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-vascular plants and other cryptogams Subject area description The subject area is the scientific study of evolutionary relationships, diversity, and classification of non-vascular plants, fungi, and algae
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considered highly meritorious. Further advantageous attributes include a working knowledge of biogeochemistry, Arctic ecology, and/or stream food webs (e.g. macroinvertebrates, algae, ecosystem processes
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for Sustainable Deployment”, funded by LTU. The aim is to valoize locally available aquatic biomass, both cultivated filamentous green algae and harvested invasive plants, through sustainable biorefinery processes
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microscopy. Documented practical experience working with viruses. Documented practical experience in cultivating prokaryotic and/or eukaryotic algae. Assessment criteria and other qualifications Practical
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studying symbioses between bacteria and green algae and how this influences the evolution of multicellularity. Across the green algae radiation there are unicellular and multicellular species that represent
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“Analysis and fractionation of biomass” includes chemical analysis of bark, wood and algae samples, pretreatment and enzymatic saccharification of biomass, and microbial conversion of sugars. Furthermore
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“Analysis and fractionation of biomass” includes chemical analysis of bark, wood and algae samples, pretreatment and enzymatic saccharification of biomass, and microbial conversion of sugars from biomass
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“Analysis and fractionation of biomass” includes chemical analysis of bark, wood and algae samples, pretreatment and enzymatic saccharification of biomass, and microbial conversion of sugars. Furthermore
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“Analysis and fractionation of biomass” includes chemical analysis of bark, wood and algae samples, pretreatment and enzymatic saccharification of biomass, and microbial conversion of sugars from biomass
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available in-house. The results will be used to gain a deeper understanding of the metabolism of cyanobacteria and to compare photosynthetic and heterotrophic production of chemicals. The project is in its