1. Benjamin Davis Michael Kazalis

2.  Streams and Road Intersections  Soil Drainage Class  Land Cover  Predicated Precipitation Change  Flood Zones  Bridges at Risk  Bridge Condition

3.  Well drained areas assigned a value of 1  Moderately well drained areas assigned a value of 2  Poorly drained areas assigned a value of 3

5.  Forests and shrubs get a value of 1  Wetlands and open water get a value of 2  Developed lands and cultivated crops get a value of 3

7.  Looked at the projected change in 50 years  Precipitation is projected to increase everywhere in Oswego County in 50 years  Split these increase into three groups ◦ Low increase was given 1 ◦ Medium increase was given 2 ◦ Large increase was given 3

10.  Soil Drainage Class  Land Cover  Road and Stream Intersection  Predicted Precipitation change

12.  Low Risk (X, X500) - given a 1  Medium Risk (VE) - given a 2  High Risk (A, ANE, ANI, AO) – given a 3

15.  With all of the factors considered there are still a significant amount of high risk flood areas  We decided to consider only bridges at a flood risk

18.  The bridge file contains the condition of each bridge as a value from 253 – 999, with 999 being the best condition. ◦ Bridges with values of 801 – 999 were assigned minimal ◦ Bridges with values of 501 – 800 were assigned moderate ◦ Bridges with values of 376 – 500 were assigned high ◦ Bridges with values of 253 – 375 were assigned critical