Table 5. Examples of other localities where Anopheles funestus mosquitoes have been demonstrated to mediate most of the residual malaria transmission, and where control programs targeting An. funestus with effective interventions, could drastically reduce local transmission.

SN	Country	Intervention	Dominant Vectors	Other Vectors	Resistance Status	Sporozoite Rates	Implications for malaria transmission control	Reference
1	Kenya	ITNs and LLINs	An. funestus	An. arabiensis, An. gambiae s.s.	Pyrethroid resistance confirmed	An. funestus 4.5%, An. arabiensis 0.9%, An.gambiae s.s 8.6%	Reduced effectiveness of the current interventions	[52]
2	Burkina Faso		An. gambiae s.l.	An. funestus s.l, An. nili	No pyrethroid detected. An. funestus in was highly resistant to dieldrin	An. funestus (2.6% -9.7%)	An. funestus had higher biting rates and high sporozoite rate compared to An.gambiae complex	[53]
3	Tanzania	LLINs	An. gambiae s.l.	An. funestus s.l	Pyrethroid resistance confirmed	An. funestus (0.16% -1.47%)	Resurgence of malaria transmission in Kilombero valley, Tanzania	[10]
4	Senegal	LLINs	An. funestus	-	-	An. funestus 1.28%	An. funestus changed their host seeking behaviour following the introduction of LLINs, thus compromising effectiveness of LLINS.	[54]
5	Cameroon		An. funestus s.s	An. gambiae s.s	-	An. funestus 6.8%, An.gambiae s.s 0.6%- 4.1%	An. funestus accounts for 88% of the transmission in this setting.	[55]