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Table 2: Generalized linear models of selection coefficients. GLMs of selection coefficients for post-settlement selection IBMs for each island (Kaua‘i, O‘ahu, and the Big Island) without immigration (scenario 2) and with immigration (scenario 4).

From: Evidence of local adaptation in a waterfall-climbing Hawaiian goby fish derived from coupled biophysical modeling of larval dispersal and post-settlement selection

Island

Parameter

Coefficient

t-value

P-value

Without immigration (scenario 2)

Kaua‘i

stage

0.0005

9.39

< 0.0001

predation probability

-0.0047

-5.59

< 0.0001

climbing probability

-0.0009

-1.17

0.24

predation probability × climbing probability

0.0018

1.33

0.18

O‘ahu

stage

0.0007

7.06

< 0.0001

predation probability

-0.006

-4.19

< 0.0001

climbing probability

-0.004

-2.84

0.005

predation probability × climbing probability

0.004

2.09

0.038

Big Island

stage

0.0006

6.81

< 0.0001

predation probability

0.0009

0.68

0.50

climbing probability

-0.0001

-0.09

0.93

predation probability × climbing probability

0.0001

0.03

0.97

With immigration (scenario 4)

Kaua‘i

stage

0.0012

4.61

< 0.0001

immigration rate

-0.0105

-2.46

0.01

predation probability

0.0022

0.46

0.65

immigration rate × predation probability

0.0289

4.13

< 0.0001

O‘ahu

stage

0.0015

6.63

< 0.0001

immigration rate

0.0053

1.49

0.14

predation probability

0.0193

4.90

< 0.0001

immigration rate × predation probability

-0.0038

-0.66

0.51

Big Island

stage

0.0008

5.24

< 0.0001

immigration rate

-0.0003

-0.12

0.91

predation probability

0.069

2.37

0.02

immigration rate × predation probability

0.0013

0.31

0.76