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(1)

Vegetation density classes

Number

of OTUs OTUs

_1 _2 _3 _4 _5 _6 77

f__MSB-4B10; o__Ktedonobacterales; p__Latescibacteria; g__uncultured-Simkaniaceae; g__Haliangium;

c__Subgroup 6; o__X35; f__SM2D12; p__Proteobacteria; g__Edaphobacter; g__ Acidicapsa; f__cvE6;

f__Xanthomonadales Incertae sedis; p__ TM6 (Dependentiae); g__Gemmatimona

s ; g__Acidibacter ; f__DA111; o__Acidimicrobiales; c__OPB35 soil group; g__Rhizomicrobiu

m

; f__Acidobacteriaceae (Subgroup 1); g__Legionella; g__Aciditerrimonas ; f__Tepidisphaeraceae; g__SM1A02; g__Bdellovibri

o ; c__Candidatus Azambacteria; g__Gaiella ; g__Coxiella; g__Acidobacteriu

m

; f__Fimbriimonadaceae; g__Opitutus; c__TK10;

g__Gemmata; o__Obscuribacterales; g__uncultured-Acidobacteriaceae (Subgroup 1); p__Parcubacteria;

g__Chthoniobacter ; g__Aquicella;

f_

_ODP1230B8.23; g__Pirellula ; g__H16; g__Pir4 lineage; o__SAR324 clade(Marine group B); g__uncultured-Planctomycetaceae; c__Alphaproteobacteria; o__Armatimonadales;

g__Singulisphaera ; g__Planctomyces; g__Candidatus protochlamydia ; g__Candidatus solibacter;

f__Acidobacteriaceae (Subgroup 1); g__BD7-11CL; f__Planctomycetaceae; p__Chloroflexi;

f__Oligoflexaceae; c__Gammaproteobacteria; g__Telmatobacter; p__Saccharibacteria; f__P3OB-42;

c__OM190; c__KD4-96; g__Neochlamydi

a ; g__Acidothermu

s ; g__Bryobacter; g__Sorangium; f__BIrii41;

p__Omnitrophica; k__Bacteria; f__Planctomycetaceae; f__env.OPS 17; c__JG37-AG-4; c__Subgroup 2;

g__Granulicella ; o__HTA4; o__Ktedonobacterales; f__0319-6G20

_1 _2 _3 _4 _5 4 c__Pla4 lineage; c__vadinHA49; o__C0119; p__Woesearchaeota (DHVEG-6) _1 _2 _3 _4 _6 1 g__Jatrophihabitans

_1 _2 _4 _5 _6 2 g__Pseudomonas ; g__Flavobacterium

_2 _3 _4 _5 _6 6 g__uncultured-Cytophagaceae; g__Nocardioides ; g__uncultured-Chitinophagaceae; f__Bradyrhizobiaceae;

g__Mucilaginibacter ; g__Phenylobacterium _1 _2 _3 _4 2 g__Bryocella; g__Anaeromyxobacte _2 _3 _4 _6 1 g__Burkholderia -Paraburkholderiar _3 _4 _5 _6 1 f__Elev-16S-1332

_1 _2 _3 1 f__mle1-27

_2 _5 _6 1 g__Phaselicystis

_4 _5 _6 2 g__Ferruginibacter ; g__Candidatus xiphinematobacter _1 _2 2 g__Isosphaera ; p__FCPU426

_2 _4 1 f__Chitinophagaceae

_3 _5 1 g__Geobacter

_4 _6 1 g__Parafilimonas

_1 11

g__Leptospirillu m

; c__uncultured; o__CPla-3 termite group; g__Metallibacterium ; o__Acidimicrobiales;

g__uncultured-Xanthomonadaceae; g__Ferrithrix ; c__ML635J-21; p__Candidatus Berkelbacteria;

g__Acidiphiliu m

; g__Acidiferrobacter _2 2 g__Terracidiphilus ; f__G12-WMSP1

_3 6 g__PAUC26f; g__Chryseolinea ; c__Cyanobacteria; c__Betaproteobacteria; g__Sphingomona s

