We determined the effect on residual nitrogen (N) of including forbs (chicory, ribwort plantain and caraway) in perennial ryegrass-red clover mixtures. Although soil N inputs during the grassland phase differed markedly between mixtures, in a pot experiment we found no differences in the potentially mineralizable N of the soil or in the dry matter production and N content of the spring barley test crop. The fertilizer value of the grassland mixtures corresponded to 10 g N/m2, irrespective of forb inclusion. Thus, the inclusion of nonlegume forbs did not negatively affect short-term residual N fertility of legume-based grasslands
Red clover cultivar (Merviot vs. Ruttinova) impacted on annual yield while an earlier harvesting sch...
Background and aims While N2-fixation in diversified grasslands including forage legumes and non-leg...
This six year experiment quantified the impacts of management factors on red clover yield, persisten...
Background: Legume biological nitrogen (N2)-fixation is stimulated by neighboring non-fixing species...
While many studies have investigated effects of species composition and management on N2-fixation dy...
Plant diversity is often low in high-yielding temporary grasslands in Europe, with grass-clover bein...
Inclusion of forage legumes in low-input forage mixtures improves herbage production and soil ferti...
Inclusion of forage legumes in low-input forage mixtures improves herbage production and soil fertil...
Legumes and other forages may contain higher concentrations of minerals than ryegrass (Marley et al ...
Background and aims There is substantial evidence that legume-derived Nitrogen (N) is transferred ...
This experiment quantified the impacts of cultivar, companion grass, harvest schedule and nitrogen f...
The supply and demand for nitrogen (N) in annual-based pasture-crop rotations in southern Australia ...
Improving N2 fixation of perennial forage legumes through selection and breeding reduce reliance on ...
The red clover and lucerne swards and their accumulated nitrogen (N) in residues can be useful tool ...
Legumes play a crucial role in nitrogen supply to grass-legume mixtures for ruminant fodder. To quan...
Red clover cultivar (Merviot vs. Ruttinova) impacted on annual yield while an earlier harvesting sch...
Background and aims While N2-fixation in diversified grasslands including forage legumes and non-leg...
This six year experiment quantified the impacts of management factors on red clover yield, persisten...
Background: Legume biological nitrogen (N2)-fixation is stimulated by neighboring non-fixing species...
While many studies have investigated effects of species composition and management on N2-fixation dy...
Plant diversity is often low in high-yielding temporary grasslands in Europe, with grass-clover bein...
Inclusion of forage legumes in low-input forage mixtures improves herbage production and soil ferti...
Inclusion of forage legumes in low-input forage mixtures improves herbage production and soil fertil...
Legumes and other forages may contain higher concentrations of minerals than ryegrass (Marley et al ...
Background and aims There is substantial evidence that legume-derived Nitrogen (N) is transferred ...
This experiment quantified the impacts of cultivar, companion grass, harvest schedule and nitrogen f...
The supply and demand for nitrogen (N) in annual-based pasture-crop rotations in southern Australia ...
Improving N2 fixation of perennial forage legumes through selection and breeding reduce reliance on ...
The red clover and lucerne swards and their accumulated nitrogen (N) in residues can be useful tool ...
Legumes play a crucial role in nitrogen supply to grass-legume mixtures for ruminant fodder. To quan...
Red clover cultivar (Merviot vs. Ruttinova) impacted on annual yield while an earlier harvesting sch...
Background and aims While N2-fixation in diversified grasslands including forage legumes and non-leg...
This six year experiment quantified the impacts of management factors on red clover yield, persisten...