Ronald W Harvey (Former Employee)
Science and Products
Filter Total Items: 80
Transport and distribution of bacteria and diatoms in the aqueous surface micro-layer of a salt marsh Transport and distribution of bacteria and diatoms in the aqueous surface micro-layer of a salt marsh
The effects of tide and wind upon the distribution and transport of bacteria and diatoms in the aqueous surface microlayers of a Massachusetts and San Francisco Bay salt marsh were examined. The compression of the surface films by both tide and wind resulted in significant enrichments of bacterioneuston. At the San Francisco Bay site, significant numbers of diatoms were transported...
Authors
Ronald W. Harvey, Leonard W. Lion, Lily Y. Young
Enrichment and association of lead and bacteria at particulate surfaces in a salt-marsh surface layer Enrichment and association of lead and bacteria at particulate surfaces in a salt-marsh surface layer
The particle-laden surface layer (approx 150-370 mu m) and subsurface waters of a South San Francisco Bay salt marsh were sampled over 2 tidal cycles and analyzed for particle numbers and particulate-associated and total concentrations of Pb and bacteria. Laboratory studies examined the ability of a bacterial isolate from the surface layer and a bacterial 'film-former' to sorb Pb at
Authors
R.W. Harvey, Leonard W. Lion, L.Y. Young, J.O. Leckie
Science and Products
Filter Total Items: 80
Transport and distribution of bacteria and diatoms in the aqueous surface micro-layer of a salt marsh Transport and distribution of bacteria and diatoms in the aqueous surface micro-layer of a salt marsh
The effects of tide and wind upon the distribution and transport of bacteria and diatoms in the aqueous surface microlayers of a Massachusetts and San Francisco Bay salt marsh were examined. The compression of the surface films by both tide and wind resulted in significant enrichments of bacterioneuston. At the San Francisco Bay site, significant numbers of diatoms were transported...
Authors
Ronald W. Harvey, Leonard W. Lion, Lily Y. Young
Enrichment and association of lead and bacteria at particulate surfaces in a salt-marsh surface layer Enrichment and association of lead and bacteria at particulate surfaces in a salt-marsh surface layer
The particle-laden surface layer (approx 150-370 mu m) and subsurface waters of a South San Francisco Bay salt marsh were sampled over 2 tidal cycles and analyzed for particle numbers and particulate-associated and total concentrations of Pb and bacteria. Laboratory studies examined the ability of a bacterial isolate from the surface layer and a bacterial 'film-former' to sorb Pb at
Authors
R.W. Harvey, Leonard W. Lion, L.Y. Young, J.O. Leckie