Supplementary data [1] - Springer Static Content Server10.1007... · Web view(Saba et al., 2012)...

Cancer risk assessment of polycyclic aromatic hydrocarbons in the soils and sediments of India: A meta-analysis.Abhrajyoti Tarafdar*, Alok Sinha

Supplementary data [1]: Individual cancer risk calculations at each study locations.

CHILDREN SOILITANAGAR

TEJPUR

1


DIBRUGARH

GHAZIABAD

2


BENGALURU

GUWAHATI

3


KURUKHETRA

DELHI AGRICULTURE

4


DHANBAD

DELHI AIRPORT

5


DELHI TRAFFIC

AGRA

6


RAIPUR

RANIGANJ

7


ADULT SOIL

ITANAGAR

TEJPUR

8


DIBRUGARH

GHAZIABAD

9


BENGALURU

GUWAHATI

10


KURUKSHETRA

DELHI AGRICULTURE

11


DHANBAD

DELHI AIRPORT

12


DELHI TRAFFIC

AGRA

13


RAIPUR

RANIGANJ

14


CHILDREN SEDIMENTHUGLI

YAMUNA

15


SUNDARBAN

BHAVNAGAR

16


TROMBAY

VASHI

17


MUMBAI

CHENNAI

18


BHARALU

LUCKNOW

19


ADULT SEDIMENT

HUGLI

YAMUNA

20


SUNDERBAN

BHAVNAGAR

21


TROMBAY

VASHI

22


MUMBAI

CHENNAI

23


BHARALU

LUCKNOW

24


Supplementary data [2]: The probability density functions of cancer risk predicted: cancer risk for (a, b) children and (c, d) adults from unpolluted and polluted soils.

(a) UNPOLLUTED SOIL RISK FOR CHILDREN

(b) POLLUTED SOIL RISK FOR CHILDREN

25


(c) UNPOLLUTED SOIL RISK FOR ADULTS

(d) POLLUTED SOIL RISK FOR ADULTS

26


Supplementary data [3]: A brief comparative evaluation of the PAH levels at the Indian sites relative to sites elsewhere.

Place, Country PAHs ( µg g-1) range ReferenceAnhui, China 0.13 – 3.54 (Wang et al., 2010)Florida, USA 0.08 – 2.37 (Chahal et al., 2010)Northern China 0.32 – 23.25 (Qiao et al., 2010)Arizona, USA 0.07 – 10.12 (Marusenko et al., 2011)Esbjerg, Denmark 0.24 – 7.60 (Essumang et al., 2011)Gipuzkoa, Spain 0.20 – 136.26 (Dani et al., 2011)Zhanjiang, China 0.01 – 6.62 (Ma and Zhou, 2011)Rawalpindi, Pakistan 2.70 – 4.44 (Saba et al., 2012)Shenyang, China 0.09 – 8.35 (Sun et al., 2012)Woodland areas, UK 0.04 – 4.85 (Nam et al., 2008)Remote forest areas, Austria 0.07 – 1.34 (Weiss et al., 2000)Revelstoke, Canada 0.02 – 0.05 (Choi et al., 2009)Yoho, Canada 0.06 – 0.79 (Choi et al., 2009)Montseny, Europe 1.00 – 2.10 (Quiroz et al., 2011)Alps, Europe 0.40 – 2.30 (Quiroz et al., 2011)Tatras, Europe 1.20 – 2.30 (Quiroz et al., 2011)Zhanjiang Bay, China 0.04 – 0.93 (Huang et al., 2012)Beaufort Sea, Alaska 0.16 – 1.09 (Valette-Silver et al., 1999)Coastal Bohai Sea, China 0.03 – 2.08 (Liu et al., 2007)Barcelona Harbor, Spain 1.74 – 8.42 (Baumard et al., 1998)Rijeka Bay, Croatia 0.03 – 13.68 (Alebic-Juretic, 2011)Mediterranean coast, Egypt 0.04 – 14.10 (Barakat et al., 2011)San Diego Bay, USA 0.08 – 20.00 (Anderson et al., 1996)Coastal areas, Italy 2.88 – 26.25 (Bertolotto et al., 2003)San Fransisco Bay, USA 2.65 – 27.68 (Pereira et al., 1999)Satander Bay, Spain 0.02 – 344.60 (Viguri et al., 2002)India 0.04 – 274.08 current study

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Anderson, J.W., Newton, F.C., Hardin, J., Tukey, R.H., Richter, K.E., (1996). Chemistry and toxicity of sediments fromSan Diego Bay including a biomarker (P450 RGS) response. In: Bengtson, D.A., Henshel, D.S. (Eds.), Environmental Toxicology and Risk Assessment. Biomarkers and Risk Assessment, ASTM STP 1306, vol. 5. American Society for Testing and Materials, Philadelphia, pp. 53e78

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