Abstract
Seaweed extracts have been used in organic agriculture to encourage the development and strengthen the quality performance of floricultural crops. The effectiveness of the seaweed extract is built entirely on hormone levels of plants or otherwise micro nutrients in the crude extract (primarily cytokines). A review of the use of seaweed on ornamental plants is carried out in the most modern research. Concerning their growth and flowering possibilities, the effectiveness of algae in ornamental plants has been validated. The purpose of this systematic review was to illustrate progress throughout the treatment of seaweeds for growth regulators to summarize the organic compounds of seaweeds as well as to investigate the challenges that encourage the application of macroalgae to manipulate various biotic and abiotic stress of crops. Seaweeds are still completely unaffected internationally; we emphasize several of the subsequent preferences for research and innovation. This whole review aims to facilitate the reader’s attention to utilize various seaweeds to increase the features and yield of ornamental crops.
Highlights
Marine vegetation considers as ocean lungs because of those plant-like Life Forms which generate 70 to 80 percent atmospheric oxygen through photosynthesisc The wide increment of the Flower and Ornamental Plants is due in particular to the favorable social and economic condition and the changes in customer demand.[2]
The major phytohormones recognized in seaweed extracts are auxins, cytokinin, gibberellins, abscisic acid, ethylene and auxins, which are accountable for elongation of plant tissue growth and apical dominance, cell division
Seaweed extract consists of various organic compounds that enhance multiple ranges of ornate crops
Summary
Marine vegetation considers as ocean lungs because of those plant-like Life Forms which generate 70 to 80 percent atmospheric oxygen through photosynthesisc The wide increment of the Flower and Ornamental Plants is due in particular to the favorable social and economic condition and the changes in customer demand.[2]. The implementation of botanicals is a sustainable solution for improving crop yield and enhance soil fertility.[17] Fertilizers manufactured from diverse marine vegetation could further accelerate crop development due to economical and simple to implement This makes it a replacement for the artificial competing agrochemicals.[18] The huge assortment of physiological functions gained through the exposure of such seaweed crude extracts.[19] Betaines, which are discovered in marine botanical remedies, were reactive in crops equivalent to cytokine.[20]. Treatment with seaweed extract recorded the maximum plant height in Petunia.[61]
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