Benefiting Bivalve Hatcheries with Open Source Research in improved Phytoplankton Blends
Every oyster that humanity has consumed started as a miniscule larva, invisible to the naked eye. During...
Lithogardens: lithoautotrophy-powered microbial communities for improved carbon capture with enhanced rock weathering
By 2050, the process of enhanced rock weathering can be capturing 0.3 Gt CO2/yr in the US alone [1], but...
Underground solutions for aboveground climate challenges: leveraging subterranean microbial processes for GHG removal
Caves are known to function as massive sink of atmospheric methane. However, the potential for artificial...
Highly-sensitive, real-time enzyme methane oxidation rate measurements using an electrochemical assay
A low-cost, rapid, and highly sensitive assay is needed to measure methane gas oxidation rates by methane...
Coupling of microbial carbon capture and utilization (microCCU) and direct air capture (DAC)
Reducing atmospheric CO2 is critical to mitigating climate change, and negative emission technologies (NETs...
Profiling in vivo pMMO activity and lipid order in methanotrophs using designed fluorescent biosensors
Remediating methane requires the uniquely potent enzyme methane monooxygenase (MMO). All attempts to express...
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