Application of chitosan oligosaccharide and composition thereof in resisting intense light for crops
A composition and chitosan oligosaccharide technology, applied in the agricultural field, can solve problems such as adverse effects on fruit quality, reduced yield, and poor growth status, and achieve the effects of preventing strong light damage, reducing damage, and maintaining growth
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Embodiment 1
[0027] Treatment of wheat by strong light:
[0028] Set 2 kinds of temperature: suitable temperature (25℃) and high temperature (35℃); 2 kinds of light intensity: medium light [PFD is 600umol / (m 2 ·S)] and strong light [PFD is 1600umol / (m 2 ·S)], the temperature and light intensity are combined according to the test requirements. 1600umol / (m 2 ·S) Strong light is provided with 1000W tungsten lamp. Place the tungsten lamp on an iron frame, and set a glass flowing water tank with a thickness of 10 cm between the tungsten lamp and the test material to avoid excessively high temperature under light. By adjusting the distance between the material and the light source, the light intensity received by the flag leaf (sampling part) can meet the design requirements.
[0029] In the same area, multiple plots were used to test the effect of the composition containing chitooligosaccharides on the strong light irradiation of wheat. The composition containing chitosan oligosaccharide is a chit...
Embodiment 2
[0045] Cucumbers, spinach, peanuts, tobacco, rice, corn, apples, pears, tea, citrus, cowpeas, cherry and grapes were processed in the same manner as in Example 1, and the growth status of the crops and the quality of the harvested objects were measured.
[0046] Take 35℃ and 1600umol / (m 2 ·S), spray 60ppm chitooligosaccharide solution twice in the treatment, observe the growth of rice 10 days after the second spraying, the rice plant height of sprayed chitooligosaccharide solution is higher than that of the water control on average 8.7%. After harvesting the rice, the total protein content in the rice was measured. The total protein content was also higher than that of the water treatment, 3.6% higher on average. It shows that the chitosan oligosaccharide solution can reduce the damage of strong light to rice.
[0047] Carry out corn at 25℃, 600umol / (m 2 ·S) treatment, using 50ppm chitosan oligosaccharide solution treatment once, showing that the growth of corn is better than that ...
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