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technological development. As a PhD student in this project, you will operate and evaluate different laboratory-scale biogas processes with the aim of optimising both biogas production and biofertiliser quality
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2026, or as otherwise agreed. Description of the Doctoral Project and Research Group The doctoral position is based in the Pancreatology Research Group within the Division of Surgery at Lund University
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higher education credits (ECTS). Relevant courses include, for example, image processing, computer vision, machine learning, deep learning and neural networks, as well as courses in Python, GPU programming
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a field experiment platform to investigate crop yields and crop nutrient dynamics in different scenarios for biomass removal and nutrient redistribution via digestates. The research will primarily be
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conditions. Increasing plant diversity, including the use of different grass, legume and forb species, offers opportunities to improve the productivity, persistence and resilience of forage systems
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includes collection and processing of agricultural and process data, GIS, modelling of biomass and product flows, scenario development, and environmental and economic assessments. You will integrate
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duties, up to a maximum of 20 per cent of full-time. Within the division several different research areas are represented. In particular we have a group in Potential Theory and Analysis on Metric Spaces
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communities across different lake habitats; (ii) evaluate the consequences of biofilm compositional changes for the production and trophic transfer of health-promoting biomolecules (i.e., essential
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-for-time field survey approach to (i) assess the effects of lake oligotrophication and changing winter conditions on benthic biofilm communities across different lake habitats; (ii) evaluate
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on identifying strategies for coherent long-term organisational set-ups and assess how stakeholder discourses, rules and resources shape the feasibility of different operation and maintenance schemes defined