Light attenuation in the north sea and the Dutch Wadden sea in relation to secchi disc visibility and suspended matter

Otto, L.

doi:10.1016/0077-7579(66)90005-6

Cited by 18 publications

(14 citation statements)

References 7 publications

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…En realit&, la Fig . 3 I I I I I I I I I I I I I I I I I I I I I I Des valeurs tres proches de celles constatees dans 1'&tang de Berre ont ete observees, par exemple, dans la lagune de Venise (Vercelli, 1950), la lagune de Marano, entre Venise et Trieste (Tolomio, 1976), le delta du Po (Favero et al ., 1979), le lac de l'IJsel (IJsselmeer,exZuiderzee : Postma, 196 1 ;Otto, 1966) ; les etangs de 1'Alabama (Almazan & Boyd, 1978) ou le "lac" de Pulicat, lagune communiquant avec la bale du Bengale (Kaliyamurthy, 1973 (Travers & Travers, 1962Blanc, 1968 ;Patriti, 1976aPatriti, , 1976b .…”

Section: Transparence Des Eauxunclassified

“…W . de Finlande ; Niemi, 1975), en Mer du Nord pres de la cote hollandaise (Postma, 1961 ;Otto, 1966 ;Visser, 1970), dans la ria de Vigo, au N .E . de l'Espagne (Fraga, 1976) ou en mer Adriatique pres de Rovinj (Skrivanie et al, 1969) .…”

Section: Transparence Des Eauxunclassified

“…Les teneurs mesurees dans 1'etang de Berre sont tres voisines de celles qu'on observe couramment en Mer du Nord (Postma, 1961 ;Otto, 1966) . Les causes de cette grande richesse ne sont pas evidentes .…”

Section: Estimation De La Profondeur De Compensationunclassified

“…Z S , en un meme lieu, ou surtout selon les milieux et regions (e .g . Poole & Atkins, 1929 ;Le Grand, 1939 ;Clarke, 1941 ;Gall, 1949 ;Banse, 1957 ;Vollenweider, 1960 ;Tibby & Barnard, 1963 ;Graham, 1966 ;Otto, 1966 ;Franco, 1967 ;Holmes, 1970 ;Jacques, 1970 ;Visser, 1970 ;Hejerslev, 1978 ;Man'kovskiy, 1978 ;Walker, 1980), la relation d'abord constatee par Poole et Atkins (K . Zs = 1 .7) a ensuite ete sensiblement confirmee ou a peine modifiee par divers auteurs tels que Clarke (1941), Jones & Wills (1956), Strickland (1958), Ichimura & Saijo (1959), Aleem & Samaan (1969a) ou Idso & Gilbert (1974) .…”

unclassified

See 3 more Smart Citations

La transparence et la charge sestonique de l'�tang de Berre (c�te m�diterran�enne fran�aise)

Kim

Travers

1983

Hydrobiologia

View full text Add to dashboard Cite

Water transparency and seston weight were measured in the brackish Etang de Berre and Etang de Vane (between the Rhone river and Marseilles), in nearby seawater and in four main tributaries of the Etang de Berre .The large quantities of seston conveyed by rivers, particularly the Durance diversion, strongly reduce the transparency in the brackish waters . The transparency progressively increases from freshwater to open seawater, as mineral particles sink to the bottom (about 1 .7 kg m-2 a -l on the average in brackish lakes) .Comparatively, the role played by phytoplankton in light attenuation amounts to only 5% in seawater and 10-17% in Etang de Berre .In spite of turbidity, the euphotic layer generally extends to the bottom, in both the shallow brackish waters and in the deeper seawater .

show abstract

Section: Transparence Des Eauxunclassified

Section: Estimation De La Profondeur De Compensationunclassified

unclassified

See 2 more Smart Citations

La transparence et la charge sestonique de l'�tang de Berre (c�te m�diterran�enne fran�aise)

Kim

Travers

1983

Hydrobiologia

View full text Add to dashboard Cite

show abstract

“…Blom et al (1994) and Pierson et al (2003) Table 5 Otto (1966) Figure 5- Kirk (1984a). This equation was derived from the analysis of light field generated by Monte Carlo modelling of solar radiation in idealised water bodies (Kirk, 1984a) assuming incident light field with no cloud cover.…”

Section: 4mentioning

confidence: 99%

Suspended Sediment and Light Attenuation Characteristics in Singapore Waters

Toh¹

2015

The Proceedings of the Coastal Sediments 2015

View full text Add to dashboard Cite

Assessment of Components Controlling Phytoplankton Photosynthesis and Bacterioplankton Production in a Shallow, Alkaline, Turbid Lake (Neusiedlersee, Austria)

Dokulil¹

1984

Intl Review of Hydrobiology

View full text Add to dashboard Cite

Various aspects of phytoplankton photosynthesis were investigated between 1968 and 1980 in Neusiedlersee, Austria, a shallow (.2=1.3 m), well mixed lake with much turbidity resulting from frequent resuspension of inorganic sediment particles. The influences of the great environmental variability on biomass, photosynthesis and phytoplankton production were determined and discussed with respect to the increasing nutrient concentrations in the lake. Investigations of bacterioplankton biomass and production revealed their importance for nutrient regeneration and as food for large zooplankton populations. The results are compared with those from several other shallow lakes, and an attempt is made to identify characteristics to distinguish the different types.

show abstract

Light attenuation in the north sea and the Dutch Wadden sea in relation to secchi disc visibility and suspended matter

Cited by 18 publications

References 7 publications

La transparence et la charge sestonique de l'�tang de Berre (c�te m�diterran�enne fran�aise)

La transparence et la charge sestonique de l'�tang de Berre (c�te m�diterran�enne fran�aise)

Suspended Sediment and Light Attenuation Characteristics in Singapore Waters

Assessment of Components Controlling Phytoplankton Photosynthesis and Bacterioplankton Production in a Shallow, Alkaline, Turbid Lake (Neusiedlersee, Austria)

Contact Info

Product

Resources

About