End of Project ReportGrowing cereals in a leguminous living mulch (bi-cropping) could potentially reduce the need for synthetic inputs to cereal production while preventing losses of nutrients and increasing soil biological activity. The objective of this project was to investigate how bi-cropping (a low input production system for cereals) would compare with conventional winter wheat production systems in terms of total biomass, grain yield and biological diversity. This study has resulted in valuable information on bi-cropping being generated as well as identifying the potential benefits that can be expected under Irish conditions. While the results indicate that winter wheat can be successfully established in an understorey of white clov...
Field experiments were conducted from April 2015 to September 2016 at the Royal Agricultural Univers...
Intercropping legumes with cereals for forage production is a sustainable technique showing several...
Dual-purpose (DP) management of cereals holds promise to reduce the feed gap and to better integrate...
End of Project ReportGrowing cereals in a leguminous living mulch (bi-cropping) could potentially r...
A four year experiment was conducted at a site in the south-east of Ireland in which medium and high...
Whole-crop silage produced in a bi-cropping system represents a low-input forage production system (...
This is the final report of Defra project OF0173. The attached main report starts with a more detail...
Intercropping provides several benefits to the agro-ecosystem and plays an important role in Integra...
The main goal of our research was to compare the mixed intercropping (MC) of winter wheat (Triticum ...
Whole-crop cereals harvested for silage cover c. 500,000 ha in Europe (Wilkins & Kirilov, 2003). Gen...
Changing agricultural practices from conventional to conservation tillage generally leads to increas...
International audienceChanging agricultural practices from conventional to conservation tillage gene...
Nitrogen (N) deficiency and weed infestation are the main factors limiting the yield and quality of ...
Cover crops and mulches can be used for increasing sustainability in winter cereal cropping systems....
International audienceAbstract In the face of climate change, cropping systems need to achieve a hig...
Field experiments were conducted from April 2015 to September 2016 at the Royal Agricultural Univers...
Intercropping legumes with cereals for forage production is a sustainable technique showing several...
Dual-purpose (DP) management of cereals holds promise to reduce the feed gap and to better integrate...
End of Project ReportGrowing cereals in a leguminous living mulch (bi-cropping) could potentially r...
A four year experiment was conducted at a site in the south-east of Ireland in which medium and high...
Whole-crop silage produced in a bi-cropping system represents a low-input forage production system (...
This is the final report of Defra project OF0173. The attached main report starts with a more detail...
Intercropping provides several benefits to the agro-ecosystem and plays an important role in Integra...
The main goal of our research was to compare the mixed intercropping (MC) of winter wheat (Triticum ...
Whole-crop cereals harvested for silage cover c. 500,000 ha in Europe (Wilkins & Kirilov, 2003). Gen...
Changing agricultural practices from conventional to conservation tillage generally leads to increas...
International audienceChanging agricultural practices from conventional to conservation tillage gene...
Nitrogen (N) deficiency and weed infestation are the main factors limiting the yield and quality of ...
Cover crops and mulches can be used for increasing sustainability in winter cereal cropping systems....
International audienceAbstract In the face of climate change, cropping systems need to achieve a hig...
Field experiments were conducted from April 2015 to September 2016 at the Royal Agricultural Univers...
Intercropping legumes with cereals for forage production is a sustainable technique showing several...
Dual-purpose (DP) management of cereals holds promise to reduce the feed gap and to better integrate...