Mitigation of alternate bearing
A composition, technology of crops, applied in the promotion, natural metabolites, composition in the field of time, able to solve the problem of loss of market share, damage to the development of value-added products or sustainability, lack of
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Embodiment 1
[0073] Adenosine administered by trunk injection alleviates alternate-year fruiting in orange trees
[0074] This example describes the alleviation of alternate-year fruiting in "Nules" clementine trees by trunk injection of adenosine in a composition comprising the auxin inhibitor TIBA. Harvested crop "Nules" clementine trees received trunk injections of the following compounds listed in Table 1-1 alone or in combination with TIBA: TIBA (2,3,5-triiodobenzoic acid) (Sigma Chemical) ; 6-BA (6-benzyladenine) (Sigma Chemical); GA 3 (PROGIBB(R) 40%, Valent Biosciences Corp.); and Ado(9-β-D-adenosine) (Sigma Chemical, Cat. No. A9251). For each application, two plastic syringes per tree were used to feed each material at a rate of 1 g / tree dissolved in 50-60 ml distilled water. Application was timed to (1) stimulate summer shoot growth by overcoming associated inhibition (July) and (2) overcome inhibition of spring bud germination (January). Therefore, treat the tree in July alo...
Embodiment 2
[0080] Adenosine given through trunk injections alleviates alternate-year fruiting in avocado trees
[0081] This example describes the alleviation of alternate-year fruiting in "Hass" avocado trees by trunk injection of adenosine and plant growth regulators. In mid-January, the following treatments (1 g / tree) were injected into the trunks of harvested crop "Hass" avocado trees in a commercial orchard in Irvine, CA: (1) 9-β-D-adenosine (Sigma Chemical, No. A9251); (2) 6-BA (Sigma Chemical); (3) GA 3 (PROGIBB(R) 40%, Valent Biosciences Corp.); (4) TIBA (Sigma Chemical); and (5) TIBA + adenosine. Each material was fed at a ratio of 1 g / tree dissolved in 50-60 ml distilled water using two plastic syringes per tree. Each treatment had replicates of 5 individual trees, including (6) untreated harvested crop control trees. For each tree, in each of the quarter circles of the four trees, 1 branch (12 inches long) with fruit and 1 branch without fruit was marked. During spring flo...
Embodiment 3
[0087] Adenosine administration by foliar sprays increases production of marketable large fruit in alternate-bearing mandarin trees
[0088] This example describes the increased production of commercially-valuable large-sized fruit obtained in alternate-bearing clementines by canopy application of adenosine. In this example, evidence is provided that application of adenosine as a canopy spray to stimulate growth of vegetative shoots in summer also improves fruit size and commercially valuable fruit during the mitigation of alternate-year fruiting. The yield increases, thereby alleviating the problem of small fruit size closely related to harvesting crop fruits. "Fina Sodea" clementine trees were given a single application of adenosine (9 -β-D-adenosine), wherein the maximum peel thickness marks the end of the cell division stage of citrus fruit development. As shown in Table 3-1 below, the application of adenosine significantly increased the fruit diameter of the 3-year cumu...
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