Skip to contents

Poverty Probability Index (PPI) lookup table for Mexico using new poverty definitions

Usage

ppiMEX2017_a

Format

A data frame with 17 columns and 101 rows:

score

PPI score

nl100

National lower poverty line (100%)

nu100

National upper poverty line (100%)

nu150

National upper poverty line (150%)

nu200

National upper poverty line (200%)

half100

Poorest half below 100% national

ppp125

Below $1.25 per day purchasing power parity (2005)

ppp200

Below $2.00 per day purchasing power parity (2005)

ppp250

Below $2.50 per day purchasing power parity (2005)

ppp500

Below $5.00 per day purchasing power parity (2005)

ppp190

Below $1.90 per day purchasing power parity (2011)

ppp310

Below $3.10 per day purchasing power parity (2011)

percentile20

Below 20th percentile poverty line

percentile40

Below 40th percentile poverty line

percentile50

Below 50th percentile poverty line

percentile60

Below 60th percentile poverty line

percentile80

Below 80th percentile poverty line

Examples

  # Access Mexico PPI table
  ppiMEX2017_a
#>     score nl100 nu100 nu150 nu200 half100 ppp125 ppp200 ppp250 ppp500 ppp190
#> 0       0  75.3  94.6 100.0 100.0    91.1   36.6   63.5   72.9   95.0   52.9
#> 1       1  75.3  94.6 100.0 100.0    91.1   36.6   63.5   72.9   95.0   52.9
#> 2       2  75.3  94.6 100.0 100.0    91.1   36.6   63.5   72.9   95.0   52.9
#> 3       3  75.3  94.6 100.0 100.0    91.1   36.6   63.5   72.9   95.0   52.9
#> 4       4  75.3  94.6 100.0 100.0    91.1   36.6   63.5   72.9   95.0   52.9
#> 5       5  62.6  92.3  98.4  99.3    84.7   22.5   43.5   57.3   91.8   36.5
#> 6       6  62.6  92.3  98.4  99.3    84.7   22.5   43.5   57.3   91.8   36.5
#> 7       7  62.6  92.3  98.4  99.3    84.7   22.5   43.5   57.3   91.8   36.5
#> 8       8  62.6  92.3  98.4  99.3    84.7   22.5   43.5   57.3   91.8   36.5
#> 9       9  62.6  92.3  98.4  99.3    84.7   22.5   43.5   57.3   91.8   36.5
#> 10     10  54.7  89.7  97.7  99.2    77.5   16.7   35.2   47.8   87.4   27.0
#> 11     11  54.7  89.7  97.7  99.2    77.5   16.7   35.2   47.8   87.4   27.0
#> 12     12  54.7  89.7  97.7  99.2    77.5   16.7   35.2   47.8   87.4   27.0
#> 13     13  54.7  89.7  97.7  99.2    77.5   16.7   35.2   47.8   87.4   27.0
#> 14     14  54.7  89.7  97.7  99.2    77.5   16.7   35.2   47.8   87.4   27.0
#> 15     15  47.4  85.6  96.6  98.9    67.5    9.1   26.3   39.8   82.9   18.0
#> 16     16  47.4  85.6  96.6  98.9    67.5    9.1   26.3   39.8   82.9   18.0
#> 17     17  47.4  85.6  96.6  98.9    67.5    9.1   26.3   39.8   82.9   18.0
#> 18     18  47.4  85.6  96.6  98.9    67.5    9.1   26.3   39.8   82.9   18.0
#> 19     19  47.4  85.6  96.6  98.9    67.5    9.1   26.3   39.8   82.9   18.0
#> 20     20  40.6  82.9  94.6  98.1    54.5    6.9   20.0   32.0   78.7   13.4
#> 21     21  40.6  82.9  94.6  98.1    54.5    6.9   20.0   32.0   78.7   13.4
#> 22     22  40.6  82.9  94.6  98.1    54.5    6.9   20.0   32.0   78.7   13.4
#> 23     23  40.6  82.9  94.6  98.1    54.5    6.9   20.0   32.0   78.7   13.4
#> 24     24  40.6  82.9  94.6  98.1    54.5    6.9   20.0   32.0   78.7   13.4
#> 25     25  36.0  79.1  93.1  97.4    50.5    6.6   18.0   28.3   72.9   11.9
#> 26     26  36.0  79.1  93.1  97.4    50.5    6.6   18.0   28.3   72.9   11.9
#> 27     27  36.0  79.1  93.1  97.4    50.5    6.6   18.0   28.3   72.9   11.9
#> 28     28  36.0  79.1  93.1  97.4    50.5    6.6   18.0   28.3   72.9   11.9
#> 29     29  36.0  79.1  93.1  97.4    50.5    6.6   18.0   28.3   72.9   11.9
#> 30     30  29.8  72.9  89.4  95.9    40.2    6.1   15.0   21.8   63.4   10.4
#> 31     31  29.8  72.9  89.4  95.9    40.2    6.1   15.0   21.8   63.4   10.4
#> 32     32  29.8  72.9  89.4  95.9    40.2    6.1   15.0   21.8   63.4   10.4
#> 33     33  29.8  72.9  89.4  95.9    40.2    6.1   15.0   21.8   63.4   10.4
#> 34     34  29.8  72.9  89.4  95.9    40.2    6.1   15.0   21.8   63.4   10.4
#> 35     35  25.2  68.2  86.6  94.4    33.1    4.4   11.7   17.8   57.0    8.3
#> 36     36  25.2  68.2  86.6  94.4    33.1    4.4   11.7   17.8   57.0    8.3
#> 37     37  25.2  68.2  86.6  94.4    33.1    4.4   11.7   17.8   57.0    8.3
#> 38     38  25.2  68.2  86.6  94.4    33.1    4.4   11.7   17.8   57.0    8.3
#> 39     39  25.2  68.2  86.6  94.4    33.1    4.4   11.7   17.8   57.0    8.3
