Legume-based catch crops (LBCCs) may be an important source of nitrogen (N) in organic crop rotations since they are capable of taking up N both from the soil and from the atmosphere via biological N fixation (BNF). Consequently, they may help improve the crop yield through enhancing soil fertility and crop N supply. On the other hand, the legume-based catch crops may also have a negative impact on the climate as they may enhance the emissions of nitrous oxide (N2O), which is a powerful greenhouse gas. Therefore, the findings from two research projects HighCrop (Organic RDD 2) and Legume Future (EU-FP7) are promising, as they show that a higher level of N2O emission is not necessarily the consequence of growing LBCC
Reactive nitrogen is an indispensable nutrient for agricultural production, since half of the crop p...
As biological nitrogen fixation (BNF) is dependent upon physical, environmental, nutritional and bio...
Aims: Grasslands are important agricultural production systems, where ecosystem functioning is affec...
Overwintering legume-based catch crops (LBCCs) may play an important role in ecological intensificat...
Abstract Legume-based catch crops (LBCCs) may act as an important source of nitrogen (N) in organic ...
Aims Biological nitrogen fixation by legumes is expected to play a greater role in future cropping s...
International audienceOrganic agriculture is widely acknowledged as a strategy to reduce the environ...
Background and aims Contributions of legume-based catch crops (LBCCs) to succeeding cereals may be ...
Cover crops are cultivated during unproductive periods to provide ecosystem services, such as preven...
Introducing nitrogen (N)-fixing legumes into cereal-based crop rotations reduces synthetic fertilise...
Alternative sources of N are required to bolster subtropical cereal production without increasing N2...
Green manure catch crops promote the sustainability of agricultural systems by reducing soil erodib...
Background and aims While N2-fixation in diversified grasslands including forage legumes and non-leg...
Reactive nitrogen is an indispensable nutrient for agricultural production, since half of the crop p...
As biological nitrogen fixation (BNF) is dependent upon physical, environmental, nutritional and bio...
Aims: Grasslands are important agricultural production systems, where ecosystem functioning is affec...
Overwintering legume-based catch crops (LBCCs) may play an important role in ecological intensificat...
Abstract Legume-based catch crops (LBCCs) may act as an important source of nitrogen (N) in organic ...
Aims Biological nitrogen fixation by legumes is expected to play a greater role in future cropping s...
International audienceOrganic agriculture is widely acknowledged as a strategy to reduce the environ...
Background and aims Contributions of legume-based catch crops (LBCCs) to succeeding cereals may be ...
Cover crops are cultivated during unproductive periods to provide ecosystem services, such as preven...
Introducing nitrogen (N)-fixing legumes into cereal-based crop rotations reduces synthetic fertilise...
Alternative sources of N are required to bolster subtropical cereal production without increasing N2...
Green manure catch crops promote the sustainability of agricultural systems by reducing soil erodib...
Background and aims While N2-fixation in diversified grasslands including forage legumes and non-leg...
Reactive nitrogen is an indispensable nutrient for agricultural production, since half of the crop p...
As biological nitrogen fixation (BNF) is dependent upon physical, environmental, nutritional and bio...
Aims: Grasslands are important agricultural production systems, where ecosystem functioning is affec...