Application of biostimulant consortium to increase the growth of sugarcane (Var. Cenning) in a dry land

Abstract Sugarcane is considered one of the most promising crops. The growth of the crop is affected by photosynthesis and toter and nutrient absorption by plants. Biostimulant is a non-nutrient biomaterial that is proven to improve crop growth. Based on this idea, Biostimulant technology can be use...

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Published inIOP conference series. Earth and environmental science Vol. 1306; no. 1; pp. 12001 - 12006
Main Authors Wahyuni, S, Kalbuadi, D N, Prasetyo, M E R B, Putra, S M, Widiastuti, H, Priyono
Format Journal Article
LanguageEnglish
Published Bristol IOP Publishing 01.03.2024
Subjects
Agrochemicals
Biomaterials
Biomedical materials
biostimulant consortium
Cenning
Consortia
Crop growth
Crops
Fertilizers
Fungi
Humic acids
Mineral fertilizers
non-nutrient biomaterial
Nutrients
Photosynthesis
Sugarcane
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Abstract Abstract Sugarcane is considered one of the most promising crops. The growth of the crop is affected by photosynthesis and toter and nutrient absorption by plants. Biostimulant is a non-nutrient biomaterial that is proven to improve crop growth. Based on this idea, Biostimulant technology can be used as an alternative to enhance sugarcane growth. This research aimed to assess the Biostimulant consortium (Sucrosin, humic acid, and AM fungal) to improve the growth of the sugarcane var. Cenning in a dry land. The study tested two treatments, i.e., control (standard procedures) and Biostimulant Consortium application. Sucrosin was applied on 1, 3, 4, and 5 months after planting (MAP) by using a foliar spray. Application of mycorrhizal fungi was spread around the roots area of sugarcane crops. In contrast, the application of humic acid was sprayed on the ground as a coating agent for inorganic fertilizers. Coating fertilizer is carried out by mixing a humic acid solution with as much as 1% of the fertilizer. The research showed the treatment of the Biostimulant Consortium yielded significant results in the sugarcane growth compared to the control on 8 MAP. Biostimulant Consortium can improve crop height and stem diameter significantly up to 30-40% compared to control. It indicates that the Biostimulant consortium’s treatment can improve sugarcane’s vegetative growth in s dry land.
AbstractList Sugarcane is considered one of the most promising crops. The growth of the crop is affected by photosynthesis and toter and nutrient absorption by plants. Biostimulant is a non-nutrient biomaterial that is proven to improve crop growth. Based on this idea, Biostimulant technology can be used as an alternative to enhance sugarcane growth. This research aimed to assess the Biostimulant consortium (Sucrosin, humic acid, and AM fungal) to improve the growth of the sugarcane var. Cenning in a dry land. The study tested two treatments, i.e., control (standard procedures) and Biostimulant Consortium application. Sucrosin was applied on 1, 3, 4, and 5 months after planting (MAP) by using a foliar spray. Application of mycorrhizal fungi was spread around the roots area of sugarcane crops. In contrast, the application of humic acid was sprayed on the ground as a coating agent for inorganic fertilizers. Coating fertilizer is carried out by mixing a humic acid solution with as much as 1% of the fertilizer. The research showed the treatment of the Biostimulant Consortium yielded significant results in the sugarcane growth compared to the control on 8 MAP. Biostimulant Consortium can improve crop height and stem diameter significantly up to 30-40% compared to control. It indicates that the Biostimulant consortium’s treatment can improve sugarcane’s vegetative growth in s dry land.
Abstract Sugarcane is considered one of the most promising crops. The growth of the crop is affected by photosynthesis and toter and nutrient absorption by plants. Biostimulant is a non-nutrient biomaterial that is proven to improve crop growth. Based on this idea, Biostimulant technology can be used as an alternative to enhance sugarcane growth. This research aimed to assess the Biostimulant consortium (Sucrosin, humic acid, and AM fungal) to improve the growth of the sugarcane var. Cenning in a dry land. The study tested two treatments, i.e., control (standard procedures) and Biostimulant Consortium application. Sucrosin was applied on 1, 3, 4, and 5 months after planting (MAP) by using a foliar spray. Application of mycorrhizal fungi was spread around the roots area of sugarcane crops. In contrast, the application of humic acid was sprayed on the ground as a coating agent for inorganic fertilizers. Coating fertilizer is carried out by mixing a humic acid solution with as much as 1% of the fertilizer. The research showed the treatment of the Biostimulant Consortium yielded significant results in the sugarcane growth compared to the control on 8 MAP. Biostimulant Consortium can improve crop height and stem diameter significantly up to 30-40% compared to control. It indicates that the Biostimulant consortium’s treatment can improve sugarcane’s vegetative growth in s dry land.
Author Kalbuadi, D N
Putra, S M
Priyono
Prasetyo, M E R B
Widiastuti, H
Wahyuni, S
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Snippet Abstract Sugarcane is considered one of the most promising crops. The growth of the crop is affected by photosynthesis and toter and nutrient absorption by...
Sugarcane is considered one of the most promising crops. The growth of the crop is affected by photosynthesis and toter and nutrient absorption by plants....
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SubjectTerms Agrochemicals
Biomaterials
Biomedical materials
biostimulant consortium
Cenning
Consortia
Crop growth
Crops
Fertilizers
Fungi
Humic acids
Mineral fertilizers
non-nutrient biomaterial
Nutrients
Photosynthesis
Sugarcane
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Title Application of biostimulant consortium to increase the growth of sugarcane (Var. Cenning) in a dry land
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