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Kurskod: SANA14, 30 hp Terminsperiod 19 januari 2026 - 7 juni 2026 Obligatoriskt introduktionsmöteKursen startar med ett obligatoriskt introduktionsmöte. Du finner också tid och plats för detta och kommande föreläsningar genom att söka på kurskoden (SANA14) i schemat. Hitta ditt schema via TimeEdit.Du får fram gatuadressen i TimeEdit genom några knapptryck: klicka på adressen i kolumnen för Lokale

https://www.soc.lu.se/valkomstbrev-vartermin/valkommen-till-socialantropologi-grundkurs - 2026-06-27

Kurskod: SANA25, 30hp. Terminsperiod 19 januari 2026 - 7 juni 2026 Obligatoriskt introduktionsmöteKursen startar med ett obligatoriskt introduktionsmöte. Du finner också tid och plats för detta och för kommande föreläsningar genom att söka på kurskoden (SANA25) i schemat. Hitta ditt schema via TimeEdit.Du får fram gatuadressen i TimeEdit genom några knapptryck: klicka på adressen i kolumnen för Lo

https://www.soc.lu.se/valkomstbrev-vartermin/valkommen-till-socialantropologi-fortsattningskurs - 2026-06-27

Kurskod: SANK03, 30hp. Terminsperiod 19 januari 2026 - 7 juni 2026 Obligatoriskt introduktionsmöteKursen startar med ett obligatoriskt introduktionsmöte. Du finner också tid och plats för detta och för kommande föreläsningar genom att söka på kurskoden (SANK03) i schemat. Hitta ditt schema via TimeEdit.Du får fram gatuadressen i TimeEdit genom några knapptryck: klicka på adressen i kolumnen för Lo

https://www.soc.lu.se/valkomstbrev-vartermin/valkommen-till-socialantropologi-kandidatkurs - 2026-06-27

https://www.lth.se/technolution/the-human-body-and-technical-extensions.html - 2026-06-27

Senior lecturer Contact details Email: valentina [dot] fantasia [at] lucs [dot] lu [dot] seOrganisation Cognitive Science Room number: LUX:B556 Service point: 30 WebpageValentina Fantasias profile in Lund University research portalOther affiliations Associate professor Cognitive Science Profile area member LU Profile Area: Human rights Profile area member LU Profile Area: Natural and Artificial Co

https://www.humanrights.lu.se/valentina-fantasia - 2026-06-27

About Saco-S at the University of Gothenburg | Saco-S Göteborgs universitet Hoppa till huvudinnehåll Öppna sökruta Öppna Huvudmeny Sök på saco.se Bli medlem Råd och stöd Aktuella avtal Arbetsmiljöombud Lön Årlig lönerevision RALS Lönejustering Principer för löneprocessen Inledning Gemensamma löneprinciper Förberedelsearbete Lönerevision Avstämning Överenskommelse om lön vid andra tillfällen än lön

https://www.saco.se/fortroendevald/lokalt-fackligt-arbete/lokala-akademikerforeningar/statlig-sektor/saco-s-radet-vid-goteborgs-universitet/in-english/about-saco-s-at-the-university-of-gothenburg/ - 2026-06-28

Universitetslektor Kontaktinformation E-post: hans [dot] knutsson [at] fek [dot] lu [dot] se Mobil: +46 73 399 41 72Organisation Strategi Rumsnummer: Alfa 5,6 rum B418 Hämtställe: 10 WebbplatsHans Knutssons profil i Lunds universitets forskningsportal Publikationer Visar av publikationer. Sorterade efter år och sen titel. Filtrera efter typ AllaAntologi (redaktör)Artikel i dags- eller nyhetstidnin

https://www.ehl.lu.se/hans-knutsson - 2026-06-27

Doctoral thesis in biomedical engineering: AI analyses of magnetic resonance imaging examinations Hoppa till huvudinnehåll Vi använder cookies och andra spårningsteknologier för att förbättra användarupplevelsen på vår webbplats, för att visa dig personligt innehåll och riktade annonser och för att analysera vår webbplatstrafik. Läs mer om cookies. Absolut nödvändiga cookies Dessa cookies är nödvä

https://www.lth.se/article/doctoral-thesis-in-biomedical-engineering-ai-analyses-of-magnetic-resonance-imaging-examinations/ - 2026-06-28

Variations in galactic cosmic rays reaching the Earth's atmosphere produce globally synchronous variations in the production rates of cosmogenic radionuclides. In consequence, they leave their imprint in tree-ring 14C and ice-core 10Be records. By identifying this signal and correcting for the known geochemical influences on the radionuclides, it is possible to compare and synchronize the tree-rin

Ectomycorrhizal fungi are thought to have a key role in mobilizing organic nitrogen that is trapped in soil organic matter (SOM). However, the extent to which ectomycorrhizal fungi decompose SOM and the mechanism by which they do so remain unclear, considering that they have lost many genes encoding lignocellulose-degrading enzymes that are present in their saprotrophic ancestors. Spectroscopic an

Soil moisture is one of the most important factors controlling the activity and diversity of soil microorganisms. Soils exposed to pronounced cycles of drying and rewetting (D/RW) exhibit disconnected patterns in microbial growth and respiration at RW. These patterns differ depending on the preceding soil moisture history, leading to contrasting amounts of carbon retained in the soil as biomass ve

Filamentous fungi play a key role in the terrestrial carbon cycle as they are the primary decomposers of lignocellulose in soil organic matter (SOM). Fungi secrete a wide range of oxidative and hydrolytic enzymes, and generate radicals through extracellular secondary metabolites to decompose SOM. To study fungal decomposition of SOM, the activities of isolated enzymes are typically studied as prox

Identifying field management practices to promote crop production, while conserving soil health is essential to maintain long-term food production in a changing world. Also, providing experimental evidence to support the use of traditional agricultural practices is necessary to secure sustainable agriculture. Here, we conducted a long-term 12-year experiment to investigate the impact of different

We analyze the development of biodiversity offsetting governance through a research-weaving approach. Here, we combine information from a systematized review of the literature and a qualitative analysis of the institutional developments in different world regions. Through this triangulation, we synthesize and map the different developmental streams of biodiversity offsetting governance around the

Background: Recent declines of honeybees and simplifications of wild bee communities, at least partly attributed to changes of agricultural landscapes, have worried both the public and the scientific community. To understand how wild and managed bees respond to landscape structure it is essential to investigate their spatial use of foraging habitats. However, such studies are challenging since the

Since tillage can reduce the amount of organic C stored in soils, the use of conservation tillage practices, which exclude soil inversion, or include it less frequently, is often promoted. Soil microorganisms are closely linked to soil organic C (SOC), and they are assumed to respond quicker to management changes than SOC. Using two Swedish long-term tillage experiments, our aim was to determine w

Bumble bees are important crop pollinators but are negatively impacted by agricultural intensification and concomitant loss of floral resources. Flower strips can increase the abundance and sometimes the diversity of bumble bees at local scales, but the importance of flower strips for bumble bee populations at larger scales remains poorly understood. We investigated the effect of flower strips on