means that there
%  is one or two data series on the file. Sometimes there are additional
%  comments located immediately after the title. These comments are indicated
%  by a symbol # in column 1 of the file. This format is read directly
%  by our MHTS decision support package. For convenience of S or S-plus
%  users, a S function is provided to input these datasets into S or S-plus.
%  See the section, USING THE DATASETS WITH S/SPLUS, below.
% 
% 
%  SCOPE OF THE BOOK
%    This unique book provides a comprehensive presentation of the theory and
%  practice of time series modelling of environmental systems.
%  Recent and useful developments in time series analysis, stochastic hydrology
%  and statistical water quality modelling are combined in a coherent and
%  systematic manner in order to produce this landmark book on time series
%  methods in environmetrics.
%    The rich variety of time series models that are clearly defined,
%  explained and illustrated include ARMA, nonstationary ARIMA,
%  long memory FARMA, seasonal ARIMA, deseasonalized, periodic,
%  transfer function) noise, intervention and multivariate ARMA models.
%  Extensive hydrological, water quality and other environmental applications
%  are given for clearly demonstrating how the various kinds of time series
%  models can be systematically and conveniently fitted to real world data sets
%  by following the identification, estimation and diagnostic check stages of
%  model construction. Moreover, a major emphasis of the book is the use of
%  exploratory data analysis graphs, intervention analysis, nonparametric
%  trend tests and regression analysis in the detection and estimation of
%  trends in environmental impact assessment studies.
%    Other topics in environmetrics covered in the book include
%  time series analysis in decision making, estimating missing observations,
%  simulation, the Hurst phenomenon, forecasting experiments and causality.
% 
%    Professionals working in fields overlapping with environmetrics who will
%  find this book to be an indispensable resource include water resources
%  engineers, environmental scientists, hydrologists, geophysicists,
%  geographers, earth scientists and planners.
%  However, because the time series methods presented in the book can be
%  applied to data sets arising in fields outside of the environmental areas
%  described in the book, other professionals such as systems scientists,
%  economists, mechanical engineers, chemical engineers, and management
%  scientists will benefit from a knowledge of the impressive array of ideas
%  given in the book.
%    Within each professional group, the book is designed for use by teachers,
%  students, researchers, practitioners and consultants.
%    When employed for teaching purposes, this book can be used as a course text
%  at the upper undergraduate and graduate levels.
%  The only mathematical background required of the reader is a one
%  semester introductory course on probability and statistics.
%  Depending upon the number of topics covered, the book can be utilized in a
%  one ortwo semester course.
% 
%  DECISION SUPPORT SYSTEM
%    The McLeod - Hipel Time Series (MHTS) constitutes a comprehensive decision
%  support system for performing extensive data analyses using many of the
%  time series models, graphical procedures, trend tests and other techniques
%  described in the aforementioned book and elsewhere.
%  To obtain information about the MHTS package, kindly contact A. I. McLeod
%  (aim@uwo.ca) or K. W. Hipel (519) 885-1211.
% 
%  USING THE DATASETS WITH S/SPLUS
%    An S function is provided for inputing the datasets into S/Splus.
%  The source code is in the file readmhts.s and S style documentation
%  is available in readmhts.d. These two files are included in the
%  archive directly under the main subdirectory mhsets.
%     To read this function into S/Splus:  source("readmhts.s")
%     Then to read in a particular dataset, say amazon.2, into the S variable,
%  z enter:   z_readmhts("annual/amazon.2")
% 
%  SUMMARY OF THE SUBDIRECTORIES OF MHSETS
% 
%               ANNUAL		miscellanous annual time series
%               ASKEW             case study: monthly riverflows
%               ASTATKIE		case study: daily riverflows
%               BARACOS		case study: daily riverflow in arctic
%               BLOWFLY		case study of blowfly populations
%               BOXJENK		some classic time series
%               CNELSON		case study: annual U.S. economic series
%               COMMOD		some commodity prices, daily
%               ECOLOGY           animal abundance, annual
%               EPI		outbreaks of measles, mumps, chickenpox
%               HTONG             case study: daily riverflows
%               HURST		case study: long annual geophysical time series
%               KORSAN            case study: long financial time series
%               LAMARCHE		case study: treerings and meteorological series
%               LONDONWQ		case study: water consumption in London, Ontario
%               MISC		miscellaneous time series
%               MONTHLY		miscellaneous monthly geophysical time series
%               NOAKES		case study: monthly riverflow time series
%               PROTHERO		case study: quarterly macro-economic series
%               PRUSCHA		case study: annual temperature data
%               ROBERTS		miscellaneous time series
%               SANFRAN		case study: riverflow and meteorological series
%               THOMPSTO		case study: quarter-monthly flows, precipitation
%               WISCONSI		case study: employment data from Wisconsin
% 
% 
%  SUBDIRECTORY README FILES
% 
% ANNUAL
% Miscellaneous annual time series.
% Brief Summary Of The Data Files In The Directory mhsets/annual
% 1.  AMAZON.2
% Amazon, High and Low Water Levels, 1962-78
% #High and Low levels of the Amazon at Iquitos, Peru, 1962-78
% #References:
% #Gentry and Lopeq-Parodi (1980) "Deforestation and increased flooding in
% #  the upper Amazon". Science, 210, 1354-1356.
% #Ramsey (1988). "The Slug Trace", The American Statistician, V.42, p.290.
% 
% 2.  BIRTHS.1
% Births per 10,000 of 23 year old women, U.S., 1917-1975
% 
% 3.  BWATER.1
% BALTIMORE CITY ANNUAL WATER USE, 1885-1968, LITRES PER CAPITA PER DAY
% 
% 4.  CANFIRE.1
% No. of acres burned in forest fires in CANADA (excl. Yukon & NWT) 1918-1988
% 
% 5.  CIG.3
% #CAN.Cigarette Consumption/adult, Real Price and Income/adult, 1953-75
% 
% 6.  CORN.2
% Annual corn yield and rainfall in US cornbelt states, 1890-1927
% 
% 7.  DAL.1
% DAL RIVER, NEAR NORSLUND,SWEDEN, 1852-1922
% 
% 8.  DANUBE.1
% DANUBE RIVER, AT ORSHAVA,ROMANIA, 1837-1957
% 
% 9.  DVI.1
% VOLCANIC DUST VEIL INDEX, NORTHERN HEMISPHERE, 1500-1969
% 
% 10.  ELECUS.1
% Total Electricity Consumption, U.S., 1920-70, Kilowatt-hours (millions)
% 
% 11.  FORTALEZ.1
% Annual rainfall (mm) at Fortaleza, Brazil, 1849-1979
% #Refeference: P.A. Morettin, A.R. Mesquita, J.G.C. Rocha,
% #            "Rainfall at Fortaleza in Brazil Revisted"
% #            Time Series Analysis, Theory and Practice, Vol. 6
% #            pp. 67--85. Editor: O.D. Anderson
% 
% 12.  FRNCHA.1
% FRENCH BROAD RIVER AT ASHEVILLE, N.C.
% 
% 13.  FRNCHB.1
% FRENCH BROAD RIVER NEAR NEWPORT, TENN.
% 
% 14.  GEODUCK.1
% Geoduck Clam Data, 1907-1980, interventions at t=13 and t=56
% #Reference: D.J. Noakes and A. Campbell (1992),
% #"Use of Geoduck Clams to Indicate Changes in the Marine Environment
% #of Ladysmith Harbour, British Columbia", Environmetircs,
% #Vol. 3, No. 1, 81--97
% 
% 15.  GLOBTP.1
% Changes In Global Temperature, Annual, 1880-1985
% #Surface air "temperature change" for the globe, 1880-1985.
% #Degrees Celsius. "Temperature change" actually means temperature
% #against an arbitrary zero point.
% #From James Hansen and Sergej Lebedeff, "Global Trends of Measured
% #Surface Air Temperature", `Journal of Geophysical Research`, Vol. 92,
% #No. D11, pages 13,345-13,372, November 20, 1987.
% 
% 16.  GOTA.1
% GOTA RIVER, NEAR SJOTOP-VANNERSBURG,SWEDEN, 1807-1957
% 
% 17.  HURON.1
% Lake Huron, mean level, July, 1860-1986
% #Mean July average water surface elevation, in feet, IGLD (1955)
% #for Harbor Beach, Michigan, on Lake Huron, Station 5014.  1860--1986.
% #Source: Great Lakes Water Levels, 1860-1986. U.S. Dept. of Commerce,
% #National Oceanic and Atmospheric Administration, National Ocean Survey.
