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Table 8 Results of MANOVA on the main and interaction effects of altitude, temperature and photoperiod on PPL, HRs, and ROs of dry season Ae. aegypti across the Philippine big islands

From: Temperature, season, and latitude influence development-related phenotypes of Philippine Aedes aegypti (Linnaeus): Implications for dengue control amidst global warming

Source

df

PPL (%)

HR (%)

RO

F

P-value

F

P-value

F

P-value

Model

35

1.027

0.450

4.092

0.000

3.131

 < 0.001

Big island

2

0.065

0.937

5.041

0.009

1.318

0.274

Altitude

1

0.113

0.737

1.302

0.258

1.119

0.294

Photoperiod

1

0.321

0.573

0.178

0.674

1.490

0.226

Temperature

2

12.314

0.000

53.678

0.000

30.801

 < 0.001

Big island × altitude

2

0.170

0.844

0.475

0.624

0.086

0.918

Big island × photoperiod

2

0.065

0.937

0.145

0.865

0.139

0.870

Big island × temperature

4

0.111

0.978

1.255

0.296

3.245

0.017

Altitude × photoperiod

1

0.113

0.738

1.311

0.256

0.325

0.571

Altitude × temperature

2

0.369

0.693

0.947

0.393

0.881

0.419

Photoperiod × temperature

2

0.741

0.480

0.605

0.549

8.603

 < 0.001

Big island × altitude × photoperiod

2

0.170

0.844

1.879

0.160

0.523

0.595

Big island × altitude × temperature

4

0.238

0.916

0.714

0.585

0.265

0.900

Big island × photoperiod × temperature

4

1.194

0.321

1.091

0.367

1.172

0.330

Altitude × photoperiod × temperature

2

0.280

0.757

0.300

0.742

1.040

0.359

Big island × altitude × photoperiod × temperature

4

0.221

0.926

0.508

0.730

0.285

0.887

Error

72

      

Total

108

      
  1. Bold P-values mean significant at P = 0.05