Rose stimulator12/28/2022 ![]() ![]() Triacontanol has been reported to increase productivity of some plants that have some therapeutic properties. A much higher dose of triacontanol could also have adverse effects on the growth of a plant. Different studies reveal that the effects of triacontanol differs with the amounts of the triacontanol used to treat the plant. Some exhibit these symptoms while some show no response to the treatment to triacontanol. Īlthough, the basic effect of treating seedlings of various plant species is an increase in plant growth, photosynthesis and the yield of the crops, the effects of triacontanol are not the same in every plant species. In tomato plant (C-3 plant), the treatment of triacontanol increases the dry leaf weight and inhibited the photosynthesis by 27% in dry leaves, whereas in the maize plants no change in photosynthesis occurs whether treated by triacontanol or not. The effects on C-3 plants and C-4 plants. The effects of triacontanol various in terms of photosynthesis and the yield manipulation in plant species. Triacontanol does not react the same way in all plant species. A substantial increase in yield and growth has been seen in different plants, such as cucumber, tomatoes, wheat, maize, lettuce, and rice. The effects of triacontanol may also be seen when a chopped alfafa plant is placed in close proximity to the seedlings and various crop seeds. In wheat, triacontanol is about 3-4% of the leaf wax. Triacontanol is found in various plant species as a minor component of the epicuticular wax. It was identified as a saturated straight chain primary alcohol. ![]() Triacontanol was first isolated in 1933 from alfalfa wax. 5 Physiological effects on some plant species. ![]()
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