% 
% 18.  KIEWA.1
% KIEWA RIVER, AT KIEWA,VICTORIA, 1885-1954
% 
% 19.  MCKEN.1
% MCKENZIE RIVER AT MCKENZIE BRIDGE, OREGON, 1911-57, cfs
% 
% 20.  MINIMUM.1
% Annual Minimum Level of Nile River, 622-1921
% 
% 21.  MSTOUIS.1
% MISSISSIPPI RIVER, NEAR ST.LOUIS,MO., 1861-1957
% 
% 22.  NEUMUNAS.1
% NEUMUNAS RIVER, AT SMALININKAI,LITUANIA,USSR, 1811-1943
% 
% 23.  NILE.1
% AVERAGE ANNUAL RIVERFLOW, NILE AT ASWAN, 1870-1945
% 
% 24.  NILE2.1
% Mean annual Nile flow, 1871-1970, units: 10^8 m^3, water yr: july-june
% #Original Data Listing:
% #78Biomtrka65   243- 252
% # George W. Cobb
% # The problem of the Nile: Conditional solution to a changepoint problem
% #
% #Additional Reference:
% #91EnvrMtrc 2   341- 375
% # I. B. MacNeill;S. M. Tang;V. K. Jandhyala
% # A search for the source of the Nile's change-points
% 
% 25.  NYWATER.1
% NEW YORK CITY ANNUAL WATER USE, 1898-1968, LITRES PER CAPITA PER DAY
% 
% 26.  OGDEN.1
% ST. LAWRENCE RIVER AT OGDENSBURG, N.Y., 1860-1957, YEARLY FLOW
% 
% 27.  PEAS.1
% PRECIPITATION IN MM., EASTPORT, USA, 1887-1950
% 
% 28.  PGREATL.1
% Annual precipitation, 1900-1986, Entire Great Lakes
% #Annual precipitation in inches
% #SOURCE:  Great Lake  Wate  Levels  U.S  Dept  o  Commerce   NOO
% #- NOS  Rockville  MD  an  U.S  Lak  Survey  Detroit  MI--U.S
% #Armu Corp
% 
% 29.  RHINE.1
% RHINE RIVER, NEAR BASLE,SWITZERLAND, 1807-1957
% 
% 30.  SPIRITS.3
% Alcohol Demand, UK, 1870-1938. logs: Q(demand),P(r.price),Y(r.income)
% #empirical demand function for alcoholic spirits, U.K., 1870-1938
% #source: Durbin & Watson (1951, Table 1) Biometrika, V.38, pp.159-78
% #"Testing for serial correlation in least squares regression II"
% #
% # spirits =  log consumption per head
% # income  =  log real income per head
% # price   =  log real price
% #
% #  spirits,  income,   price
% 
% 31.  SUNSPOTS.1
% Annual sunspot numbers, 1700-1988
% 
% 32.  SUNSPT.1
% Annual sunspot numbers, 1700-1988
% 
% 33.  THAMES.1
% THAMES RIVER, NEAR TEDDINGTON,ENGLAND, 1883-1954
% 
% 34.  TPYR.1
% AVERAGE ANNUAL TEMPERATURE, CENTRAL ENGLAND, 1723-1970
% 
% 35.  USM1.1
% M1, U.S. 1959.1-1992.2
% 
% 36.  USM2.1
% M2, U.S. 1959.1-1992.2
% 
% 37.  USM3.1
% M3, U.S. 1959.1-1992.2
% 
% 38.  WHEAT.1
% Beveridge wheat price index, 1500-1869
% ----------------------------------------------------------------------------
% 
% ASKEW
% These 26 monthly riverflow sequences were selected by Askew et al. (1971)
% for their study in critical period statistics. Askew et al. (1977)
% state these series represent unregulated riverflows.
% Addtional Reference: Askew, A.J.,Yeh, W.W.G and Hall, W.A. (1971)
% "A comparative study of critical drought simulation", Water Resources
% Research 7, pp.52-62.
% Brief Summary Of The Data Files In The Directory mhsets/askew
% 1.  ASKEW.1
% SACRAMENTO RIVER AT KESWICK, CALIFORNIA, OCTOBER 1939 - SEPTEMBER 1960
% 
% 2.  ASKEW10.1
% CLEARWATER RIVER AT KAMIAH, IDAHO 1911 TO 1965
% 
% 3.  ASKEW11.1
% JUDITH RIVER NEAR UTICA, MT. 1920 TO 1960
% 
% 4.  ASKEW12.1
% MADISON RIVER NEAR WEST YELLOWSTONE, MT. 1923 TO 1960
% 
% 5.  ASKEW13.1
% WHITEROCKS RIVER NEAR WHITEROCKS, UTAH, 1930 TO 1960
% 
% 6.  ASKEW14.1
% MIDDLE BOULDER CREEK AT NEDERLAND, CO. 1912 TO 1960
% 
% 7.  ASKEW15.1
% SOUTH PLATTE RIVER BELOW CHEESMAN LAKE, CO. 1925 TO 1960
% 
% 8.  ASKEW16.1
% NECHES RIVER NEAR ROCKLAND, TEXAS 1914 TO 1960
% 
% 9.  ASKEW17.1
% BIG FORD RIVER AT BIG FALLS, MN., 1929 TO 1960
% 
% 10.  ASKEW18.1
% SKUNK RIVER AT AUGUSTA, IOWA 1915 TO 1960
% 
% 11.  ASKEW19.1
% CURRENT RIVER AT VAN BUREN, MO 1922 TO 1960
% 
% 12.  ASKEW2.1
% TRINITY RIVER AT LEWISTON, CALIFORNIA, OCTOBER 1912 - SEPTEMBER 1960
% 
% 13.  ASKEW20.1
% WOLF RIVER AT NEW LONDON, WI 1914 TO 1960
% 
% 14.  ASKEW21.1
% MAD RIVER NEAR SPRINGFIELD, OH. 1915 TO 1960
% 
% 15.  ASKEW22.1
% WEST BRANCH DELAWARE RIVER AT HALE EDDY, NY 1916 TO 1960
% 
% 16.  ASKEW23.1
% PEMIGEWASSET RIVER AT PLYMOUTH, NH 1904 TO 1960
% 
% 17.  ASKEW24.1
% RAPPAHANNOCK RIVER NEAR FREDERICKSBURG, VA 1911 TO 1960
% 
% 18.  ASKEW25.1
% JAMES RIVER AT BUCHANAN, VA 1911 TO 1960
% 
% 19.  ASKEW26.1
% OOSTANAULA RIVER AT RESACA, GA 1893 TO 1960
% 
% 20.  ASKEW3.1
% FEATHER RIVER AT OROVILLE, CALIFORNIA, OCTOBER 1902 - SEPTEMBER 1977
% 
% 21.  ASKEW4.1
% AMERICAN RIVER AT FAIR OAKS, CALIFORNIA, OCTOBER 1906 - SEPTEMBER 1960
% 
% 22.  ASKEW5.1
% EEL RIVER ABOVE DOS RIOS, CALIFORNIA, OCTOBER 1952 - SEPTEMBER 1960
% 
% 23.  ASKEW6.1
% ROCK CREEK AT LITTLE ROUND VALLEY, NR. BISHOP, CALIFORNIA, SEPTEMBER 1960
% 
% 24.  ASKEW7.1
% MCKENZIE RIVER AT MCKENZIE BRIDGE, OREGON, OCTOBER 1911 TO SEPTEMBER 1960
% 
% 25.  ASKEW8.1
% S.F. SKYKOMISH RIVER NEAR INDEX, WASHINGTON,OCTOBER 1923 TO SEPTEMBER 1960
% 
% 26.  ASKEW9.1
% BOISE RIVER NEAR TWIN SPRINGS, IDAHO,OCTOBER 1912 TO SEPTEMBER 1960
% ----------------------------------------------------------------------------
% 
% ASTATKIE
% This data was compiled from published meteorological data by Tessema
%  Astatkie and used for nonlinear time series modelling in his Ph.D.
%  Thesis, Queens University (1994) "Modulated Threshold Time Series
%  Models". (D. Watts and E.Watt faculty advisors).
% The units for flow are cms (cubic meters per second).
% The units for temperature are degrees Celsius
% The units for precipitation are in mm.
% Acknowledgment: I would like to thank Tessema Astatkie for sending
%  this data to me via e-mail.
% Brief Summary Of The Data Files In The Directory mhsets/astatkie
% 
% 1.  FISHER.1
% Mean daily flow, cms, Fisher River near Dallas, Jan 1 1988 - Dec 31 1991
% #Station number 05SD003
% #Latitude 51-21 N
% #Longitude 97-30 W
% 
% 2.  FISHERP.1
% Total daily precipitation, mm, Jan 1 1988 - Dec 31 1991, Fisher Basin
% #Station Name: Hodgson 2
% #Latitude: 51-11 N
% #Longitude: 97-27 W
% 
% 3.  FISHERT.1
% Mean daily temperature, deg C, Jan 1 1988 - Dec 31 1991
% #Station Name: Hodgson 2
% #Latitude: 51-11 N
% #Longitude: 97-27 W
% 
% 4.  OLDMAN.1
% Oldman River near Brocket, mean daily flow, cms, Jan 1 1988 - Dec 31 1991
% #Station Number: 05AA024
% #Latitude: 49-33 N
% #Longitude: 113-49 W
% 
% 5.  OLDMANP.1
% Precipitation, mm, Jan 1 1988 - Dec 31 1991, Oldman River basin
% #Station Name: Pincher Creek (Jan 1, 1988 - Aug 31 1989 and Jan 1 1900 -
% #                             Dec 31 1991)
% #              Latitude: 49-31 N
% #              Longitude: 114-00 W
% #
% #              Lethbridge A (Sept 1 1989 - Dec 31 1989)
% #              Latitude:  49-38 N
% #              Longitude: 112-48 W
% 
% 6.  OLDMANT.1
% Mean daily temperature, C, Jan 1 1988 - Dec 31 1991, Oldman basin
% #Station Name: Pincher Creek (Jan 1, 1988 - Aug 31 1989 and Jan 1 1900 -
% #                             Dec 31 1991)
% #              Latitude: 49-31 N
% #              Longitude: 114-00 W
% #
% #              Lethbridge A (Sept 1 1989 - Dec 31 1989)
% #              Latitude:  49-38 N
% #              Longitude: 112-48 W
% 
% 7.  SAUGEEN.1
% Mean daily flow, cms, Saugeen River near Port Elgin, Jan 1 1988 - Dec 31 1991
% #Station number: 02FC001
% 
% 8.  SAUGEENP.1
% Precipitation, mm, Jan 1 1988 - Dec 31 1991, Saugeen basin
% #Station Name: Paisley
% #Station Number: 6126210
% #Longitude: 44-16 N
% #Latitude: 81-22 W
% 
% 9.  SAUGEENT.1
% Mean daily temperature, C, Jan 1 1988 - Dec 31 1991, Saugeen basin
% #Station Name: Paisley
% #Station Number: 6126210
% #Longitude: 44-16 N
% #Latitude: 81-22 W
% 
% 
% BARACOS
% Some of the data used in "Modeling hydrologic time series from the Arctic"
% by P.C. Baracos, K.W. Hipel & A.I. McLeod (1981), Water Resources Bulletin,
% Vol. 17, No.3, pp.414-422.
