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Wageningen University and Research - To explore the potential of nature to improve the quality of life Wageningen University and Research - To explore the potential of nature to improve the quality of life
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Contact person for... - dr.ir. J (Jan) Dijkstra

Dossier

  • Methane
    One of the climate agreement goals is to further reduce the emission of methane (CH4). Wageningen University & Research (WUR) investigates...

Pages

  • Mathematical modelling
    Mathematical modelling - WUR Mathematical modelling Modelling digestive and metabolic processes in animals has a prominent standing within the Animal...

News

  • Adoption of existing mitigation strategies can help meet livestock methane reduction targets by 2030
    30 mei 2022 | Existing strategies, diligently applied, could mitigate livestock methane emissions enough to help the sector limit its share of global warming to the...
  • Variation in efficacy of new feed supplement to reduce methane emissions identified
    24 augustus 2018 | Variation in efficacy of new feed supplement to reduce methane emissions identified - WUR News Variation in efficacy of new feed supplement to reduce...
  • Revised regional methane emission factors required for dairy cattle
    16 maart 2018 | An international consortium of animal scientists concludes that revised methane emission factors for specific regions are required to improve methane...
  • dr.ir. J (Jan) Dijkstra
    dr.ir. J (Jan) Dijkstra Associate professor
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Personal information

Organisation Department of Animal Sciences
Subdivision Animal Nutrition
Post address PO Box 338
6700AH WAGENINGEN
Visitors' Address De Elst 1
6708WD WAGENINGEN
Telephone number +31317485219
Telephone number +31317484082
Building/room 122/E0214
Messenger number 6
Expertise Animal nutrition and feeding, Animal physiology and biochemistry, Biochemistry, Mathematics, Animal husbandry, Nutrition physiology, Biochemical pathways, Dairy cattle, Dairy cattle nutrition, Anaerobic digestion, Animal production, Mathematical models, Methane, Cows, Cattle, Feed evaluation, Differential equations, Food digestion, Dynamic modeling, Rumen fermentation, Simulation models
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Wageningen University and Research - To explore the potential of nature to improve the quality of life

To explore the potential of nature to improve the quality of life.

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