#> 40     40  20.2  59.8  83.0  91.9    25.9    3.3    8.3   13.4   48.3    5.6
#> 41     41  20.2  59.8  83.0  91.9    25.9    3.3    8.3   13.4   48.3    5.6
#> 42     42  20.2  59.8  83.0  91.9    25.9    3.3    8.3   13.4   48.3    5.6
#> 43     43  20.2  59.8  83.0  91.9    25.9    3.3    8.3   13.4   48.3    5.6
#> 44     44  20.2  59.8  83.0  91.9    25.9    3.3    8.3   13.4   48.3    5.6
#> 45     45  16.6  53.8  77.7  88.4    19.9    2.8    7.1   11.3   41.1    4.8
#> 46     46  16.6  53.8  77.7  88.4    19.9    2.8    7.1   11.3   41.1    4.8
#> 47     47  16.6  53.8  77.7  88.4    19.9    2.8    7.1   11.3   41.1    4.8
#> 48     48  16.6  53.8  77.7  88.4    19.9    2.8    7.1   11.3   41.1    4.8
#> 49     49  16.6  53.8  77.7  88.4    19.9    2.8    7.1   11.3   41.1    4.8
#> 50     50  12.9  46.3  70.7  84.2    14.2    2.4    6.1    8.6   34.3    4.3
#> 51     51  12.9  46.3  70.7  84.2    14.2    2.4    6.1    8.6   34.3    4.3
#> 52     52  12.9  46.3  70.7  84.2    14.2    2.4    6.1    8.6   34.3    4.3
#> 53     53  12.9  46.3  70.7  84.2    14.2    2.4    6.1    8.6   34.3    4.3
#> 54     54  12.9  46.3  70.7  84.2    14.2    2.4    6.1    8.6   34.3    4.3
#> 55     55   9.5  36.4  63.8  80.3    10.0    1.9    4.5    6.0   24.7    3.3
#> 56     56   9.5  36.4  63.8  80.3    10.0    1.9    4.5    6.0   24.7    3.3
#> 57     57   9.5  36.4  63.8  80.3    10.0    1.9    4.5    6.0   24.7    3.3
#> 58     58   9.5  36.4  63.8  80.3    10.0    1.9    4.5    6.0   24.7    3.3
#> 59     59   9.5  36.4  63.8  80.3    10.0    1.9    4.5    6.0   24.7    3.3
#> 60     60   6.8  31.3  55.0  72.2     6.6    1.5    3.1    4.4   18.9    2.4
#> 61     61   6.8  31.3  55.0  72.2     6.6    1.5    3.1    4.4   18.9    2.4
#> 62     62   6.8  31.3  55.0  72.2     6.6    1.5    3.1    4.4   18.9    2.4
#> 63     63   6.8  31.3  55.0  72.2     6.6    1.5    3.1    4.4   18.9    2.4
#> 64     64   6.8  31.3  55.0  72.2     6.6    1.5    3.1    4.4   18.9    2.4
#> 65     65   5.2  24.1  47.0  63.7     4.9    1.0    2.1    3.6   15.3    1.5
#> 66     66   5.2  24.1  47.0  63.7     4.9    1.0    2.1    3.6   15.3    1.5
#> 67     67   5.2  24.1  47.0  63.7     4.9    1.0    2.1    3.6   15.3    1.5
#> 68     68   5.2  24.1  47.0  63.7     4.9    1.0    2.1    3.6   15.3    1.5
#> 69     69   5.2  24.1  47.0  63.7     4.9    1.0    2.1    3.6   15.3    1.5
#> 70     70   4.3  20.3  37.2  54.1     3.9    0.9    2.1    3.1   11.1    1.5
#> 71     71   4.3  20.3  37.2  54.1     3.9    0.9    2.1    3.1   11.1    1.5
#> 72     72   4.3  20.3  37.2  54.1     3.9    0.9    2.1    3.1   11.1    1.5
#> 73     73   4.3  20.3  37.2  54.1     3.9    0.9    2.1    3.1   11.1    1.5
#> 74     74   4.3  20.3  37.2  54.1     3.9    0.9    2.1    3.1   11.1    1.5
#> 75     75   2.5  13.2  30.3  44.4     2.3    0.7    1.5    1.9    7.1    1.1
#> 76     76   2.5  13.2  30.3  44.4     2.3    0.7    1.5    1.9    7.1    1.1
#> 77     77   2.5  13.2  30.3  44.4     2.3    0.7    1.5    1.9    7.1    1.1
#> 78     78   2.5  13.2  30.3  44.4     2.3    0.7    1.5    1.9    7.1    1.1
#> 79     79   2.5  13.2  30.3  44.4     2.3    0.7    1.5    1.9    7.1    1.1
#> 80     80   2.0   9.1  19.9  31.7     1.5    0.5    0.9    1.3    5.0    0.7
#> 81     81   2.0   9.1  19.9  31.7     1.5    0.5    0.9    1.3    5.0    0.7
#> 82     82   2.0   9.1  19.9  31.7     1.5    0.5    0.9    1.3    5.0    0.7
#> 83     83   2.0   9.1  19.9  31.7     1.5    0.5    0.9    1.3    5.0    0.7
#> 84     84   2.0   9.1  19.9  31.7     1.5    0.5    0.9    1.3    5.0    0.7
#> 85     85   1.4   6.2  15.6  27.8     1.2    0.5    0.8    1.1    4.1    0.6
#> 86     86   1.4   6.2  15.6  27.8     1.2    0.5    0.8    1.1    4.1    0.6
#> 87     87   1.4   6.2  15.6  27.8     1.2    0.5    0.8    1.1    4.1    0.6
#> 88     88   1.4   6.2  15.6  27.8     1.2    0.5    0.8    1.1    4.1    0.6
#> 89     89   1.4   6.2  15.6  27.8     1.2    0.5    0.8    1.1    4.1    0.6
#> 90     90   1.3   4.5  12.0  20.0     1.2    0.5    0.8    1.1    2.6    0.6
#> 91     91   1.3   4.5  12.0  20.0     1.2    0.5    0.8    1.1    2.6    0.6
#> 92     92   1.3   4.5  12.0  20.0     1.2    0.5    0.8    1.1    2.6    0.6
#> 93     93   1.3   4.5  12.0  20.0     1.2    0.5    0.8    1.1    2.6    0.6
