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

Table 1 Philippine highland and lowland study sites in Luzon, Visayas, and Mindanao with coordinates, sub-sites, and their elevations with a sample size of Ae. aegypti F1 egg cohorts per season

Sites	Coordinates	Sub-sites (elevation m ASL^a)	Sample size season
Sites	Coordinates	Sub-sites (elevation m ASL^a)	Wet	Dry
Luzon
Baguio city (BG)	16.402°N; 120.596°E	A. UP-Baguio^b (1489)	90	12
		B. Trancoville (1417)	78	12
		C. Cabinet Hill (1474)	76	12
Quezon city (QC)	14.676°N; 121.044°E	A. NIMBB, UPD^c (75)	89	12
		B. Daan Tubo (65)	90	12
		C. Payatas B (62)	90	12
Visayas
Cebu city mountains (CC)	10.317°N; 123.891°E	A. Taptap (662)	90	12
		B. Babag 2 (405)	90	12
		C. Tabunan, Cantipla (873)	90	12
Liloan, Cebu (LIL)	10.4121°N; 123.986°E	A. Poblacion (17)	90	12
		B. Yati (21)	90	12
		C. Catarman (16)	90	12
Mindanao
Maramag, Bukidnon (BUK)	7.8592°N; 125.0515°E	A. Lumbo (458)	90	12
		B. Sentro, Dologon (371)	90	12
		C. Musuan, Dologon (386)	90	12
Cagayan de Oro city (CDO)	8.454°N; 124.632°E	A. Gusa (14)	90	12
		B. Cugman (21)	90	12
		C. Bugo (20)	90	12

^aMeters above sea level
^bUniversity of the Philippines–Baguio
^cNational Institute of Molecular Biology and Biotechnology, University of the Philippines–Diliman

ISSN: 1756-3305