Aarhus University logo
Find
Dansk
Center for Quantitative Genetics and Genomics
Research
Projects
Publications
QGG Big Data Software
Animal Genetics
Plant Genetics
Human Genetics
Education
QGG PhD Programme
PhD alumni
Studying at QGG
Public sector consultancy
Internal guidelines for public sector consultancy at QGG
Collaborations
Young Researchers Support Scheme
Project collaborations
About QGG
Who are we?
Vacancies at QGG
Contact
Internal site for QGG employees
qgg.au.dk
Research
Projects
Current projects
Research
Projects
PhD projects at QGG
Current projects
Project participation
Completed projects
Publications
QGG Big Data Software
Animal Genetics
Plant Genetics
Human Genetics
Current projects
Projects at QGG
Center for Quantitative Genetics and Genomics
Animal Genetics
TROUTGANIC: Establishment of an organic line of rainbow trout
BonD - A novel breeding program to improve Beef bulls for use ON Dairy cows
MAkiNg Technology work for moNitoring polliNAtors (ANTENNA)
DMCR: Diving into the cattle hologenome by unveiling the Uncultured Microbiota in Cattle Rumen
REducing Methane emissions in DAnish DAiry Cattle (REMEDA)
LaserLarvae
FNIRS: prediction of energy utilization and nitrogen digestion at large scale in pigs
Improved genomic tools for crossbred cows
The modelling framework for in silico meat cells cultivation and cultured media optimization
Automated Monitoring of Insects (AMI)
Breeding dairy cows adapted for organic production (Ø-KO-AVL)
SelRAS - Adapting pike-perch to recirculated aquaculture systems with selective breeding
WelBredPorg
MethaneOmics - Breeding for reduced methane emission in dairy cattle using multi-omics information
FLYgene
On-farm monitoring of methane from dairy cows (ONIMIT)
Effektiv produktion af den sorte soldaterflue gennem systematisk avlsarbejde (FLYBREED)
Plant Genetics
Wheat breeding for varietal mixtures for increased yield and yield stability
Cell based food Knowledge Sharing Platform
Speed breeding to accelerate generation advance in perennial ryegrass
Accelerating Climate Resilient Grass Breeding by Applying Hybrid Breeding
Selection of mutations by in silico and experimental variant effects (SIEVE)
Accelerating disease resistance breeding for black rust in perennial ryegrass
Revised 13.09.2024
-
Jette Odgaard Villemoes