#> 94     94   1.3   4.5  12.0  20.0     1.2    0.5    0.8    1.1    2.6    0.6
#> 95     95   0.8   3.2   7.5  13.4     0.8    0.2    0.4    0.7    1.7    0.3
#> 96     96   0.8   3.2   7.5  13.4     0.8    0.2    0.4    0.7    1.7    0.3
#> 97     97   0.8   3.2   7.5  13.4     0.8    0.2    0.4    0.7    1.7    0.3
#> 98     98   0.8   3.2   7.5  13.4     0.8    0.2    0.4    0.7    1.7    0.3
#> 99     99   0.8   3.2   7.5  13.4     0.8    0.2    0.4    0.7    1.7    0.3
#> 100   100   0.8   3.2   7.5  13.4     0.8    0.2    0.4    0.7    1.7    0.3
#>     ppp310 percentile20 percentile40 percentile50 percentile60 percentile80
#> 0     75.6         86.9         96.6         99.4        100.0        100.0
#> 1     75.6         86.9         96.6         99.4        100.0        100.0
#> 2     75.6         86.9         96.6         99.4        100.0        100.0
#> 3     75.6         86.9         96.6         99.4        100.0        100.0
#> 4     75.6         86.9         96.6         99.4        100.0        100.0
#> 5     63.5         77.6         94.5         96.7         98.4        100.0
#> 6     63.5         77.6         94.5         96.7         98.4        100.0
#> 7     63.5         77.6         94.5         96.7         98.4        100.0
#> 8     63.5         77.6         94.5         96.7         98.4        100.0
#> 9     63.5         77.6         94.5         96.7         98.4        100.0
#> 10    54.8         64.3         89.9         95.7         98.3         99.9
#> 11    54.8         64.3         89.9         95.7         98.3         99.9
#> 12    54.8         64.3         89.9         95.7         98.3         99.9
#> 13    54.8         64.3         89.9         95.7         98.3         99.9
#> 14    54.8         64.3         89.9         95.7         98.3         99.9
#> 15    47.2         52.0         84.6         92.1         96.7         99.4
#> 16    47.2         52.0         84.6         92.1         96.7         99.4
#> 17    47.2         52.0         84.6         92.1         96.7         99.4
#> 18    47.2         52.0         84.6         92.1         96.7         99.4
#> 19    47.2         52.0         84.6         92.1         96.7         99.4
#> 20    39.3         41.4         76.7         87.2         93.6         98.9
#> 21    39.3         41.4         76.7         87.2         93.6         98.9
#> 22    39.3         41.4         76.7         87.2         93.6         98.9
#> 23    39.3         41.4         76.7         87.2         93.6         98.9
#> 24    39.3         41.4         76.7         87.2         93.6         98.9
#> 25    33.2         39.0         70.1         82.0         90.0         98.1
#> 26    33.2         39.0         70.1         82.0         90.0         98.1
#> 27    33.2         39.0         70.1         82.0         90.0         98.1
#> 28    33.2         39.0         70.1         82.0         90.0         98.1
#> 29    33.2         39.0         70.1         82.0         90.0         98.1
#> 30    26.8         29.9         61.3         74.7         86.1         97.2
#> 31    26.8         29.9         61.3         74.7         86.1         97.2
#> 32    26.8         29.9         61.3         74.7         86.1         97.2
#> 33    26.8         29.9         61.3         74.7         86.1         97.2
#> 34    26.8         29.9         61.3         74.7         86.1         97.2
#> 35    21.8         23.9         54.5         67.6         80.5         95.7
#> 36    21.8         23.9         54.5         67.6         80.5         95.7
#> 37    21.8         23.9         54.5         67.6         80.5         95.7
#> 38    21.8         23.9         54.5         67.6         80.5         95.7
#> 39    21.8         23.9         54.5         67.6         80.5         95.7
#> 40    16.9         17.3         42.6         58.7         70.6         92.8
#> 41    16.9         17.3         42.6         58.7         70.6         92.8
#> 42    16.9         17.3         42.6         58.7         70.6         92.8
#> 43    16.9         17.3         42.6         58.7         70.6         92.8
#> 44    16.9         17.3         42.6         58.7         70.6         92.8
#> 45    13.9         13.2         34.7         47.7         61.3         86.6
