zones subtropicales – English Translation – Keybot Dictionary

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Les rendements en canne à sucre sont d’environ 85 t/ha dans les régions tropicales indiennes, comme les États de l’Andhra Pradesh et du Tamil Nadu, mais de 55 t/ha seulement dans les zones subtropicales comme l’Uttar Pradesh et le Pendjab.
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Over the past 10 years, South Africa's Sugar Milling Research Institute (SMRI) has developed a number of instruments for making process measurements in factories. In most cases, the instruments were developed because commercial instruments were unavailable or unsuitable for use in the harsh environment of sugar factories. Equipment developed by the SMRI include instruments for torque measurement, conductivity tracer testing, volumetric measurement on a conveyor, measurement of total suspended solids in a mud mixer, measurement of mud consistency from a clarifier, evaporator scaling, Preparation Index, mill lift, juice clarity, clarifier mud level and pressure in pressure feeder chutes. A brief description of each instrument or method, and some application examples, are given. From authors' summary. In Proceedings South African Sugar Technologists' Association, no. 73, p. 277-281
  Knowledge for development  
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Les rendements en canne à sucre sont d’environ 85 t/ha dans les régions tropicales indiennes, comme les États de l’Andhra Pradesh et du Tamil Nadu, mais de 55 t/ha seulement dans les zones subtropicales comme l’Uttar Pradesh et le Pendjab.
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Over the past 10 years, South Africa's Sugar Milling Research Institute (SMRI) has developed a number of instruments for making process measurements in factories. In most cases, the instruments were developed because commercial instruments were unavailable or unsuitable for use in the harsh environment of sugar factories. Equipment developed by the SMRI include instruments for torque measurement, conductivity tracer testing, volumetric measurement on a conveyor, measurement of total suspended solids in a mud mixer, measurement of mud consistency from a clarifier, evaporator scaling, Preparation Index, mill lift, juice clarity, clarifier mud level and pressure in pressure feeder chutes. A brief description of each instrument or method, and some application examples, are given. From authors' summary. In Proceedings South African Sugar Technologists' Association, no. 73, p. 277-281
  Knowledge for development  
Show textShow cached sourceOpen source URL
Les rendements en canne à sucre sont d’environ 85 t/ha dans les régions tropicales indiennes, comme les États de l’Andhra Pradesh et du Tamil Nadu, mais de 55 t/ha seulement dans les zones subtropicales comme l’Uttar Pradesh et le Pendjab.
Compare text pagesCompare HTM pagesOpen source URLOpen target URLDefine knowledge.cta.int as primary domain
Over the past 10 years, South Africa's Sugar Milling Research Institute (SMRI) has developed a number of instruments for making process measurements in factories. In most cases, the instruments were developed because commercial instruments were unavailable or unsuitable for use in the harsh environment of sugar factories. Equipment developed by the SMRI include instruments for torque measurement, conductivity tracer testing, volumetric measurement on a conveyor, measurement of total suspended solids in a mud mixer, measurement of mud consistency from a clarifier, evaporator scaling, Preparation Index, mill lift, juice clarity, clarifier mud level and pressure in pressure feeder chutes. A brief description of each instrument or method, and some application examples, are given. From authors' summary. In Proceedings South African Sugar Technologists' Association, no. 73, p. 277-281
  Knowledge for development  
Show textShow cached sourceOpen source URL
Les rendements en canne à sucre sont d’environ 85 t/ha dans les régions tropicales indiennes, comme les États de l’Andhra Pradesh et du Tamil Nadu, mais de 55 t/ha seulement dans les zones subtropicales comme l’Uttar Pradesh et le Pendjab.
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The evolution of sugar productivity in India during 1990-1996 is analysed, and measures to accelerate sugar cane and sugar production are suggested. It is shown that average sugar cane yields are about 85 t/ha in tropical states, such as Andhra Pradesh and Tamil Nadu, but only 55 t/ha in subtropical states such as Uttar Pradesh and Punjab. Using existing sugar cane production technology, farmers have shown in crop competitions that more than 200 t/ha can be attained in the subtropical belt, and more than 300 t/ha in the tropical belt. It is considered that there is more scope for improvement in the subtropics than in the tropics. The consolidation of small farms is deemed necessary for the intensification of development activities and efficient utilization of available inputs. Other measures include the development of suitable varieties, provision of adequate irrigation, drainage, fertilizers and plant protection, and improvements in the fields of finance, marketing, sugar cane supply and pricing policy.
  Knowledge for development  
Show textShow cached sourceOpen source URL
Les rendements en canne à sucre sont d’environ 85 t/ha dans les régions tropicales indiennes, comme les États de l’Andhra Pradesh et du Tamil Nadu, mais de 55 t/ha seulement dans les zones subtropicales comme l’Uttar Pradesh et le Pendjab.
Compare text pagesCompare HTM pagesOpen source URLOpen target URLDefine knowledge.cta.int as primary domain
The evolution of sugar productivity in India during 1990-1996 is analysed, and measures to accelerate sugar cane and sugar production are suggested. It is shown that average sugar cane yields are about 85 t/ha in tropical states, such as Andhra Pradesh and Tamil Nadu, but only 55 t/ha in subtropical states such as Uttar Pradesh and Punjab. Using existing sugar cane production technology, farmers have shown in crop competitions that more than 200 t/ha can be attained in the subtropical belt, and more than 300 t/ha in the tropical belt. It is considered that there is more scope for improvement in the subtropics than in the tropics. The consolidation of small farms is deemed necessary for the intensification of development activities and efficient utilization of available inputs. Other measures include the development of suitable varieties, provision of adequate irrigation, drainage, fertilizers and plant protection, and improvements in the fields of finance, marketing, sugar cane supply and pricing policy.
  Knowledge for development  
Show textShow cached sourceOpen source URL
Les rendements en canne à sucre sont d’environ 85 t/ha dans les régions tropicales indiennes, comme les États de l’Andhra Pradesh et du Tamil Nadu, mais de 55 t/ha seulement dans les zones subtropicales comme l’Uttar Pradesh et le Pendjab.
Compare text pagesCompare HTM pagesOpen source URLOpen target URLDefine knowledge.cta.int as primary domain
The evolution of sugar productivity in India during 1990-1996 is analysed, and measures to accelerate sugar cane and sugar production are suggested. It is shown that average sugar cane yields are about 85 t/ha in tropical states, such as Andhra Pradesh and Tamil Nadu, but only 55 t/ha in subtropical states such as Uttar Pradesh and Punjab. Using existing sugar cane production technology, farmers have shown in crop competitions that more than 200 t/ha can be attained in the subtropical belt, and more than 300 t/ha in the tropical belt. It is considered that there is more scope for improvement in the subtropics than in the tropics. The consolidation of small farms is deemed necessary for the intensification of development activities and efficient utilization of available inputs. Other measures include the development of suitable varieties, provision of adequate irrigation, drainage, fertilizers and plant protection, and improvements in the fields of finance, marketing, sugar cane supply and pricing policy.