Summary for ontology term: triticum aestivum

Number of annotations with term: 74

Annotations:

common ontology terms
term enrichment score
TermScore
triticum aestivum0.947368
wheat0.350877
zea mays0.310345
crop rotation0.301887
bernburg0.301887
ph 7.60.281250
bonn0.244898
campus klein-altendorf0.244898
haplic luvisol0.218182
silty clay loam0.212766
conventional tillage0.195652
ph 6.90.192308
bulk soil0.183486
soil0.178218
red soil0.177778
heilongjiang province0.163265
black soil0.163265
mollisol0.163265
cambisol0.163265
ph 70.161290
maize pre-crop0.159091
agricultural feature0.150943
agricultural field0.149254
germany0.141414
mouldboard plough0.139535
rapeseed pre-crop0.139535
cultivator tillage0.139535
vertisol0.139535
northen israel0.139535
brassica napus0.130435
conservation tillage0.130435
kingdom of denmark0.129870
glycine max0.123077
hunan province0.123077
depth 45-75cm0.097561
loess chernozem0.097561
depth 75-105cm0.097561
high biochar0.097561
silt loam0.095238
LOWER IN conventional tillage0.075000
no tillage0.075000
rhizosphere0.074257
ph<60.072289
ph>60.072289
ph>50.072289
npk fertilizer0.069767
ph<50.069767
israel0.068182
depth 0-20cm0.065574
china0.059761
LOWER IN non-manured soil0.051948
non-manured soil0.051282
fluvo-aquic soil0.051282
hebei province0.051282
luancheng county0.051282
LOWER IN maize pre-crop0.051282
LOWER IN zea mays0.051282
LOWER IN brassica napus0.051282
LOWER IN rapeseed pre-crop0.051282
LOWER IN cultivator tillage0.051282
LOWER IN mouldboard plough0.051282
loess plateau0.051282
chromic cambisol0.051282
low biochar0.051282
LOWER IN depth 45-75cm0.051282
LOWER IN depth 75-105cm0.051282
straw0.051282
LOWER IN manured soil0.050633
root0.050420
manured soil0.050000
LOWER IN conservation tillage0.050000
ph 7.70.050000
shanxi province0.050000
LOWER IN bulk soil0.048780
LOWER IN depth 0-20cm0.048780
ph 6.50.047619
LOWER IN npk fertilizer0.026316
soil unamended with straw0.026316
LOWER IN soil amended with straw0.026316
soil amended with straw0.026316
LOWER IN soil unamended with straw0.026316
LOWER IN no tillage0.026316
LOWER IN ph&gt;60.025974
LOWER IN ph&lt;60.025974
LOWER IN ph&gt;50.025641
LOWER IN ph&lt;50.025641
LOWER IN root0.023529
LOWER IN rhizosphere0.021978
Fraction of dbbact annotations with this term covered by the query
TermScore
triticum aestivum0.900000
LOWER IN non-manured soil0.666667
LOWER IN npk fertilizer0.500000
non-manured soil0.500000
fluvo-aquic soil0.500000
hebei province0.500000
luancheng county0.500000
silty clay loam0.500000
depth 45-75cm0.500000
bonn0.500000
campus klein-altendorf0.500000
wheat0.500000
crop rotation0.500000
mouldboard plough0.500000
conventional tillage0.500000
loess chernozem0.500000
bernburg0.500000
LOWER IN maize pre-crop0.500000
LOWER IN zea mays0.500000
rapeseed pre-crop0.500000
LOWER IN brassica napus0.500000
LOWER IN rapeseed pre-crop0.500000
maize pre-crop0.500000
cultivator tillage0.500000
LOWER IN cultivator tillage0.500000
LOWER IN mouldboard plough0.500000
LOWER IN conventional tillage0.500000
loess plateau0.500000
chromic cambisol0.500000
depth 75-105cm0.500000
high biochar0.500000
low biochar0.500000
LOWER IN depth 45-75cm0.500000
LOWER IN depth 75-105cm0.500000
straw0.500000
soil unamended with straw0.500000
LOWER IN soil amended with straw0.500000
soil amended with straw0.500000
LOWER IN soil unamended with straw0.500000
vertisol0.500000
northen israel0.500000
no tillage0.500000
LOWER IN no tillage0.500000
red soil0.500000
zea mays0.428571
LOWER IN manured soil0.400000
silt loam0.400000
heilongjiang province0.333333
black soil0.333333
mollisol0.333333
ph<60.333333
LOWER IN ph&gt;60.333333
ph>60.333333
LOWER IN ph&lt;60.333333
manured soil0.333333
ph 7.60.333333
ph 6.90.333333
haplic luvisol0.333333
brassica napus0.333333
