<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE dataset SYSTEM "http://tarantella.gsfc.nasa.gov/xml/dataset_048.dtd">
<dataset subject="astronomy" xmlns:xlink="http://www.w3.org/XML/XLink/0.9">
	<title>The IRAS Bright Galaxy Survey - Part II: Extension to Southern Declinations
(Dec&lt;=-30deg), and Low Galactic Latitudes (5&lt;|b|&lt;=30deg)</title>
	<altname type="ADC">J/AJ/110/1993</altname>
		<altname type="CDS">J/AJ/110/1993</altname>
		<altname type="brief">IRAS Bright Galaxy Survey. II</altname>
	<reference>
		<source>
<journal>
	<title>The IRAS Bright Galaxy Survey - Part II: Extension to Southern Declinations
(Dec&lt;=-30deg), and Low Galactic Latitudes (5&lt;|b|&lt;=30deg)</title>
	<author>
			<initial>D</initial>
			<initial>B</initial>
			<lastName>Sanders</lastName></author>
	<author>
			<initial>E</initial>
			<lastName>Egami</lastName></author>
	<author>
			<initial>S</initial>
			<lastName>Lipari</lastName></author>
	<author>
			<initial>I</initial>
			<initial>F</initial>
			<lastName>Mirabel</lastName></author>
	<author>
			<initial>B</initial>
			<initial>T</initial>
			<lastName>Soifer</lastName></author>
	<name>Astron. J.</name>
	<volume>110</volume>
	<pageno>1993</pageno>
		<date>
			<year>1995</year></date>
	<bibcode>1995AJ....110.1993S</bibcode></journal></source>
	<related>
			<holding role="similar">VII/113 : Galaxies and QSOs observed in IRAS Survey (IPAC 1989)<xlink:simple href="VII/113"/></holding></related></reference>
	<keywords parentListURL="http://messier.gsfc.nasa.gov/xml/keywordlists/adc_keywords.html">
			<keyword xlink:href="Galaxies_IR.html">Galaxies, IR</keyword></keywords>
	<descriptions>
				<abstract>
					<para>
    Complete IRAS Observations and redshifts are reported for all sources
    identified in the IRAS Bright Galaxy Survey - Part II (hereafter
    referred to as BGS2). Source positions, radial velocities, optical
    magnitudes, and total flux densities, peak flux densities, and spatial
    extents at 12, 25, and 100um are reported for 288 sources having
    60um flux densities >5.24Jy, the completeness limit of the original
    Bright Galaxy Survey [Soifer et al. (1989AJ.....98..766S)], hereafter
    referred to as BGS1. These new data represent the extension of the
    IRAS Bright Galaxy Survey to southern declinations, Dec&lt;~-30deg,
    and low Galactic latitudes, 5deg&lt;|b|&lt;=30deg. Although the sky
    coverage of the BGS2 (~19935deg^2) is 37% larger than the sky
    coverage of the BGS1, the number of sources is 8% smaller due
    primarily to large scale structure in the local distribution of
    galaxies. Otherwise, the sources in the BGS2 show similar
    relationships between number counts and flux density as observed for
    the 313 sources in the BGS1. The BGS2 along with the earlier BGS1,
    represents the best sample currently available for defining the
    infrared properties of galaxies in the local (z&lt;~0.1) Universe.</para></abstract>
                        <details><para><observatory base="space"> IRAS</observatory></para></details></descriptions>
	<tableHead>
		<tableLinks>
				<tableLink xlink:href="table1a.dat">
	<title>Integrated flux densities of IRAS Bright
                                Galaxies</title></tableLink>
				<tableLink xlink:href="table1b.dat">
	<title>Integrated flux densities of IRAS bright
                                Galaxies (5deg&lt;|b|&lt;10deg)</title></tableLink></tableLinks>
	<fields>
		<field>
			<name>Name</name>
			<definition>Name
	<footnote>
			<para>
  The common catalog name has been taken in decreasing priority order
  from the NGC, UGC, ESO, IC, A, MCG, Zwicky catalog, Zwicky lists,
  Markarian, Arp-Madore, and IRAS catalogs.  In table1b.dat, source IR
  19542+1110 (RA=19:54:13.3, DE=+11:10:59) has a tentative
  identification of Halpha+[NII]; source not listed in NED.</para></footnote></definition>
			<units>---</units></field>
		<field>
			<name>RAh</name>
			<definition>Right Ascension (1950)
	<footnote>
			<para>
  All positions (1950) are taken from the PSC Version 2 &lt;II/125> except for
  those galaxies from Rice et al &lt;VII/109> where the positions were taken
