-4 
<• 
RECENT LITERATURE 
Apter, M. J. The computer simulation of behavior. Hutchinson Univ. 
Library, London, 1970: 1-180. 
Bartels, P. H., G. F. Bahr, J. C. Bellamy, M. Bibbo, D. L. Rich¬ 
ards, & G. L. Wied. A self-learning computer program for 
cell recognition. Acta Cytologica, vol. 14, 1970: 486-494. 
Benz, C. W. PASSI0N--Program for Algebraic Sequences Specifically 
of Input-Output Nature. W. H. Freeman, 1971: pp. viii + 92. 
(A system designed for economic data matrix manipulation, 
and primarily set up for IBM card input. Programs in Fortran 
IV are included.) 
Crovello, T. J . The fourth annual numerical taxonomy conference. 
Systematic Zoology, vol. 20, 1971: 233-238. 
Daniel, C. & F. S. Wood. Fitting Equations to Data. Wiley-Inter- 
Science, New York, 1971: xv + 342. 
Furlow, J. J., & J. H. Beaman. Sample taxonomic data matrices for 
vascular pi ants prepared by students at Michigan S tate Uni¬ 
versity. Flora North America Report 56, 1971: 1-118. 
Hall, A. V. A computer-based method for showing continua and 
communities in ecology. Journal of Ecology, vol. 58, 1970: 
591-602. 
Jackson, R. C. & T. J. Crovello. A comparison of numerical and 
biosystematic studies in Haplopappus. Brittonia, vol. 2 3, 
1971: 54-70. 
/ 
Johnson, L. R. System structure in data, programs, and computers. 
Prentice-Hall, 1970: xiii + 303. 
Morse, L. E. Specimen identification and key construction with 
time-sharing computers. Taxon, vol. 20, 1971: 269-282. 
Morse, L. E., J. J. Furlow, & J. H. Beaman. Computers in Systematic 
Biology. Flora North America Report 62, 1971: 1-58. (This 
report summarizes the work done and results obtained during 
a two year experimental course under the above title at Mich¬ 
igan State—see MUDPIE no. 9 for an early summary.) 
Peckham, H. D. Computers, BASIC, and Physics. Addison-Wesley, 
Reading, MA, 1971: 1-320. (Presents a brief introduction 
to BASIC, and then develops the various ways the language 
can be used in physics. These ways are in many cases easily 
adaptable to biology. In most cases programs are printed 
in the text, and demonstrate the power of BASIC to handle 
all kinds of physical problems.—JAP) 