conservation tillage0.333333
LOWER IN conservation tillage0.333333
ph 7.70.333333
shanxi province0.333333
cambisol0.333333
ph>50.333333
bulk soil0.285714
agricultural feature0.250000
npk fertilizer0.250000
LOWER IN bulk soil0.250000
LOWER IN depth 0-20cm0.250000
ph<50.250000
LOWER IN ph&gt;50.250000
LOWER IN ph&lt;50.250000
ph 6.50.200000
ph 70.200000
agricultural field0.166667
glycine max0.142857
hunan province0.142857
kingdom of denmark0.125000
soil0.097826
LOWER IN root0.090909
germany0.086957
depth 0-20cm0.083333
root0.066667
LOWER IN rhizosphere0.058824
israel0.058824
rhizosphere0.045455
china0.032258
Fraction of annotations for the query sequences containing the term
TermScore
soil1.000000
triticum aestivum1.000000
china0.405405
germany0.378378
wheat0.270270
zea mays0.243243
ph 7.60.243243
crop rotation0.216216
bernburg0.216216
rhizosphere0.202703
haplic luvisol0.162162
bonn0.162162
campus klein-altendorf0.162162
silty clay loam0.135135
ph 6.90.135135
bulk soil0.135135
agricultural field0.135135
kingdom of denmark0.135135
ph 70.135135
conventional tillage0.121622
heilongjiang province0.108108
agricultural feature0.108108
glycine max0.108108
black soil0.108108
mollisol0.108108
hunan province0.108108
red soil0.108108
cambisol0.108108
maize pre-crop0.094595
mouldboard plough0.081081
brassica napus0.081081
rapeseed pre-crop0.081081
cultivator tillage0.081081
conservation tillage0.081081
vertisol0.081081
israel0.081081
northen israel0.081081
depth 45-75cm0.054054
loess chernozem0.054054
silt loam0.054054
depth 75-105cm0.054054
depth 0-20cm0.054054
high biochar0.054054
ph<60.040541
npk fertilizer0.040541
ph>60.040541
root0.040541
LOWER IN conventional tillage0.040541
no tillage0.040541
ph<50.040541
ph>50.040541
non-manured soil0.027027
LOWER IN manured soil0.027027
manured soil0.027027
LOWER IN non-manured soil0.027027
fluvo-aquic soil0.027027
hebei province0.027027
luancheng county0.027027
LOWER IN bulk soil0.027027
LOWER IN maize pre-crop0.027027
LOWER IN zea mays0.027027
LOWER IN brassica napus0.027027
LOWER IN rapeseed pre-crop0.027027
LOWER IN conservation tillage0.027027
LOWER IN cultivator tillage0.027027
LOWER IN mouldboard plough0.027027
ph 7.70.027027
loess plateau0.027027
chromic cambisol0.027027
shanxi province0.027027
ph 6.50.027027
low biochar0.027027
LOWER IN depth 45-75cm0.027027
LOWER IN depth 75-105cm0.027027
LOWER IN depth 0-20cm0.027027
straw0.027027
LOWER IN ph&gt;60.013514
LOWER IN ph&lt;60.013514
LOWER IN npk fertilizer0.013514
LOWER IN root0.013514
LOWER IN rhizosphere0.013514
soil unamended with straw0.013514
LOWER IN soil amended with straw0.013514
soil amended with straw0.013514
LOWER IN soil unamended with straw0.013514
LOWER IN no tillage0.013514
LOWER IN ph&gt;50.013514
LOWER IN ph&lt;50.013514
Exp. ID User ID Description Date Region Flag Sequences
155amnonhigh freq in soil loosely bound to wheat root (dominant triticum aestivum, wheat, soil, rhizosphere, china)2017-07-02v4No1 / 1
155amnonhigh freq in bulk soil in wheat field (dominant triticum aestivum, wheat, soil, bulk soil, china)2017-07-02v4No1 / 1
412amnondominant soil, hunan province, red soil, cambisol, zea mays, triticum aestivum, ph>5, china2018-11-26v4No1 / 1
155amnonhigh freq in soil tightly bound to wheat root (dominant triticum aestivum, wheat, soil, root, china)2017-07-02v4No1 / 2
414amnondominant soil, heilongjiang province, agricultural feature, triticum aestivum, glycine max, zea mays, black soil, mollisol, ph>6, china2018-11-26v4No1 / 5
765sheryoDominant in wheat field in the loess plateau in china (dominant triticum aestivum, ph 7.7, loess plateau, silt loam, chromic cambisol, shanxi province, china, soil)2021-04-12v3No1 / 5
