Effect of light intensity on growth, yield and indigo content of Indigofera tinctoria L

Abstract Synthetic dyes can increase the amount of pollutants that become a serious problem in the environment. The use of synthetic dyes can be replaced with dyes from natural ingredients, namely Indigofera tinctoria . These plants are a source of blue natural dyes because it contains indigo. The c...

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Published inIOP conference series. Earth and environmental science Vol. 724; no. 1; p. 12085
Main Authors Budiastuti, M T S, Purnomo, D, Supriyono, Pujiasmanto, B, Setyaningrum, D
Format Journal Article
LanguageEnglish
Published Bristol IOP Publishing 01.04.2021
Subjects
Climate change
Design factors
Dyes
Environmental impact
Indigo
Indigofera tinctoria
Leaves
Light
Light intensity
Light levels
Luminous intensity
Nodes
Pollutants
Weight
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Abstract Abstract Synthetic dyes can increase the amount of pollutants that become a serious problem in the environment. The use of synthetic dyes can be replaced with dyes from natural ingredients, namely Indigofera tinctoria . These plants are a source of blue natural dyes because it contains indigo. The content of indigo is very responsive to light. The impact of climate change is a serious threat to the supply of natural dyes. So, judge the suitability of the environment and indigo content under climate change are essential for the sustainable production of natural dyes Indigofera tinctoria . The research aimed to examine the role of light on the growth, yield, and indigo content in Indigofera tinctoria . The study was conducted using a randomized complete design with one factor, namely light intensity with 3 levels namely light intensity 100%, 50%, and 25%, with 9 replications. Light intensity affected the number of leaves, nodes, fresh weight, and indigo content. The highest number of leaves, nodes, and fresh weight were at 100% light intensity, while the highest indigo content was at 25% light intensity. The fresh weight with indigo paste is positively correlated. The higher the fresh weight of the plant, the more paste will be produced. However, the content of indigo was negatively correlated with indigo paste.
AbstractList Synthetic dyes can increase the amount of pollutants that become a serious problem in the environment. The use of synthetic dyes can be replaced with dyes from natural ingredients, namely Indigofera tinctoria. These plants are a source of blue natural dyes because it contains indigo. The content of indigo is very responsive to light. The impact of climate change is a serious threat to the supply of natural dyes. So, judge the suitability of the environment and indigo content under climate change are essential for the sustainable production of natural dyes Indigofera tinctoria. The research aimed to examine the role of light on the growth, yield, and indigo content in Indigofera tinctoria. The study was conducted using a randomized complete design with one factor, namely light intensity with 3 levels namely light intensity 100%, 50%, and 25%, with 9 replications. Light intensity affected the number of leaves, nodes, fresh weight, and indigo content. The highest number of leaves, nodes, and fresh weight were at 100% light intensity, while the highest indigo content was at 25% light intensity. The fresh weight with indigo paste is positively correlated. The higher the fresh weight of the plant, the more paste will be produced. However, the content of indigo was negatively correlated with indigo paste.
Abstract Synthetic dyes can increase the amount of pollutants that become a serious problem in the environment. The use of synthetic dyes can be replaced with dyes from natural ingredients, namely Indigofera tinctoria . These plants are a source of blue natural dyes because it contains indigo. The content of indigo is very responsive to light. The impact of climate change is a serious threat to the supply of natural dyes. So, judge the suitability of the environment and indigo content under climate change are essential for the sustainable production of natural dyes Indigofera tinctoria . The research aimed to examine the role of light on the growth, yield, and indigo content in Indigofera tinctoria . The study was conducted using a randomized complete design with one factor, namely light intensity with 3 levels namely light intensity 100%, 50%, and 25%, with 9 replications. Light intensity affected the number of leaves, nodes, fresh weight, and indigo content. The highest number of leaves, nodes, and fresh weight were at 100% light intensity, while the highest indigo content was at 25% light intensity. The fresh weight with indigo paste is positively correlated. The higher the fresh weight of the plant, the more paste will be produced. However, the content of indigo was negatively correlated with indigo paste.
Author Supriyono
Purnomo, D
Pujiasmanto, B
Setyaningrum, D
Budiastuti, M T S
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  fullname: Setyaningrum, D
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Snippet Abstract Synthetic dyes can increase the amount of pollutants that become a serious problem in the environment. The use of synthetic dyes can be replaced with...
Synthetic dyes can increase the amount of pollutants that become a serious problem in the environment. The use of synthetic dyes can be replaced with dyes from...
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StartPage 12085
SubjectTerms Climate change
Design factors
Dyes
Environmental impact
Indigo
Indigofera tinctoria
Leaves
Light
Light intensity
Light levels
Luminous intensity
Nodes
Pollutants
Weight
Title Effect of light intensity on growth, yield and indigo content of Indigofera tinctoria L
URI https://www.proquest.com/docview/2511967416/abstract/
Volume 724
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