Table 1.

Predictive models generated by the CBA.

New canfirmed (NC)	C%	S%	New deaths (ND)	C%	S%
IF: 800_ < _NC_ < _2200 and 40_ < _isol_avg_index_ < _45 and 15_ < _dew_pointMax_ < _18 THEN→ 800_ < _NC7_SP_ < _2200	81.5	5	IF: soil_wat_avail_ < _55 and ND_ > _75 and tAvg _ < _20 THEN→ ND7_SP_ > _75	100	6.4
IF: 3_<_pot_evapo_<_5 and urMax_>_91 and death_rate_<_9 THEN→ NC2_RJ_<_240 (C%: 81.2, S%: 5.6)	81.2	5.6	IF: soil_wat_avail_ < _55 and ND_ > _75 and May THEN→ ND7_SP_ > _75	100	5.6
IF: NC_<_240 and urMax_>_91 and March THEN→ NC6_RJ_<_240 (C%: 100, S%: 5)	100	5	IF: ND_ > _75 and tMax _ < _25 and 0_ < _sum_rain_t3_ < _5 THEN→ ND7_SP_ > _75	100	6.4
IF: NC_ < _240 and death_rate_ < _9 and March THEN→ NC7_RJ_ < _240	100	6	IF: 36_ < _ urMin _ < _48 and NC_ < _240 and death_rate_ < _9 THEN→ ND4_RJ_ < _25	96.9	6.8
IF: NC_ < _240 and urMax _ > _91 and March THEN→ NC7_RJ_ < _240	100	5.1	IF: NC_ < _240 and death_rate_ < _9 and March THEN→ ND7_RJ_ < _25	100	6
IF: dew_pointMin _>_16 and NC_<_240 and March THEN→ NC7_RJ_<_240	100	5	IF: NC_ < _240 and urMax _ > _91 and March THEN→ ND7_RJ_ < _25	100	5.1
IF: death_rate_ < _5 and total_conf_ > _85000 THEN→ NC2_Manaus_ > _400	100	8	IF: ND_ > _15 and total_deaths_ > _3300 and sum_rain_t5_ > _45 THEN→ ND2_Manaus_ > _15	90.1	9.1
IF: death_rate_ < _5 and total_deaths_ > _3300 and avg_rad_t5_ < _12 THEN→ NC6_Manaus_ > _400	100	6.7	IF: ND_ > _15 and total_deaths_ > _3300 and tMax _ < _31 THEN→ ND1_Manaus_ > _15	93.7	10.2
IF:ND_ > _15 and NC_ > _400 and 5_ < _sum_rain_t3_ < _26 THEN→ NC1_Manaus_ > _400	90.3	6.3	IF: ND_ > _15 and NC_ > _400 and avg_rad_t7_ < _12 THEN→ ND6_Manaus_ > _15	100	10.8
IF:death_rate_ < _5 and total_deaths_ > _3300 and avg_rad_t3_ < _12 THEN→ NC4_Manaus_ > _400	100	6.7	IF: dew_pointMin _ > _21 and ND_ > _15 and NC_ > _400 THEN→ ND7_Manaus_ > _15	93.5	9.9
IF:death_rate_ < _5 and total_deaths_ > _330 and sum_rain_t7_ > _70 THEN→ NC6_Manaus_ > _400	100	6.7	IF: drought_=_0 and ND_ > _15 and NC_ > _400 THEN→ ND6_Manaus_ > _15	94.2	11.2