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Table 1 Analyzed Biomes, classified by soil or water type, with information about the region, number of reads, average read length, sequencing technology used and sequencing project SRA code and link

From: Biogeographical distribution analysis of hydrocarbon degrading and biosurfactant producing genes suggests that near-equatorial biomes have higher abundance of genes with potential for bioremediation

 

Regions

Number of reads

Read length (bp)

Seq. Tech.

SRA Link

Soil

 Tundra

Siberia & Canada

1.31E + 07

183.5

Illumina

SRP047512

 Temp. Woodland

Australia

1.23E + 07

290

Illumina

ERP008551

 Arid Grassland

Australia

1.92E + 07

299

Illumina

ERP008551

 Saline Desert

India

2.07E + 06

124

Ion

SRP041239

 Atlantic Forest

Brazil

9.62E + 04

380

Illumina

SRP004544

 Tropical Forest

French Guiana

4.04E + 05

384

454

ERP002426

 Temp. Coniferous Forest

Canada

2.18E + 07

136

Illumina

ERP009498

 Mangrove

Brazil

5.26E + 05

418

454

SRP004544

 Caatinga

Brazil

2.31E + 05

426

454

SRP004544

 Paddy Soil

China

2.16E + 06

190

Illumina

SRP039858

 Temp. Plantation Soil

Australia

3.32E + 07

299

Illumina

ERP008551

 Grassland Soil

Oklahoma

9.43E + 06

169

lllumina

SRP029969

 Terrestrial Subsurface

South Africa

1.11E + 07

186

Illumina

SRP049336

Water

 Sea Water

North Pacific

2.67E + 07

187

Illumina

ERP003628

 Sea Water

South Pacific

2.66E + 07

188

Illumina

ERP003628

 Sea Water

Indian Ocean

1.63E + 07

185

Illumina

ERP001736

 South Atlantic

Brazil

2.46E + 07

184

Illumina

ERP003708

 North Atlantic

Iceland

8.39E + 05

460

Illumina

ERP009703

 North Atlantic

Portugal

3.32E + 06

293

Illumina

ERP009703

 River Plume

Amazon

5.23E + 06

286

Illumina

SRP039390

 Adriatic / Ionian Sea

Mediterranean

9.62E + 07

193

Illumina

ERP003628

 River Estuary

Brazil

1.00E + 05

438

454

SRP004544

  1. All data and metadata can be retrieved from the link provided