| Literature DB >> 29954399 |
Barry Kistnasamy1, Annalee Yassi2, Jessica Yu2, Samuel J Spiegel3, Andre Fourie1, Stephen Barker2, Jerry M Spiegel4.
Abstract
BACKGROUND: South Africa's mineral resources have produced, and continue to produce, enormous economic wealth; yet decades of colonialism, apartheid, capital flight, and challenges in the neoliberal post-apartheid era have resulted in high rates of occupational lung disease and low rates of compensation for ex-miners and their families. Given growing advocacy and activism of current and former mine workers, initiatives were launched by the South African government in 2012 to begin to address the legacy of injustice. This study aimed to assess developments over the last 5 years in providing compensation, quantify shortfalls and explore underlying challenges.Entities:
Keywords: Migrant workers; Mining; Occupational lung disease; Social justice; Social protection; South Africa; Southern Africa; Tuberculosis; Underfunding; Workers’ compensation
Mesh:
Year: 2018 PMID: 29954399 PMCID: PMC6022447 DOI: 10.1186/s12992-018-0376-3
Source DB: PubMed Journal: Global Health ISSN: 1744-8603 Impact factor: 4.185
Fig. 1Number of unpaid occupational lung disease claimsa, showing a running cumulative totalb, with date of first claim filing increasing to the right, back to ODMWA 1973. aThis graph of the 107,714 unpaid claims excludes 3,372 claims due to unknown last benefit medical examination date
Fig. 2Occupational lung disease claims by worker’s country of origin and claim status, also showing local and mobile service centre locations. aNCD = Non-compensable disease claim. b534 claims (0.1% of the total 360,506 claims) are in countries not shown above. c148,618 claims where the country of origin was not listed were distributed proportionally to claims where the country is known. dAn Occupational Health Service Centre, located at Kibong’oto Infections Disease Hospital in Tanzania, lies outside the map above
Fig. 3Frequency and value in South African rand (ZAR) of occupational lung disease claims that have been paid. Displayed by calendar year, from 1997 to 2017. Graph includes 61,722 paid claims over 21 years from 1997 to 2017; it excludes 49,444 paid claims over the 24 years from 1973 to 1996
Fig. 4Number of claims, separated by gender, grouped into 5-year periods from 1978 to 2017, shaded by the payment status. aNote the different y-axis scales between females and males; there are approximately ten-fold the number of male compared to female claims. (Records where gender was not recorded were excluded)
Independent studies of prevalence of silicosis (ILO profusion ≥ 1/1) and tuberculosis using radiography from a random samplea of ex-miners who worked in South Africa
| Study | Population & inclusion criteria | Mean age in years | Mean duration of employment | Size of studyb | Silicosis | TB | Both |
|---|---|---|---|---|---|---|---|
| (range) | (count) | (count) | (count) | ||||
| Girdler-Brown et al., 2008 [ | Former gold miners from Lesotho | 49.4 (25–61) | 25.6 | 610 | 24.3% ± 3.4% (148) | 30.2% ± 3.6% (184) | 10.7% ± 2.5% (65) |
| Trapido et al., 1998 [ | Random sample of ex-miners in the Libode district | 52.8 (34–78) | 9.3 | 228 | 20.6% ± 5.3% (47) | 32.9% ± 6.1% (75) | – |
| Steen et al., 1997 [ | Former miners from Botswana | 55.7 (28–93) | 13.4 | 101 | 25.7% ± 8.6% (26c) | 26.7% ± 8.7% (27) | – |
| Hnizdo and Sluis-Cremer, 1993 [ | Former white gold miners, age 45–54 years, underground service of at least 10 years | 52.6 (30–70) | 23.5 | 2235 | 14.0% ± 1.4% (313) | – | – |
| Meel, 2002 [ | Former gold miners from Transkei district | 51.6 (35–66+) | 12.4 | 271 | 33.9% ± 5.7% (92) | 61.6% ± 5.8% (167) | 28.4% ± 5.4% (77) |
| Churchyard et al., 2004 [ | Active black gold miners over 40 years of age in the North West province | 46.7 (37–59) | 21.8 | 515 | 18.3% ± 3.3% (94) | 19.6% ± 3.4% (101) | – |
| Average | 51.5 | 17.7 | 660 | 17.1%d ± 1.2% | 30.5%d ± 2.1% | 13.7%d ± 2.2% |
aParticipant selection within these studies is assumed to be unbiased
bExcludes any non-randomly selected participants, or participants for which no data was collected
cILO profusion ≥1/0
dWeighted mean is the maximum likelihood estimator of the distribution means
eThe overall prevalence is p + p − p = 33.9 % ± 3.3%
Number of compensable occupational lung disease related claims for countries in Southern Africa, 1973–2017
| Country | Minersa | Compensable claimsb | Rate of claims by countryd | Expected claims: Method 1d | Expected claims: Method 2e |
|---|---|---|---|---|---|
| South Africa | 1,189,515 (73.3) | 159,858 (73.2) | 13.4 | 402,687 (242,829) | 237,573 (77,715) |
| Lesotho | 191,225 (18.8) | 38,192 (17.5) | 20.0 | 64,735 (26,543) | 38,192 (0) |
| Mozambique | 152,091 (9.4) | 11,496 (5.3) | 7.6 | 51,487 (39,991) | 30,376 (18,880) |
| Swaziland | 31,958 (2.0) | 3402 (1.6) | 10.6 | 10,819 (7417) | 6383 (2981) |
| Botswana | 29,224 (1.8) | 4325 (2.0) | 14.8 | 9893 (5568) | 5837 (1512) |
| Malawi | 29,741 (1.8) | 1028 (0.5) | 3.5 | 10,068 (9040) | 5940 (4912) |
| Total | 1,623,754 | 218,301 | 13.4 | 549,689 (331,388) | 324,301 (106,000) |
aFrom Ehrlich et al. (2018) [13]. Only includes total number of miners from 1973 to 2013. The estimated present average age of miners in the TEBA database (54 years) matched well with the age of miners in the selected studies (51.5 years); we concluded that the TEBA database would provide adequate denominator data for rough estimation
bIncludes both paid and unpaid compensable claims
c84,596 claims that are missing the country of origin on file have been allocated in proportion with the claims that do have a country listed
dTotal is 33.9% of the total miners for the country, a target proportion established by aggregate analysis (see Table 1)
eTotal is 20.0% of the total miners for the country, a target proportion set by Lesotho. Difference subtracts the actual compensable claims made from the total
fDifference subtracts the actual compensable claims made from the expected total