% Brief Summary Of The Data Files In The Directory mhsets/baracos
% 1.  CMINEF.1
% TREE RIVER,10QA001, 1969-76, MEAN MONTHLY FLOW
% 
% 2.  CMINER.1
% COPPERMINE, 2200900, MONTHLY, RAIN (MM), 1933-76
% 
% 3.  CMINET.1
% COPPERMINE MONTHLY TEMPERATURE,2200900 CELSIUS,1933-1976
% ----------------------------------------------------------------------------
% 
% BLOWFLY
% Time series data on a population of sheep blow-flies maintained
% under stable conditions for two years (361 observations) collected
% by A.J. Nicholson and modelled by D.R. Brillinger, J. Guckenheimer,
% P. Guttorp and G. Oster (1980), "Empirical Modelling of Population
% Time Series Data: The Case of Age and Density Dependent Vital Rates",
% Lectures on Mathematics in the Life Sciences, Vol. 13, pp.65--90
% Brief Summary Of The Data Files In The Directory mhsets/blowfly
% 
% 1.  DEATHS.1
% deaths in total adult population
% 
% 2.  EGGS.1
% number of blowfly eggs
% 
% 3.  EMERGING.1
% number of emerging eggs
% 
% 4.  NONEMERG.1
% number of nonemerging eggs
% 
% 5.  TOTAL.1
% total blowfly population
% ----------------------------------------------------------------------------
% 
% BOXJENK
% Selected "classic" time series from Box and Jenkins (1976),
% Time Series Analysis: forecasting and control.
% Brief Summary Of The Data Files In The Directory mhsets/boxjenk
% 1.  SERIESA.1
% SERIES A, CHEMICAL PROCESS CONCENTRATION READINGS
% #every 2 hours
% 
% 2.  SERIESB.1
% SERIES B, IBM STOCK PRICES
% #closing price of common stock, daily, May 17 1961 to November 2 1962
% #May 17 = 137th day
% 
% 3.  SERIESB2.1
% IBM STOCK PRICES, 2ND SERIES
% #closing price of common stock, daily, June 29 1959 to June 30 1960
% #June 29 = 180th day
% 
% 4.  SERIESC.1
% SERIES C, CHEMICAL PROCESS TEMPERATURE READINGS
% #every minute
% 
% 5.  SERIESD.1
% SERIES D, CHEMICAL PROCESS VISCOSITY READINGS
% #every hour
% 
% 6.  SERIESE.1
% SERIES E, WOLFER SUNSPOT NUMBERS, 1770-1869
% 
% 7.  SERIESF.1
% SERIES F, SUCCESSIVE YIELDS OF BATCH PROCESS
% 
% 8.  SERIESG.1
% SERIES G, MONTHLY INTERNATIONAL AIRLINE PASSENGERS
% #unit: thousands of passengers; January 1949 to December 1960
% 
% 9.  SERIESJ.2
% SERIES J, GAS INPUT DATA, 396 VALUES
% #sampling interval 9 seconds
% #output = % CO_2 in outlet gas
% #input  = 0.60 - 0.40(input gas rate in cu. ft. / min.)
% 
% 10.  SERIESJX.1
% SERIES J, INPUT
% #sampling interval 9 seconds
% #input  = 0.60 - 0.40(input gas rate in cu. ft. / min.)
% 
% 11.  SERIESJY.1
% SERIES J, OUTPUT
% #sampling interval 9 seconds
% #output = % CO_2 in outlet gas
% ----------------------------------------------------------------------------
% 
% CNELSON
% THE DATA SET WAS USED IN 'TRENDS AND RANDOM WALKS IN
% MACROECONOMIC TIME SERIES; SOME EVIDENCE AND IMPLICATIONS'
% BY CHARLES R. NELSON AND CHARLES I. PLOSSER PUBLISHED IN
% JOURNAL OF MONETARY ECONOMICS 10 (1982) P 139-162.
% NORTH HOLLAND PUBLISHING COMPANY
% Acknowledgment: I would like to thank Charles Nelson for sending
%  this data to me via e-mail.
% 
% Brief Summary Of The Data Files In The Directory mhsets/cnelson
% 
% 1.  BND.1
% Bond yield, U.S., 1900-1970, annual
% 
% 2.  CPI.1
% CPI, U.S., 1860-1970, annual
% 
% 3.  EMP.1
% Employment, U.S., 1860-1970, annual
% 
% 4.  GNP.1
% Nominal GNP, U.S., 1909-1970, annual
% 
% 5.  IP.1
% Industrial production, U.S., 1860-1970, annual
% 
% 6.  M.1
% Money Stock, U.S., 1889-1970, annual
% 
% 7.  PCRGNP.1
% Real per capita GNP, U.S., 1909-1970, annual
% 
% 8.  PRGNP.1
% GNP deflator, U.S., 1909-1970, annual
% 
% 9.  RGNP.1
% Real GNP, U.S., 1909-1970, annual
% 
% 10.  RWG.1
% Real wages, U.S., 1900-1970, annual
% 
% 11.  SP500.1
% Common stock prices, U.S., 1871-1970, annual
% 
% 12.  UN.1
% Employment, U.S., 1860-1970, annual
% 
% 13.  VEL.1
% Velocity of money, 1869-1970, annual
% 
% 14.  WG.1
% Wages, U.S., 1900-1970, annual
% ----------------------------------------------------------------------------
% 
% COMMOD
% This is a file of actual commodity prices of the five
% commodities (feeder cattle, gold price, porkbellies,
% soybeans and U.S. treasury bills) on the Chicago
% market over a period of about 97-100 consecutive trading days.
% For each commodity there are 3 files containing the
% daily high, daily low, and daily close price.
% 
% Brief Summary Of The Data Files In The Directory mhsets/commod
% 
% 1.  FEED.1
% FEEDER CATTLE CONTRACTS, CLOSE PRICE ON 95 CONSECUTIVE TRADING DAYS
% 
% 2.  FEEDH.1
% FEEDER CATTLE APR,81, HIGH
% 
% 3.  FEEDL.1
% FEEDER CATTLE APR,81, LOW
% 
% 4.  GOLD.1
% GOLD CLOSE PRICE, 97 SUCCESSIVE TRADING DAYS
% 
% 5.  GOLDH.1
% GOLD JUN,81, HIGH
% 
% 6.  GOLDL.1
% GOLD JUN,81, LOW
% 
% 7.  PORK.1
% PORKBELLIES, 99 CONSECUTIVE TRADING DAYS, CLOSE PRICE
% 
% 8.  PORKH.1
% PORK BELLIES, HIGH
% 
% 9.  PORKL.1
% PORK BELLIES MAR,81, LOW
% 
% 10.  SOY.1
% SOYBEAN CONTRACTS, CLOSE PRICE ON 99 CONSECUTIVE TRADING DAYS
% 
% 11.  SOYH.1
% SOYBEANS, HIGH
% 
% 12.  SOYL.1
% SOYBEANS, LOW
% 
% 13.  US.1
% U.S. TREASURY BILL CONTRACTS, 100 CONSECUTIVE TRADING DAYS
% 
% 14.  USH.1
% U.S. T BILLS, HIGH
% 
% 15.  USL.1
% U.S. TREASURY BILLS MAR,81, LOW
% ----------------------------------------------------------------------------
% 
% ECOLOGY
% Time series data on the abundance of various wild animals. Typically
% these data show strong cyclically behaviour which has been the subject
% for speculation and study. Basically there are two types of counts -
% fur production and fur sales. The difference is that fur sales as
% a one year lag over fur production. The type is indicated in the time
% series title string.
% 
% FOX DATASETS: arctic.1, hbco.1, hebron.1, hopedale.1, nain.1, okak.1
% These are from C. Elton (1942) "Voles, Mice and Lemmings",
% Oxford Univ. Press.
% 
% LYNX DATASET:
% Annual Number of Lynx Trapped, MacKenzie River, 1821-1934
% Original Source: Elton, C. and Nicholson, M. (1942)
% "The ten year cycle in numbers of Canadian lynx",
% J. Animal Ecology, Vol. 11, 215--244.
% This is the famous data set which has been listed before in
% various publications:
% Cambell, M.J. and Walker, A.M. (1977) "A survey of statistical work on
% the MacKenzie River series of annual Canadian lynx trappings for the years
% 1821-1934 with a new analysis", J.Roy.Statistical Soc. A 140, 432--436.