414amnondominant soil, heilongjiang province, agricultural feature, triticum aestivum, glycine max, zea mays, black soil, mollisol, npk fertilizer, ph<6, china2018-11-26v4No1 / 6
764sheryoDominant in leoss soil in wheat field grown under crop rotation with maize pre-crop in germany (dominant maize pre-crop, ph 7.6, crop rotation, triticum aestivum, soil, germany, bernburg)2021-04-12v3No1 / 7
764sheryoDominant in leoss soil in wheat field grown under conservation tillage and crop rotation in germany (dominant ph 7.6, crop rotation, cultivator tillage, conservation tillage, triticum aestivum, soil, germany, bernburg)2021-04-12v3No1 / 8
764sheryoDominant in leoss soil in wheat field grown under crop rotation with rapeseed pre-crop in germany (dominant rapeseed pre-crop, brassica napus, maize pre-crop, ph 7.6, crop rotation, triticum aestivum, soil, germany, bernburg)2021-04-12v3No1 / 8
610sheryoDominant in agricultural field soil (dominant soil, agricultural field, kingdom of denmark, wheat, ph 7, triticum aestivum)2020-04-21v3No1 / 8
764sheryoDominant in leoss soil in wheat field grown under conventional tillage and crop rotation in germany (dominant crop rotation, triticum aestivum, ph 7.6, mouldboard plough, conventional tillage, loess chernozem, bernburg, germany, soil)2021-04-12v3No1 / 9
820naCommon in top soil, 0-20cm depth, wheat rhizosphere haplic luvisol in germany (dominant triticum aestivum, ph 6.5, silt loam, depth 0-20cm, haplic luvisol, germany, bonn, campus klein-altendorf, rhizosphere, soil)2021-07-14v1No1 / 9
610sheryoDominant in agricultural field soil amended with low biochar (dominant soil, agricultural field, kingdom of denmark, wheat, ph 7, high biochar, triticum aestivum, low biochar)2020-04-21v3No1 / 9
769sheryodominant in no tillage wheat field in northern israel (dominant bulk soil, triticum aestivum, no tillage, northen israel, israel, vertisol, soil)2021-04-18v4No1 / 9
610sheryoDominant in agricultural field soil amended with high biochar (dominant soil, agricultural field, kingdom of denmark, wheat, ph 7, high biochar, triticum aestivum)2020-04-21v3No1 / 10
820naDominant in lower subsoil, 75-105cm depth, wheat rhizosphere haplic luvisol in germany (dominant depth 75-105cm, silty clay loam, ph 6.9, triticum aestivum, haplic luvisol, germany, bonn, campus klein-altendorf, rhizosphere, soil)2021-07-14v1No1 / 10
610sheryoDominant in agricultural field soil amended with straw (dominant soil, agricultural field, kingdom of denmark, wheat, ph 7, high biochar, triticum aestivum, straw)2020-04-21v3No1 / 10
769sheryoDominant in conventional tillage wheat field in northern israel (dominant conventional tillage, bulk soil, soil, vertisol, israel, northen israel, triticum aestivum)2021-04-18v4No1 / 10
412amnondominant soil, hunan province, red soil, cambisol, zea mays, triticum aestivum, ph<5, china2018-11-26v4No1 / 11
750sheryoDominant in soil of wheat field in China (dominant fluvo-aquic soil, ph 7.6, hebei province, luancheng county, china, triticum aestivum, soil)2021-03-11v3No1 / 12
820nadominant in upper subsoil, 45-75cm depth, wheat rhizosphere haplic luvisol in germany (dominant silty clay loam, ph 6.9, depth 45-75cm, triticum aestivum, haplic luvisol, germany, bonn, campus klein-altendorf, rhizosphere, soil)2021-07-14v1No1 / 14
610sheryoHigher in agricultural field soil unamended with straw ( high in soil unamended with straw compared to soil amended with straw in triticum aestivum ph 7 wheat kingdom of denmark agricultural field soil )2020-04-21v3No1 / 22
764sheryoHigh in rapeseed pre-crop compared to maize pre-crop in leoss soil in wheat field grown under conservation tillage and crop rotation in germany ( high in brassica napus rapeseed pre-crop compared to maize pre-crop zea mays in ph 7.6 crop rotation cultivator tillage conservation tillage triticum aestivum soil germany bernburg )2021-04-12v3No1 / 30
