Gökbulut, H.

Şen, B.

English

A.O. Kovalevsky Institute of Marine Biological Research Open access repository

Национальная академия наук Украины
Институт биологии южных морей им. А.О. Ковалевского
Тезисы VII Международной
научно-практической конференции
Pontus Euxinus 2011
по проблемам водных экосистем,
посвящённой 140-летию Института биологии южных морей
Национальной академии наук Украины
Севастополь
2011
PONTUS EUXINUS – 2011
266
smaller scale, the community was formed by the species with different degree of 
patchiness while at larger scales, all the species possess nearly the same
distribution pattern. The same number of samples of equal sizes revealed nearly
the same species numbers independently of distances between the sample sites,
as the samples at each scale differ from each other nearly at the same magnitude.
An averaged size of the species aggregations in the community is as large as
several centimeters. Such a scale is probably a characteristic size (minimum
area) of the community of the sphagnum dwelling heterotrophic flagellates.
Rather low environmental heterogeneity within the sphagnum quagmire leads to
significant homogeneity of the community at larger scales. Vertical
differentiation of the heterotrophic flagellate communities within that quagmire
appeared to be very unstable with the time. The same species are characterized 
by different preferences to the depths at different spatial-temporal loci. Specific
vertical distributions and community patterns are formed under different local
conditions.
Bülent Şen, Hazel Gökbulut
Firat university fisheries faculty, 23100, Elaziğ, Turkey,
gokbuluthazel@gmail.com
A STUDY ON SOME PHYSICAL AND CHEMICAL PROPERTIES OF
HARINGET STREAM
In this study, some physical and chemical properties of Haringet Stream
have been investigated between 2009 May and April 2010. For this purpose,
water samples from 7 stations on Haringet Stream have been collected monthly.
Amonium nitrogen, nitrite nitrogen, nitrate nitrogen, reactive phosphate and
sulphate were determined in waters. The lowest and highest values for, alove
parameters were found as 0.01-0.06 mg/L; 0.03-2.12 mg/L; 0.3-8.9 mg/L; 0.02-
1.58 mg/L; 8.7-75.7 mg/L respectively. In conclusion, according to water 
quality criteria for inland water sources, Haringet Stream could be classified as
class III in term of nitrate nitrogen, nitrite nitrogen, reactive phosphate values
and class I in term of sulphate.


A Study on Some Physical and Chemical Properties of Haringet Stream

https://repository.marine-research.org/bitstream/299011/2574/1/266-266.pdf

A Study on Some Physical and Chemical Properties of Haringet Stream

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A.O. Kovalevsky Institute of Marine Biological Research Open access repository