In dryland Mediterranean environments, the productivity of annual legumes is low during autumn and winter, with plant senescence typically beginning by the middle of spring because of low soil water availability. Therefore, the use of deep-rooted perennial legumes may provide an alternative to annual legumes in regions with a soil moisture déficit. We evaluated the germplasm of new perennial legumes with deep rooting systems in two field experiments in the interior drylands of central Chile. In experiment 1, sixteen genotypes of four perennial legume species, nine cultivars (cvs.) of Medicago sativa, two of Hedysarum coronarium, three of Lotus tenuis, and two of Lotus corniculatus were evaluated for three seasons (2012-2014). In experiment ...
The production and sustainability of non-irrigated pastures in the Mediterranean climate region of c...
Lucerne is a deep-rooted perennial pasture that is promoted to land managers in southern Australia ...
del Pozo, A (del Pozo, Alejandro). Univ Talca, Fac Ciencias Agr, Talca, ChileDespite annual legume p...
In a climate with winter-dominant rainfall and long dry summers, like in Central Chile, the introduc...
One of the strategies to improve pasture and crop productivity in the Mediterranean zone of Chile ha...
In order to evaluate the productivity and persistence of new germplasm of annual forage legumes in d...
In order to evaluate the productivity and persistence of new germplasm of annual forage legumes in ...
This study was carried out for three seasons (2000 to 2002) in the Andean foothills of south central...
This study was carried out for three seasons (2000 to 2002) in the Andean foothills of south central...
The present review examines the main attributes and agronomic characteristics of arrowleaf clover ( ...
There is an absence of drought tolerant herbaceous perennial forage legume and herb options other th...
There is an absence of drought tolerant herbaceous perennial forage legume and herb options other th...
Forage yield of three species of leguminous forrages: alfalfa, Medicago sativa L.; red clover, Tr...
In dryland areas of the IX Region of Chile, with a dry period of 150 days with a negative hydrologic...
The lucerne productive and nutritional potential make it the most used forage legume worldwide. This...
The production and sustainability of non-irrigated pastures in the Mediterranean climate region of c...
Lucerne is a deep-rooted perennial pasture that is promoted to land managers in southern Australia ...
del Pozo, A (del Pozo, Alejandro). Univ Talca, Fac Ciencias Agr, Talca, ChileDespite annual legume p...
In a climate with winter-dominant rainfall and long dry summers, like in Central Chile, the introduc...
One of the strategies to improve pasture and crop productivity in the Mediterranean zone of Chile ha...
In order to evaluate the productivity and persistence of new germplasm of annual forage legumes in d...
In order to evaluate the productivity and persistence of new germplasm of annual forage legumes in ...
This study was carried out for three seasons (2000 to 2002) in the Andean foothills of south central...
This study was carried out for three seasons (2000 to 2002) in the Andean foothills of south central...
The present review examines the main attributes and agronomic characteristics of arrowleaf clover ( ...
There is an absence of drought tolerant herbaceous perennial forage legume and herb options other th...
There is an absence of drought tolerant herbaceous perennial forage legume and herb options other th...
Forage yield of three species of leguminous forrages: alfalfa, Medicago sativa L.; red clover, Tr...
In dryland areas of the IX Region of Chile, with a dry period of 150 days with a negative hydrologic...
The lucerne productive and nutritional potential make it the most used forage legume worldwide. This...
The production and sustainability of non-irrigated pastures in the Mediterranean climate region of c...
Lucerne is a deep-rooted perennial pasture that is promoted to land managers in southern Australia ...
del Pozo, A (del Pozo, Alejandro). Univ Talca, Fac Ciencias Agr, Talca, ChileDespite annual legume p...