. Chromosomes and phylogeny in Crepis. Crepis; Plants; Chromosomes. C. rubra 1506 c. rubra 1176 a b Figure 3. Crepis aspera, C. bursif cilia, C. setosa, and C. senecioides (fig. 4). with 8 chromosomes each, are quite different in details of their chro- mosome morphology. C. setosa is characterized by the presence of a pair of large satellites and C. senecioides is outstanding among the 8-chromosome species by the small size of its C. aspera C. bursifolia a b C. setosa C. senecioides c d Figure 4. Crepis bureniana, C. aculeata, and C. amplexifolia (fig. 5) with 8 chromosomes, are
. Chromosomes and phylogeny in Crepis. Crepis; Plants; Chromosomes. C. rubra 1506 c. rubra 1176 a b Figure 3. Crepis aspera, C. bursif cilia, C. setosa, and C. senecioides (fig. 4). with 8 chromosomes each, are quite different in details of their chro- mosome morphology. C. setosa is characterized by the presence of a pair of large satellites and C. senecioides is outstanding among the 8-chromosome species by the small size of its C. aspera C. bursifolia a b C. setosa C. senecioides c d Figure 4. Crepis bureniana, C. aculeata, and C. amplexifolia (fig. 5) with 8 chromosomes, are quite distinct in chromosome morphology. C. bureniana and C. aculeata have chromosomes of the same size order; those of C. amplexifolia. are smaller. The exact position of the fiber attachment constriction on one chromosome of bureniana has not been determined, owing probably to inferior fixation, but it is very near the Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Hollingshead, Lillian, 1900-; Babcock, E. B. (Ernest Brown), 1877-1954. Berkeley, Calif. , University of California press
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