  from the RC2.</para></footnote></definition>
			<units>h</units></field>
		<field>
			<name>RAm</name>
			<definition>Right Ascension (1950)</definition>
			<units>min</units></field>
		<field>
			<name>RAs</name>
			<definition>Right Ascension (1950)</definition>
			<units>s</units></field>
		<field>
			<name>DE-</name>
			<definition>Sign Declination (1950)</definition>
			<units>---</units></field>
		<field>
			<name>DEd</name>
			<definition>Declination (1950)</definition>
			<units>deg</units></field>
		<field>
			<name>DEm</name>
			<definition>Declination (1950)</definition>
			<units>arcmin</units></field>
		<field>
			<name>DEs</name>
			<definition>Declination (1950)</definition>
			<units>arcsec</units></field>
		<field>
			<name>cz</name>
			<definition>Heliocentric radial velocity
	<footnote>
			<para>
  The heliocentric radial velocity (z=Delta(lambda(opt))/Lambda(opt)</para></footnote></definition>
			<units>km/s</units></field>
		<field>
			<name>u_cz</name>
			<definition>Uncertainty flag for cz
	<footnote>
			<para>
  For those galaxies with no published redshift at the time the
  current survey was begun (1991), a velocity was measured from
  optical spectra obtained with either the UH 2.2 m telescope, or the
  2.15 m telescope in Argentina.  The typical uncertainty in the
  measured redshifts is +/- 30 km/s.  All other redshifts are taken
  from NED.</para></footnote></definition>
			<units>---</units></field>
		<field>
			<name>D</name>
			<definition>Distance
	<footnote>
			<para>
  Either a "primary distance" from Sandage &amp; Tammann &lt;VII/51> catalog
  or a Fisher-Tully distance taken from either Aaronson et al. &lt;VII/75>,
  Aaronson &amp; Mould (1983ApJ...265....1A), or Tully &amp; Shaya 
  (1984ApJ...281...31T) (adjusted to a Virgo distance of 17.6 Mpc). For all 
  other sources (those with no entry in D), the distance was calculated from 
  CZ using the "Virgo-centric flow" model of Aaronson et al. 
  (1982ApJ...258...64A) with an adopted distance to Virgo of 17.6 Mpc 
  (corresponding to H0=75km/s/Mpc at large distances).</para></footnote></definition>
			<units>Mpc</units></field>
		<field>
			<name>m</name>
			<definition>"Optical" magnitude
	<footnote>
			<para>
  The "optical" magnitude, as listed in the "object data" window in
  NED.  For those few sources with more than one identified object
  within &lt;~ 40" radius of the IRAS position (e.g. multiple "nuclei,"
  close merger pairs), only the magnitude of the brightest object has
  been given.</para></footnote></definition>
			<units>mag</units></field>
		<field>
			<name>l_S12</name>
			<definition>S12 limiting character</definition>
			<units>---</units></field>
		<field>
			<name>S12</name>
			<definition>Total 12 um IRAS flux density
	<footnote>
			<para>
  Best estimate for the total IRAS flux density as determined from
  coadded data using ADDSCAN/SCANPI.  For the six sources not detected
  at 12 um, the reported upper limit is taken to be three times the
  rms noise of the coadded data.  For source ESO 452-G005
  (RA=16:28:33.5, DE=-27:59:48), it was impossible to estimate the 100
  um flux.</para></footnote></definition>
			<units>Jy</units></field>
		<field>
			<name>n_S12</name>
			<definition>S12 note flag
	<footnote>
			<para>
  An asterisk (*) indicates that the flux density was taken directly
  from Rice et al. &lt;VII/109>, while a hash mark (#) indicates that the
  source was partially blended with a nearby source, or that the
  baseline was somewhat uncertain and the listed flux has a
  correspondingly larger associated uncertainty, typically +/-10%-20%
  for sources at |b|>10deg, and +/-10%-30% for sources at |b|=5-10deg.</para></footnote></definition>
			<units>---</units></field>
		<field>
			<name>e_S12</name>
			<definition>S12 rms noise of the coadded data</definition>
			<units>mJy</units></field>
		<field>
			<name>sS12</name>
			<definition>Size (extent) code for S12
	<footnote>
			<para>
  The extent code: U = unresolved source, in which case the flux is
  taken as the point-source template fit; U+ = marginally resolved,
  and R = resolved, in which case the flux density is the integrated
  flux for the source.
