Sweet sorghum is the different type of sorghum which has high sugar content in them. Sweet sorghum will flourish under desiccant and heater conditions than many other crops and is primarily cultivated for pasturage, ensilage and sugar production. The grain sorghum is used by the ethanol industry for the production of ethanol. The fermentation of sorghum for the production of ethanol, bio fuel is also produced under the same conditions.
Sweet sorghum is used for raising energy in the bio fuel factory. There are four genotypes used in this research which is the most important change as we came to know the different aspects of the conditions and there important features on the flourish factors. Sorghum is an edible cereal for the human beings. The grain is rich in protein, fat and vitamin A.
There are grass forms because of its vegetative appearance. This is a panicle with spike lets in pairs. They are self pollinated. Fertilization occurs 6 to 12 hours later. The grain is lemma and palea and is removed during combining. The seed contains a variety of components like endosperm, embryo and seed coat. The plants should complete the bearing of excellent grains by the early August.
The idea temperature for the cultivation of sorghum is at 60 65oF. The characteristics of the plants are Sweet sorghum always goes for self pollination. The tillers get maturated over by several weeks and this makes it good in the production of heads over longer period. The plant and temperature plays an important role in there life. When there I drought conditions then sorghum goes with high population and for the possible yielding. Sorghum foliage protest drying. The waxy leaves of sorghum helps in less lose of water content from it. Because of this the leaf shield appears to be sticky and frosty in appearance.
The process of cultivation of sorghum is important as the use of fertilizers and the proper time when will the other products will working and implementation of different items are connected to it. Pods of four different sorghum genotypes produces 8- 9 ovules which have 14 ovules. The success of sorghum improvement depends on two essential Conditions Genotypic variability for Stover yield and quality is high enough to positively impact on farm fodder resources. Relations between desirable traits.
The efficiency of water content in the leaves and canopy of sweet sorghum was enquired to know the gains of the insights of the crop. The experiments were done only on the leaves and to know the canopy of the gas exchanged. The method which was used was Bowen ratio or the energy balance method which was carried out in the fields itself. The result was quite oblivious the ratio of carbon dioxide with that of ambient carbon dioxide was preserved within the range.
The vast diversity of sorghum can help in making of different types and usage of the sorghum for the multiple purposes. The genotypic capability of sweet sorghum genotypes for cane yield, juice yield, brix values and sugar content can be known. The experiment was placed with four genotypes which were replicated a number of times. The observation on fresh juice weight, percentage, juice extraction, and brix value was entered at flowering, grain filling and physiological maturity stages.
The grain yield was recorded at maturity. And the juice was extracted by the different methods brix reading was shown utilizing a hand refractometer. The content of non-reducing sugars differed significantly at all growth stages and it was highest at physiological maturity. The policy and planning for the utilization of ethanol and bio fuels which acts as energy sufficient and the promotion of related measures for the implementation and barriers of water lose and temperature on sweet sorghum. The treatment was randomized among the replicates. The two factors were non significant as shown in the table. Sweet sorghum juice is extracted from the stem which is having highest green stalk yield. The adaptability of sorghum to any season is due to intrinsic strength that develops the stalwart sweet stalk which facilitates the supply of fermentable sugars. Improving the operational scheming of breeding approach to quantitatively increase the juice yield and qualitatively the fermentation efficiency through increased sucrose content can help in meeting the requirement of the future generation of the energy required for us.
The important role of this sorghum is in the development of agricultural products, livestock husbandry, and energy, refining sugar, paper making and prevention against air pollution. The gist of sweet sorghum is not because of its seeds but because of its stalk which has high sugar content. This sweet sorghum has undergone many special conditions like drought, high temperature and the combination of both. The different variety of sorghum genotypes produces different types and the content of sugar does vary accordingly. Due to presence of sugar at different levels in the stalk thus this sorghum can be divided into two types saccharin type and syrup type. The saccharin type of sorghum contains sucrose which produces purified crystal sugar while the syrup type sorghum contains glucose which produces sugar syrup.
The results of the Table listed below which gives the clear view of the growth and yield of the plant under the controlled environment and when subjected to the treatments gives different results and the under controlled temperature thy show the normal growth but when subjected to extra drought, heat or a combination of both there is the change in the nature of the plant and the brix, juice yield and many more features of the plant changes.
