Inheritance of Rest Period of Seeds in the Peanut


 3. Chlorophyll; three factors with triple dominant dark green
and triple recessive albino, Badami (1); two genes, Patel (14).
 4. Dark red stem dominant to light red (3:1), Hayes (6).
Violet tinge dominant, appears to be associated with hardiness,
Badami (1). Purple stem, duplicate genes, Patel (14).
 5. Long seed dominant to short (15:1), Hayes (6).
 6. Fertile dominant to sterile, complementary3 (15:1), Hayes
 (6).
 7. Normal leaf dominant to crinkleld leaf, complementary3
 (15:1), Hayes (6).
 8. Leaf rachis presence dominant to absence, complementary3
 (15:1), Hayes (6).
 9. No constriction on pods, double dominant, two factors,
 Badami (1).
 10. Leaflet size intermediate in F1 and wide range in F2,
 Badami (1).
 11. Large pod dominant to small, three factors, Badami (1).
 12. Pericarp thickness, five factors, thin pericarp linked with
 pygmy seed, Badami (1).
 13. Deep reticulations on pericarp dominant to shallow, at
 least four factors, Badami (1).
 14. Hairy stem dominant to less hairy, Badami (1); 3:1,
 Patel (14).
 15. Three- or many-seeded pods dominant to less than three-
 seeded, at least three factors, Badami (1).
 16. Long growing season dominant to short, Badami (1);
 3:1, Patel (14).
 17. Early fading flowers dominant to late, Hayes (6).
 18. Deeply colored corolla dominant to light, Hayes (6).
 19. Red color on leaflet vein dominant to its absence, Hayes
 (6).
 20. Sine leaf shape dominant to Valencia shape, Hayes (6).
 21. Required rest period of ds p lly dmnn ts
 absence, Stokes and Hulll-().
 22. Variegated seed due to rupture of seed coat as found in
A. Nambyquarae partially dominant to its absence in A. hypo-
gaea, Stokes and Hull (16).
 23. Sterile dwarf, 15:1, Patel (14).
 24. Branching over non-branching, 3:1, Patel (14).

 3Hayes evidently uses the term complementary to describe the inter-
action of two pairs of genes which are ordinarily termed duplicates.