Oxygenic and anoxygenic photosynthesis were studied with microsensors in microbial mats
found at 9‐10 m depth in anoxic and sulfidic water in Little Salt Spring (Florida, USA). The …

Our objective in this study was to characterize prokaryotic sulphide production within the
oxygenic, predominantly eukaryotic algal mat in an acidic stream, Nymph Creek, in …

The vertical zonation of light, O2, H2S, pH, and sulfur bacteria was studied in two benthic
cyanobacterial mats from hypersaline ponds at Guerrero Negro, baja California, Mexico. The …

The growth of phototrophic sulfur bacteria in benthic systems is restricted to well-defined
layers within the sedimentary oxygen, sulfide, pH and light gradients. In order to culture …

We report extremely low-light-adapted anoxygenic photosynthesis in a thick microbial mat in
Magical Blue Hole, Abaco Island, The Bahamas. Sulfur cycling was reduced by iron oxides …

Purple bacterial aggregates found in tidal pools of Great Sippewissett Salt Marsh (Falmouth,
Cape Cod, MA) were investigated in order to elucidate the ecological significance of cell …

Abstract The populations of chemolithoautotrophic (colorless) sulfur bacteria and
anoxygenic phototrophic bacteria were enumerated in a marine microbial mat. The highest …

Microbial mats which lack cyanobacteria occur at 50° to 65° C in the sulfide-containing
Mammoth Springs of Yellowstone National Park. The principal organisms within these mats …

We studied the interaction between phototrophic and chemolithoautotrophic sulphide-
oxidizing microorganisms in natural microbial mats forming in sulphidic streams. The …

In situ microsensor measurements were combined with biogeochemical methods to
determine oxygen, sulfur, and carbon cycling in microbial mats growing in a solar saltern …