Based on the 100 generated values of resiliency for each WWTP, the most appropriate distributions are fitted to investigate the occurrence probability of resiliency values obtained for the WWTPs. The fitted distribution functions and statistics for the WWTPs are shown in Table 5.

Table 5

Fitted distributions to the resiliency values for WWTPs

 Parameters
WWTPDistributionσμ 
1. Bowery bay Normal 4.303 59.674  
2. Hunts point Logistic 2.609 50.203  
3. Tallman island Normal 4.797 50.059  
4. Wards island Gen. extreme value 4.126 48.318 K = −0.358 
5. Newtown creek Gen. extreme value 4.454 47.885 K = −0.360 
6. North river Normal 4.873 5.424  
7. Oakwood beach Normal 3.787 49.601  
8. Port Richmond Normal 4.469 49.987  
9. Red hook Lognormal 0.072 3.910 γ = 0 
10. 26th ward Normal 4.139 50.523  
11. Coney island Normal 3.927 3.927  
12. Jamaica Lognormal 0.029 4.860 γ = −78.419 
13. Owls head Logistic 2.523 50.639  
14. Rockaway Gen. extreme value 5.081 49.657 k = −0.427 
 Parameters
WWTPDistributionσμ 
1. Bowery bay Normal 4.303 59.674  
2. Hunts point Logistic 2.609 50.203  
3. Tallman island Normal 4.797 50.059  
4. Wards island Gen. extreme value 4.126 48.318 K = −0.358 
5. Newtown creek Gen. extreme value 4.454 47.885 K = −0.360 
6. North river Normal 4.873 5.424  
7. Oakwood beach Normal 3.787 49.601  
8. Port Richmond Normal 4.469 49.987  
9. Red hook Lognormal 0.072 3.910 γ = 0 
10. 26th ward Normal 4.139 50.523  
11. Coney island Normal 3.927 3.927  
12. Jamaica Lognormal 0.029 4.860 γ = −78.419 
13. Owls head Logistic 2.523 50.639  
14. Rockaway Gen. extreme value 5.081 49.657 k = −0.427 
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