During the apple processing procedures, a large quantity of apple pomace is generated; it contains peel, core, seed, calyx, stem, and soft tissue and accounts for 30%% of the weight of the original fruits [4, 7, 8].
Insect pollination affects not only the quantity of apple production but also the quality.
In 1912 the U.S. Court of Customs defined a "heaped bushel" for measuring quantities of apples as 2,747.715 cubic inches (45,035.04 cubic cm).
Mr. Forsline confirmed that brown bears eat large quantities of apples and deposit their seeds intact throughout the Tian Shan forests. A. D. Dzhangaliyev, a Kazakh botanist, has reported that "especially in high-yield years, animals choose the most delicious fruits".
This includes foods that contain a large amount of crystalline fructose and agave nectar, as well as large quantities of apples, pears, apple juice, pear juice, fruit juice concentrates, and beverages sweetened with HFCS-55.
Similarly, rhesus monkeys, confronted with two quantities of apple slices, successfully choose the greater number with comparison of 1 vs. 2, 2 vs. 3 and 3 vs. 4, but fail with 4 vs. 5 and 4 vs. 6 [19].
Considering the currents costs of acquiring SNP data from the apple 8K genotyping microarray, we estimate that a similar quantity and quality of apple SNP data can be achieved using GBS with a 10 100× decrease in cost.
Insect pollination not only affects the quantity of production but can also have marked impacts on the quality of apples, influencing size, shape and effecting their classification for market.
