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Thesis/stage gids

Weet jij ook niet waar je moet beginnen met je zoektocht naar een thesis/stage? Kan je geen leuk onderwerp vinden? Of weet je niet wie je moet contacteren? Zoek niet verder, want wij hebben dit allemaal voor jou uitgezocht en op een rijtje gezet.

In de Thesis/Stage Gids staat voor iedere leerstoelgroep beschreven welke onderwerpen zij behandelen (thema’s/onderzoeksprojecten) en wat zij voor jouw BSc/MSc thesis en stage kunnen betekenen. Per leerstoelgroep staat aangegeven waar je de meest up-to-date onderwerpenlijst vindt en met wie je contact op moet nemen voor een thesis-/stageplek bij die leerstoelgroep.

Binnen iedere leerstoelgroep werkt het thesis/stage proces anders. Daarom is het handig om tijdig te beginnen met je op onderwerpen te oriënteren. Sommige leerstoelgroepen hebben eens in de zoveel tijd een bijeenkomst waar geïnteresseerde studenten langs kunnen komen om te overleggen over een thesis/stage plek bij die leerstoelgroep. Andere leerstoelgroepen willen dat je bepaalde vakken hebt gevolgd of dat je al eerder een onderzoekje binnen die leerstoelgroep hebt gedaan.

Heb jij nou zelf al een thesis/stage gedaan bij een leerstoelgroep aan de WUR en wil jij graag jouw ervaring delen ter aanvulling van de Thesis/Stage Gids? Of staat er iets in de gids wat niet meer up-to-date is (bijv. contactpersonen)? Neem dan contact met ons op (e-mail: EducaCie.Biologica@wur.nl)! Zo houden we samen de Thesis/Stage Gids up-to-date!

Alvast bedankt en heel veel succes met je thesis/stage!

EducaCie

Neem voor meer informatie over de thesis/stage op zichzelf een kijkje op de BrightSpace pagina van de opleiding: “Biology programme information”.

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Heb jij een leuke thesis/stage gevolgd en wil je je ervaringen graag delen? Lever dan hier een stukje aan om in de gids te zetten!

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    Inleveren stukje (als word):

    Bachelor thesis en stage projecten

    Climate change is imposing a higher frequency of unpredictable and extreme events such as heat waves on plant populations. To cope with the higher climatic variability and unpredictability of climate change, expressing different trait values through phenotypic plasticity (i.e., the ability of one genotype to produce different phenotypes under different environmental conditions) may improve overall survival and reproductive output across these different conditions. However, understanding the role of plasticity in the adaptive responses to climate change is far from resolved. Therefore, using the clonal duckweed species Lemna minor, our project will shed light on the adaptive value of plasticity to temperature under conditions that simulate the changes in the temperature patterns due to climate change. Specifically, our project uses common garden experiments, experimental evolution assays and molecular analyses in the laboratory to evaluate the role of phenotypic plasticity in both functional traits and gene expression in this species. During their internship, students will achieve a wide set of competencies, such as practical research techniques, data analysis, writing skills, critical thinking, teamwork, and problem-solving abilities, all essential for their future academic and professional success. Therefore, if you are a student interested in evolutionary ecology, and more specifically in common gardens and experimental evolution assays, molecular and laboratory analyses, image processing using AI and machine learning and/or data analysis, please email us!

    For further information, please contact:

    Dr. Mario Blanco Sánchez; m.blancosanchez@nioo.knaw.nl

    Dr. Koen Verhoeven; k.verhoeven@nioo.knaw.nl

    Netherlands Institute of Ecology NIOO-KNAW, Wageningen, The Netherlands

    (toegevoegd op 28-11-2024)

    For this project we are looking for a BSc or MSc student that is interested in studying the effect of symbionts and viruses on the behaviour and survival of ticks and mosquitoes. We are developing a micro-injection robot for high throughput infection of disease vectors including mosquitoes and ticks. During this project you will optimize the micro-injection robot and study the behaviour and biology of infected mosquitoes and ticks. The project will be conducted in the One Health Entomology group of the Laboratory of Entomology. For more information you can contact Julian Bakker at julian.bakker@wur.nl.

