Mobility has now been incorpora ted into the UPIL machine developed by IRAT/CIRAD for on-site production of a leguminous inoculant. This self-contained unit is designed to produce the rhizobium bacteria needed to enable leguminous plants to fix nitrogen. It consists of a stainless steel fermentation chamber where the culture is mixed, aerated and maintained at a constant temperature. Installed in a wheeled apparatus, UPIL brings the quality control of large industrial production out into the field, making it ideal for the needs of regional and even national development programmes. This sturdy and reliable equipment has been developed with the assistance of the FAO and 44 units have already been distributed in 17 countries. F...
International audienceAt present, commercial arbuscular mycorrhizal (AM) inocula are produced in nur...
The rising population and increased demand for food causes pressure on agriculture to produce crops ...
The nitrogen-fixing symbiosis between leguminous plants and bacteria of the Rhizobiaceae has been ex...
Mobility has now been incorpora ted into the UPIL machine developed by IRAT/CIRAD for on-site pr...
The purpose of the project was to provide assistance in improving yields of various grain legumes gr...
Commercial production of legume inoculants began in 1895 in the USA and UK. In the 1980s they are pr...
The use of inoculants usually lies at the heart of any program of improvement in biological nitrogen...
Rhizobial inoculants have been used successfully in world agriculture for about 100 years. About 20 ...
Le dernier modèle de l’Unité de Production d'Inoculum pour Légumineuses, mise au point par l'IRAT/CI...
Abstract. Agroinoculants are alternative products for the agrochemical products, their use reduces e...
Silage is the product formed by the fermentation process that occurs when grass is stored anaerobica...
Selection of a suitable carrier material for rhizobial inoculants is essential for biofertilizers pr...
A small pedal-powered machine that can treat a wide variety of seeds has been developed by ICI. Batc...
Progress during eight years of work in Rhodesia with Rhizobium is presented. 370 of the country's 50...
Small dehusking machines suitable for family use are now available. Based on the PRL models develope...
International audienceAt present, commercial arbuscular mycorrhizal (AM) inocula are produced in nur...
The rising population and increased demand for food causes pressure on agriculture to produce crops ...
The nitrogen-fixing symbiosis between leguminous plants and bacteria of the Rhizobiaceae has been ex...
Mobility has now been incorpora ted into the UPIL machine developed by IRAT/CIRAD for on-site pr...
The purpose of the project was to provide assistance in improving yields of various grain legumes gr...
Commercial production of legume inoculants began in 1895 in the USA and UK. In the 1980s they are pr...
The use of inoculants usually lies at the heart of any program of improvement in biological nitrogen...
Rhizobial inoculants have been used successfully in world agriculture for about 100 years. About 20 ...
Le dernier modèle de l’Unité de Production d'Inoculum pour Légumineuses, mise au point par l'IRAT/CI...
Abstract. Agroinoculants are alternative products for the agrochemical products, their use reduces e...
Silage is the product formed by the fermentation process that occurs when grass is stored anaerobica...
Selection of a suitable carrier material for rhizobial inoculants is essential for biofertilizers pr...
A small pedal-powered machine that can treat a wide variety of seeds has been developed by ICI. Batc...
Progress during eight years of work in Rhodesia with Rhizobium is presented. 370 of the country's 50...
Small dehusking machines suitable for family use are now available. Based on the PRL models develope...
International audienceAt present, commercial arbuscular mycorrhizal (AM) inocula are produced in nur...
The rising population and increased demand for food causes pressure on agriculture to produce crops ...
The nitrogen-fixing symbiosis between leguminous plants and bacteria of the Rhizobiaceae has been ex...