UC’s PhD in Molecular Environmental Biology merges genomics, toxicology, and ecology to decode how environmental stressors reshape organisms and biomes.
eDNA surveillance network detecting invasive carp in Delta waterways
RNA-seq profiling heat-shock response in urban honey-bees along traffic gradients
CRISPR algae biosensor quantifying nitrate pulses in freshwater lakes
Metabolomics of pesticide mixtures impacting amphibian metamorphosis
Methylation clock assessing heavy-metal exposure in seabird feathers
Machine-learning classifier identifying toxic cyanobacteria blooms via drones
Gene-edited phytoremediation poplars enhancing arsenic uptake
Microbiome assessment of soil health under regenerative farming rotations
Stable-isotope tracing of microplastic ingestion in estuarine food webs
Long-read sequencing of wildfire smoke–induced mutations in lung organoids
Proteomic fingerprinting of coral stress proteins during bleaching events
Genome–environment association mapping drought tolerance in valley oaks
Policy brief on genomic tools for endangered-species recovery plans
Citizen-science PCR kit teaching waterborne-pathogen detection in schools
VR outreach module on molecular impacts of ocean acidification
Comparative genomics of plastic-degrading bacterial enzymes from landfill soils
Data-viz dashboard integrating omics with sensor data for river restoration
Workshop training resource managers in portable nanopore sequencing
White paper on ethical sampling of Indigenous genomic resources
Conference on molecular indicators for ecosystem-restoration success
Link genes to ecosystems with UC’s impact-focused PhD.
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