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animal husbandry, manure management, livestock feeding and grazing, soil tillage, fertilizer application, and liming, across diverse pedo-climatic zones and farming systems. By adopting a holistic, systems
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fertilizer production. Your job Urea is essential for global food production, yet its conventional manufacture is highly energy-intensive and relies heavily on fossil resources. Developing electrochemical
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fertility, hormonal health, pregnancy or menopause, while others do not? Despite major advances in rheumatology, important questions about women’s health across the life course remain unanswered. Erasmus MC
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modern farming, where after applying fertilizers, soil bacteria consume nitrate and generate N2O that is emitted from soil to the atmosphere. By understanding how bacteria do this and developing tools
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traditional breeding. This project aims to understand how hybridisation and genome duplication (ploidisation) affect gene regulation and stability, with the goal of developing new, fertile Miscanthus hybrids
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contributes to reproductive thermotolerance in plants. The PhD student will use molecular approaches to study plant fertility and development under heat stress. Qualification requirements In order to be
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fertile at the European level. C. Lacroûte (CNRS researcher) will be the thesis supervisor, and M. Abdel Hafiz (Associate Professor, SUPMICROTECH) will be the thesis co-supervisor. They have developed a
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(called UnStreZ), you aim at unraveling the mechanisms of DNA replication stress and genomic instability in zygotes with the ultimate aim of improving success rates of in vitro fertilization (IVF
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ingredients. The second is focused on waste reduction, where protein, fat and frass (mainly insect excrements to be used as fertilizer) are produced as by-products. To decrease residual mass of the waste and