    (toegevoegd op 04-03-2024)

    Master thesis en stage projecten

    Climate change is imposing a higher frequency of unpredictable and extreme events such as heat waves on plant populations. To cope with the higher climatic variability and unpredictability of climate change, expressing different trait values through phenotypic plasticity (i.e., the ability of one genotype to produce different phenotypes under different environmental conditions) may improve overall survival and reproductive output across these different conditions. However, understanding the role of plasticity in the adaptive responses to climate change is far from resolved. Therefore, using the clonal duckweed species Lemna minor, our project will shed light on the adaptive value of plasticity to temperature under conditions that simulate the changes in the temperature patterns due to climate change. Specifically, our project uses common garden experiments, experimental evolution assays and molecular analyses in the laboratory to evaluate the role of phenotypic plasticity in both functional traits and gene expression in this species. During their internship, students will achieve a wide set of competencies, such as practical research techniques, data analysis, writing skills, critical thinking, teamwork, and problem-solving abilities, all essential for their future academic and professional success. Therefore, if you are a student interested in evolutionary ecology, and more specifically in common gardens and experimental evolution assays, molecular and laboratory analyses, image processing using AI and machine learning and/or data analysis, please email us!

    For further information, please contact:

    Dr. Mario Blanco Sánchez; m.blancosanchez@nioo.knaw.nl

    Dr. Koen Verhoeven; k.verhoeven@nioo.knaw.nl

    Netherlands Institute of Ecology NIOO-KNAW, Wageningen, The Netherlands

    (toegevoegd op 28-11-2024)

    Are you interested in mosquitoes, ticks, and the pathogens they transmit? We have an opportunity for master students to study how urban and peri-urban green space influences the presence of ticks and mosquitoes. You will conduct field work in multiple cities in Europe (including Strasbourg, Vienna, and the cities in the Netherlands). The project will be conducted in the One Health Entomology group of the Laboratory of Entomology and involves both field work and laboratory work and you are free to design the project to your liking. This project can be done as a MSc thesis or internship. For more information you can contact Julian Bakker at julian.bakker@wur.nl.

    (toegevoegd op 04-03-2024)

    For this project we are looking for a BSc or MSc student that is interested in studying the effect of symbionts and viruses on the behaviour and survival of ticks and mosquitoes. We are developing a micro-injection robot for high throughput infection of disease vectors including mosquitoes and ticks. During this project you will optimize the micro-injection robot and study the behaviour and biology of infected mosquitoes and ticks. The project will be conducted in the One Health Entomology group of the Laboratory of Entomology. For more information you can contact Julian Bakker at julian.bakker@wur.nl.

    (toegevoegd op 04-03-2024)

    Description: In this MSc thesis, you will study insects in diverse strip cropping fields (https://weblog.wur.eu/spotlight/more-nature-in-fields-through-strip-cropping/). These diverse fields contain early, late, and perennial crops, leading to the hypothesis that these different crops may have their insect peak at different moments. Therefore, your research will address the question: does higher crop diversity in a strip cropping field result in a greater temporal stability of insect abundance throughout the cropping season? Increased temporal stability is beneficial for various insect groups themselves and provides a more reliable food supply for birds and small mammals. Your research provides a proof of principle that has not been examined before. In addition, your own research questions of interests can be incorporated.

    You will conduct intensive sampling in diverse organic strip cropping fields located in Flevoland and Zuid-Holland, employing various insect sampling methods. The project involves a lot of field work, insect identification, and collaboration with other students, strip cropping researchers and pioneering farmers. Extensive knowledge of insect identification is not required; you will learn while doing. Since this is an ecological thesis, having a strong ecological background is advantageous. Given that the field season is busy (but enjoyable), good organizational skills are useful.

    More information: https://tip.wur.nl/Project.php?ProjectID=5922