The macroalga Asparagopsis taxiformis decreases dry matter intake and milk production in dairy cows

Keyphrases

• Milk Production 100%
• Dry Matter Intake 100%
• Dairy Cow 100%
• Macroalgae 100%
• Asparagopsis Taxiformis 100%
• Basal Diet 17%
• CH4 Emission 17%
• Milk 11%
• Bromoform 11%
• True Protein 11%
• CH4 Yield 11%
• Methane 5%
• Protein Concentration 5%
• Milk Yield 5%
• Holstein Cows 5%
• Latin Square Design 5%
• Feed Intake 5%
• Negative Effects 5%
• Cattle 5%
• Lactose 5%
• Sheep 5%
• Methane Emission 5%
• Feed Additive 5%
• Halogenated Compounds 5%
• Prolonged Storage 5%
• Methane Intensity 5%
• Milk Fat Yield 5%
• GreenFeed System 5%
• Lactose Concentration 5%
• Cow Feed 5%
• Inconsistent Effects 5%
• Enteric CH4 5%
• Emission Metrics 5%
• Mid-lactation 5%

Agricultural and Biological Sciences

• Milk Production 100%
• Dry Matter Intake 100%
• Dairy Cows 100%
• Macroalga 100%
• Asparagopsis 100%
• Methane 64%
• Cow 11%
• Holstein 5%
• Milk Yield 5%
• Milk Fat Yield 5%
• Feed Additives 5%
• Sheep 5%
• Food Intake 5%