% 
% FUR-SALES DATASETS: marten.1, mink.1, muskrat.1, otter_l.1, racoon.1,
%                     skunk.1, wolf.1, wolveren.1
% These datasets are from:
% Jones, J.W. (1914) "Fur-farming in Canada", Commission of Conservation
% Canada, pp.209--214
% 
% ADDTIONAL REFERENCES:
% 85JTimSrAn 6   171- 180
%  Timo Teraesvirta
%  Mink and muskrat interaction: A structural analysis
%  ARIMA model;Canonical form;Time series;Transfer function
% 78ApplStat27   168- 175
%  W.-Y. T. Chan;Kenneth F. Wallis
%  Multiple time series modelling: Another look at the mink-muskrat interaction
%  Animal populations;Predator-prey;Autoregressive-moving average;Box-Jenkins;Identification
% 75PIBiomC  8    55-  72
%  G. M. Jenkins
%  The interaction between the muskrat and mink cycles in north Canada
% 77Ststcian26    51-  75
%  O. D. Anderson
%  A Box-Jenkens analysis of the coloured fox data from Nain, Labrador
% 
% 
% Brief Summary Of The Data Files In The Directory mhsets/ecology
% 
% 1.  ARCTIC.1
% Arctic foxes, fur returns, Ungava District, 1868-1924
% #Source: C. Elton (1942) "Voles, Mice and Lemmings", Oxford Univ. Press
% #Table 51, p.415-6.
% 
% 2.  HBCO.1
% Coloured fox fur returns, H.B. Co, Ungava District, 1868-1924
% #Source: C. Elton (1942) "Voles, Mice and Lemmings", Oxford Univ. Press
% #Table 53, p.422
% 
% 3.  HEBRON.1
% Coloured fox fur production, Hebron, Labrador, 1834-1925
% #Source: C. Elton (1942) "Voles, Mice and Lemmings", Oxford Univ. Press
% #Table 17, p.265--266
% #remark: missing value for 1852, ie. observation no. 18
% 
% 4.  HOPEDALE.1
% Coloured fox fur production, HOPEDALE, Labrador,, 1834-1925
% #Source: C. Elton (1942) "Voles, Mice and Lemmings", Oxford Univ. Press
% #Table 17, p.265--266
% 
% 5.  LYNX.1
% Annual Number of Lynx Trapped, MacKenzie River, 1821-1934
% #Original Source: Elton, C. and Nicholson, M. (1942)
% #"The ten year cycle in numbers of Canadian lynx",
% #J. Animal Ecology, Vol. 11, 215--244.
% #This is the famous data set which has been listed before in
% #various publications:
% #Cambell, M.J. and Walker, A.M. (1977) "A survey of statistical work on
% #the MacKenzie River series of annual Canadian lynx trappings for the years
% #1821-1934 with a new analysis", J.Roy.Statistical Soc. A 140, 432--436.
% 
% 6.  MARTEN.1
% Fur sales, marten, HB Co., 1850-1911
% #Jones, J.W. (1914) "Fur-farming in Canada", Commission of Conservation
% #Canada, pp.209--214
% 
% 7.  MINK.1
% Fur sales, mink, HB Co., 1850-1911
% #Jones, J.W. (1914) "Fur-farming in Canada", Commission of Conservation
% #Canada, pp.209--214
% 
% 8.  MUSKRAT.1
% Fur sales, HB Co., muskrat, 1850-1911
% #Jones, J.W. (1914) "Fur-farming in Canada", Commission of Conservation
% #Canada, pp.209--214
% 
% 9.  NAIN.1
% Coloured fox fur production, Nain, Labrador, 1834-1925
% #Source: C. Elton (1942) "Voles, Mice and Lemmings", Oxford Univ. Press
% #Table 17, p.265--266
% #remark: missing value for 1852, ie. observation no. 18
% 
% 10.  OKAK.1
% Coloured fox fur production, Okak, Labrador, 1834-1925
% #Source: C. Elton (1942) "Voles, Mice and Lemmings", Oxford Univ. Press
% #Table 17, p.265--266
% #remark: missing value for 1852, ie. observation no. 18
% 
% 11.  OTTER_L.1
% Fur sales, otter (land), HB Co., 1850-1911
% #Jones, J.W. (1914) "Fur-farming in Canada", Commission of Conservation
% #Canada, pp.209--214
% 
% 12.  RACOON.1
% Fur sales, HB Co., racoon, 1850-1911
% #Jones, J.W. (1914) "Fur-farming in Canada", Commission of Conservation
% #Canada, pp.209--214
% 
% 13.  SKUNK.1
% Fur sales, H.B. Co., skunk, 1850-1911
% #Jones, J.W. (1914) "Fur-farming in Canada", Commission of Conservation
% #Canada, pp.209--214
% 
% 14.  WOLF.1
% Fur sales, HB Co., wolf, 1850-1911
% #Jones, J.W. (1914) "Fur-farming in Canada", Commission of Conservation
% #Canada, pp.209--214
% 
% 15.  WOLVEREN.1
% Fur sales, HB Co., wolferene, 1850-1911
% #Jones, J.W. (1914) "Fur-farming in Canada", Commission of Conservation
% #Canada, pp.209--214
% ----------------------------------------------------------------------------
% 
% EPI
% ORIGINAL DATA SOURCE:
% Yorke, J.A. and London, W.P. (1973)
% "Recurrent Outbreaks of Measles, Chickenpox and Mumps",
% American Journal of Epidemiology, Vol. 98, pp.469
% 
% REMARKS:
% Schaffer and Kot (1985) have studied this data using a nonlinear
% dynamical systems approach. However traditional time series methods
% are adequate. Which is better?
% 
% REFERENCE:
% Schaffer, W.M. and Kot, M. (1985)
% "Nearly one dimensional dynamics in an epidemic",
% Journal of Theoretical Biology, Vol. 112, pp.403--427.
% 
% Brief Summary Of The Data Files In The Directory mhsets/epi
% 
% 1.  CHICKNYC.1
% Reported Number of Cases of Chickenpox, Monthly, 1931-1972, New York City
% 
% 2.  MEASLBAL.1
% Reported Number of Cases of Measles, Monthly, Jan. 1939- June 1972, Baltimore
% 
% 3.  MEASLNYC.1
% Reported monthly cases of measles, 1928-1972, New York City
% 
% 4.  MUMPS.1
% Reported monthly cases of mumps, 1928-197 2 New York City
% ----------------------------------------------------------------------------
% 
% HTONG
% These datasets were introduced into the literature in a paper by
% Tong, Thanoon and Gudmundsson (1985) and has been used by various
% nonlinear modelers since then. These datasets given in the book
% by Tong (1991). For additional references, see below.
% 
% References:
% Astatkie, T. (1994),  "Modulated Threshold Time Series  Models".
% Ph.D. Thesis, Queens University.
% 
% Chen, R. & Tsay, R. (1993). Nonlinear additive ARX models.
% Journal of the American Statistical Association, Vol. 88, pp.955-67.
% 
% Lewis, P.A.W. (1994). Forthcoming paper in Water Resources Bulletin
% 
% Tong, H., Thanoon, B. & Gudmundsson, G. (1985) "Threshold time
% series modelling of two Icelandic riverflow systems", Water
% Resources Bulletin, Vol. 21, No. 4, pp.651--661.
% 
% Brief Summary Of The Data Files In The Directory mhsets/htong
% 
% 1.  JOKULSA.1
% Jokulsa Eystri River, mean daily flow, Jan. 1, 1972 - Dec. 31, 1974, cms
% 
% 2.  PRECIP.1
% Daily precipitation, in mm, Hveravellir, Jan. 1, 1972 - Dec. 31, 1974
% 
% 3.  TEMPER.1
% Mean daily temperature, in deg C, Hveravellir, Jan. 1, 1972 - Dec. 31, 1974
% 
% 4.  VATNSD.1
% Vatnsdalsa River, mean daily flow, Jan. 1, 1972 - Dec. 31, 1974, cms
% ----------------------------------------------------------------------------
% 
% HURST
% Datasets from K.W. Hipel and A.I. McLeod (1978) "Preservation of the
% Rescaled Adjusted Range", Water Resources Research, Vol. 14, pp. 491--
% 517. In our paper we examined the long memory hypothesis and found
% that on the whole there was no evidence for this hypothesis.