155amnonhigher in bulk soil compared to loose bound root soil ( high in bulk soil compared to rhizosphere in triticum aestivum wheat soil china )2017-07-02v4No1 / 31
764sheryoHigh in maize pre-crop compared to rapeseed pre-crop in leoss soil in wheat field grown under conservation tillage and crop rotation in germany ( high in maize pre-crop zea mays compared to rapeseed pre-crop brassica napus in ph 7.6 crop rotation cultivator tillage conservation tillage triticum aestivum soil germany bernburg )2021-04-12v3No1 / 31
610sheryoHigher in agricultural field soil amended with straw ( high in soil amended with straw compared to soil unamended with straw in triticum aestivum ph 7 wheat kingdom of denmark agricultural field soil )2020-04-21v3No1 / 34
764sheryoHigh in convetional tillage compared to conservation tillage leoss soil in wheat field grown under crop rotation with rapeseed pre-crop in germany ( high in mouldboard plough conventional tillage compared to cultivator tillage conservation tillage in rapeseed pre-crop brassica napus ph 7.6 crop rotation triticum aestivum soil germany bernburg )2021-04-12v3No1 / 52
764sheryoHigh in conservation tillage compared to conventional tillage in leoss soil in wheat field grown under crop rotation with maize pre-crop in germany ( high in cultivator tillage conservation tillage compared to mouldboard plough conventional tillage in maize pre-crop ph 7.6 crop rotation triticum aestivum soil germany bernburg )2021-04-12v3No1 / 56
155amnonlower in bulk soil compared to loose bound root soil ( high in rhizosphere compared to bulk soil in triticum aestivum wheat soil china )2017-07-02v4No1 / 63
769sheryoHigh in no tillage compared to conventional tillage in wheat field in northern israel ( high in no tillage compared to conventional tillage in bulk soil soil vertisol israel northen israel triticum aestivum )2021-04-18v4No1 / 65
764sheryoHigh in conservation tillage compared to conventional tillage leoss soil in wheat field grown under crop rotation with rapeseed pre-crop in germany ( high in conservation tillage cultivator tillage compared to conventional tillage mouldboard plough in bernburg germany soil triticum aestivum crop rotation ph 7.6 brassica napus rapeseed pre-crop )2021-04-12v3No1 / 68
764sheryoHigh in conventional tillage compared to conservation tillage in leoss soil in wheat field grown under crop rotation with maize pre-crop in germany ( high in conventional tillage mouldboard plough compared to conservation tillage cultivator tillage in maize pre-crop ph 7.6 crop rotation triticum aestivum soil germany bernburg )2021-04-12v3No1 / 72
820naHigher in 45-5cm depth compared to 75-105cm depth in wheat rhizosphere haplic luvisol in germany ( high in depth 45-75cm compared to depth 75-105cm in silty clay loam ph 6.9 triticum aestivum haplic luvisol germany bonn campus klein-altendorf rhizosphere soil )2021-07-14v1No1 / 83
764sheryoHigh in rapeseed pre-crop compared to maize pre-crop leoss soil in wheat field grown under conventional tillage and crop rotation in germany ( high in brassica napus rapeseed pre-crop compared to maize pre-crop zea mays in soil germany bernburg loess chernozem conventional tillage mouldboard plough ph 7.6 triticum aestivum crop rotation )2021-04-12v3No1 / 91
769sheryoHigh in conventional tillage compared to no tillage in wheat field in northern israel ( high in conventional tillage compared to no tillage in bulk soil soil vertisol israel northen israel triticum aestivum )2021-04-18v4No1 / 91
414amnon high in non-manured soil compared to manured soil in agricultural feature soil zea mays glycine max triticum aestivum heilongjiang province black soil mollisol china 2018-11-26v4No1 / 104