#> 46    13.9         13.2         34.7         47.7         61.3         86.6
#> 47    13.9         13.2         34.7         47.7         61.3         86.6
#> 48    13.9         13.2         34.7         47.7         61.3         86.6
#> 49    13.9         13.2         34.7         47.7         61.3         86.6
#> 50    10.5         10.3         26.6         38.1         51.3         82.0
#> 51    10.5         10.3         26.6         38.1         51.3         82.0
#> 52    10.5         10.3         26.6         38.1         51.3         82.0
#> 53    10.5         10.3         26.6         38.1         51.3         82.0
#> 54    10.5         10.3         26.6         38.1         51.3         82.0
#> 55     7.5          7.3         19.2         28.5         39.8         75.4
#> 56     7.5          7.3         19.2         28.5         39.8         75.4
#> 57     7.5          7.3         19.2         28.5         39.8         75.4
#> 58     7.5          7.3         19.2         28.5         39.8         75.4
#> 59     7.5          7.3         19.2         28.5         39.8         75.4
#> 60     5.6          3.9         13.3         21.6         33.5         65.6
#> 61     5.6          3.9         13.3         21.6         33.5         65.6
#> 62     5.6          3.9         13.3         21.6         33.5         65.6
#> 63     5.6          3.9         13.3         21.6         33.5         65.6
#> 64     5.6          3.9         13.3         21.6         33.5         65.6
#> 65     4.6          2.8         10.0         15.8         25.5         57.2
#> 66     4.6          2.8         10.0         15.8         25.5         57.2
#> 67     4.6          2.8         10.0         15.8         25.5         57.2
#> 68     4.6          2.8         10.0         15.8         25.5         57.2
#> 69     4.6          2.8         10.0         15.8         25.5         57.2
#> 70     3.6          2.7          8.1         11.4         19.8         46.3
#> 71     3.6          2.7          8.1         11.4         19.8         46.3
#> 72     3.6          2.7          8.1         11.4         19.8         46.3
#> 73     3.6          2.7          8.1         11.4         19.8         46.3
#> 74     3.6          2.7          8.1         11.4         19.8         46.3
#> 75     2.3          1.8          3.9          6.5         13.0         36.1
#> 76     2.3          1.8          3.9          6.5         13.0         36.1
#> 77     2.3          1.8          3.9          6.5         13.0         36.1
#> 78     2.3          1.8          3.9          6.5         13.0         36.1
#> 79     2.3          1.8          3.9          6.5         13.0         36.1
#> 80     1.4          1.1          3.0          5.2          8.7         25.2
#> 81     1.4          1.1          3.0          5.2          8.7         25.2
#> 82     1.4          1.1          3.0          5.2          8.7         25.2
#> 83     1.4          1.1          3.0          5.2          8.7         25.2
#> 84     1.4          1.1          3.0          5.2          8.7         25.2
#> 85     1.2          1.0          2.6          3.4          5.5         18.8
#> 86     1.2          1.0          2.6          3.4          5.5         18.8
#> 87     1.2          1.0          2.6          3.4          5.5         18.8
#> 88     1.2          1.0          2.6          3.4          5.5         18.8
#> 89     1.2          1.0          2.6          3.4          5.5         18.8
#> 90     1.2          1.0          2.3          2.5          4.2         16.1
#> 91     1.2          1.0          2.3          2.5          4.2         16.1
#> 92     1.2          1.0          2.3          2.5          4.2         16.1
#> 93     1.2          1.0          2.3          2.5          4.2         16.1
#> 94     1.2          1.0          2.3          2.5          4.2         16.1
#> 95     0.7          0.7          1.4          1.6          2.9          9.1
#> 96     0.7          0.7          1.4          1.6          2.9          9.1
#> 97     0.7          0.7          1.4          1.6          2.9          9.1
#> 98     0.7          0.7          1.4          1.6          2.9          9.1
#> 99     0.7          0.7          1.4          1.6          2.9          9.1
#> 100    0.7          0.7          1.4          1.6          2.9          9.1