% 
% Brief Summary Of The Data Files In The Directory mhsets/hurst
% 
% 1.  BIGCONE.1
% BIG CONE SPRUCE,SOUTHERN CALIFORNIA, U.S.A., 1458-1966, 509 VALUES
% 
% 2.  BRYCE.1
% PONDEROSA PINE,BRYCE WATER CANYON,UTAH,U.S.A., 1340-1964, 625 YEARS
% 
% 3.  DANUBE.1
% DANUBE RIVER, AT ORSHAVA,ROMANIA, 1837-1957
% 
% 4.  DELL.1
% LIMBER PINE, DELL,MONTANA,U.S.A., 1311-1965, 655 YEARS
% 
% 5.  EAGLECOL.1
% DOUGLAS FIR,EAGLE,COLORADO, U.S.A.,M 1107-1964, 858 YEARS
% 
% 6.  ESPANOLA.1
% MUD VARVE DATA, SWEDISH TIME SCALE, ESPANOLA, CANADA, -204 TO -908, 668 YEARS
% 
% 7.  EXSHAW.1
% DOUGLAS FIR,EXSHAW,ALBERTA,CANADA, 1460-1965, 506 YEARS
% 
% 8.  GOTA.1
% GOTA RIVER, NEAR SJOTOP-VANNERSBURG,SWEDEN, 1807-1957
% 
% 9.  LAKEVIEW.1
% PONDEROSA PINE,LAKEVIEW OREGON,U.S.A., 1421-1964, 544 YEARS
% 
% 10.  MINIMUM.1
% Annual Minimum Level of Nile River, 622-1469
% 
% 11.  MSTOUIS.1
% MISSISSIPPI RIVER, NEAR ST.LOUIS,MO., 1861-1957
% 
% 12.  NARAMATA.1
% PONDEROSA PINE, NARAMATA,BRITISH COLUMBIA,CANADA,1951-1965, 515 YEARS
% 
% 13.  NAVAJO.1
% DOUGLAS FIR,NAVAJO NATIONAL MONUMENT(BETATAKIN),ARIZONA,U.S.A., 700 YEARS
% 
% 14.  NEUMUNAS.1
% NEUMUNAS RIVER, AT SMALININKAI,LITUANIA,USSR, 1811-1943
% 
% 15.  NINEMILE.1
% DOUGLAS FIR,NINE MILE CANYON (HIGH),UTHAH,U.S.A.,1194-1964, 771 YEARS
% 
% 16.  OGDEN.1
% ST. LAWRENCE RIVER AT OGDENSBURG, N.Y., 1860-1957, YEARLY FLOW
% 
% 17.  PRECIP.1
% Total annual rainfall, inches, London, England, 1813-1912
% 
% 18.  RHINE.1
% RHINE RIVER, NEAR BASLE,SWITZERLAND, 1807-1957
% 
% 19.  SNAKE.1
% DOUGLAS FIR,SNAKE RIVER BASIN,U.S.A.,1282-1950, 669 YEARS
% 
% 20.  SUNSPT.1
% YEARLY SUNSPOT-RELATIVE NUMBERS   1700-1960
% 
% 21.  TEMPER.1
% AVERAGE ANNUAL TEMPERATURE, CENTRAL ENGLAND, 1723-1970
% 
% 22.  TIOGA.1
% JEFFREY PINE,TIOGA PASS, CALIFORNIA, U.S.A., 1304-1964, 661 YEARS
% 
% 23.  WHITEMTN.1
% BRISTLECONE PINE, WHITE MOUNTAINS, CALIFORNIA,U.S.A., 800-1963, 1164 YEARS
% ----------------------------------------------------------------------------
% 
% KORSAN
% Financial time series from "Fractals and Time Series Analysis" by
% R.J. Korsan (1993), Mathematica, Vol.3, pp.39-47
% 
% Brief Summary Of The Data Files In The Directory mhsets/korsan
% 
% 1.  DAILYIBM.1
% Daily closing price of IBM stock, Jan 1, 1980 to Oct. 8, 1992
% 
% 2.  DAILYSAP.1
% Daily S&P 500 index of stocks, Jan. 1, 1980 to Oct. 8, 1992
% ----------------------------------------------------------------------------
% 
% LAMARCHE
% This data was kindly provided by the late V.C. LaMarche, Jr and is the data
% used in the paper by Fritts, H.C. et al. (1971) "Multivariate techniques
% for specifying tree-growth and climatic relationships and for reconstructing
% anomalies in Paleoclimate. Journal of Applied Meteorology, 10, pp.845-864.
% The data was produced and assembled at the Tree Ring Laboratory at the
% University of Arizona, Tuscon.
% 
% The data can also be studied using Granger causality methods as in W.K. Li
% (1981) "Topics in Time Series Modelling", Ch. 8, Ph.D. Thesis, University
% of Western Ontario.
% 
% Brief Summary Of The Data Files In The Directory mhsets/lamarche
% 
% 1.  CAMPITO.1
% CAMPITO MNT. TREE RING DATA, N=5405 FROM 3435BC TO 1969AD (IN .01 MM)
% 
% 2.  PRECIP.1
% Mean monthly precipitation, 1907-1972
% 
% 3.  RING.1
% Campito treerings, 1907-1960
% 
% 4.  TEMPER.1
% Mean monthly temperature, 1907-1972
% ----------------------------------------------------------------------------
% 
% LONDONWQ
%  The water consumption data and the number of consumers are obtained
% by meter readers. Approximately half of all consumers have their meter
% read in a given month. The data for residential water consumption
% is the consumption for those residential consumers who had their meter
% read in the given month for the last two months. This is considered
% a proxy variable for the total residential water consumption.
% 
%  Prior to January 1991 the rates for residential water consumption in the
% city of London were based on a descending block structure.
% So the more water one used, the cheaper the rate.
% For example in 1983, the first 200 cubic feet were
% charged at $3.80 per 100 cubic feet, the next 50000 cubic feet were charged
% at $0.64 per cubic feet;
% and the remainder was charged at $0.53 per cubic feet.
% In January of 1991 the billing was changed to encourage conservation.
% The new rate is based on an increasing block rate structure.
% For example in 1991, the first 1200 cubic
% feet consumed by residential users were charged at $2.011 per 100 cubic feet,
% the next 2800 cubic feet were charged at $2.120 per 100 cubic feet, and the
% remainder was charged at $2.228 per 100 cubic feet.
% From June 1993 onwards,
% the environmental tax was added to the bill of water consumption, this tax
% rate charges of $0.254 per 100 cubic feet.
% 
% Original Source: London P.U.C.
% 
% Brief Summary Of The Data Files In The Directory mhsets/londonwq
% 
% 1.  CONSUM.1
% Total consumers 01/83 -04/94
% #missing value for June 1988 (66-th obs.) estimated by
% #intervention analysis
% 
% 2.  PREC.1
% Monthly precipitation (millimeter), 01/83 - 04/94
% 
% 3.  TEMPER.1
% Monthly temperature (celcius), 01/83 - 04/94
% 
% 4.  WATERQ.1
% Residential water consumption, 1983:1-1994:4
% #missing value for June 1988 (66-th obs.) estimated by
% #intervention analysis
% ----------------------------------------------------------------------------
% 
% MISC
% Miscellaneous time series.
% 
% Brief Summary Of The Data Files In The Directory mhsets/misc
% 
% 1.  CAFFEINE.1
% CAFFEINE LEVELS IN INSTANT COFFEE (SEASONAL PERIOD = 5)
% 
% 2.  CIGB.2
% Biomonthly cigarette consumption and price, 1966-74
% #consumption per adult in real dollars
% #real price index of cigarettes
% #Ref: McLeod (1977) Ph.D. Thesis: Topics in Time Series.
% 
% 3.  FREEDMAN.1
% Freedman's Nonlinear Time Series
% #z_t = f(z_(t-1)), where f(x)=2x if x<=0.5 and f(x)=2-2x, x>0.5
% 
% 4.  KINGS.1
% Age of Death of Successive Kings of England
% #starting with William the Conqueror
% #Source: McNeill, "Interactive Data Analysis"
% 
% 5.  LOGISTIC.1
% logistic map, mu=3.9
% #z_t = mu z_ t-1  (1-z_ t-1 )
% 
% 6.  PACK.2
% Y - INDOOR TEMPERATURE,  X - OUTDOOR TEMPERATURE
% #original data from a paper by D. Pack
% 
% 7.  PAPER.2
% PAPER-MAKING PROCESS DATA (TEE AND WU). OUTPUT AND INPUT VARIABLE
% 
% 8.  QBIRTHS.1
% Number of births, daily, Quebec, January 1, 1977 to December 31, 1990.
% #source: B. Quenneville, Statistics Canada
% 
% 9.  SALESX.1
% SALES OF COMPANY X, JAN. 1965 TO MAY 1971
% #Reference: Chatfield, C. and Prothero, D.L. (1973).
% #Box-Jenkins seasonal forecasting: problems in a case-study
% #Journal of the Royal Statistical Society A, Vol. 136, pp.295--336
% 
% 10.  SAUGEEN.1
% Mean daily Saugeen riverflows, Jan 1, 1915 to Dec 31, 1979
% 
% 11.  SIMAR4.1
% Simulated AR(4), beta=(2.7607, -3.8106, 2.6535, -0.9238), n=800
% #bimodal spectral density, peaks are close together
% #see Percival and Walden (1994)
% #    "Spectral Analysis for Physical Applications", Cambridge Univ. Press
% #    p.46, equation (46a)
% ----------------------------------------------------------------------------
% 
% MONTHLY
% Miscellaneous monthly time series.
