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# | Risk | •RPN |
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1 | Loss of cashew productivity during harvest due to unexpected rains with intensity greater than 2 days during flowering | 405 |
2 | Loss of cashew productivity due to low visit of pollinators to the cashew during flowering | 90 |
3 | Economic losses due to noncompliance with the pollination service (over 10% service) | 192 |
4 | Economic loss due to a decrease in the price of cashew nuts below $0.80 per kg | 96 |
5 | Economic loss due to an increase in prices of beekeeping supplies | 96 |
6 | Productivity losses due to disease dissipation in cultivation, with the bee acting as a vehicle for crosscontamination | 168 |
7 | Economic losses due to theft of hives with bees | 315 |
8 | Decrease of the pollination service contract due to competition with other pollinators | 210 |
9 | Economic loss of the beekeeper due to a decrease in the population of bees caused by diseases and pests in the hive | 378 |
10 | Loss of hives due to attack by bush animals | 168 |
11 | Economic losses due to incompatibility of bees with crop management activities | 336 |
12 | Economic losses due to burns of the cashew crop (greater than 10% burns) | 350 |
13 | Economic losses due to theft of cashew | 360 |
14 | Loss of bees due to exposure to agrochemicals | 63 |
15 | Economic losses of cashew due to yields less than 20% with the pollination service included | 180 |
16 | Economic losses due to hiring inexperienced personnel in bee management and pollination | 270 |
17 | Reduction of the service contract due to lack of education in management and reaction to bee attacks | 270 |
18 | Decrease in the service contract due to a bad image of the business due to aggressive bees | 210 |
19 | Loss of bees due to little floral diversity to feed bees | 144 |
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