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75Â Â A P P E N D I X A Blank Survey Questionnaire Q0. Select the state or federal lands you represent: Q1. General/Point of Contact Information / Survey Participant Information:
76 Resilient Design with Distributed Rainfall-Runoff Modeling Q3A. What are factors/advantages that determine the use of regression equations and/or the rational method for hydrological estimates of peak flows by your agency? (Check all that apply) Q2. What type of hydrological modeling techniques does your agency use for roadway projects? (Check all that apply)
Blank Survey Questionnaire 77 Q3B. Which distributed rainfall-runoff models or model components has your agency used for roadway infrastructure projects? (Check all that apply)
78 Resilient Design with Distributed Rainfall-Runoff Modeling Q4. Who is currently doing distributed rainfall-runoff modeling for the roadway infrastructure projects funded by your agency? (Check all that apply)
Blank Survey Questionnaire 79 Q5. What guidance does your agency have for developing/utilizing distributed rainfall-runoff models? (Check all that apply)
80 Resilient Design with Distributed Rainfall-Runoff Modeling Q6. What are factors/advantages that determine the use of distributed rainfall-runoff models by your agency? (Check all that apply)
Blank Survey Questionnaire 81 Q7. For what type of applications did the distributed rainfall-runoff models bring improvements in hydrological predictions and estimates in your agency compared with previous methods? (Check all that apply)
82 Resilient Design with Distributed Rainfall-Runoff Modeling Q8. How many years since your agency has adopted distributed rainfall-runoff modeling techniques? Q9. Since the implementation of distributed rainfall-runoff models in your agency, how has the usage of these models changed over time?
Blank Survey Questionnaire 83 Q10. What is the minimum drainage area for selecting/utilizing the distributed rainfall-runoff models? Q11. What is the maximum drainage area for selecting/utilizing the distributed rainfall-runoff models?
84 Resilient Design with Distributed Rainfall-Runoff Modeling Q12. What are the data requirements used to divide the study watershed into small elements by your agency for distributed rainfall-runoff models? (Check all that apply) Q13. What are the rainfall data typically used in distributed rainfall-runoff models by your agency? (Check all that apply)
Blank Survey Questionnaire 85 Q14. What are the sources of rainfall data used in distributed rainfall-runoff modeling by your agency? (Check all that apply)
86 Resilient Design with Distributed Rainfall-Runoff Modeling Q15. Which infiltration or rainfall loss models/methods for distributed rainfall-runoff models are used by your agency for roadway infrastructure projects? (Check all that apply)
Blank Survey Questionnaire 87 Q16. Which effective rainfall (a.k.a. rainfall excess) transformation or runoff models/methods for distributed rainfall-runoff models are used by your agency for roadway infrastructure projects? (Check all that apply)
88 Resilient Design with Distributed Rainfall-Runoff Modeling Q17. Which stream/reservoir routing models/methods for distributed rainfall-runoff models are used by your agency for roadway infrastructure projects? (Check all that apply) Q18. Which model parameters for distributed rainfall-runoff model sensitivity analysis are used by your agency for roadway infrastructure projects? (Check all that apply)
Blank Survey Questionnaire 89 Q19. What components/metrics does your agency include assessing costs and benefits regarding the use of distributed rainfall-runoff modeling techniques? (Check all that apply)
90 Resilient Design with Distributed Rainfall-Runoff Modeling Q20. What are barriers for your agency to implement/use distributed rainfall-runoff models? (Check all that apply)