% 
% Brief Summary Of The Data Files In The Directory mhsets/monthly
% 
% 
% 1.  AROSA.1
% ozone, arosa, 1932-72, i=23,63,235,275,462
% 
% 2.  AZUSA.1
% Ozone concentration, AZUSA, 1956.1-1970.12
% 
% 3.  BAYDU.1
% Bay du Nord River, monthly flow, 1953-81, missing values at 327,328
% #used as a covariate with the Piper's Hole River dataset
% 
% 4.  CO2.1
% Co_2  (ppm) Mauna Loa. 1965.1-1980.12
% 
% 5.  CPI.1
% Monthly CPI, Canada, 1950-73
% 
% 6.  DESCRIBE
% Brief Summary Of The Data Files In The Directory c:\hmsets\monthly
% 
% 7.  ELBE.1
% ELBE RIVER, MONTHLY RIVERFLOWS, 300 VALUES
% 
% 8.  ENGINES.1
% Motor vehicles engines and parts/CPI Canada, 1976.5-1991.12. IV=164
% 
% 9.  FRASER.1
% Fraser River at Hope, 1913.3-1990.12
% 
% 10.  FURNAS.DAT
%  006 FURNAS - VAZOES MEDIAS MENSAIS (M3/S) - 1931 A 1978
% 
% 11.  GUELPH.1
% Phosphorous Data,Speed River,Guelph,1972.1-1977.12,IV=26,ms=6,19,25,41
% 
% 12.  HANKOU.1
% Monthly Flows, Chang Jiang at Han Kou, 1865-1979
% 
% 13.  NIAGARA.1
% NIAGARA RIVER AT QUEENSTON - STATION NO. 02HA003, 1860-1990
% #MONTHLY MEAN DISCHARGES IN CUBIC METRES PER SECOND FOR THE PERIOD OF RECORD
% #LOCATION -  LAT   43:09:25N    DRAINAGE AREA    686000 km2
% #            LONG  079:02:50W   REGULATED SINCE 1955
% 
% 14.  NIGERIA.1
% NIGERIA POWER CONSUMPTION, 123 VALUES
% 
% 15.  NILEMON.1
% Mean monthly Nile river flow, cms, at Aswan, 1870.3-1932.12
% 
% 16.  OZONE.1
% Ozone concentration, downtown L.A., 1955.1-1972.12
% 
% 17.  PEAS.1
% PRECIPITATION IN MM., Monthly, EASTPORT, USA, 1887-1950
% 
% 18.  PIPER.1
% Piper's Hole River, mean monthly flow, 1953-81, fire at 104-6
% 
% 19.  PPHIL.1
% MONTHLY PRECIPITATION, MM., PHILADELPHIA, 1820-1950
% 
% 20.  README
% Miscellaneous monthly time series.
% 
% 21.  REDDEER.1
% MONTHLY RIVERFLOW OF RED DEER RIVER AT RED DEER ALBERTA, 1942-74
% 
% 22.  RIOTIETE.1
% VAZOES MEDIAS MENSAIS DO RIO TIETE - POSTO CUMBICA - 1948 A 1978
% 
% 23.  SALESX.1
% Sales of company x, January 1965 to May 1971
% #from paper of Chatfield and Prothero, JRSS A (1973)
% #Box-Jenkins seasonal forecasting: problems in a case study
% 
% 24.  SSASK.1
% S. SASK. RIVER AT SASKTOON- 780 MONTHLY FLOWS IN CMS-JAN 1912 TO DEC 1974
% 
% 25.  SUNSPTMO.1
% Zurich Monthly Sunspot Numbers 1749 - 1983
% 
% 26.  TPMON.1
% MONTHLY TEMPERATURES IN ENGLAND (F), 1723-1970, 2976 VALUES
% 
% 27.  TSEOIL.1
% Shartes traded in Oil and Mining stock, TSE, iv=320
% #Kuiwait invasion occurred at t=320
% 
% 28.  WOODS.1
% LAKE OF THE WOODS AT WARROAD - STATION NO. 05PD001
% #MONTHLY MEAN WATER LEVELS IN METRES FOR THE PERIOD OF RECORD
% #1916-1965
% #LOCATION -  LAT   48:54:20N
% #            LONG  095:19:00W   REGULATED
% #WATER LEVELS REFERRED TO LAKE OF THE WOODS DATUM
% 
% 29.  WQLONDON.1
% London, Ontario, Monthly Water Useage, 1966-1988 (Ml/day)
% ----------------------------------------------------------------------------
% 
% NOAKES
% Monthly riverflow time series used in the forecasting experiments reported
% in the article "Forecasting monthly riverflow time series" by D.J. Noakes,
% A.I. McLeod & K.W. Hipel (1985), International Journal of Forecasting,
% Vol. 1, pp.179-190.
% See also:
% A.I. McLeod, D.J. Noakes, K.W. Hipel & R.M. Thompstone (1987). ``Combining
% hydrologic forecasts''. Journal of the American Society of Civil Engineers,
% Water Resources Planning and Management Division, V.113, pp.29-41.
% 
% Brief Summary Of The Data Files In The Directory mhsets/noakes
% 
% 1.  AMERICAN.1
% AMERICAN RIVER AT FAIR OAKS, CALIFORNIA, OCTOBER 1906 - SEPTEMBER 1960
% 
% 2.  BOISE.1
% BOISE RIVER NEAR TWIN SPRINGS, IDAHO,OCTOBER 1912 TO SEPTEMBER 1960
% 
% 3.  CLEARWAT.1
% CLEARWATER RIVER AT KAMIAH, IDAHO 1911 TO 1965
% 
% 4.  COLUM.1
% STATION NO. 08NA002 COLUMBIA RIVER AT NICHOLSON 1933-69 37 YRS.
% 
% 5.  CURRENT.1
% CURRENT RIVER AT VAN BUREN, MO 1922 TO 1960
% 
% 6.  ENGLISH.1
% STATION 05QA001  ENGLISH R. NEAR SIOUX LOOKOUT O. 1922-77
% 
% 7.  FEATHER.1
% FEATHER RIVER AT OROVILLE, CALIFORNIA, OCTOBER 1902 - SEPTEMBER 1977
% 
% 8.  JAMES.1
% JAMES RIVER AT BUCHANAN, VA 1911 TO 1960
% 
% 9.  JUDITH.1
% JUDITH RIVER NEAR UTICA, MT. 1920 TO 1960
% 
% 10.  MAD.1
% MAD RIVER NEAR SPRINGFIELD, OH. 1915 TO 1960
% 
% 11.  MADISON.1
% MADISON RIVER NEAR WEST YELLOWSTONE, MT. 1923 TO 1960
% 
% 12.  MBOULDER.1
% MIDDLE BOULDER CREEK AT NEDERLAND, CO. 1912 TO 1960
% 
% 13.  MCKENZIE.1
% MCKENZIE RIVER AT MCKENZIE BRIDGE, OREGON, OCTOBER 1911 TO SEPTEMBER 1960
% 
% 14.  MISINAB.1
% STATION NO. 04LJ001 MISSINAIBI RIVER AT MATTICE  1921-76  56 YRS.
% 
% 15.  NAMAKAN.1
% STATION  05PA006  NAMAKAN R. AT LAC LA CROIX ONT.  1923-77
% 
% 16.  NECHES.1
% NECHES RIVER NEAR ROCKLAND, TEXAS 1914 TO 1960
% 
% 17.  NMAGNET.1
% STATION 02EA005  N. MAGNETAWAN R., BURKS FALLS O. 1916-77
% 
% 18.  OOSTANAU.1
% OOSTANAULA RIVER AT RESACA, GA 1893 TO 1960
% 
% 19.  PIGEON.1
% STATION 02AA001 PIGEON R. NEAR MIDDLE FALLS ONT. 1924-77
% 
% 20.  RAPPAHAN.1
% RAPPAHANNOCK RIVER NEAR FREDERICKSBURG, VA 1911 TO 1960
% 
% 21.  RICHELU.1
% STATION 02OJ007  RICHELIEU R. AT FRYERS RAPDS QUE 1938-77
% 
% 22.  RIOGRAND.1
%  006 FURNAS - VAZOES MEDIAS MENSAIS (M3/S) - 1931 A 1978
% 
% 23.  SAUGEEN.1
% SAUGEEN RIVER, WALKERTON, 1915-1976
% 
% 24.  SFSKYKOM.1
% S.F. SKYKOMISH RIVER NEAR INDEX, WASHINGTON,OCTOBER 1923 TO SEPTEMBER 1960
% 
% 25.  SSASK.1
% S. SASK. RIVER AT SASKTOON- 624 MONTHLY FLOWS IN CMS-OCT 1911 TO OCT 1963
% 
% 26.  STJOHNS.1
% STATION 01AD002  SAINT JOHNS R. AT FORT KENT N.B. 1927-77
% 
% 27.  TRINITY.1
% TRINITY RIVER AT LEWISTON, CALIFORNIA, OCTOBER 1912 - SEPTEMBER 1960
% 
% 28.  TURTLE.1
% STATION 05PB014  TURTLE R. NEAR MINE CENTRE ONT.  1921-77
% 
% 29.  WBDELAWA.1
% WEST BRANCH DELAWARE RIVER AT HALE EDDY, NY 1916 TO 1960
% 
% 30.  WOLF.1
% WOLF RIVER AT NEW LONDON, WI 1914 TO 1960
% ----------------------------------------------------------------------------
% 
% PROTHERO
% Contains quarterly U.K. economic time series from a case study reported
% by D.L. Prothero and K.F. Wallis (1976), "Modelling macroeconomic time
% series (with discussion)", Journal of the Royal Statistical Society, A,
% Vol.139, Part 4, pp.468-500.
% 
% Prothero and Wallis fitted several models to each series and compared
% their performance with a multivariate model.
% 
% Acknowledgment: I would like to thank D.L. Prothero for sending
%  this data to me.
