Lotus glaber (Lg) grows on clay, sandy and medium textured soils in central Chile (32º to 38º S). The diversity of environments where the species grows naturally supports the hypothesis that genetic variability would be found. The objectives of the experiment were to characterise accessions of Lg collected in the region for dry matter (DM) production, comparative capacity to fix atmospheric N and condensed tannins (CT) in Lg grown on clay soils used for cropping rice
Lotus corniculatus (bird's-foot trefoil) and L. pedunculatus (greater bird's-foot trefoil) have the ...
Improving N2 fixation of perennial forage legumes through selection and breeding reduce reliance on ...
Productivity in continuous rice cropping agroecosystems (RR) is lower than in rice-pasture rotation ...
Lotus corniculatus L. (bird\u27s-foot trefoil) is a potentially valuable species for UK grassland ag...
Research has shown that Lotus corniculatus may provide benefits as a grazing forage for ruminants, b...
Lotus glaber Mill. (lotus) is a forage legume with its origin in Europe which has shown an excellent...
Lotus corniculatus (bird?s-foot trefoil) and L. uliginosus syn. L. pedunculatus (greater bird?s- foo...
Main conclusion: Differential accumulation of root carbohydrates at defoliation have a higher impact...
The Salado River Basin region is the most important livestock breeding area in Argentina, wherethe L...
Transgenic plants obtained from transformation of one individual of Lotus corniculatus with the maiz...
The importance of Condensed Tannins (CT) in forage legumes has been well documented in several studi...
Condensed tannins biosynthesised within crops are a well-established mechanism for protecting plant ...
In Chile, the livestock systems based on perennial swards (grasses/white clover) have intensified it...
The work described here was carried out as part of an extensive study by the Botany Department of th...
Boreal forests are often strongly nitrogen (N) limited. However, human activities are leading to inc...
Lotus corniculatus (bird's-foot trefoil) and L. pedunculatus (greater bird's-foot trefoil) have the ...
Improving N2 fixation of perennial forage legumes through selection and breeding reduce reliance on ...
Productivity in continuous rice cropping agroecosystems (RR) is lower than in rice-pasture rotation ...
Lotus corniculatus L. (bird\u27s-foot trefoil) is a potentially valuable species for UK grassland ag...
Research has shown that Lotus corniculatus may provide benefits as a grazing forage for ruminants, b...
Lotus glaber Mill. (lotus) is a forage legume with its origin in Europe which has shown an excellent...
Lotus corniculatus (bird?s-foot trefoil) and L. uliginosus syn. L. pedunculatus (greater bird?s- foo...
Main conclusion: Differential accumulation of root carbohydrates at defoliation have a higher impact...
The Salado River Basin region is the most important livestock breeding area in Argentina, wherethe L...
Transgenic plants obtained from transformation of one individual of Lotus corniculatus with the maiz...
The importance of Condensed Tannins (CT) in forage legumes has been well documented in several studi...
Condensed tannins biosynthesised within crops are a well-established mechanism for protecting plant ...
In Chile, the livestock systems based on perennial swards (grasses/white clover) have intensified it...
The work described here was carried out as part of an extensive study by the Botany Department of th...
Boreal forests are often strongly nitrogen (N) limited. However, human activities are leading to inc...
Lotus corniculatus (bird's-foot trefoil) and L. pedunculatus (greater bird's-foot trefoil) have the ...
Improving N2 fixation of perennial forage legumes through selection and breeding reduce reliance on ...
Productivity in continuous rice cropping agroecosystems (RR) is lower than in rice-pasture rotation ...