The material of syrup type sweet sorghum is used in making of wine and alcohols in the refinery. There many large characteristics which made it popular among many countries for its growth. They are wide adaptability, drought resistance, water lodging tolerance, saline alkali resistance, grows quickly, sugar compiling is rapid and there is a high yield of biomass. Thus the production of energy along with the production of feed and fiber gives the crop a special place in the research. The challenges are faced by this crop is more as compared to other plants ad has always withstander the obstipated in its way.
High energy giving crop because the crop, it belongs to C4 crop family. It has high photosynthetic efficiency which grows quickly. The characters which it has for the physiological and anatomical functions are The compensation point of the concentration of C4 plants which has high saturation point. The photorespiration can almost not be measured. When the intensity of light is maximum then it can not reaches the saturation point. The photosynthetic capacity of C4 plant is more as compared to C3 plants. Sweet sorghum to transform sunlight into carbohydrate.
Wider range of adaptability has been noticed in sweet sorghum. The pH value of the soil is found between 5 to 8.5. Thus the drought resistance condition is much higher as compared to other crops of its family. It has a special characteristic which is known as water lodging property. If the plant is grown in the flood season then after the flood is retreating the crop will immediately grow. The plant is seen growing in the areas of tropical, subtropical and temperate zones where temperature is above 10oC.
The vantages of sweet sorghum as a sugar crop The development period or the maturity phase is short, it can be harvested three times a year while it grows or last for only 8- 24 months. Sugarcane is usually propagated through stem, and is not at all easy to grown or sown it with machines. Sweet sorghum is propagated through seeds and can be easily sown with the help of machine. The content of water needed for this crop is one third of the water content of sugarcane. The stem contains 18-24 fiber only burning a half of the remainder residue of the stem with an efficient boiler is enough to refine sugar constantly without other energy source. The treating season is longer than sugarcane. Thus the grains are used in the production of alcohol or edible wine with the help of brewery equipments in the winter season.
SWEETFUEL intends to develop bio-ethanol production in temperate and semi arid regions from sweet sorghum through genetic enhancement and improvement of cultural and harvest practices.
The demand of sweet sorghum is going to rise in the future as there will be increase in the temperature and the scarcity of rainfall can be easily noticed. This is its features as food. Now as fuel the cost of fuel and raw material will be rising in the near future. The consumption rate of petroleum is moving high and it is an unrenewable fuel. The contradiction between supply and demand of energy is getting more and more outstanding, especially in the rural area. Every country is looking forward for the new energy source. Thus the biomass helps in conduction of new energy fuel for the development of fuel be many countries. The utilization and growth of biomass for the production of ethanol and alcohol will be one of the most important ways. The sweet sorghum produces high yield of grains and provides raw material for the ideal crops.
The production of air pollution is being faced by every person today.
The gain of oil as a fuel is cheaper. The sweet sorghum is an energy giving crop so it has low sulphur content. The quantity of carbon dioxide produced is equal in both the cases which is growth of sweet sorghum and burning of the excretes by the burning of sweet sorghum as energy source. It holds superiority for reducing the pollution in the form of carbon dioxide and sulphur dioxide is kept on hold.
The bio ethanol produced from the crops is a critical feature of sweet sorghum for satisfying the energy demand of the transports. The achievement of bio ethanol manifests the proof of the concept of transferring the water limiting and temperate environment. Sweet sorghum is the only source for the fermented sugar or lignocelluloses which is the potential having the following advantages, like high water, nitrogen and radiation use
Efficiency which broadens the agro ecological adaptation and has a rich genetic diversity for the useful traits.
In the conclusion the result indicates that the sweet sorghum is much less sensitive to short periods of very high temperature than the wheat. The combination of drought and high temperature is more likely due to high temperature and the reduction in the weight of grain along with the increase in the screening percentage is observed in the fields. Thus sweet sorghum is a multi purpose plant which can be used as food, feed, fuel and the energy giving plants for the future needs.
Thats why many researches have been done on sweet sorghum that when time approaches its plantation can be easily done.
RESULT
Plant heights When the effect of temperature is on the plants height is that under the controlled temperature the maximum height growth is shown by Tray but the lowest is shown by Wray. In drought, high temperature and a combination of both the condition the same results are shown but in the drought and high temperature there is similar growth is shown by Awan and Smith.
