Ɠo=ѵՊ | ՊՊՍ
ZUMSTEG ET AL .
$ ƑՊ -m|b=b1-|bomo=0-1|;ub-Ѵ1om|vbm-|;uv-lrѴ;v
$o|-Ѵb-0Ѵ;1om|Œ1= ĺ cm ƴƒ ] Ɛ
Ƒ >10 3 >10 5 >10 4
ƒ >10 3 >10 4 >10 5
Ɠ >10 4 >10 4 >10 4
>10 3 >10 4 >10 4
Clear filtrate White water Press water
$o|-Ѵ Œ];mol;;tb-Ѵ;m|v1l ƴƒ ] Ɛ Ƒ
B
ƒ
Ɠ
2·10 3 3·10 4 3·10 3
4·10 3 3·10 4 1·10 4
6·10 4 1·10 5 5·10 3
5·10 3 4·10 4 5·10 3
Clear filtrate White water Press water
Ŋ|u;-|;7 ŐѴb;őŒ];mol;;tb-Ѵ;m|v1l ƴƒ ] Ɛ Ƒ
C
ƒ
Ɠ
1·10 3 1·10 4 8·10 2
3·10 3 2·10 4 1·10 4
6·10 3 1·10 4 3·10 3
5·10 3 3·10 3
Clear filtrate White water
Press water 2·10 3 Őő$o|-Ѵb-0Ѵ;1om|-v1oѴomŊ=oulbm]mb|vŐ1=őr;u1l 3 ĺŐő$o|-Ѵ0-1|;ub-Ѵ ĺŐő =uolѴb;0-1|;ub-ĺ ouѴb;=u-1|bomķ|_;v-lrѴ;v;u;Ŋ |u;-|;7rubou bvoѴ-|bom-m7t-m|b=b1-|bom|ou;lo; =uol7;-70-1|;ub-ĺ-1|;ub-Ѵ -vt-m|b=b;70Ɛѵ"u;-ѴŊ|bl;!u;Ѵ-|b;|o-v|-m7 - -u71omvbv|bm]o=];molb1 ;tb-Ѵ;m|vo= E. coli Ɛĺ
samples as well as the calculated Shannon’s diversity (Shannon & );-;uķƐƖƓѵőķ;;mm;vvķ-m7v|-|bv|b1-Ѵ7-|-o=|_;-m-Ѵvbvĺ ;m|_o]_-ѴѴv-lrѴbm]v;u;=uol|_;v-l;lbѴѴķ|_;0-1|;ub-Ѵ 7b;uvb|b;v ;u;ķ mom;|_;Ѵ;vvķ mbt; =ou ;-1_ r-r;u l-1_bm; -m7 sample type. This confirms previous observations showing the unique 0-1|;ub-Ѵ rorѴ-|bom bm 7b==;u;m| r-r;u l-1_bm;v -m7 lbѴѴv Őu-m_-ѴѴ ;|-ѴĺķƑƏƐƏőĺ;;u|_;Ѵ;vvķv;;u-ѴvblbѴ-ub|b;v0;|;;m|_;l-1_bm;v and samples became apparent. The most distinct bacterial population appears in the samples =uolƑķb|_l;l0;uvo=|_;-ll-ruo|;o0-1|;ub-ru;7olbm-| - ing in all waters where the genera Pseudomonas and Azorhizophilus -u;7olbm-|bm]ĺƐķƒķ-m7Ɠl-bmѴ_-u0oul;l0;uvo=|_; -1|;uob7;|;v -m7 ;|-ruo|;o0-1|;ub-ĺ 0m7-m| ];m;u- 0;vb7;v Chryseobacterum ķ Tepidimonas ķ -m7 Acidovorax which are discussed below were Clostridium ķ Pseudomonas ķ-m7 Steroidobacter . The genus Pseudomonas is vast and consists of many environmental bacteria |_-| 1-m 0; 0-vb1-ѴѴ =om7 bm ;;u _-0b|-| Ő;bķ !