1.
On Earth, the Mn geochemical cycle is becoming increasingly recognized as playing a significant role in the cycling of other elements. Especially reactive are the oxidi [...]
2014 | Dissertation |
2.
Manganese is a widely abundant transition metal, yet the biochemical mechanisms behind bacterial Mn(II) oxidation remain poorly defined. To identify genes involved in thi [...]
2010 | Thesis |
3.
The California Current Large Marine Ecosystem (CCLME) experiences seasonal upwelling that drives high productivity but also episodic hypoxia, signaling ecosystem stress. [...]
2013 | Dissertation |
4.
Manganese oxidation plays a key role in global biogeochemical cycling, yet its cellular function and enzymatic mechanisms remain unclear. This study identifies MopA, a no [...]
2011 | Thesis |
5.
Microbial life in dark, nutrient-poor ecosystems is poorly understood with respect to community composition, population dynamics, metabolic mechanisms, and overall cont [...]
2014 | Dissertation |
6.
Manganese (III, IV) oxides are key environmental oxidants, yet the enzymatic mechanisms of Mn(II) oxidation in Pseudomonas putida GB-1 remain unclear. This study localize [...]
2011 | Thesis |