  # Given a specific PPI score (from 0 - 100), get the row of poverty
  # probabilities from PPI table it corresponds to
  ppiScore <- 50
  ppiMEX2017_a[ppiMEX2017_a$score == ppiScore, ]
#>    score nl100 nu100 nu150 nu200 half100 ppp125 ppp200 ppp250 ppp500 ppp190
#> 50    50  12.9  46.3  70.7  84.2    14.2    2.4    6.1    8.6   34.3    4.3
#>    ppp310 percentile20 percentile40 percentile50 percentile60 percentile80
#> 50   10.5         10.3         26.6         38.1         51.3           82

  # Use subset() function to get the row of poverty probabilities corresponding
  # to specific PPI score
  ppiScore <- 50
  subset(ppiMEX2017_a, score == ppiScore)
#>    score nl100 nu100 nu150 nu200 half100 ppp125 ppp200 ppp250 ppp500 ppp190
#> 50    50  12.9  46.3  70.7  84.2    14.2    2.4    6.1    8.6   34.3    4.3
#>    ppp310 percentile20 percentile40 percentile50 percentile60 percentile80
#> 50   10.5         10.3         26.6         38.1         51.3           82

  # Given a specific PPI score (from 0 - 100), get a poverty probability
  # based on a specific poverty definition. In this example, the national
  # poverty line definition
  ppiScore <- 50
  ppiMEX2017_a[ppiMEX2017_a$score == ppiScore, "nl100"]
#> [1] 12.9