| Record ID | marc_loc_2016/BooksAll.2016.part11.utf8:33000690:1357 |
| Source | Library of Congress |
| Download Link | /show-records/marc_loc_2016/BooksAll.2016.part11.utf8:33000690:1357?format=raw |
LEADER: 01357cam a2200277 4500
001 77635744
003 DLC
005 19930505120012.8
008 811008s1970 txua b 00010 eng
010 $a 77635744 //r93
040 $aDLC$cDLC$dDLC
043 $an-us-tx
050 00 $aTD224.T4$bT38 no. 26$aQL444.M33
082 00 $a553.7/09764 s$a333.95/5$219
100 10 $aBaldauf, Richard J.
245 12 $aA study of selected chemical and biological conditions of the Lower Trinity River and Upper Trinity Bay.$cPrincipal investigator: R.J. Baldauf. Other investigators: J. Van Conner, H.W. Holcombe [and] F.M. Truesdale.
260 0 $a[College Station]$bWater Resources Institute, Texas A&M University,$c1970.
300 $aix, 168 p.$billus.$c28 cm.
490 1 $aTexas A&M University. Water Resources Institute. Technical report$vno. 26
500 $aAt head of title: Research project completion report, project no. A-007-TEX, Feb. 1, 1966. -- June 30, 1969.
504 $aBibliography: p. 85-92.
650 0 $aFishery resources$zTexas$zTrinity River Watershed.
650 0 $aReservoirs$xEnvironmental aspects$zTexas$zTrinity River Watershed.
650 0 $aEstuarine oceanography$zTexas$zTrinity River.
650 0 $aShrimps$zTexas$zTrinity Bay.
810 1 $aTexas.$bA & M University, College Station.$bWater Resources Institute.$tTechnical report$vno. 26.