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Table 2 Differences in the physical and chemical properties of the soil surrounding the roots between all populations and bulk soil before ex situ transplantation

From: Nitrogen, manganese, iron, and carbon resource acquisition are potential functions of the wild rice Oryza rufipogon core rhizomicrobiome

Population

pH

EC (μS cm−1)

TN (g kg−1)

SOM (g kg−1)

AP (μg g−1)

AK (μg g−1)

ZTI

5.22±0.03b

42.62±0.58c

0.97±0.03ab

38.17±5.23bc

33.17±0.61b

61.03±11.31a

AJSI

5.38±0.12a

51.44±10.35c

0.77±0.01c

36.81±0.79bc

32.8±2.16b

52.67±1.1ab

STSI

4.98±0.08c

41.41±6.47c

0.9±0.05abc

44.61±6.26ab

36.84±3.62a

58.95±0.76a

BS

5.43±0.12a

41.84±3.86c

0.75±0.06c

42.40±4.65ab

13.46±1.34c

34.14±4.72cd

ZT

5.5±0.01a

88.7±2.16a

1.01±0.04a

46.48±5.5a

14.1±0.92c

30.87±5.49cd

AJS

5.44±0.07a

85.4±2.81a

0.85±0.05bc

26.34±2.44d

6.09±1.09d

29.22±6.74d

STS

5.37±0.07ab

72.78±0.39b

0.55±0.18d

31.88±0.8cd

16.98±0.47c

42.09±1.46bc

  1. The data in the table are the mean ± standard deviation, and different lowercase letters indicate significant (ρ < 0.05) differences by one-way ANOVA with Tukey’s test
  2. EC electrical conductivity, TN total nitrogen, SOM soil organic matter, AP available phosphorus, AK available potassium
  3. Wild rice samples were collected from three in situ natural reserves, Zhangtang (ZTI), Anjiashan (AJSI), and Shuitaoshu (STSI), bulk soil before ex situ transplantation (BS), and three ex situ populations, Zhangtang (ZT), Anjiashan (AJS), and Shuitaoshu (STS)