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Table 2 Run test and correlation test of inter-scan intervals and scan durations in reproductive Black-necked Cranes in Tibet

From: Sequential vigilance is unpredictable in reproductive Black-necked Cranes

ID

n

Run

Correlation

ID

n

Run

Correlation

Z

p

r

p

Z

p

r

p

1A

28

− 0.940

0.347

0.153

0.437

28A

22

− 0.655

0.512

0.251

0.260

2A

31

− 1.457

0.145

0.239

0.196

29A

39

− 0.289

0.773

0.071

0.669

3A

54

− 0.550

0.583

− 0.034

0.808

30A

54

− 1.239

0.215

− 0.037

0.792

3B

30

− 1.301

0.193

− 0.383

0.037

31A

20

0.689

0.491

0.371

0.107

4A

36

− 2.198

0.028

0.131

0.447

31B

28

0.000

1.000

− 0.047

0.811

5A

26

− 0.976

0.329

− 0.272

0.179

31C

31

− 1.726

0.084

− 0.063

0.736

6A

19

− 0.935

0.350

− 0.252

0.298

31D

41

− 0.313

0.755

0.060

0.709

7A

19

0.486

0.627

0.411

0.080

31E

30

0.186

0.853

− 0.243

0.196

7B

24

− 0.626

0.531

0.139

0.516

31F

51

− 1.253

0.210

− 0.188

0.186

7C

19

0.012

0.990

0.324

0.176

32A

20

0.279

0.781

− 0.180

0.447

7D

28

− 0.553

0.580

− 0.232

0.235

32B

30

− 0.929

0.353

− 0.200

0.289

7E

29

0.000

1.000

− 0.261

0.171

33A

25

− 2.000

0.046

0.340

0.097

7F

22

− 1.529

0.126

− 0.548

0.008

34A

26

− 3.403

0.001

0.013

0.948

7G

25

− 0.810

0.418

− 0.183

0.381

35A

22

− 1.092

0.275

0.102

0.653

7H

19

0.486

0.627

− 0.211

0.387

35B

20

− 0.689

0.491

0.226

0.337

8A

38

0.000

1.000

0.140

0.400

36A

22

− 1.503

0.133

− 0.186

0.408

8B

51

0.860

0.390

0.097

0.498

36B

27

0.793

0.428

− 0.035

0.864

9A

27

− 0.779

0.436

0.202

0.311

37A

22

1.583

0.113

0.200

0.372

9B

34

− 0.174

0.862

0.018

0.918

38A

38

− 1.480

0.139

− 0.022

0.895

10A

26

− 1.001

0.317

− 0.197

0.334

38B

41

1.499

0.134

− 0.151

0.345

11A

41

1.270

0.204

− 0.331

0.034

39A

43

− 1.850

0.064

− 0.381

0.012

12A

49

− 0.509

0.611

− 0.075

0.608

39B

25

− 0.340

0.734

− 0.019

0.927

12B

32

− 0.898

0.369

− 0.361

0.042

40A

27

− 0.779

0.436

0.151

0.452

13A

31

− 0.726

0.468

0.058

0.755

41A

87

− 1.617

0.106

− 0.124

0.253

14A

52

− 1.961

0.050

− 0.057

0.688

41B

82

− 0.439

0.660

− 0.169

0.130

15A

52

0.011

0.991

0.300

0.031

42A

40

− 1.762

0.078

− 0.161

0.320

16A

43

− 1.232

0.218

− 0.066

0.673

42B

58

− 0.762

0.446

0.091

0.499

16B

95

− 3.346

0.001

0.110

0.288

43A

32

− 0.539

0.590

− 0.048

0.794

17A

80

− 1.500

0.134

− 0.037

0.747

44A

54

− 0.815

0.415

0.036

0.795

17B

108

− 1.094

0.274

− 0.148

0.126

44B

48

− 0.134

0.893

− 0.182

0.215

18A

23

− 0.846

0.398

− 0.654

0.001

45A

23

0.000

1.000

− 0.296

0.170

19A

30

0.212

0.832

0.152

0.422

45B

36

− 2.536

0.011

− 0.311

0.069

19B

28

− 0.193

0.847

− 0.110

0.576

46A

33

0.713

0.476

− 0.076

0.676

19C

43

− 0.305

0.760

− 0.039

0.805

46B

42

− 1.299

0.194

0.075

0.636

19D

28

1.383

0.167

− 0.064

0.745

47A

26

− 3.002

0.003

− 0.242

0.233

19E

33

− 0.225

0.822

0.022

0.904

48A

22

− 1.092

0.275

0.102

0.653

19F

27

1.580

0.114

− 0.285

0.150

48B

20

− 0.689

0.491

0.035

0.883

20A

20

− 0.230

0.818

0.060

0.801

49A

23

− 1.653

0.098

− 0.270

0.212

21A

23

− 0.846

0.398

− 0.094

0.670

49B

27

0.793

0.428

− 0.035

0.864

21B

50

− 1.429

0.153

− 0.269

0.059

49C

26

− 0.573

0.566

0.206

0.314

22A

70

− 0.963

0.335

− 0.216

0.072

50A

22

1.583

0.113

0.122

0.589

22B

48

0.146

0.884

0.039

0.791

51A

38

− 1.480

0.139

− 0.046

0.782

23A

60

− 2.604

0.009

0.205

0.116

51B

41

1.499

0.134

− 0.151

0.345

23B

47

0.003

0.997

− 0.109

0.464

52A

42

− 1.718

0.086

− 0.346

0.025

24A

39

− 0.970

0.332

− 0.044

0.788

52B

24

− 0.175

0.861

− 0.009

0.966

24B

55

− 2.312

0.021

0.014

0.917

53A

29

0.007

0.995

− 0.345

0.067

25A

40

− 1.442

0.149

− 0.223

0.167

54A

20

− 0.230

0.818

− 0.147

0.536

25B

33

− 0.349

0.727

− 0.144

0.423

54B

26

− 0.600

0.548

0.012

0.955

26A

26

− 0.170

0.865

− 0.047

0.821

55A

26

− 0.976

0.329

0.054

0.793

27A

28

− 0.871

0.384

0.116

0.558

55B

21

0.011

0.991

− 0.039

0.868

  1. Significant cases were in italics. While numbers represent the group number and the letters represent the individuals from the same group