Table 1. Shifts for each crop analyzed considering A) the decrease and B) the increase in the pollinator occurrence probability and the number of municipalities potentially affected (scientific name of each crop can be found in S1 Table).

	Occurrence probability %	Occurrence probability STD	Number of municipalities	Total number of municipalities that produce each crop	%
A) Decrease in pollinator occurrence probability
acerola	14.0	10.2	150	201	74.6
annatto	14.7	8.7	220	258	85.3
avocado	10.4	7.3	613	673	91.1
bean	9.9	8.8	3527	4188	84.2
coconut	5.6	4.4	1522	1753	86.8
coffee	15.3	8.6	1631	1708	95.5
cotton	6.9	6.3	318	321	99.1
guava	16.0	11.1	793	838	94.6
mandarin	15.1	9.8	1263	13645	9.3
passion fruit	10.8	9.9	973	1155	84.2
persimmon	2.8	2.2	503	579	86.9
sunflower	17.7	15.6	101	101	100.0
tomato	25.5	15.4	1521	1743	87.3
B) Increase in pollinator occurrence probability
acerola	4.8	5.2	51	201	25.4
annatto	2.5	2.0	38	258	14.7
avocado	4.4	4.8	60	673	8.9
bean	1.7	2.2	661	4188	15.8
coconut	2.8	2.9	231	1753	13.2
coffee	4.8	4.7	77	1708	4.5
cotton	20.4	13.7	3	321	0.9
guava	3.1	3.8	45	838	5.4
mandarin	3.8	4.2	82	1345	6.1
passion fruit	7.3	9.0	182	1155	15.8
persimmon	3.5	2.5	76	579	13.1
sunflower	0.0	0.0	0	101	0.0
tomato	4.3	3.1	222	1743	12.7