53
released from the organic matter will finally reach the bottom water by diffusion
and/or compaction of the sediments. The Sediments therefore play an important role
in the cycling of this element in the biogeosphere.
50
i
50
"
I! I
i
/
o , i
i
. ~...
/
, i , !
/ ...,~I
/
/
9
.
;
9 9
#"
Illl
i
i,.~
o~ ."~'/
~ .,.
9 ..." ~;
~ 6.>"
i ,~,u"
.,' ..-'"
,"
9
9 ,.
9
~ .
,~<>.
jpo ..i,,L ~ ... ~,-, /
~" 9 ~ , ' C )
f.;," ..-<<
',,~
40
30
--~ ~o
10
40
30
20
L0
,,f
,//
"
/.,,'
.."
u 9
...
~,r
/
.6
.." ~
,i ,~;/
.~ ,,3,, ~
....--"
tin, ,~/
...-"
~.lll ,,~
.r"" ";
i 9176 .."0
O0
2
4
6
8
10
0
4
8
1'2
16
Br- (laM)
NH4 + (laM)
Neckir River
Enz River
Schwnrzbach River
R"
9
0
9
81kslinity ' Br0.9423
0 q5 | 0
0 9702
Alkalinity NIl4+
0 9 6 1 9
0 ql648
0 9760
* R: correlations coefficient
Fig. 4.23. Relationship between bromide, ammonium, and alkalinity.
released from the organic matter will finally reach the bottom water by diffusion
and/or compaction of the sediments. The Sediments therefore play an important role
in the cycling of this element in the biogeosphere.
50
i
50
"
I! I
i
/
o , i
i
. ~...
/
, i , !
/ ...,~I
/
/
9
.
;
9 9
#"
Illl
i
i,.~
o~ ."~'/
~ .,.
9 ..." ~;
~ 6.>"
i ,~,u"
.,' ..-'"
,"
9
9 ,.
9
~ .
,~<>.
jpo ..i,,L ~ ... ~,-, /
~" 9 ~ , ' C )
f.;," ..-<<
',,~
40
30
--~ ~o
10
40
30
20
L0
,,f
,//
"
/.,,'
.."
u 9
...
~,r
/
.6
.." ~
,i ,~;/
.~ ,,3,, ~
....--"
tin, ,~/
...-"
~.lll ,,~
.r"" ";
i 9176 .."0
O0
2
4
6
8
10
0
4
8
1'2
16
Br- (laM)
NH4 + (laM)
Neckir River
Enz River
Schwnrzbach River
R"
9
0
9
81kslinity ' Br0.9423
0 q5 | 0
0 9702
Alkalinity NIl4+
0 9 6 1 9
0 ql648
0 9760
* R: correlations coefficient
Fig. 4.23. Relationship between bromide, ammonium, and alkalinity.
