Essay Instructions: I DO NOT want this research paper to be written by Celeste (writer)
Paper Title: Performance Assessment of Flood Protection System (Floodplain Catchments).
I would like you to write a 30-page (according to the outline below) about performance assessment in flood protection systems, to be exact, floodplain catchments. Also, you should use the abstract provided below as a guide for the research paper.
I have included all references that I want to be included in the research paper, as well as, any other related references in a total of 20 references. In fact, I have full text journals in my position, in addition some other publications that I need to be included. I will email all the resources to .
In summary, for this particular order I want you to:
1- Write a 30-page customized research paper with proper menting, paring and contrasting between citations and references.
2- Write according to the abstract provided below, which it should be also as roadmap for the paper.
3- Follow the exact outline provided below.
4- Write about every main heading and sub-heading in the outline.
5- I need you carefully to include at least three different opinions or ideas or references in every section in the outline.
6- APA 5th referencing style
7- Total of 20 references.
8- Write for no less than a doctoral academic level style.
9- “Direct quotations”, should be no more than 1% of the whole paper.
10- No pictures, tables or diagrams.
11- Write in the passive voice tense when refereeing to yourself or the writer.
Abstract
This research seeks to identify current and future performance of flood protection systems; strategies for adapting to overing pitfalls; and ways in which to implement the management of flood planning and mitigation so it copes with the projected climate change impacts.
The escalading frequencies and changing patterns of climate change impacts, such as precipitation rates and sea levels on the existing flood protection systems, should raise the red flag regarding the un-coped design and planning criteria for which designers and decision makers need to or account for.
The objective of this research is to assess the impact of climate change on flood protection systems, throughout the examination of the system’s (catchment) performance. Moreover, the research will develop a consistent methodology for assessing the performance of engineering infrastructure such as Nerang Floodplain Catchment. Also, it will pare and contrast strategic adaptation. In addition, it will determine the most efficient adaptation strategy for the existing flood protection system.
The scope of this research is to assess the performance of Nerang Floodplain Catchment in Gold Coast, with the impact of climate change. Firstly, the research will develop a spatial 2D hydraulic simulation model for Nerang Floodplain Catchment as the research’s main case study. Secondly, the research will assess the performance of the catchment by measuring five variables: Vulnerability (?), Reliability (?), Resiliency (?) (Hashimoto, 1982), Flood Risk Index (FRI) and Flood Damage Index (FDI) (Zongxue, 1998). These measurements are going to illustrate the overall performance in a spatially distributed manner for the targeted catchment. Finally, the research will evaluate the performance results to determine the most efficient adaptation strategy for Nerang Catchment by either modify, upgrade or disregard the existing design according to the deduced results from the performance assessment.
The investigation of this research will provide decision makers a valuable methodology, and an essential knowledge to assess the performance of not only flood protection systems, but for any engineering infrastructure.
References
Hashimoto, T., Stedinger, J. R., & Loucks, D. P. (1982). Reliability, Resiliency, and Vulnerability Criteria For Water Resource System Performance Evaluation. Water Resour. Res., 18(1), 14-20
Zongxue, X., Jinno, K., Kawamura, A., Takesaki, S., & Ito, K. (1998). Performance Risk Analysis for Fukuoka Water Supply System. Water Resources Management, 12(1), 13-30.
Outline of the research paper:
1. Introduction
1.1. Background
2. Climate Change (Globally)
2.1.1. South East Queensland (Gold Coast), Australia (Locally)
2.2. Climate Change Prediction in south east Queensland (2030-2070)
2.2.1. Rainfall Totals
2.2.2. Sea Level
2.2.3. Storms Intensity and Frequency
2.3. Flooding (in South East Queensland Australia)
2.3.1. History of Gold Coast Floods
2.4. Flood Protection Systems
2.4.1. Floodplain Catchments (Nerang Catchment)
2.4.2. River Embankments ( Nerang River)
3. Performance of Flood Protection System
3.1. Performance Assessment
3.1.1. Reliability
3.1.2. Resiliency
3.1.3. Vulnerability
3.1.4. Flood Risk Index (from Performance risk analysis for Fukuoka water supply system Journal (enclosed) -flood instead of drought-)
3.1.5. Flood Damage Index (from Performance risk analysis for Fukuoka water supply system (enclosed) -flood instead of drought-)
4. Adaptation Strategies (from Strategic flood risk management journal (enclosed))
5. Hydraulic Simulation Model (MIKE SHE by DHI)
5.1. Spatial 2D Hydraulic Simulation Model
5.2. MIKE SHE by DHI
5.3. Case Study: Nerang Catchment, Gold Coast
5.3.1. Existing Conditions (Capacity, Flows, Failure Runoffs)
5.3.2. Model Application and Evaluation
6. Conclusion
There are faxes for this order.