Ancient Environmental Genomics Initiative for Sustainability
Discover our science
Our research is organized into complementary tracks that move from discovery to application. We recover ancient environmental DNA from natural archives and integrate it with paleoecology and climate records—anchoring our analyses to modern reference genomes to identify organisms and track biological change—to map long-term shifts in species networks. We trace the histories of crops and farming systems, identify adaptive traits and beneficial interactions that support resilience, and evaluate promising leads in modern germplasm and models. Throughout, we address ethics and are committed to open-data practices so others can build on our results and accelerate impact.
Genes Linked to Resilience
We identify genes, effectors, and biosynthetic clusters tied to drought, heat, and disease tolerance.
How Species Changed Over Time
We model evolutionary change, divergence times, and selection through time.
Identifying Life in the Data
We assign DNA fragments to organisms and power ultra-fast search across petabases.
Sampling & Extraction of Ancient DNA
We collect sediment cores and micro-/macrofossils (pollen, spores, plant tissues) and extract ancient DNA.
Our stories
Perspective
Kap København Formation - from geological discovery to a new frontier in environmental genomics
AEGIS researcher Kurt H. Kjær reflects on the scientific journey of the Kap København Formation, from its geological discovery in North Greenland to the breakthrough environmental DNA research that helped...
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In the media
AEGIS featured in Swedish newspaper Dagens ETC
AEGIS and Director Eske Willerslev have been featured in the Swedish newspaper Dagens ETC, a national daily known for its coverage of climate, environment, and sustainability.
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