-lझu;Ŋ -_;m-ķ ş(;Ѵ࢙t;ķ ƑƏƏƖőĺ$_; ];mv Clostridium was mainly found in the white water of PM3. They are anaerobic and endospore forming and ;u; =om7 bm 7b;uv; ;mbuoml;m|v Ő!o7Ѵo==ķ ƑƏƏƔőĺ = |_; ];mv Steroidobacter =om7 bm Ɛķ omѴ om; vr;1b;v 1oѴ7 0; =om7 -v Steroidobacter denitrificans . It was isolated from wastewater of a -v|;-|;u|u;-|l;m|rѴ-m|Ő -_u0-1_;|-ѴĺķƑƏƏѶőĺ m|;u;v|bm]Ѵķ |_; |o ];m;u- Chryseobaterium and Tepidimonas ķ b7;m|b=b;7 -v 1-v-|b; =-1|ouv =ou 0-7 r-r;u t-Ѵb| =uol Ɛķ 1oѴ7 also be identified in all other paper machines. Especially in the water cycle of PM3 and PM4 the two genera represented the majority of all |_;1Ѵ-vvb=b;7];m;u-ĺmƐķ|_;v;|o];m;u-;u;-lbmoub|bm|_; |o bll;7b-|; u;11Ѵ;7 |u0b7 -|;uv Ő_b|; -|;u -m7 ru;vv -|;uőĺ
vurubvbm]ķ |_o]_ķ |_-| |_; 0-1|;ub-Ѵ 7b;uvb| bm |_; v-lrѴ;v -v ;|u;l;ѴѴoķu;71;7|ol-bmѴ|_;v;|o];m;u-ĺ v|_;ruo0Ѵ;lb|_7;=;1|buu;]Ѵ-ub|b;vom|_;r-r;u-vl-bmѴ om Ɛ Ő-v bm=oul;7 0 |_; r-r;u lbѴѴőķ ; -vv;vv;7 |_; 0-1|;ub-Ѵ communities in the water circulations of all paper machines to com- pare them and identify differences. The clear filtrates are well filtered -m7 v;7 |o ru;r-u; |_; u- l-|;ub-Ѵ Ő;ĺ]ĺ rѴr =b0;uő -m7ķ -v v1_ķ may enter the circulation of all four paper machines. The two recycled -|;uv=uol|_;bu;v;1|bomŐ_b|;-|;uő-m7=uol|_;ru;vvv;1|bom Őru;vv-|;uő-u;|u0b7-|;uv|_-|-u;ķ=ou|_;l-foub|ķu;11Ѵ;71om - tinuously for wet end fiber stock preparations. The samples taken from the recycled waters from the paper l-1_bm;vv_o;7-lo7;u-|;0-1|;ub-Ѵ1om|-lbm-|bomķ-v7;|;ulbm;7 01Ѵ|ubm]l;|_o7v-m7t-m|b|-|b;!o=|o|-Ѵ Ő$-0Ѵ;Ƒőĺm -77b|bom|o|_;|o|-Ѵ ;|u-1|bom=uol|_;-|;uvķ;|u;-|;7|_; v-lrѴ;vrubou|o ;|u-1|bomb|_|o-vv;vv|_;=u-1|bomo= -ubvbm]=uolѴb;0-1|;ub-Ő$-0Ѵ;Ƒőĺ$_;|u;-|l;m|u;lo;7 |_;=u;; =uol7;-71;ѴѴv-m7u;71;7|_; -Ѵ;vl;-vu;7 bm-ѴѴv-lrѴ;v1olr-u;7|o|_;|o|-Ѵ =u-1|bomĺ $_;|o|-Ѵ-m7Ŋ|u;-|;7ŐѴb;ő v-lrѴ;v;u;v0v;t;m|Ѵ used to identify and quantify the genera present in the bacterial 1ollmb|Ő b]u;ƒőĺ$_;u;;u;omѴlbmou7b==;u;m1;v-rr-u;m| 0;|;;m|_;];mv7b;uvb|7;|;ulbm;7vbm]|o|-Ѵ -m7Ŋ |u;-|;7 ĺ$_;ruorou|bomvo=|_;];m;u--ub;70;|;;m|_;|o ru;r-u-|boml;|_o7vķ0||_;l-bm];m;u-v_orbm0o|_v-l - rѴ;vķ-vv_ombm b]u;ƒĺ$_;ml0;uo=-0m7-m|];m;u-Őbĺ;ĺ-|Ѵ;-v| ƏĺƔѷ o= -ѴѴ 1Ѵ-vvb=b;7 ];m;u-ő 1ouu;Ѵ-|;v 0;|;;m |_; Ѵb; -m7 |o|-Ѵ v-lrѴ;b|_Ѵbm;-u1ouu;Ѵ-|bom1o;==b1b;m|o= R 2 = 0.82. Table S2 displays the number of the abundant genera identified in the different
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