Jenni Hultman

This study identifies diverse RNA viruses and viroid-like elements in Arctic tundra soils during wintertime using metatranscriptomics, revealing active viral communities and host interactions.

This study shows that bacterial fermentation, not respiration, dominates in upland soils during hypoxia, challenging the assumption that respiration is the primary metabolic strategy.

This study analyzes antibiotic resistomes and microbial communities in 18th-century urban and slaughterhouse environments to understand the origins of antimicrobial resistance.

The paper analyzes viral diversity and functional potential in polar and subarctic sea ice metagenomes, identifying common auxiliary metabolic genes and host interactions.

The paper examines how reindeer exclusion and snow depth manipulations affect soil microbial communities and greenhouse gas cycling in a peatland, finding that hydrology and vegetation are more influential than reindeer presence.

This study shows bio-based fertilizers containing Streptomyces alter soil resistome and mobilome through ecological restructuring and carbon-dependent microbial activity.

The paper reports the draft genome of a predatory bacterium isolated from northern peatland soil and describes its genomic features.

The paper examines microbial community composition and its impact on wintertime greenhouse gas fluxes in an oroarctic tundra ecosystem, showing that microbial activity explains GHG emissions beyond abiotic factors.

The paper isolates Acidobacteriota viruses from Arctic tundra soils and analyzes metagenome-assembled viral genomes to characterize their diversity and potential interactions with host bacteria.

The paper examines DOM and microbial differences between palsa mire, peatland, and a connected sub-Arctic fluvial system, finding distinct DOM characteristics and microbial communities in palsa ponds.