UC’s MS in Molecular Environmental Biology merges genomics, toxicology, and ecology to assess environmental stressors’ impacts on organisms and ecosystems.
RNA-seq profiling of heat-shock response in urban honeybees
eDNA surveillance detecting invasive carp in Delta waterways
Transcriptomic biomarkers of wildfire smoke exposure in lung cell models
CRISPR biosensor algae indicating nutrient pollution in lakes
Metabolomics study of pesticide impacts on amphibian development
Policy brief on genomic tools for endangered species management
Methylation analysis linking urban heavy-metal exposure to epigenetic aging
Machine-learning pipeline classifying toxic cyanobacteria blooms via hyperspectral data
Gene-edited phytoremediation poplars enhancing arsenic uptake
Microbiome assessment of soil health under regenerative agriculture practices
VR public outreach experience on molecular impacts of ocean acidification
Comparative genomics of plastic-degrading bacterial enzymes
Longitudinal study of urban tree leaves as passive air-pollution samplers
White paper on ethical sampling of genomic data from indigenous lands
Citizen-science kit teaching PCR detection of waterborne pathogens
Proteomic fingerprinting of coral stress proteins during bleaching events
Genome-environment association mapping of drought tolerance in oaks
Conference on molecular indicators for ecosystem restoration success
Data-viz dashboard integrating omics and environmental sensor data
Workshop training resource managers in portable sequencing technologies
Link genes to ecosystems with UC’s impact-focused MS.
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