We are committed to accelerating environmental solutions with biology. To strengthen our understanding of environmental adaptability and resilience, we are uncovering the molecular foundations necessary to enable sustainable energy crop and ecosystem management. We are building models to bridge the gap between lab and natural systems to gain a deeper understanding of the drivers of nutrient cycles across diverse environments.

Soil-plant-microbe interactions

Microbiomes or microbial communities

Modeling

Lab-to-field

Two scientists working in the EcoPOD, version 2. Akiyo Marukawa, Cheyenne Nelson, Hang Chang, Elisha Wood-Charlson, work as part of the Environmental Genomics and Systems Biology, EGSB, DOE Systems Biology Knowledgebase, KBase, Bioinformatics, Machine Learning, Computational Biology, Aquatic Park, Potter Street. 05/31/2019, Berkeley, California Wake from boat in SF Bay Estuary

By decoding the genomes of microbes found in the Sacramento-San Joaquin River Delta, researcher Lauren Lui aims to fill in a missing piece of how this sensitive, critical ecosystem is knit together.

Two photos; in the left-hand photo, a researcher stands by a field of green plants. The right photo shows plants in pots in a greenhouse. A series of colored, overlapping circles form Venn diagrams depicting the various genome categories represented by publicly available sequences in NCBI and IMG/M. Wake from boat in SF Bay Estuary