Wageningen Universiteit en Reserach centrum  
Go to Homepage Send an e-mail to - Coppens Marjolijn Help

BSc-MSc Thesis and Internship Projects, Wageningen University

Chair group:
Project type:
Limit to main project subjects for:
Word(s):
 

 Search results for '' Results 1 -10 of total 36, search took 0.022 seconds 
 
Phenotypic characterization of potato variation in root system architecture and contribution to abiotic stress tolerance
Root system is key towards more resilient and resource efficient (water, nutrients) varieties. However, variation in potato RSA (root system architecture) and its contribution to crop performance and responses to stresses have bee ...
Supervisor: Sara Bergonzi and Corentin Clot
Department: Plant Breeding, Laboratory of
 
Phenotypic characterization of potato variation in root system architecture and contribution to abiotic stress tolerance
Root system is key towards more resilient and resource efficient (water, nutrients) varieties. However, variation in potato RSA (root system architecture) and its contribution to crop performance and responses to stresses have bee ...
Supervisor: Sara Bergonzi and Corentin Clot
Department: Plant Breeding, Laboratory of
 
Studying the genomic basis of breeding traits in industrial crops
The development of a bio-based economy requires the availability of crops and varieties that can supply biomass and bio-molecules in sufficient amounts and quality for economically-viable bio-based value chains. Non-food crops tha ...
Supervisor: Dr. Francesco Pancaldi, Prof. Dr. Luisa Trindade
Department: Plant Breeding, Laboratory of
 
Breeding miscanthus for bio-based applications
Miscanthus is an attractive crop to supply biomass that can be used for different applications in a bio-based economy, including production of energy, biofuels, bioconstruction materials, and biochemicals. At Wageningen University ...
Supervisor: Dr. Francesco Pancaldi, Prof. Dr. Luisa Trindade
Department: Plant Breeding, Laboratory of
 
Study the genetic background of lignification in tomato stems
Lignin is an important secondary metabolite that is involved in plant development and growth. It is concentrated in the secondary cell wall and bestowed plants with physical strength and resistance to unfavorable environments. In  ...
Supervisor: Wenyan Zhang, Prof. Dr. Luisa Trindade
Department: Plant Breeding, Laboratory of
 
Breeding improved industrial hemp varieties to valorise hemp fibres for biobased materials
Hemp (Cannabis sativa) is a promising crop for the production of fibres which are increasingly desired by industry e.g. for plant-based building materials, composite materials and textiles. The leaves and seeds, currently side str ...
Supervisor: Dr. Elma Salentijn and Prof.Dr. Luisa Trindade
Department: Plant Breeding, Laboratory of
 
Breeding miscanthus for bio-based applications
Miscanthus is an attractive crop to supply biomass that can be used for different applications in a bio-based economy, including production of energy, biofuels, bioconstruction materials, and biochemicals. At Wageningen University ...
Supervisor: Dr. Francesco Pancaldi, Prof. Dr. Luisa Trindade
Department: Plant Breeding, Laboratory of
 
Investigate the diversity of woodiness patterns in tomato stems
As an important horticultural crop, tomato has been subjected to intense study on its commercial traits. However, its potential as a valuable resource for biobased material is not fully explored. In this project, we will focus o ...
Supervisor: Wenyan Zhang, Prof. Dr. Luisa Trindade
Department: Plant Breeding, Laboratory of
 
Investigate the diversity of woodiness patterns in tomato stems
As an important horticultural crop, tomato has been subjected to intense study on its commercial traits. However, its potential as a valuable resource for biobased material is not fully explored. In this project, we will focus o ...
Supervisor: Wenyan Zhang, Prof. Dr. Luisa Trindade
Department: Plant Breeding, Laboratory of
 
Activation of fungal receptors via receptomics: A proof of principle study
G-protein coupled receptors (GPCRs) are extracellular signalling receptors that detect environmental cues. Fungi primarily sense their environment through GPCR-mediated signalling pathways, which regulate key aspects of fungal bio ...
Supervisor: Maurice Henquet, Arend van Peer/Karin Scholtmeijer
Department: Plant Breeding, Laboratory of
 
Result pages:  [Previous]   1 2 3 4 of 4  [Next]
 
To homepage Wageningen UR