EMBED MSGraph.Chart.8 s
Leaf area the expansion of leaf was more for Tray in normal condition but this changed in drought condition in which Wray should the increase in the area of leaf and the same genotype showed the area expansion of the leaf under the conditions which are high temperature and a combination of both.
Sweet sorghum is used for raising energy in the bio fuel factory. There are four genotypes used in this research which is the most important change as we came to know the different aspects of the conditions and there important features on the flourish factors. Sorghum is an edible cereal for the human beings. The grain is rich in protein, fat and vitamin A.
There are grass forms because of its vegetative appearance. This is a panicle with spike lets in pairs. They are self pollinated. Fertilization occurs 6 to 12 hours later. The grain is lemma and palea and is removed during combining. The seed contains a variety of components like endosperm, embryo and seed coat. The plants should complete the bearing of excellent grains by the early August.
The idea temperature for the cultivation of sorghum is at 60 65oF. The characteristics of the plants are Sweet sorghum always goes for self pollination. The tillers get maturated over by several weeks and this makes it good in the production of heads over longer period. The plant and temperature plays an important role in there life. When there I drought conditions then sorghum goes with high population and for the possible yielding. Sorghum foliage protest drying. The waxy leaves of sorghum helps in less lose of water content from it. Because of this the leaf shield appears to be sticky and frosty in appearance.
The process of cultivation of sorghum is important as the use of fertilizers and the proper time when will the other products will working and implementation of different items are connected to it. Pods of four different sorghum genotypes produces 8- 9 ovules which have 14 ovules. The success of sorghum improvement depends on two essential Conditions Genotypic variability for Stover yield and quality is high enough to positively impact on farm fodder resources. Relations between desirable traits.
The efficiency of water content in the leaves and canopy of sweet sorghum was enquired to know the gains of the insights of the crop. The experiments were done only on the leaves and to know the canopy of the gas exchanged. The method which was used was Bowen ratio or the energy balance method which was carried out in the fields itself. The result was quite oblivious the ratio of carbon dioxide with that of ambient carbon dioxide was preserved within the range.
The vast diversity of sorghum can help in making of different types and usage of the sorghum for the multiple purposes. The genotypic capability of sweet sorghum genotypes for cane yield, juice yield, brix values and sugar content can be known. The experiment was placed with four genotypes which were replicated a number of times. The observation on fresh juice weight, percentage, juice extraction, and brix value was entered at flowering, grain filling and physiological maturity stages.
The grain yield was recorded at maturity. And the juice was extracted by the different methods brix reading was shown utilizing a hand refractometer. The content of non-reducing sugars differed significantly at all growth stages and it was highest at physiological maturity. The policy and planning for the utilization of ethanol and bio fuels which acts as energy sufficient and the promotion of related measures for the implementation and barriers of water lose and temperature on sweet sorghum. The treatment was randomized among the replicates. The two factors were non significant as shown in the table. Sweet sorghum juice is extracted from the stem which is having highest green stalk yield. The adaptability of sorghum to any season is due to intrinsic strength that develops the stalwart sweet stalk which facilitates the supply of fermentable sugars. Improving the operational scheming of breeding approach to quantitatively increase the juice yield and qualitatively the fermentation efficiency through increased sucrose content can help in meeting the requirement of the future generation of the energy required for us.
The important role of this sorghum is in the development of agricultural products, livestock husbandry, and energy, refining sugar, paper making and prevention against air pollution. The gist of sweet sorghum is not because of its seeds but because of its stalk which has high sugar content. This sweet sorghum has undergone many special conditions like drought, high temperature and the combination of both. The different variety of sorghum genotypes produces different types and the content of sugar does vary accordingly. Due to presence of sugar at different levels in the stalk thus this sorghum can be divided into two types saccharin type and syrup type. The saccharin type of sorghum contains sucrose which produces purified crystal sugar while the syrup type sorghum contains glucose which produces sugar syrup.
The results of the Table listed below which gives the clear view of the growth and yield of the plant under the controlled environment and when subjected to the treatments gives different results and the under controlled temperature thy show the normal growth but when subjected to extra drought, heat or a combination of both there is the change in the nature of the plant and the brix, juice yield and many more features of the plant changes.
