. Genetics in relation to agriculture. Livestock; Heredity; Variation (Biology); Plant breeding. VARIATION 23 diurnal peacock butterfly, Vanessa io, which show tlie fading out of the "peacock eye" mark (see Fig. 5). (c) Food and Structure.—Woltereck was able to prove that the form. Fig. 5.—The diurnal peacock-butterfly (Vanessa io), above, and below, forms produced by subjecting the pupse to unusual temperatures. (After GoWschmidt.) (hence the structure) of the fresh water crustacean, Hyalodaphnia, varies directly with the food supply. These minute animals produce many generations du
. Genetics in relation to agriculture. Livestock; Heredity; Variation (Biology); Plant breeding. VARIATION 23 diurnal peacock butterfly, Vanessa io, which show tlie fading out of the "peacock eye" mark (see Fig. 5). (c) Food and Structure.—Woltereck was able to prove that the form. Fig. 5.—The diurnal peacock-butterfly (Vanessa io), above, and below, forms produced by subjecting the pupse to unusual temperatures. (After GoWschmidt.) (hence the structure) of the fresh water crustacean, Hyalodaphnia, varies directly with the food supply. These minute animals produce many generations during a season and the successive generations from the same. 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 Babcock, E. B. (Ernest Brown), b. 1877; Clausen, Roy Elwood, 1891-. New York, McGraw-Hill; [etc. , etc. ]
Size: 1870px × 1336px
Photo credit: © The Book Worm / Alamy / Afripics
License: Licensed
Model Released: No
Keywords: ., bookcentury1900, bookdecade1910, booksu, booksubjectplantbreeding
