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Bioinformatics & Insect evolutionary development
: Interested in developing you bioinformatic skills, getting hands-on experience with transcriptome data and are you curious about the evolutionary development of insects?
In this project we aim to visualise global changes in dev ...
Supervisor: Wouter Makkinje
Department: Biosystematics Group |
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Resurrecting the past: characterization and evolution of cannabis enzymes
Cannabis is a famous yet controversial plant that have long been used by humans for medicine, recreative purposes, and fibre production. It is particularly renowned for its ability to produce psychoactive compounds called cannabin ...
Supervisor: Dr. Cloé Villard
Department: Biosystematics Group |
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Biodiversity on Wageningen Campus
A long-term monitoring project aims to survey biodiversity and changes therein over time on Wageningen Campus, which will help us to protect biodiversity on Campus. Data be obtained for discovering trends in (urban) biodiversity.
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Supervisor: Dr. Casper Quist
Department: Biosystematics Group |
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Kroedwusj in Limburg
Versta jij een beetje Limburgs? Ben je geïnteresseerd in de Nederlandse flora en volksgebruiken? Lees dan snel verder!
In Limburg heeft het zegenen van bloemboeketjes tijdens de mis op Maria Hemelvaart (15 augustus) vele eeuwen ...
Supervisor: Isabela Pombo Geertsma (promovenda bij Botanische Tuinen Universiteit Utrecht) i.pombogeertsma@uu.nl
prof. dr. Tinde van Andel (Wageningen Universiteit/Naturalis/Leiden Universiteit) tinde.vanandel@naturalis.nl
Department: Biosystematics Group |
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Morphological analysis of a new plant genus
Within the cannabis family (Cannabaceae), the genus Celtis is by far the most species-rich. Recent molecular phylogenetic analyses have shown that two plant species in Celtis, namely C. gomphophylla from Africa and C. schippii fro ...
Supervisor: Dr. Robin van Velzen
Department: Biosystematics Group |
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Evolution of egg-killing in Brassicales
Members of the Brassicaceae family are known to express a hypersensitive response(HR)-like necrosis when cabbage white butterflies (Pieris sp.) lay eggs on their leaves. The plant responds with a local cell death in the leaf under ...
Supervisor: Dr. Nina Fatouros
Department: Biosystematics Group |
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A hitch-hikers guide to egg parasitism
Minute hymenopteran wasps of the genus Trichogramma parasitise eggs of butterflies and moth. They are the most widely used biological control agents worldwide. However, their phylogeny, dispersal behavior, and parasitism capacitie ...
Supervisor: Dr. Nina Fatouros
Department: Biosystematics Group |
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Natural selection of (anti-) sex pheromones by egg parasitoids
Butterfly males can produce and transfer an anti-sex pheromone, a
so-called anti-aphrodisiac (AA), to females during mating to render them less
attractive to other males. AAs from cabbage white butterflies, Pieris
brassicae and ...
Supervisor: Nina Fatouros, Liana Greenberg
Department: Biosystematics Group |
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How do plants kill butterfly eggs?
In response to eggs of cabbage white butterflies (Pieris spp.), black mustard plants (Brassica nigra, a relative of cabbage crops) respond with necrosis resembling a hypersensitive response (HR). HR is a form of programmed cell d ...
Supervisor: Dr. Nina Fatouros
Department: Biosystematics Group |
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