The Mayaro virus and its potential epidemiological consequences in Colombia: an exploratory biomathematics analysis

Table 1 Parameters of the life-cycle of Ae. aegypti calculated from the average of the data available in the literature for the temperature range of each biogeographical province and human populations

Biogeographical province	Human population	Temperature (°C)			Transference rate			Survival (days)	Mortality rate			References
Biogeographical province	Human population	Maximum	Median	Minimum	Egg	Larva	Pupa	Adult	Egg	Larva	Pupa	References
Biogeographical region Chocó	1,630,661	30.760	25.740	21.170	0.266	0.121	0.241	28.094	0.088	0.160	0.113	[52, 70, 85, 97, 104,105,106]
Maracaibo	10,858,909	32.360	26.150	19.910	0.273	0.109	0.247	25.557	0.126	0.135	0.179	[52, 78, 87,88,89]
Venezuelan Plains	702,579	34.160	26.930	21.000	0.281	0.126	0.277	23.461	0.124	0.135	0.129	[52, 78, 87,88,89]
Magdalena	9,749,551	30.300	24.430	18.920	0.267	0.105	0.233	26.323	0.116	0.141	0.192	[52, 78, 87,88,89]
Imerí	369,619	32.250	26.300	20.990	0.273	0.125	0.259	26.776	0.105	0.149	0.109	[52, 78, 87,88,89]
Cauca	10,021,776	25.610	19.780	14.270	0.221	0.074	0.219	19.639	0.283	0.258	0.352	[52, 78, 87]
Napo	2,880,096	29.870	23.940	18.350	0.273	0.116	0.238	26.397	0.114	0.146	0.144	[52, 78, 87,88,89]
North-Andean Moorland	13,576,222	21.380	15.300	9.330	0.192	0.063	0.191	17.951	0.375	0.290	0.446	[52, 78, 87]

ISSN: 1756-3305