| 443 | amnon | common united states of america, river, water, fresh water, mississippi river, free floating, downstream, depth (water) 1m, filtered 0.2um, lower mississippi river | 2019-01-07 | v4 | No | 1 / 349 |
| 459 | amnon | higher in surface compared to middle and bottom in aquaculture biofilter sand ( high in surface compared to middle bottom in water fresh water fish farm biofilter sand united states of america state of wisconsin ) | 2019-01-12 | v4 | No | 1 / 448 |
| 415 | amnon | higher in citrus from humid subtropical compared to mediterranean and semi-arid climate ( high in subtropical compared to mediterranean semi-arid in rhizosphere soil citrus orchard cultivated environment ) | 2018-11-27 | v4 | No | 1 / 458 |
| 415 | amnon | common rhizosphere, soil, citrus, orchard, united states of america, cultivated environment | 2018-11-27 | v4 | No | 1 / 494 |
| 548 | amnon | common minas gerais state, campos rupestres, brazil, barbacenia macrantha, root endosphere, root | 2019-08-17 | v4 | No | 1 / 575 |
| 459 | amnon | common in surface in aquaculture biofilter sand (common water, fresh water, fish farm, biofilter, sand, united states of america, state of wisconsin, surface) | 2019-01-12 | v4 | No | 1 / 622 |
| 667 | amnon | common depth (soil) 0-20cm, coniferous forest biome, ph 4-4.5, elevation 1000-1100m, jiangxi province, lushan mountain, china, forested area, topsoil, soil | 2020-09-25 | v4 | No | 1 / 630 |
| 548 | amnon | common minas gerais state, campos rupestres, brazil, barbacenia macrantha, rhizosphere | 2019-08-17 | v4 | No | 1 / 651 |
| 443 | amnon | higher in lower mississippi river (downstream) compared to upper mississippi river ( high in downstream lower mississippi river compared to upstream higher mississippi river in mississippi river water river fresh water depth (water) 1m united states of america free floating filtered 0.2um ) | 2019-01-07 | v4 | No | 1 / 652 |
| 667 | amnon | common depth (soil) 0-20cm, elevation 800-900m, ph 4.5, jiangxi province, lushan mountain, china, forested area, topsoil, soil | 2020-09-25 | v4 | No | 1 / 694 |
| 443 | amnon | high in free floating filtered 0.2um compared to particles filtered 2.7um in water river fresh water depth (water) 1m united states of america mississippi river | 2019-01-07 | v4 | No | 1 / 755 |
| 615 | amnon | common endosphere, root, saccharum, sugarcane, campinas, brazil, greenhouse | 2020-04-27 | v4 | No | 1 / 776 |
| 667 | amnon | common depth (soil) 0-20cm, ph 4, elevation 1300-1400m, coniferous forest biome, jiangxi province, lushan mountain, china, forested area, topsoil, soil | 2020-09-25 | v4 | No | 1 / 777 |
| 615 | amnon | common in control soil with no sugarcane (common campinas, brazil, greenhouse, soil) | 2020-04-27 | v4 | No | 1 / 780 |
| 412 | amnon | common soil, hunan province, red soil, cambisol, zea mays, triticum aestivum, ph<5, china | 2018-11-26 | v4 | No | 1 / 823 |
| 415 | amnon | common rhizosphere, soil, citrus, orchard, china, cultivated environment | 2018-11-27 | v4 | No | 1 / 830 |
| 615 | amnon | high in rhizosphere compared to endosphere root in saccharum sugarcane campinas brazil greenhouse | 2020-04-27 | v4 | No | 1 / 913 |
| 548 | amnon | common minas gerais state, campos rupestres, brazil, rock | 2019-08-17 | v4 | No | 1 / 924 |
| 359 | amnon | common soil, topsoil, depth (soil) 0-10cm, guangdong province, subtropical broadleaf forest biome, china, forest ecosystem, woodland area | 2018-08-19 | v4 | No | 1 / 935 |
| 414 | amnon | high in ph<6 npk fertilizer compared to ph>6 in soil heilongjiang province agricultural feature triticum aestivum glycine max zea mays black soil mollisol china | 2018-11-26 | v4 | No | 1 / 963 |
| 474 | amnon | common soil, farm, glycine max, soybean, ph 4-6, brazil, cultivated environment | 2019-01-16 | v4 | No | 1 / 974 |
| 615 | amnon | common saccharum, sugarcane, rhizosphere, campinas, brazil, greenhouse | 2020-04-27 | v4 | No | 1 / 974 |
| 809 | amnon | common dendrobium moniliforme, lu'an city prefecture, flowerpot, research facility, greenhouse, rhizosphere, china | 2021-06-20 | v4 | No | 1 / 1002 |
| 548 | amnon | common minas gerais state, campos rupestres, brazil, rhizosphere, vellozia epidendroides | 2019-08-15 | v4 | No | 1 / 1040 |
| 618 | amnon | high in early flowering stage compared to late flowering stage in rhizosphere canada farm cannabis sativa | 2020-05-04 | v4 | No | 1 / 1040 |
| 414 | amnon | common soil, heilongjiang province, agricultural feature, triticum aestivum, glycine max, zea mays, black soil, mollisol, npk fertilizer, ph<6, china | 2018-11-26 | v4 | No | 1 / 1105 |
| 615 | amnon | high in rhizosphere compared to soil in saccharum sugarcane campinas brazil greenhouse | 2020-04-27 | v4 | No | 1 / 1181 |
| 259 | amnon | common in soil and rhizpsphere of peanut plants (common soil, rhizosphere, ph 5, arachis hypogaea, peanut, china) | 2017-12-02 | v4 | No | 1 / 1334 |