The material of syrup type sweet sorghum is used in making of wine and alcohols in the refinery. There many large characteristics which made it popular among many countries for its growth. They are wide adaptability, drought resistance, water lodging tolerance, saline alkali resistance, grows quickly, sugar compiling is rapid and there is a high yield of biomass. Thus the production of energy along with the production of feed and fiber gives the crop a special place in the research. The challenges are faced by this crop is more as compared to other plants ad has always withstander the obstipated in its way.
High energy giving crop because the crop, it belongs to C4 crop family. It has high photosynthetic efficiency which grows quickly. The characters which it has for the physiological and anatomical functions are The compensation point of the concentration of C4 plants which has high saturation point. The photorespiration can almost not be measured. When the intensity of light is maximum then it can not reaches the saturation point. The photosynthetic capacity of C4 plant is more as compared to C3 plants. Sweet sorghum to transform sunlight into carbohydrate.
Wider range of adaptability has been noticed in sweet sorghum. The pH value of the soil is found between 5 to 8.5. Thus the drought resistance condition is much higher as compared to other crops of its family. It has a special characteristic which is known as water lodging property. If the plant is grown in the flood season then after the flood is retreating the crop will immediately grow. The plant is seen growing in the areas of tropical, subtropical and temperate zones where temperature is above 10oC.
The vantages of sweet sorghum as a sugar crop The development period or the maturity phase is short, it can be harvested three times a year while it grows or last for only 8- 24 months. Sugarcane is usually propagated through stem, and is not at all easy to grown or sown it with machines. Sweet sorghum is propagated through seeds and can be easily sown with the help of machine. The content of water needed for this crop is one third of the water content of sugarcane. The stem contains 18-24 fiber only burning a half of the remainder residue of the stem with an efficient boiler is enough to refine sugar constantly without other energy source. The treating season is longer than sugarcane. Thus the grains are used in the production of alcohol or edible wine with the help of brewery equipments in the winter season.
SWEETFUEL intends to develop bio-ethanol production in temperate and semi arid regions from sweet sorghum through genetic enhancement and improvement of cultural and harvest practices.
The demand of sweet sorghum is going to rise in the future as there will be increase in the temperature and the scarcity of rainfall can be easily noticed. This is its features as food. Now as fuel the cost of fuel and raw material will be rising in the near future. The consumption rate of petroleum is moving high and it is an unrenewable fuel. The contradiction between supply and demand of energy is getting more and more outstanding, especially in the rural area. Every country is looking forward for the new energy source. Thus the biomass helps in conduction of new energy fuel for the development of fuel be many countries. The utilization and growth of biomass for the production of ethanol and alcohol will be one of the most important ways. The sweet sorghum produces high yield of grains and provides raw material for the ideal crops.
The production of air pollution is being faced by every person today.
The gain of oil as a fuel is cheaper. The sweet sorghum is an energy giving crop so it has low sulphur content. The quantity of carbon dioxide produced is equal in both the cases which is growth of sweet sorghum and burning of the excretes by the burning of sweet sorghum as energy source. It holds superiority for reducing the pollution in the form of carbon dioxide and sulphur dioxide is kept on hold.
The bio ethanol produced from the crops is a critical feature of sweet sorghum for satisfying the energy demand of the transports. The achievement of bio ethanol manifests the proof of the concept of transferring the water limiting and temperate environment. Sweet sorghum is the only source for the fermented sugar or lignocelluloses which is the potential having the following advantages, like high water, nitrogen and radiation use
Efficiency which broadens the agro ecological adaptation and has a rich genetic diversity for the useful traits.
In the conclusion the result indicates that the sweet sorghum is much less sensitive to short periods of very high temperature than the wheat. The combination of drought and high temperature is more likely due to high temperature and the reduction in the weight of grain along with the increase in the screening percentage is observed in the fields. Thus sweet sorghum is a multi purpose plant which can be used as food, feed, fuel and the energy giving plants for the future needs.
Thats why many researches have been done on sweet sorghum that when time approaches its plantation can be easily done.
RESULT
Plant heights When the effect of temperature is on the plants height is that under the controlled temperature the maximum height growth is shown by Tray but the lowest is shown by Wray. In drought, high temperature and a combination of both the condition the same results are shown but in the drought and high temperature there is similar growth is shown by Awan and Smith.
EMBED MSGraph.Chart.8 s
Leaf area the expansion of leaf was more for Tray in normal condition but this changed in drought condition in which Wray should the increase in the area of leaf and the same genotype showed the area expansion of the leaf under the conditions which are high temperature and a combination of both.
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