414amnon high in manured soil compared to non-manured soil in soil heilongjiang province agricultural feature triticum aestivum glycine max zea mays black soil mollisol china 2018-11-26v4No1 / 118
820naHigher in 75-105cm depth compared to 45-75cm depth in wheat rhizosphere haplic luvisol in germany ( high in depth 75-105cm compared to depth 45-75cm in silty clay loam ph 6.9 triticum aestivum haplic luvisol germany bonn campus klein-altendorf rhizosphere soil )2021-07-14v1No1 / 159
764sheryoHigh in maize pre-crop compared to rapeseed pre-crop leoss soil in wheat field grown under conventional tillage and crop rotation in germany ( high in maize pre-crop zea mays compared to brassica napus rapeseed pre-crop in soil germany bernburg loess chernozem conventional tillage mouldboard plough ph 7.6 triticum aestivum crop rotation )2021-04-12v3No1 / 173
750sheryoCommon in soil of wheat field in China (common fluvo-aquic soil, ph 7.6, hebei province, luancheng county, china, triticum aestivum, soil)2021-03-11v3No1 / 337
412amnonhigh in pig manured soil with wheat-maize rotation compared to non-manured soil ( high in manured soil compared to non-manured soil in soil hunan province red soil cambisol zea mays triticum aestivum china )2018-11-26v4No1 / 395
412amnonlower in pig manured soil with wheat-maize rotation compared to non-manured soil ( high in non-manured soil compared to manured soil in soil hunan province red soil cambisol zea mays triticum aestivum china )2018-11-26v4No1 / 437
820naCommon in upper subsoil, 45-75cm depth, wheat rhizosphere haplic luvisol in germany (common silty clay loam, ph 6.9, depth 45-75cm, triticum aestivum, haplic luvisol, germany, bonn, campus klein-altendorf, rhizosphere, soil)2021-07-14v1No1 / 648
820naHigher in 45-75cm depth compared to 0-20cm depth in wheat rhizosphere haplic luvisol in germany ( high in depth 45-75cm compared to depth 0-20cm in silty clay loam ph 6.9 triticum aestivum haplic luvisol germany bonn campus klein-altendorf rhizosphere soil )2021-07-14v1No1 / 686
820naCommon in lower subsoil, 75-105cm depth, wheat rhizosphere haplic luvisol in germany (common depth 75-105cm, silty clay loam, ph 6.9, triticum aestivum, haplic luvisol, germany, bonn, campus klein-altendorf, rhizosphere, soil)2021-07-14v1No1 / 700
412amnon high in ph<5 compared to ph>5 in soil hunan province red soil cambisol zea mays triticum aestivum china 2018-11-26v4No1 / 706
820naHigher in 75-105cm depth compared to 0-20cm depth in wheat rhizosphere haplic luvisol in germany ( high in depth 75-105cm compared to depth 0-20cm in silty clay loam ph 6.9 triticum aestivum haplic luvisol germany bonn campus klein-altendorf rhizosphere soil )2021-07-14v1No1 / 740
412amnoncommon soil, hunan province, red soil, cambisol, zea mays, triticum aestivum, ph<5, china2018-11-26v4No1 / 823
412amnoncommon soil, hunan province, red soil, cambisol, zea mays, triticum aestivum, ph>5, china2018-11-26v4No1 / 856
769sheryocommon in conventional tillage wheat field in northern israel (common conventional tillage, bulk soil, soil, vertisol, israel, northen israel, triticum aestivum)2021-04-18v4No1 / 861
769sheryocommon in no tillage wheat field in northern israel (common bulk soil, soil, vertisol, israel, northen israel, no tillage, triticum aestivum)2021-04-18v4No1 / 871
820naHigher in 0-20cm depth compared to 75-105cm depth in wheat rhizosphere haplic luvisol in germany ( high in depth 0-20cm compared to depth 75-105cm in silty clay loam ph 6.9 triticum aestivum haplic luvisol germany bonn campus klein-altendorf rhizosphere soil )2021-07-14v1No1 / 917
820naHigher in 0-20cm depth compared to 45-75cm depth in wheat rhizosphere haplic luvisol in germany ( high in depth 0-20cm compared to depth 45-75cm in silty clay loam ph 6.9 triticum aestivum haplic luvisol germany bonn campus klein-altendorf rhizosphere soil )2021-07-14v1No1 / 923
