Author(s):

Edgerton, C.R.

Abstract:

Scientists have identified an algae that might be responsible for the recent large fish kills in Eastern North Carolina.

Source:

Coastwatch (NoCar QH 91 A1 N62x), Vol. Issue , Mar/Apr 1992, p17, il  (Periodical website)

Subject(s):

Fish kills; Algae

Record #:

226

Author(s):

Norris, Jeannie Faris

Abstract:

While pfiesteria looms large in the headlines, it is only one of a number of thousands-of-years-old, harmful algal blooms that can flourish under the right conditions. Others include red tides and brown tides. The algae can cause illness and death in humans and affect coastal businesses.

Source:

Coastwatch (NoCar QH 91 A1 N62x), Vol. Issue , High Season 1998, p14-15, il  (Periodical website)

Subject(s):

Algae; Dinoflagellates; Cyanobacterial blooms

Record #:

3811

Author(s):

Wujek, Daniel E.; Cook, Jessica L.; Wright, Evan M.

Abstract:

There is a diverse freshwater silica-scaled chrysophycean algal flora for the Carolina Piedmont and Mountain Regions, including several new taxa. This study presents an account of the scale-bearing chrysophytes from the Carolina Coastal Region, which were observed using scanning and transmission electron microscopy.

Source:

Journal of the North Carolina Academy of Science (NoCar Q 11 J68x), Vol. 120 Issue 1, Spring 2004, p1-25, il, bibl  (Periodical website)

Subject(s):

Algae; Biology

Record #:

28212

Author(s):

Freshwater, D. Wilson; Braly, S. Katharine; Stuercke, Brooke; Hamner, Rebecca M.; York, Robert A.

Abstract:

There are sixteen species of the red algal order Rhodymeniales reported from North Carolina waters, but there has been confusion over their taxonomic rank and classification. Phylogenetic analyses reveal a number of species differences, suggesting that Asteromenia is not a monotypic genus.

Source:

Journal of the North Carolina Academy of Science (NoCar Q 11 J68x), Vol. 121 Issue 2, Summer 2005, p49-55, il, bibl  (Periodical website)

Subject(s):

Biology; Algae; Phylogeny

Record #:

28259

Author(s):

Not Given

Abstract:

Researchers at the Water Resources Research Institute examined the combined effects of phosphorus and clay loading on water quality and algal communities in a Piedmont lake. Phosphorus plays a key role in producing nuisance algae in lakes, and turbidity from clay also ranks as a top water quality problem. This article discusses the project and highlights the study’s results.

Source:

Water Resources Research Institute News (NoCar HD 1694 N8 N48x), Vol. Issue 235, May/June 1986, p7  (Periodical website)

Subject(s):

Algae; Water quality management--research; Lakes--North Carolina, Piedmont

Record #:

33357