Add to ORKGGRAZEMORE is a decision support system (DSS) oriented to evaluate dairy grazing management decisions on pasture growth and milk production. The system integrates a herbage growth model (Barrett et al., 2003) and a herbage intake model (Delagarde et al., 2004) and has been validated in several EU countries. The objective of this work was to use this DSS to determine optimal grazing management of dairy cows at three supplementation levels and three grazing management strategies under Galician conditions
The feeding of dairy cows at pasture presents many technical, economic and environmental advantages,...
The introduction of automatic milking systems (AMS) within European dairy farming in the past decade...
The feeding of dairy cows at pasture presents many technical, economic and environmental advantages,...
A model to predict intake and milk production of cows on grazed grass (Grazemore) was developed (May...
Low prices of concentrates and the high demands for good management of grass growth associated with ...
This thesis describes a management décision-support system for dairy grazing systems based on ...
Key-points Models predicting intake and performance of grazing ruminants from animal, sward, graz...
Having a stocking rate of 2.9 cows per hectare of grassland (35 ares/cow) in Brittany offers many op...
Ce texte est une adaptation en français d’un rapport de synthèse (Delagarde et O’Donovan 2005), prés...
Grazing management, i.e. matching the grass supply with feed demands, is complex. It involves many i...
The aim was to evaluate the prediction accuracy of pasture dry matter intake (PDMI) and milk yield (...
In temperate and oceanic regions, grazed grass is the lowest cost feed available for milk production...
Due to economic, environmental and animal-welfare constraints, it is envisaged that in the future a ...
In grazing systems, operating profit is strongly associated with pasture utilisation. Therefore, eff...
This paper examines the logic behind the efficient feeding of grazing dairy cows with the objective ...
The feeding of dairy cows at pasture presents many technical, economic and environmental advantages,...
The introduction of automatic milking systems (AMS) within European dairy farming in the past decade...
The feeding of dairy cows at pasture presents many technical, economic and environmental advantages,...
A model to predict intake and milk production of cows on grazed grass (Grazemore) was developed (May...
Low prices of concentrates and the high demands for good management of grass growth associated with ...
This thesis describes a management décision-support system for dairy grazing systems based on ...
Key-points Models predicting intake and performance of grazing ruminants from animal, sward, graz...
Having a stocking rate of 2.9 cows per hectare of grassland (35 ares/cow) in Brittany offers many op...
Ce texte est une adaptation en français d’un rapport de synthèse (Delagarde et O’Donovan 2005), prés...
Grazing management, i.e. matching the grass supply with feed demands, is complex. It involves many i...
The aim was to evaluate the prediction accuracy of pasture dry matter intake (PDMI) and milk yield (...
In temperate and oceanic regions, grazed grass is the lowest cost feed available for milk production...
Due to economic, environmental and animal-welfare constraints, it is envisaged that in the future a ...
In grazing systems, operating profit is strongly associated with pasture utilisation. Therefore, eff...
This paper examines the logic behind the efficient feeding of grazing dairy cows with the objective ...
The feeding of dairy cows at pasture presents many technical, economic and environmental advantages,...
The introduction of automatic milking systems (AMS) within European dairy farming in the past decade...
The feeding of dairy cows at pasture presents many technical, economic and environmental advantages,...