414amnon 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 2018-11-26v4No1 / 963
610sheryoCommon in agricultural field soil amended with straw (common straw, triticum aestivum, ph 7, wheat, kingdom of denmark, agricultural field, soil)2020-04-21v3No1 / 998
412amnon high in ph>5 compared to ph<5 in soil hunan province red soil cambisol zea mays triticum aestivum china 2018-11-26v4No1 / 1005
610sheryoCommon in agricultural field soil amended with low biochar (common low biochar, triticum aestivum, ph 7, wheat, kingdom of denmark, agricultural field, soil)2020-04-21v3No1 / 1009
820naCommon in top soil, 0-20cm depth, wheat rhizosphere haplic luvisol in germany (common triticum aestivum, ph 6.5, silt loam, depth 0-20cm, haplic luvisol, germany, bonn, campus klein-altendorf, rhizosphere, soil)2021-07-14v1No1 / 1011
610sheryoCommon in agricultural field soil (common triticum aestivum, ph 7, wheat, kingdom of denmark, agricultural field, soil)2020-04-21v3No1 / 1053
610sheryoCommon in agricultural field soil amended with high biochar (common soil, agricultural field, kingdom of denmark, wheat, ph 7, high biochar, triticum aestivum)2020-04-21v3No1 / 1079
765sheryocommon in wheat field in the loess plateau in china (common triticum aestivum, ph 7.7, loess plateau, silt loam, chromic cambisol, shanxi province, china, soil)2021-04-12v3No1 / 1087
414amnoncommon soil, heilongjiang province, agricultural feature, triticum aestivum, glycine max, zea mays, black soil, mollisol, npk fertilizer, ph<6, china2018-11-26v4No1 / 1105
764sheryocommon in leoss soil in wheat field grown under crop rotation with rapeseed pre-crop in germany (common bernburg, germany, soil, triticum aestivum, crop rotation, ph 7.6, brassica napus, rapeseed pre-crop)2021-04-12v3No1 / 1129
764sheryoCommon in leoss soil in wheat field grown under conservation tillage and crop rotation in germany (common ph 7.6, crop rotation, cultivator tillage, conservation tillage, triticum aestivum, soil, germany, bernburg)2021-04-12v3No1 / 1140
764sheryoCommon in leoss soil in wheat field grown under conventional tillage and crop rotation in germany (common crop rotation, triticum aestivum, ph 7.6, mouldboard plough, conventional tillage, loess chernozem, bernburg, germany, soil)2021-04-12v3No1 / 1213
764sheryoCommon in leoss soil in wheat field grown under crop rotation with maize pre-crop in germany (common maize pre-crop, ph 7.6, crop rotation, triticum aestivum, soil, germany, bernburg)2021-04-12v3No1 / 1225
414amnoncommon soil, heilongjiang province, agricultural feature, triticum aestivum, glycine max, zea mays, black soil, mollisol, ph>6, china2018-11-26v4No1 / 1282
414amnon high in ph>6 compared to ph<6 npk fertilizer in soil heilongjiang province agricultural feature triticum aestivum glycine max zea mays black soil mollisol china 2018-11-26v4No1 / 1451
155amnonhigher in tightly bound root soil compared to loose soil and bulk soil ( high in root compared to bulk soil in triticum aestivum wheat soil china )2017-07-02v4No1 / 1714
155amnoncommon in soil tightly bound to wheat root (common triticum aestivum, wheat, soil, root, china)2017-07-02v4No1 / 1977
155amnoncommon in soil loosely bound to wheat root (common triticum aestivum, wheat, soil, rhizosphere, china)2017-07-02v4No1 / 2425
155amnoncommon in bulk soil in wheat field (common triticum aestivum, wheat, soil, bulk soil, china)2017-07-02v4No1 / 2594
155amnonlower in tightly bound root soil compared to loose soil and bulk soil ( high in bulk soil compared to root in triticum aestivum wheat soil china )2017-07-02v4No1 / 2933

Problems / suggestions? Please email info AT dbbact DOT org