Alfalfa Mosaic Virus (AMV) is a globally distributed virus with a wide host range, causing harm to various economically significant crops and leguminous forage plants, such as tobacco, pepper, soybean, tomato, potato, and alfalfa.Estimated equipment price only. Shipping, import duties, installation, and logistics are additional and vary by destination and shipping method. We will contact you to confirm the total cost before processing your order.

Alfalfa Mosaic Virus (AMV) is a globally distributed virus with a wide host range, causing harm to various economically significant crops and leguminous forage plants, such as tobacco, pepper, soybean, tomato, potato, and alfalfa.Estimated equipment price only. Shipping, import duties, installation, and logistics are additional and vary by destination and shipping method. We will contact you to confirm the total cost before processing your order.

Bauhinia monandra is a species of leguminous trees, of the Fabaceae family. Common names include pink bauhinia, orchid tree, and Napoleon’s plume. Naturally they grow in Madagascar, but have naturalis...

Platypodium elegans or the graceful platypodium is a large leguminous tree found in the Neotropics that forms part of the forest canopy. It was first described by Julius Rudolph Theodor Vogel in 1837 ...

Erythrina velutina is a species of leguminous tree. It is indigenous to Brazil, Peru, Ecuador, Colombia, Venezuela, and Hispaniola and has been introduced to much of the Caribbean, Uganda, and Sri Lan...

Jan 13.1 Today we try something a little different and postpone our AM walk until after the morning school drop-off, instead of going out…

Ukrainian farmers had harvested 41.70 million tonnes of grain and leguminous crops from 8.32 million hectares as of October 27, or 72% of the area sown with these crops, the Ministry of Agrarian Policy and Food reported on its website.

Tropical forage legumes (leguminous plants grown in grasslands for their nutritional value for livestock and environmental benefits) often underperform in tropical grassland systems, a failure that is frequently attributed to low adoption. However, adoption is only the final symptom of earlier design failures. There are six typical failure points that should be made explicit in communications with farmers, to allow them to failure-proof their legume systems in advance. First, persistence failure occurs when grasses outcompete legumes under high nitrogen or lax grazing, or when continuous heavy grazing removes legume growing points and reduces recovery. Second, hidden soil fertility failure arises when biological nitrogen fixation requires phosphorus, sulphur, molybdenum, suitable pH, and adequate root conditions. Promoting legumes without soil correction can therefore create predictable disappointment. Third, symbiosis failure occurs when nodulation is assumed rather than verified. Effective rhizobia, inoculant quality, seed handling and local compatibility are an integral part of the technology, not optional add-ons11,12. Fourth, seed-systems failures when farmers cannot buy, trust the quality or produce enough legume seeds as needed13. Fifth, labour and timing failures occur when establishment deferral, seedbed preparation, cut-and-carry requirements or grazing control do not fit farmer calendars and immediate feed needs. Finally, visibility failure occurs...

Tropical forage legumes (leguminous plants grown in grasslands for their nutritional value for livestock and environmental benefits) often underperform in tropical grassland systems, a failure that is frequently attributed to low adoption. However, adoption is only the final symptom of earlier design failures. There are six typical failure points that should be made explicit in communications with farmers, to allow them to failure-proof their legume systems in advance. First, persistence failure occurs when grasses outcompete legumes under high nitrogen or lax grazing, or when continuous heavy grazing removes legume growing points and reduces recovery. Second, hidden soil fertility failure arises when biological nitrogen fixation requires phosphorus, sulphur, molybdenum, suitable pH, and adequate root conditions. Promoting legumes without soil correction can therefore create predictable disappointment. Third, symbiosis failure occurs when nodulation is assumed rather than verified. Effective rhizobia, inoculant quality, seed handling and local compatibility are an integral part of the technology, not optional add-ons11,12. Fourth, seed-systems failures when farmers cannot buy, trust the quality or produce enough legume seeds as needed13. Fifth, labour and timing failures occur when establishment deferral, seedbed preparation, cut-and-carry requirements or grazing control do not fit farmer calendars and immediate feed needs. Finally, visibility failure occurs...

"the seed of a hardy leguminous vine," a well-known article of food, early or mid-17c., a… See origin and meaning of pea.

Ukrainian farmers had harvested 41.70 million tonnes of grain and leguminous crops from 8.32 million hectares as of October 27, or 72% of the area sown with these crops, the Ministry of Agrarian Policy and Food reported on its website.