% 
% Brief Summary Of The Data Files In The Directory mhsets/prothero
% 
% 1.  CD.1
% CD(1), CONSUMER EXPENDITURE ON DURABLE GOODS, QUARTERLY
% 
% 2.  CN.1
% CN(2), CONSUMER EXPENDITURE ON ALL OTHER GOODS AND SERVICES, QUARTERLY
% 
% 3.  I.1
% I(3), INVESTMENT, QUARTERLY
% 
% 4.  IV.1
% IV(4), INVENTORY INVESTMENT, QUARTERLY
% 
% 5.  M.1
% M(5), IMPORTS OF GOODS AND SERVICES, QUARTERLY
% 
% 6.  Y.1
% Y(7), GROSS DOMESTIC PRODUCT, QUARTERLY
% 
% 7.  YD.1
% YD(6), PERSONAL DISPOSABLE INCOME, QUARTERLY
% ----------------------------------------------------------------------------
% 
% PRUSCHA
% Temperature time series data for Munich-Riem, 1981-1984 from
% "A note on time series analysis of yearly temperature data",
% Journal of the Royal Statistical Society, A, Vol. 149, Part 2,
% pp. 174--185 by Helmut Pruscha (1984).
% Acknowledgment: I would like to thank Professor Pruscha for sending
%  this data to me via e-mail.
% Brief Summary Of The Data Files In The Directory mhsets/pruscha
% 
% 1.  SUMMER.1
% Mean summer temperature (153 days) Deg C., 1781-1988,, Munich-Riem
% 
% 2.  WINTER.1
% Winter negative temperature sum, deg. C., 1781-1988, Munich-Riem
% 
% 3.  YEAR.1
% Mean annual temperature, Deg C., 1781-1988,, Munich-Riem
% ----------------------------------------------------------------------------
% 
% ROBERTS
% Selected interesting time series from Appendix A of H. Roberts (1992)
% "Data Analysis for Managers" published by Scientific Press.
% 
% Brief Summary Of The Data Files In The Directory mhsets/roberts
% 
% 1.  AARIVINT.1
% Intervals between aircraft arrivals in control zone
% 
% 2.  ALIGN.1
% The total number of alignment errors per airplane in a sample of 50 planes.
% #Original Source: Grant and Leavenworth.
% 
% 3.  ATT.1
% Returns for AT&T, 1961:1-1967:12
% #84 MONTHS DATA--JAN 1961 THRU DEC 1967--ON RETURNS FOR AT&T
% #see also NYSE.1, IBM.1
% 
% 4.  BEARDS.1
% Percent of Men with full beards, 1866-1911, annual
% #see also, skirts.1
% #SEE MARIJA NORUSIS'S 1981 SPSS PRIMER FOR DETAILS AND
% #ADDITIONAL DATA EXTENDING BACK TO 1842 AND FORWARD TO 1953
% 
% 5.  BLUME.1
% Monthly unit sales, Winnebago Industries, Inc., Nov. 1966 - Feb. 1972.
% 
% 6.  BOXHU1.1
% #Yields of 20 consecutive batches of a chemical process.
% #The first 10 batches were run under a standard process and the
% #second 10 under a modified process aimed at increasing mean
% #yield.  Source: Box, Hunter, and Hunter, Statistics for
% #Experimenters, Wiley, 1978.
% 
% 7.  BOXHUN.1
% Production record of 210 consecutive yield values.
% #Taken from Box, Hunter, and Hunter, *Statistics for Experimenters*,
% #Wiley, 1978, pages 32-3.
% 
% 8.  CCPI.1
% One-month change in CPI, 1963:4-1971:7
% #see also, tbills.1, scoles.1
% 
% 9.  CRYER.1
% Chemical process data
% #from "The Estimation of Sigma for an X Chart: MR/d2 or
% #S/c4", Jonathan D. Cryer and Thompas P. Ryan, manuscript, February, 1989
% 
% 10.  DJ.1
% Monthly closings of the Dow-Jones Industrial Index Aug 1968 - Aug 1981
% 
% 11.  DJWEEK.1
% WEEKLY CLOSINGS OF THE DOW-JONES INDUSTRIAL AVERAGE, July 1971-Aug 2, 1974
% #JULY 1971 THROUGH 2 AUGUST 1974.  DATA QUOTED IN UNPUBLISHED PAPER BY D.
% #A. HSU, TAKEN FROM "NEW YORK STOCK EXCHANGE: STOCK PRICES", PUBLISHED
% #QUARTERLY BY STANDARD AND POOR CO., NEW YORK, N.Y.
% 
% 12.  EGDEMAN.2
% Measurements of center thickness and axial difference
% #Measurements of center thickness (in mils) and axial difference (in mils) of
% #25 contact lenses pulled from the production process at regular intervals.
% #Tolerances: 0.4 mil +/- 0.01 mil for center thickness; axial difference must
% #be less than 0.0025 mil.
% #Taken from Rick L. Edgeman and Susan B. Athey, "Digidot Plots for Process
% #Surveillance", Quality Progress, May, 1990, 66-68.
% 
% 13.  G.1
% NOMINAL GOVERNMENT PRODUCT (BILLION DOLLARS)  1929-1974, U.S.
% 
% 14.  GLOBWARM.1
% Surface air "temperature change" for the globe, 1880-1985. Degrees Celsius.
% #"Temperature change" actually means temperature against an arbitrary zero
% #point.  From James Hansen and Sergej Lebedeff, "Global Trends of Measured
% #Surface Air Temperature", `Journal of Geophysical Research`, Vol. 92, No.
% #D11, pages 13,345-13,372, November 20, 1987.
% 
% 15.  GNPN.1
% NOMINAL GNP (BILLION DOLLARS)  1890-1974, U.S.
% 
% 16.  GNPR.1
% REAL GNP  (BILLION DOLLARS)  1890-1974, U.S.
% 
% 17.  GRANT.1
% Diameters, consecutive batches of 5
% #100 measurements of pitch diameter -- DIAM -- of threads on
% #aircraft fittings.  Values expressed in units of 0.0001 inch in
% #excess of 0.4000 inch.  Specifications call for "37 plus or minus
% #13".  Each successive group of five readings are items
% #consecutively produced at times about one hour apart.  From Eugene
% #L. Grant, Statistical Quality Control, McGraw-Hill, 1946.
% 
% 18.  GRUEN.1
% Quarterly unit sales of the SPSS Manual, 1976:1-1982:4
% #Quarterly unit sales of the SPSS Manual, Second Edition, from
% #1976:1 through 1982:4.  (SPSS is a leading statistical computing
% #package; the manual was actually sold through McGraw-Hill, Inc.)
% 
% 19.  HALSEY.1
% Degree days per heating in Chicago, 1931:2 - 1977:8, monthly
% #DEGREE DAYS PER HEATING YEAR IN CHICAGO, 1931-2 TO 1977-8.
% #A DEGREE DAY IS THE DIFFERENCE BETWEEN 65 DEGREES F. AND THE ACTUAL
% #DAILY MEAN TEMPERATURE IF THE LATTER IS 65 DEGREES OR LESS;
% #OTHERWISE THE VALUE IS ZERO.  THE SUM OF DEGREE DAYS FROM JULY 1
% #THROUGH THE FOLLOWING JUNE 30 -- DDAYS -- IS A MEASURE OF COLD WEATHER
% #SEVERITY.
% 
% 20.  HARBOR.1
% Mean July water level, Harbor Beach, Michigan, 1860-1986
% #Mean July average water surface elevation, in feet, IGLD (1955)
% #for Harbor Beach, Michigan, on Lake Huron, Station 5014.  1860--1986.
% #Source: Great Lakes Water Levels, 1860-1986. U.S. Dept. of Commerce,
% #National Oceanic and Atmospheric Administration, National Ocean Survey.
% 
% 21.  IBM.1
% Monthly returns, IBM common stock. Jan. 1961-Dec. 1967.
% #see also NYSE.1, ATT.1
% 
% 22.  IPI.1
% IMPLICIT PRICE INDEX  1890-1974, U.S.
% 
% 23.  IRONSU.3
% 39 daily observations, blast furnace data (bof, sulfur, coke)
% #39 DAILY OBSERVATIONS OF:
% #BOF--SULFUR IN BASIC OXYGEN STEEL
% #SULFUR--SULFUR IN HOT METAL
% #COKE--MOISTURE IN COKE USED
% #FOR A BLAST FURNACE OPERATION
% # BOF    SULFUR      COKE
% 
% 24.  ISH66.1
% Quality control data, 5 measurements per day
% #Data from Ishikawa, *Guide to Quality Control*, Table 7.2, page 66.
% #Each row shows five measurements taken at successive times on a given day:
% #6:00, 10:00, 14:00, 18:00, and 22:00.  Thus the 25 rows represent 25 days,
% #which we shall assume to be consecutive working days.
% 
% 25.  JOE.3
% #Three monthly series for the period 1954:1 to 1985:12.
% #The first  series is the commercial paper rate, expressed by the annual
% #percentage rate, e.g. 8.36.
% #The second series is the monthly return on the S&P 500 index.
% #The third series is the return, before transaction costs, to an
% #investment strategy based on the commercial paper rate.
% 
% 26.  LAKEMICH.1
% Highest mean monthly level, Lake Michigan, 1860-1955
% #Lake Michigan-Huron, highest monthly mean level for each calendar year,
% #1860-1955.  (Add 500 to get height in feet above sea level.)
