Table 4 Contributions of different potential prey taxa to different size groups of black amur bream, according to stable isotope Bayesian mixed models.

From: Individual dietary specialization reduces intraspecific competition, rather than feeding activity, in black amur bream (Megalobrama terminalis)

Prey

Small juvenile

Large juvenile

Sub-adult

Adult

Mean

CI95%

Mean

CI95%

Mean

CI95%

Mean

CI95%

Zooplankton

0.09

0–0.18

0.11

0–0.21

0.13

0–0.25

0.11

0–0.21

Phytoplankton

0.08

0–0.17

0.09

0–0.19

0.09

0–0.20

0.09

0–0.19

C4_P

0.05

0–0.11

0.03

0–0.07

0.02

0–0.06

0.03

0–0.08

Psp

0.09

0–0.17

0.08

0.01–0.18

0.07

0–0.18

0.08

0–0.19

Mni

0.09

0–0.17

0.11

0–0.20

0.14

0.03–0.25

0.15

0.02–0.27

Awo

0.08

0–0.17

0.07

0–0.17

0.05

0–0.14

0.06

0–0.15

Lfo

0.09

0–0.17

0.08

0–0.17

0.06

0–0.15

0.06

0–0.16

Sca

0.08

0–0.17

0.07

0–0.17

0.06

0–0.15

0.07

0–0.16

Cfl

0.10

0–0.18

0.13

0.01–0.23

0.15

0.01–0.29

0.12

0.01–0.23

Bsp

0.08

0–0.16

0.06

0–0.14

0.04

0–0.10

0.05

0–0.13

Bde

0.08

0–0.17

0.08

0–0.18

0.09

0–0.20

0.09

0–0.19

Sediment

0.08

0–0.17

0.08

0–0.18

0.09

0–0.20

0.09

0–0.19

  1. CI95%, lower—higher confidence intervals.