; g__AMGG11 _4 2 f__Sandaracinaceae; g__uncultured-Caulobacteraceae

_5 6 c__UA11; g__uncultured-Sandaracinaceae; g__RB41; c__Subgroup 17; c__Subgroup 5; g__11-24 _6 8 g__Dokdonella; f__DA101 soil group; g__uncultured-Gemmatimonadaceae; g__Rhodoplanes; g__Rhizobiu

m ;

g__uncultured-Bradyrhizobiaceae; o__Gaiellales; g__Arenimona s

Table S5. Venn’s table showing shared and unique bacterial OTUs, from the 100 most abundant taxa, between vegetation density classes (A) and plant species (B). The letter in front of the taxon represents the maximum depth of taxonomy (g: genus, f: family, c: class, o: order, p: phylum, k:

kingdom).

A

(2)

Plant species Number

of OTUs OTUs

Betula papyrifera Alnu s

rugosa Picea sp.

93

g__uncultured-Acidobacteriaceae (Subgroup 1); p__Parcubacteria; f__MSB-4B10; o__Ktedonobacterales;

g__uncultured-Simkaniaceae; p__Latescibacteria; g__Chthoniobacter ; g__Aquicell a

; g__uncultured- Cytophagaceae; f__ODP1230B8.23; g__Pirellula ; g__Haliangium ; c__Subgroup 6; o__X35; c__Pla4 lineage; f__Chitinophagaceae; f__SM2D12; g__H16; g__Pir4 lineage; g__Nocardioides; p__Proteobacteria;

o__SAR324 clade(Marine group B); g__Edaphobacter ; g__Acidicapsa ; g__uncultured-Planctomycetaceae;

o__Armatimonadales; c__Alphaproteobacteria; f__cvE6; f__Xanthomonadales Incertae sedis;

g__Singulisphaera ; g__Bryocella; p__TM6 (Dependentiae); g__Planctomyces; g__Candidatus protochlamydia; g_ _Gemmatimona

s

; g__Acidibacter; f__DA111; f__Acidobacteriaceae (Subgroup 1);

g__Candidatus solibacter; o_ Acidimicrobiales; c__BD7 -11; f__Planctomycetaceae; p__Chloroflexi;

c__OPB35 soil group; f__Oligoflexaceae; g__uncultured-Chitinophagaceae; f__Bradyrhizobiaceae;

g__Rhizomicrobiu m

; c__Gammaproteobacteria; f__Acidobacteriaceae (Subgroup 1); g__Telmatobacter;

g__Legionella; p__Saccharibacteria; f__P3OB-42; g__Mucilaginibacter; g__Aciditerrimonas; c__OM190;

g__Phenylobacterium; f__Tepidisphaeraceae; g__Geobacter; g__Bdellovibri o

; g__SM1A02; c__KD4-96 c__Candidatus Azambacteria; c__vadinHA49; g__Neochlamydi

a

; g__Gaiella ; g__Anaeromyxobacte r

; g__Bryobacter; g__Acidothermu

s ; g__Coxiella; g__Burkholderia-Paraburkholderia; g_ _Sorangium;

f__BIrii41; p__Omnitrophica; g__Flavobacterium ; k__Bacteria; g__Acidobacteriu m

; f__Planctomycetaceae;

f__env.OPS 17; f__Fimbriimonadaceae; c__JG37-AG-4; c__Subgroup 2; g__Opitutus; g__Granulicella ; c__TK10; o__HTA4; o__Ktedonobacterales; o__C0119; g__Gemmata; o__Obscuribacterales;

g__Jatrophihabitans; f_ _0319-6G20 Betula papyrifera

Picea sp. 3 g__Isosphaera ; p__Woesearchaeota(DHVEG-6); g__AMGG11 Alnu

s

rugosa

Picea sp. 3 f__Elev-16S-1332; f__mle1-27; g__Ferruginibacter

Betula papyrifera 4 g__Pseudomonas; p__FCPU426; g__Terracidiphilus; f__G12-WMSP1 Alnu

s rugosa 4 g__Candidatus xiphinematobacter ; g__Chryseolinea; g__Phaselicystis; c__Cyanobacteria Picea sp. 1 c__Betaproteobacteria

B

Figure

Table S5. Venn’s table showing shared and unique bacterial OTUs, from the 100 most abundant taxa, between vegetation density classes (A) and plant species (B)

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