| Titre : | Estuaries 24(5) - OCT 2001 |
| Type de document : | Bulletin |
| Paru le : | 00/00/0000 |
Dépouillements
Article
A. M. V. Fain, Auteur ;
D. A. Jay, Auteur ;
D. J. Wilson, Auteur ;
P. M. Orton, Auteur ;
A. M. Baptista, Auteur
We investigated seasonal and tidal-monthly suspended particulate matter (SPM) dynamics in the Columbia River estuary from May to December 1997 using acoustic backscatter (ABS) and velocity data from four long-term Acoustic Doppler Profiler (ADP)[...]
Article
E. W. North, Auteur ;
E. D. Houde, Auteur
Physical and biological properties of the Chesapeake Bay estuarine turbidity maximum (ETM) region may influence retention and survival of anadromous white perch (Morone americana) and striped bass larvae (Morone saxatilis). To evaluate this hypo[...]
Article
Article
R. J. Uncles, Auteur ;
S. J. Lavender, Auteur ;
J. A. Stephens, Auteur
The Humber Estuary, UK, divides into the Ouse and Trent estuaries at the so-called Apex within its upper reaches. Remotely sensed Compact Airborne Spectrographic Imager (CASI) images and boat measurements were used to observe a strong turbidity [...]
Article
I. Grabemann, Auteur ;
G. Krause, Auteur
Long-term observations in the Weser estuary (Germany) between 1983 and 1997 provide insight into the response of the estuarine turbidity maximum (ETM) under a wide range of conditions. In this estuary the turbidity zone is closely tied to the mi[...]
Article
T. G. Milligan, Auteur ;
G. C. Kineke, Auteur ;
A. C. Blake, Auteur ;
C. R. Alexander, Auteur ;
P. S. Hill, Auteur
Extremely rapid deposition of fine-grained sediment has been observed near an artificially created channel between the Edisto and Ashepoo Rivers in South Carolina. Accumulation rates on the order of 0.05 m mo(-1) formed a region of fluid mud kno[...]
Article
L. P. Sanford, Auteur ;
S. E. Suttles, Auteur ;
J. P. Halka, Auteur
A series of cruises was carried out in the estuarine turbidity maximum (ETM) region of Chesapeake Bay in 1996 to examine physical and biological variability and dynamics. A large flood event in late January shifted the salinity structure of the [...]
Article
A. C. Blake, Auteur ;
G. C. Kineke, Auteur ;
T. G. Milligan, Auteur ;
C. R. Alexander, Auteur
A study took place during May 1998 and May 1999 to examine the processes controlling localized accumulation of fine-grained sediments in the lower Ashepoo River. This region, referred to as the Mud Reach, is an area of muddy bottom sediments bou[...]
Article
J. Kappenberg, Auteur ;
I. Grabemann, Auteur
The neighboring coastal plain estuaries of the Elbe and Weser Rivers in Northern Germany exhibit pronounced estuarine turbidity maxima (ETM). Common features and differences between the longitudinal distributions of salinity and suspended partic[...]
Article
D. A. Kistner, Auteur ;
N. R. Pettigrew, Auteur
A turbidity maximum has been observed in the Kennebec estuary during moderate and low flow conditions near the upstream limit of salinity intrusion. Hydrographic, ADCP, and transmissometer data were collected at different river flow levels and s[...]
Article
W. R. Geyer, Auteur ;
J. D. Woodruff, Auteur ;
P. Traykovski, Auteur
The Hudson River estuary has a pronounced turbidity maximum zone, in which rapid, short-term deposition of sediment occurs during and following the spring freshet. Water-column measurements of currents and suspended sediment were performed durin[...]