</para></footnote></definition>
			<units>---</units></field>
		<field>
			<name>S25</name>
			<definition>Total 25 um IRAS flux density</definition>
			<units>Jy</units></field>
		<field>
			<name>n_S25</name>
			<definition>S25 note flag</definition>
			<units>---</units></field>
		<field>
			<name>e_S25</name>
			<definition>S25 rms noise of the coadded data</definition>
			<units>mJy</units></field>
		<field>
			<name>sS25</name>
			<definition>Size (extent) code for S25</definition>
			<units>---</units></field>
		<field>
			<name>S60</name>
			<definition>Total 60 um IRAS flux density</definition>
			<units>Jy</units></field>
		<field>
			<name>n_S60</name>
			<definition>S60 note flag</definition>
			<units>---</units></field>
		<field>
			<name>e_S60</name>
			<definition>S60 rms noise of the coadded data</definition>
			<units>mJy</units></field>
		<field>
			<name>sS60</name>
			<definition>Size (extent) code for S60</definition>
			<units>---</units></field>
		<field>
			<name>S100</name>
			<definition>Total 100 um IRAS flux density</definition>
			<units>Jy</units></field>
		<field>
			<name>n_S100</name>
			<definition>S100 note flag</definition>
			<units>---</units></field>
		<field>
			<name>e_S100</name>
			<definition>S100 rms noise of the coadded data</definition>
			<units>mJy</units></field>
		<field>
			<name>sS100</name>
			<definition>Size (extent) code for S100</definition>
			<units>---</units></field></fields></tableHead>
	<tableHead>
		<tableLinks>
				<tableLink xlink:href="table2a.dat">
	<title>Data for extended sources</title></tableLink>
				<tableLink xlink:href="table2b.dat">
	<title>Data for extended sources (5deg&lt;|b|&lt;10deg)</title></tableLink></tableLinks>
	<fields>
		<field>
			<name>Name</name>
			<definition>Name as given in table 1
	<footnote>
			<para>
  In table2b.dat, source IR 19542+1110 has a tentative identification and is
  not listed in NED.</para></footnote></definition>
			<units>---</units></field>
		<field>
			<name>Band</name>
			<definition>Wavelength for the following data</definition>
			<units>um</units></field>
		<field>
			<name>n_Band</name>
			<definition>Band note flag
	<footnote>
			<para>
  An asterisk (*) indicates that the flux density was taken directly
  from Rice et al. &lt;VII/109>, while a hash mark (#) indicates that the
  source was partially blended with a nearby source, or that the
  baseline was somewhat uncertain and the listed flux has a
  correspondingly larger associated uncertainty, typically +/-10%-20%
  for sources at |b|>10deg, and +/-10%-30% for sources at |b|=5-10deg.</para></footnote></definition>
			<units>---</units></field>
		<field>
			<name>Res</name>
			<definition>Resolution code, R or U+, as in 
                                     table 1</definition>
			<units>---</units></field>
		<field>
			<name>Total</name>
			<definition>The total flux density from table 1</definition>
			<units>Jy</units></field>
		<field>
			<name>l_Templ</name>
			<definition>Limiting character for Templ</definition>
			<units>---</units></field>
		<field>
			<name>Templ</name>
			<definition>Estimate from point-source template
	<footnote>
			<para>
  The estimate of the flux density from the amplitude of the
  point-source template.</para></footnote></definition>
			<units>Jy</units></field>
		<field>
			<name>u_Templ</name>
			<definition>Templ uncertainty flag</definition>
			<units>---</units></field>
		<field>
			<name>Peak</name>
			<definition>Peak flux density
	<footnote>
			<para>
  The peak flux density in the average scan of the source (without the
  baseline fit used to determine the template fit).</para></footnote></definition>
			<units>Jy</units></field>
		<field>
			<name>W25</name>
			<definition>Source width at 25% peak flux density
	<footnote>
			<para>
  No attempt has been made to deconvolve the point-source width.
</para></footnote></definition>
			<units>arcmin</units></field>
		<field>
			<name>W50</name>
			<definition>Source width at 50% peak flux density</definition>
			<units>arcmin</units></field></fields></tableHead>
	
			<textFile xlink:href="table1a.tex"><name>table1a.tex</name><description><para>TeX version of table1a.dat</para></description></textFile>
			<textFile xlink:href="table1b.tex"><name>table1b.tex</name><description><para>TeX version of table1b.dat</para></description></textFile>
			<textFile xlink:href="table2a.tex"><name>table2a.tex</name><description><para>TeX version of table2a.dat</para></description></textFile>
			<textFile xlink:href="table2b.tex"><name>table2b.tex</name><description><para>TeX version of table2b.dat</para></description></textFile>
	<history>
		<ingest>
	
			<creator>
				<staff/>
				<affiliation>CDS</affiliation></creator>
	<date>
		<year>1996</year><month>Sep</month><day>05</day></date><acknowledgement>AAS CD-ROM series, Volume 6, 1996         Lee Brotzman [ADS] 19-Feb-1996</acknowledgement></ingest>
		</history>
	<identifier>J_AJ_110_1993.xml</identifier></dataset>
