. Botany for agricultural students. Plants. 548 HEREDITY. Fi(i. 477. — Mcinlilisiu lUuiuustratc'd in the iulu'ritauce uf starchy and non-starchy endosperm in Corn. In the top row, the ear c shows the immedi- ate result obtained when the starchy parent (a) and non-starchy parent (b) are crossed. It is evident that starchness is completely dominant, d, an ear with F2 kernels resulting from the cross, showing segregation of starchiness and non-starchiness. Lower row, ears of plants grown from kernels of d. e, f, and g, result from planting starchy seeds. One ear out of the three is pure starchy,
. Botany for agricultural students. Plants. 548 HEREDITY. Fi(i. 477. — Mcinlilisiu lUuiuustratc'd in the iulu'ritauce uf starchy and non-starchy endosperm in Corn. In the top row, the ear c shows the immedi- ate result obtained when the starchy parent (a) and non-starchy parent (b) are crossed. It is evident that starchness is completely dominant, d, an ear with F2 kernels resulting from the cross, showing segregation of starchiness and non-starchiness. Lower row, ears of plants grown from kernels of d. e, f, and g, result from planting starchy seeds. One ear out of the three is pure starchy, h, result from planting non-starchy kernels, showing that the non- starchy kernels were pure for the recessive character. After 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 Martin, John N. (John Nathan), b. 1875. New York, John Wiley ; London, Chapman & Hall
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Keywords: ., bookcentury1900, bookdecade1910, booksubjectplants, bookyear1919
