Flooding can have devastating impacts on people’s livelihood, economy and the environment. An important instrument in flood management is floodplain maps, which assist land planners and local authorities in identifying flood-prone areas, and provide useful information for rescue and relief agencies for their operations. Developing floodplain maps often involves flood inundation modeling. This typically requires precipitation and stream flow data, topographic information, building a hydraulic model and calibration of its parameters. Often however, floodplain maps are built on a single model outcome without an explicit consideration of all the sources of uncertainty in the modeling process. The research presented in this thesis addresses the uncertainty in flood inundation modeling, which may arise from input data and hydraulic modeling approach. The study area is the Sungai Johor basin in Johor, Malaysia, an agriculture-dominated area. The present study analyses the modelling uncertainties arising from estimations of design flow, terrain data sets, geometric description in hydraulic models and different modeling approaches, and develops recommendations for practitioners. Explicit account for uncertainties and studying their impact in flood inundation mapping allow for more informed and effective decision making.
Teaching & Learning Series Modul of Introductory Technical Mathematics for Engineering Technology is a reference guidebook specially designed and written for Engineering Technology students of Universiti Teknikal Malaysia Melaka (UTeM). Its is based on the latest syllabus of BEEU1013 and BMMU1013: Technical Mathematics that had been taught in Faculty of Engineering Technology Electric and Electronic (FTKEE) and Faculty of Engineering Technology Mechanical and Manufacturing (FTKMP). This compact guidebook uses simple language to help students master this subject efficiency in order to achieve good understanding and results.
“Return of the Sage” is the novelization of the life, discoveries, writings, and ruminations of Abu Nasr al-Farabi, the towering intellectual figure in the Middle Ages who was known as the Aristotle of Central Asia and the Middle East. During his many travels, al-Farabi intensively studied the subtle aspects of the various cultures he encountered and developed his philosophy, which he detailed in his numerous treatises. The leading contemporary Kazakh writer, Anuar Alimzhanov, has written an impressive novel about this legendary scholar. His keen eye and refined style will pique western intellectual readers’ interest and leave them as tranquil as one of the exquisite gardens described in this book.
A must read book for students and researchers who are unfamiliar with the principles and applications of psychometrics, but are using one in their research projects. There are practically hundreds and thousands of questionnaires available measuring diverse psychological constructs. Selecting, administering, scoring and interpreting the scores of those questionnaires can be a daunting task. Questions such as ‘which questionnaire to use? ‘how to score the questionnaire?’, and ‘what the scores mean?’ are some of the common questions posed by unfamiliar users of questionnaires. This book helps to familiarize readers with the basic principles and application of questionnaire. Drawing the examples from some of the most commonly used questionnaire in sport and exercise psychology, the book provides a step-by-step approach to address common questionnaire related errors in selection, administration and interpretation of the questionnaires.
This Community Engagement (CE) toolkit provides the relevant guidelines for a CE programme/project to achieve sustainable development goals across a broad spectrum using local innovations and creative problem-solving approaches. Using the quadruple helix concept, CE programme/project will involve the four stakeholders of Institutions, Industry, Community and Government Agency to collaborate and share ideas in ensuring the success and significant impact of CE programme/project/ This toolkit will also share the best practices of past CE programme/project which consist of comprehensive guidance and resources in designing impactful and sustainable projects. This toolkit can be customized and innovatively applied to address specific issues and/or development in the targeted community.
Flooding can have devastating impacts on people’s livelihood, economy and the environment. An important instrument in flood management is floodplain maps, which assist land planners and local authorities in identifying flood-prone areas, and provide useful information for rescue and relief agencies for their operations. Developing floodplain maps often involves flood inundation modeling. This typically requires precipitation and stream flow data, topographic information, building a hydraulic model and calibration of its parameters. Often however, floodplain maps are built on a single model outcome without an explicit consideration of all the sources of uncertainty in the modeling process. The research presented in this thesis addresses the uncertainty in flood inundation modeling, which may arise from input data and hydraulic modeling approach. The study area is the Sungai Johor basin in Johor, Malaysia, an agriculture-dominated area. The present study analyses the modelling uncertainties arising from estimations of design flow, terrain data sets, geometric description in hydraulic models and different modeling approaches, and develops recommendations for practitioners. Explicit account for uncertainties and studying their impact in flood inundation mapping allow for more informed and effective decision making.
Flooding can have devastating impacts on peoples livelihood, economy and the environment. One way to minimize flood losses is using floodplain maps, which assist land planners and local authorities in identifying flood-prone areas, and provide useful information for rescue and relief agencies for their operations. Developing floodplain maps often involves flood inundation modeling. This typically requires precipitation and stream flow data, topographic information, the selection of a hydraulic model and the calibration of its parameters. A common representation of floodplain map is based on a single outcome without an explicit consideration of all the sources of uncertainty in the modeling process. The research presented in this thesis addresses the uncertainty in the flood inundation modeling, which may arise from input data and hydraulic modeling approach. The study area is the Sungai Johor basin in Johor, Malaysia, which is an agricultural dominated area.By using a set of sample data for Sungai Johor Basin, the case study show the uncertainties arising from an estimation of design flow, terrain data sets, geometric description in hydraulic models and different modeling approaches.The intent of the research in flood inundation maps is to emphasize the impact of uncertainties in flood inundation maps that not only provide useful results but also suggested further research and improvement of flood inundation mapping practices."--Provided by publisher.
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