% 
% 27.  LYNDPIN.2
% Annual Domestic Sales and Adverstising, Pinkham Medicine, 1907-60
% #Annual domestic sales and advertising of Lydia E. Pinkham Medicine
% #Company, 1907-1960 (in $1000).  Source: Kristian S. Palda, The
% #Measurement of Cumulative Advertising Effects,  Prentice-Hall,
% #Englewood Cliffs, N.J., 1964, page 23.
% #AD: advertising
% #SA: sales
% 
% 28.  M.1
% MONEY SUPPLY (BILLION DOLLARS)  1890-1974, U.S.
% 
% 29.  NYSE.1
% Monthly returns, NYSE. Jan. 1961-Dec. 1967.
% #see also ATT.1, IBM.1
% 
% 30.  PGREATL.1
% Annual precipitation, inches, Great Lakes, 1900-1986
% #Source: Great Lake Water Levels, U.S. Dept of Commerce, Rockville MD
% #        U.S. Lake Survey, Detroit, MI, US Army Corps of Engineers
% 
% 31.  PLHURON.1
% Annual precipitation, inches, Lake Huron, 1900-1986
% #Source: Great Lake Water Levels, U.S. Dept of Commerce, Rockville MD
% #        U.S. Lake Survey, Detroit, MI, US Army Corps of Engineers
% 
% 32.  PLMICH.1
% Annual precipitation, inches, Lake Michigan, 1900-1986
% #Source: Great Lake Water Levels, U.S. Dept of Commerce, Rockville MD
% #        U.S. Lake Survey, Detroit, MI, US Army Corps of Engineers
% 
% 33.  PLSUPER.1
% Annual precipitation, inches, Lake Superior, 1900-1986
% #Source: Great Lake Water Levels, U.S. Dept of Commerce, Rockville MD
% #        U.S. Lake Survey, Detroit, MI, US Army Corps of Engineers
% 
% 34.  RGNP.1
% REAL GNP IN BILLIONS OF DOLLARS, USA, 1890-1974
% 
% 35.  ROCKY.1
% Rockwell hardness, 100 coils produced in sequence at a Chicago Steel Mill
% #ROCKWELL HARDNESS (MEASURED ON ROCKWELL "B" SCALE) OF A SAMPLE OF 100 STEEL
% #COILS PRODUCED IN SEQUENCE IN A CHICAGO STEEL MILL.
% 
% 36.  SCHOLES.1
% Scholes Index for NYSE, 1963:4-1971:7
% #RETV: SCHOLES INDEX FOR NYSE: VALUE-WEIGHTED RETURNS WITH REINVESTMENT OF
% #      DIVIDENDS
% #see also, tbills.1, ccpi.1
% 
% 37.  SKIRTS.1
% Diameter of skirts at hem, 1866-1911, annual
% #see also beards.1
% #SEE MARIJA NORUSIS'S 1981 SPSS PRIMER FOR DETAILS AND
% #ADDITIONAL DATA EXTENDING BACK TO 1842 AND FORWARD TO 1953
% 
% 38.  SNOW.1
% Chicago Snowfall, 1939-78
% #CHICAGO SNOWFALL DATA FOR 40 YEARS, TOTAL IN INCHES, STARTING WITH 1939 AND
% #ENDING WITH 1978.
% 
% 39.  TBILLS.1
% One-month return on U.S. Treasury Bills, 1963:4-1971:7
% #see also, ccpi.1, scoles.1
% 
% 40.  U.1
% Civilian unemployment rate  1890-1974, U.S.
% 
% 41.  VELMON.1
% Velocity of money, U.S. economy, 1869-1960, annual
% #FRIEDMAN AND SCHWARTZ DATA ON VELOCITY OF MONEY FOR THE AMERICAN
% #ECONOMY FROM 1869 TO 1960.
% 
% 42.  YULE1.1
% Standardized mortality per 1000 persons, England, 1866-1911
% #see also yule2.1
% #ANNUAL DATA FOR 1866-1911
% #MORTAL: STANDARDIZED MORTALITY PER 1000 PERSONS IN ENGLAND AND WALES
% #MARRAG:  PROPORTION OF CHURCH OF ENGLAND MARRIAGES PER 1000 OF
% #         ALL MARRIAGES
% #SOURCE: G. UDNY YULE, "WHY DO WE SOMETIMES GET NONSENSE-CORRELATIONS
% #BETWEEN TIME-SERIES?", JOURNAL OF THE ROYAL STATISTICAL SOCIETY, 89,
% #JANUARY, 1926, 1-69.  NUMBERS READ FROM GRAPH ON PAGE 3. YULE'S
% #CORRELATION FROM ORIGINAL DATA IS 0.9512.  CORRELATION COMPUTED FROM
% #NUMBERS IS 0.9515.
% #MORTAL
% 
% 43.  YULE2.1
% Proportion of Church of England Marriages/1000 persons, England, 1866-1911
% #see also yule2.1
% #ANNUAL DATA FOR 1866-1911
% #MORTAL: STANDARDIZED MORTALITY PER 1000 PERSONS IN ENGLAND AND WALES
% #MARRAG:  PROPORTION OF CHURCH OF ENGLAND MARRIAGES PER 1000 OF
% #         ALL MARRIAGES
% #SOURCE: G. UDNY YULE, "WHY DO WE SOMETIMES GET NONSENSE-CORRELATIONS
% #BETWEEN TIME-SERIES?", JOURNAL OF THE ROYAL STATISTICAL SOCIETY, 89,
% #JANUARY, 1926, 1-69.  NUMBERS READ FROM GRAPH ON PAGE 3. YULE'S
% #CORRELATION FROM ORIGINAL DATA IS 0.9512.  CORRELATION COMPUTED FROM
% #NUMBERS IS 0.9515.
% # MARRAG
% ----------------------------------------------------------------------------
% 
% SANFRAN
% A case study with monthly riverflow, precipitation and temperature.
% 
% Brief Summary Of The Data Files In The Directory mhsets/sanfran
% 
% 1.  FLOW.1
% SAN FRANCISCO RIVER, GLENWOOD, CMS, MONTHLY, 1928-1966
% 
% 2.  PRECIP.1
% MONTHLY PRECIPITATION, MM, SOUTHWESTERN MOUNTAIN REGION, 1932-1966
% 
% 3.  TEMPER.1
% MONTHLY MEAN TEMPERATURES, SOUTHWESTERN MOUNTAIN REGION, F., 1932-1966
% ----------------------------------------------------------------------------
% 
% 
% THOMPSTO
% Quarter-monthly (i.e., s=48) hydrological time series used in the article
% "Forecasting quarter-monthly riverflow" by R.M. Thompstone, K.W. Hipel and
% A.I. McLeod (1985), Water Resources Bulletin, Vol.21 No.5, pp.731-741
% See also:
% A.I. McLeod, D.J. Noakes, K.W. Hipel & R.M. Thompstone (1987). ``Combining
% hydrologic forecasts''. Journal of the American Society of Civil Engineers,
% Water Resources Planning and Management Division, V.113, pp.29-41.
% 
% Brief Summary Of The Data Files In The Directory mhsets/thompsto
% 
% 1.  LACSTJIN.1
% Lac St-Jean Reservoir, quarter-monthly inflows, 1953-82
% 
% 2.  LACSTJRA.1
% Lac St-Jean Region, quarter-monthly rainfall, 1953-82
% 
% 3.  LACSTJSN.1
% Fonte de neige par quart de mois, 1953-82, Bassin Daval
% ----------------------------------------------------------------------------
% 
% WISCONSI
% Wisconsin employment time series.
%   Contains time series of employment, in units of 1000 employees,
% of various industries in Wisconsin.
% 
% Miller and Wichern (1977) fit seasonal ARIMA models to these time
% series data in their book. McLeod (1993) pointed out that some
% of these time series exhibit periodic correlation. The data are
% listed in Miller and Wichern's book.
% 
% REFERENCES:
% Miller, R.B. & Wichern, D.B. (1977). "Intermediate Business Statistics"
% San Francisco: Holden-Day.
% 
% McLeod, A.I. (1993). "Parsimony, Model Adequacy and Periodic Correlation
% in Time Series Forecasting", International Statistical Review,
% Vol. 61, pp.387--393.
% 
% Brief Summary Of The Data Files In The Directory mhsets/wisconsi
% 
% 1.  FOOD.1
% Food and Kindred Products, Jan 1961-Oct 1975
% 
% 2.  METALS.1
% Fabricated Metals
% 
% 3.  TRADE.1
% Trade, Jan 1961-Oct 1975
% 
% 4.  TRANEQ.1
% Transportation Equipment, Jan 1961-Oct 1975
% ----------------------------------------------------------------------------
% 
% 
% 
% 
% 
%
% File: ../data/mhsets/ANNUAL/CANFIRE.1
%
% File specific information:
% No. of acres burned in forest fires in CANADA (excl. Yukon & NWT) 1918-1988
%
%
% Information about the dataset
% CLASSTYPE: numeric
% CLASSINDEX: last
%

@relation mhsets-CANFIRE

@attribute value INTEGER

@data
563000
7590000
1708000
2142000
3323000
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1316000
1824000
472000
1346000
6029000
2670000
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2464000
1009000
1475000
856000
3027000
4271000
3126000
1115000
2691000
4253000
1838000
828000
2403000
742000
1017000
613000
3185000
2599000
2227000
896000
975000
1358000
264000
1375000
2016000
452000
3292000
538000
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470000
2993000
521000
1144000
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2445000
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2818000
2284000
1419000
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1329000
1479000
3084000

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