| 98 | amnon | common citrus, rhizosphere, ft. pierce, fl, root, state of florida | 2017-04-01 | v4 | No | 1 / 1340 |
| 901 | amnon | common in macrophyte plant rhizosphere (common rhizosphere, depth (sediment) 0-20cm, taihu lake, taihu national park, china, depth (water) 20-100cm, lake sediment) | 2022-04-25 | v4 | No | 1 / 1378 |
| 271 | amnon | common depth (soil) 0-20cm, rhizosphere, glycine max, soybean, china | 2018-01-09 | v4 | No | 1 / 1459 |
| 548 | amnon | common in phosphorus impoverished soil (common soil, minas gerais state, campos rupestres, brazil, ph 3.5) | 2019-08-15 | v4 | No | 1 / 1483 |
| 760 | sheryo | Common in rhizosphere soil of rice plants with NPK fertilization in a long term fertilization experiment (common npk fertilization, npk fertilizer, ph 5.9, china, soil, qiyang county, hunan province, quaternary red clay, oryza sativa, rhizosphere) | 2021-04-06 | v4 | No | 1 / 1491 |
| 760 | sheryo | Common in rhizosphere soil of rice plants without fertilization in a long term fertilization experiment (common ph 5.9, china, soil, qiyang county, hunan province, quaternary red clay, no fertilization, oryza sativa, rhizosphere) | 2021-04-06 | v4 | No | 1 / 1506 |
| 145 | amnon | common soil, rhizosphere, oryza sativa, rice, united states of america, ph 5.6 | 2017-04-19 | v4 | No | 1 / 1515 |
| 901 | amnon | common sediment surface, depth (sediment) 0cm, taihu lake, depth (water) 20-100cm, taihu national park, china, lake sediment | 2022-04-25 | v4 | No | 1 / 1550 |
| 309 | amnon | common rhizosphere, germany, galium mollugo, hedge bedstraw | 2018-04-05 | v4 | No | 1 / 1599 |
| 901 | amnon | high in rhizosphere compared to bulk sediment in depth (sediment) 0-20cm taihu lake depth (water) 20-100cm taihu national park china lake sediment | 2022-04-25 | v4 | No | 1 / 1892 |
| 800 | amnon | lower at 100-250 days compared to 7-28 days following heavy metal contamination ( high in spring compared to autumn summer in reservoir sediment depth 0-10cm heavy metal china xiannv lake lake fresh water sediment ) | 2021-06-15 | v4 | No | 1 / 1962 |
| 155 | amnon | common in soil tightly bound to wheat root (common triticum aestivum, wheat, soil, root, china) | 2017-07-02 | v4 | No | 1 / 1977 |
| 155 | amnon | common in soil loosely bound to wheat root (common triticum aestivum, wheat, soil, rhizosphere, china) | 2017-07-02 | v4 | No | 1 / 2425 |
| 155 | amnon | common in bulk soil in wheat field (common triticum aestivum, wheat, soil, bulk soil, china) | 2017-07-02 | v4 | No | 1 / 2594 |
| 271 | amnon | common depth (soil) 0-20cm, soil, china | 2018-01-09 | v4 | No | 1 / 2856 |
| 296 | amnon | common depth (soil) 0-20cm, soil, north china plain, agricultural feature, wheat, winter, ph>5, ph<6, china | 2018-02-11 | v4 | No | 1 / 3508 |
| 237 | amnon | higher in burrow soil compared to bird ( high in soil burrow compared to bird seabird oceanodroma leucorhoa in canada bon portage island ) | 2017-11-07 | v4 | No | 1 / 3656 |
| 837 | sheryo | Higher in soil after 20 years compared to 30 years of reforestation with Black locust trees, shaanxi, China ( high in 20 years compared to 30 years in robinia pseudoacacia reforestation silt loam china loess plateau shaanxi province soil ) | 2021-09-27 | v4 | No | 1 / 3893 |
| 837 | sheryo | Higher in soil after 10 years reforestation with Black locust trees compared to agricultural feild, shaanxi, China ( high in robinia pseudoacacia reforestation 10 years compared to agricultural field wheat zea mays in silt loam china loess plateau shaanxi province soil ) | 2021-09-26 | v4 | No | 1 / 3932 |
| 837 | sheryo | Higher in soil after 30 years reforestation with Black locust trees compared to agricultural feild, shaanxi, China ( high in robinia pseudoacacia reforestation 30 years compared to zea mays triticum aestivum agricultural field in silt loam china loess plateau shaanxi province soil ) | 2021-09-27 | v4 | No | 1 / 5596 |
| 837 | sheryo | Higher in soil after 20 years reforestation with Black locust trees compared agricultural feild, shaanxi, China ( high in robinia pseudoacacia reforestation 20 years compared to triticum aestivum zea mays agricultural field in silt loam china loess plateau shaanxi province soil ) | 2021-09-26 | v4 | No | 1 / 5661 |
| 100 | amnon | high in ph ph<6 compared to ph>6 in soil urban biome park new york city central park | 2017-04-03 | v4 | No | 1 / 5770 |
| 171 | amnon | lower in roots compared to rhizosphere soil in rice ( high in rhizosphere soil compared to root in united states of america state of california oryza sativa rice ) | 2017-07-25 | v4 | No | 1 / 7628 |
| 271 | amnon | high in soil rhizosphere compared to root structure root in depth (soil) 0-20cm glycine max soybean china | 2018-01-09 | v4 | No | 1 / 7954 |
