The chemistry, mineralogy, and rates of transport of sediments in the ...
The chemistry, mineralogy, and rates of transport of sediments in the ...
The chemistry, mineralogy, and rates of transport of sediments in the ...
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01<br />
TABLE 10. Mean annual <strong>rates</strong> <strong>of</strong> <strong>transport</strong> <strong>of</strong> phosphorus (PP) <strong>in</strong> suspended<br />
<strong>sediments</strong> <strong>of</strong> selected Mackenzie <strong>and</strong> Porcup<strong>in</strong>e River watersheds,<br />
1.971-73, <strong>and</strong> mole ratios <strong>of</strong> C, N <strong>and</strong> P <strong>in</strong> suspended <strong>sediments</strong>,<br />
calculated from PPa , PNa <strong>and</strong> PC a . TDPa = Annual mass <strong>of</strong> Total<br />
Dtssolved Phosphorus .<br />
River<br />
10 6 Moles PPa<br />
yr -1<br />
10 3 Moles T7w<br />
km-2 yr -1<br />
TDPQ PP a<br />
PC :PN :PP<br />
GROUP 1<br />
Arctic Red 52 .3 2 .90 0.173 84 :4 .3 :1<br />
Peel 58 .5 0 .836 0 .179 188 :11 :1<br />
Mackenzie (Norman Wells) 1400 0 .892 0 .197 162 :5 .6 :1<br />
Liard (Ft . Liard) 167 0 .755 0 .329 -149 :8 .1 :1<br />
Liard (Ft . Simpson) 233 0 .939 0 .166 73 :7 .1 :1<br />
South Nahanni (Clausen CreekT Creekf 38 .3 1 .14 0 .335 183 :7 .8 :1<br />
South Nahanni (Virg<strong>in</strong>ia Falls) 7 .91 0 . .542. 0 .342 169 :13 .6 :1<br />
GROUP 2<br />
. Willowlake 1 .87 0 .087 0 .622 '134 :25 :1<br />
Mart<strong>in</strong> 0 .089 0 .045 0 .640 506 :5 .9 :1<br />
Harris 0 .006 0 .008 1 .41 166 :14 :1<br />
Caribou Bar 0 .040 0 .1 .05 1 .69 150 :9 .5 :1<br />
GROUP 3<br />
Mackenzie (Ft . Providence) 44 .8 0 .046 1 .32 174 :16 :1<br />
Trout 0 .469 0 .052 2 .64 226 :15 :1<br />
Great Bear 5 .90 0 .040 4 .16 181 :12 :1
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