Adequate management of contaminated sites requires information with improved spatio-
temporal resolution, in particular to assess bio-geochemical processes, such as the …

Mining activities often leave behind a legacy of environmental challenges, with aging
tailings ponds representing a significant concern due to their potential for leachate formation …

The effective detection and monitoring of mining tailings' leachates (MTLs) plays a pivotal
role in environmental protection and remediation efforts. Electrical resistivity tomography …

ABSTRACT Large-amplitude (> 100 mV) negative electric (self)-potential anomalies are
often observed in the vicinity of buried metallic objects and ore bodies or over groundwater …

Disimilatory iron‐reducing bacteria play an important role in the reduction of Fe (hydr)
oxides and the production of secondary solid‐iron mineral phases that can have magnetic …

Geophysical investigations documenting enhanced magnetic susceptibility (MS) within the
water table fluctuation zone at hydrocarbon contaminated sites suggest that MS can be used …

Previous studies have linked biogeophysical signatures to the presence of iron minerals
resulting from distinct biophysicochemical processes. Utilizing geophysical methods as a …

The complex conductivity signatures of a hydrocarbon contaminated site, undergoing
biodegradation, near Bemidji, Minnesota were investigated. This site is characterized by a …

I describe my career journey from a young girl in Cameroon, West Africa, to a trailblazing
geophysicist to my current role as dean. I chronicle my time as a student, the transition to …

Magnetite and maghemite are important components of iron oxides that determine the
magnetic properties of rocks, soils, and sediments, and are also materials with broad …