Brandi Kamermans (Cron), Ph.D.
Postdoc in molecular research
I am a Postdoc and Molecular Researcher at Northwest Indian College on the Lummi main campus at the Salish Sea Research Center (SSRC). I monitor harmful agal bloom species in Bellingham and Lummi Bay using molecular techniques. I am currently working on refining qPCR methods to detect and quantify Longfin Smelt (Hoolies) in the Nooksack River and Bellingham Bay.
Protocols for monitoring harmful algal bloom species and Hoolies will provide food and data sovereignty for the Lummi Nation.
As a postdoc and molecular researcher at the Salish Sea Research Center I use environmental DNA (eDNA) and quantitative polymerase chain reaction (qPCR) techniques to detect and quantify microalgae and a species of anadromous fish in Bellingham and Lummi Bay. The research I conduct is deemed a high priority by the leadership of tribes served by Northwest Indian College. The Lummi community members consider harmful algae blooms and management of Longfin Smelt issues that are most important to them.
It is my career goal to contextualize genetic research and make it relevant to indigenous communities. As well as provide them with the resources they need for both data sovereignty and governance.
As a biogeochemist, I have used and become an expert in a variety of different imaging and spectroscopy tools. I also have expertise characterizing abiotic and biotic mineral precipitates in subsurface cave systems and deep-sea hydrothermal vents, using X-ray Absorption Near Edge Structure (XANES) and X-ray diffraction.
Cron, B.R., Macalady, J., Cosmidis, J., in prep, Organic-mineral interactions stabilize extracellular elemental sulfur in Sulfurovum – rich biofilm
Cron, B.R., Cody, S., Kafantaris, F., Druschel, G., Seewald, J., Dick, G.J., Breier, J.A., German, C.R., Toner, B.M., Dynamic biogeochemistry of the particulate sulfur pool in a buoyant deep-sea hydrothermal plume, 2019 ACS Earth and Space Chemistry
Cron, B.R., Henri, P., Chan, C.S., Macalady, J., and Cosmidis, J., 2019, Elemental sulfur formation by Sulfuricurvum kujiense is mediated by extracellular organic compounds, Frontiers in Microbiology, section Microbiological Chemistry and Geomicrobiology (9), Article 2710.