Partitioning of absorbed light energy differed between the sun-exposed side and the shaded side of apple fruits under high light conditions
Fractions of absorbed light energy consumed via photochemistry and different thermal
dissipation processes was quantified and compared between the sun-exposed peel and the
shaded peel of apple fruits at different developmental stages. During fruit development, the
fraction of absorbed light consumed via photochemistry was no more than 7% in the sun-
exposed peel and no more than 5% in the shaded peel under high light conditions. Under
high light, the fraction of absorbed light energy consumed via light dependent thermal …
dissipation processes was quantified and compared between the sun-exposed peel and the
shaded peel of apple fruits at different developmental stages. During fruit development, the
fraction of absorbed light consumed via photochemistry was no more than 7% in the sun-
exposed peel and no more than 5% in the shaded peel under high light conditions. Under
high light, the fraction of absorbed light energy consumed via light dependent thermal …
Partitioning of absorbed light energy differed between the sun-exposed side and the shaded side of apple fruits under high light conditions.
CCS Chen ChangSheng, ZD Zhang Di… - 2012 - cabidigitallibrary.org
Fractions of absorbed light energy consumed via photochemistry and different thermal
dissipation processes was quantified and compared between the sun-exposed peel and the
shaded peel of apple fruits at different developmental stages. During fruit development, the
fraction of absorbed light consumed via photochemistry was no more than 7% in the sun-
exposed peel and no more than 5% in the shaded peel under high light conditions. Under
high light, the fraction of absorbed light energy consumed via light dependent thermal …
dissipation processes was quantified and compared between the sun-exposed peel and the
shaded peel of apple fruits at different developmental stages. During fruit development, the
fraction of absorbed light consumed via photochemistry was no more than 7% in the sun-
exposed peel and no more than 5% in the shaded peel under high light conditions. Under
high light, the fraction of absorbed light energy consumed via light dependent thermal …
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