Table 8.— CLIMAP Scientists 



Executive Committee 



R. Cline, Columbia University (Administrator) 



G. Denton, University of Maine 



J. Hays, Columbia University 



W. Hutson, Oregon State University 



J. Imbrie, Brown University 



A. Mclntyre, Columbia University 

 T. Moore, University of Rhode Island 

 W. Prell, Brown University 

 W. Ruddiman, Columbia University 



Senior Scientific Investigators 



Brown University: N. Kipp, R. Matthews, T. Webb 



Columbia University: L. Burckel, B. Kolla, G. Kukla, Y. H. Li, B. Mofino, N. Opdyke, S. Streeter, P. Thompson 



University of Maine: T. Hughes, T. Kellogg 



Oregon State University: L. Hogan 



Princeton University: H. Sachs 



University of Rhode Island: P. Dauphin, R. Heath 



National Corresponding Members 



W. Balsam, Southampton College 

 R. Barry, University of Colorado 

 M. Bender, University of Rhode Island 

 M. Briskin, University of Cincinnati 

 K. Bryan, Geophysical Fluid Dynamics 



Laboratory, NOAA 

 H. Fritts, University of Arizona 

 J. Gardner, U.S. Geological Survey 

 W. Gates, Oregon State University 

 D. Hahn, Geophysical Fluid Dynamics 



Laboratory, NOAA 

 L. Heusser, Tuxedo, N.Y. 

 J. Kennett, University of Rhode Island 

 R. Ku, University of Southern California 

 J. Kutzbach, University of Wisconsin 

 S. Manabe, Geophysical Fluid Dynamics 



Laboratory, NOAA 

 R. Newell, Massachusetts Institute of Technology 

 D. Schnitker, University of Maine 

 H. Schrader, Oregon State University 

 H. Thierstein, Scripps Institution of Oceanography 



International Corresponding Members 



B. Andersen, University of Bergen 



A. Berger, Catholic University of Louvain 

 K. Bjorklund, University of Bergen 



W. Dansgaard, University of Copenhagen 

 J. Duplessy, Center for Radioactive Research 

 H. Lamb, University of East Anglia 

 J. Lozano, National University of Colombia 



B. Luz, Hebrew University of Jerusalem 



M. Sarnthein, Geological Paleontological Institute of Kiel 



N. Shackleton, University of Cambridge 



E. Siebold, Geological Paleontological Institute of Kiel 



J. Thiede, University of Oslo 



T. van der Hammen, University of Amsterdam 



T. Wjimstra, University of Amsterdam 



Soviet-American Atlas Project 



CLIMAP's data base from over 725 deep-sea cores will be 

 the basis for a biogeographic atlas to be published as part of 

 a joint U.S.-U.S.S.R. monograph series. This work will stand 

 as a collected reference for micropaleontologists, paleoceanog- 

 raphers, and paleoclimatologists for many years to come. 



CLIMAP Data 



CLIMAP data received during the period of this report are 

 available from NGSDC as follows: 



Magnetic tape, data compilation, UPDATE2, 29,028 data 

 records including corrections and new data on biology, chemis- 

 try, and time-stratigraphic relationships in ocean cores (HAYS 

 OCE7 1-04204). 



Analytical data from 934 cores (see fig. 36) consist of: 

 Geochemistry (450 cores) — geochemical data include per- 

 centages of opal (average 2 replicates), percentages of quartz 

 (average 2 replicates), and percentages of carbon. 



46 



Paleontology (701 cores) — Paleontological data include nu- 

 merical data for 75 species of coccoliths, 21 species of radio- 

 laria, 5 1 species of diatoms, and 44 species of foraminifera. 

 Stratigraphy (452 cores) — data include one or more of the 

 following: percentages of fine carbonate (<63 m/x), percent- 

 ages of coarse carbonate (>63 mrf, and percentages of total 

 carbonate. 



Chronology (42 cores) — data include upper- and lower- 

 interval limits, estimated ages, and upper- and lower-age 

 errors. 



In addition, each data record contains the following informa- 

 tion: 



1. Ship-core number 



2. Latitude, longitude, and water depth 



3. Core type, length, and sample depth within core. 



