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MBO

March 5, 2020

Climate change and the development of resilient societies

Using recent IPCC reports an update is given on latest climate science developments. Extreme weather events like sea-level rise and droughts become more important. Measures to be taken are introduced: what needs to be done to build climate-resilient societies. A key element of such resilient societies is sustainability. Examples are given.

Video

Gerard van der Steenhoven

September 25, 2021

Game of Extremes

This training focuses on changes to riverine and coastal flooding, as well as number of extreme heat days, as a result of climate change and provides tools, exercises, and case studies to educate staff, encourage cross-department collaboration, and promote incorporation of climate change and resilience considerations into day to day activities. Many of the topics covered in this training are focused on flooding and heat hazards; however, the concepts can be applied to other climate change hazards as well. This game was developed by The Urban Sustainability Directors Network.

Document

Auteur Onbekend

September 1, 2017

Extreme value analysis

This presentation concerns: How do we choose flowrate or water levels to design hydraulic structures? Note that the powerpoint version may differ slightly from the PDF version. Please consult the PDF for the original content.

Presentation

Jeremy Bricker

October 5, 2020

Poverty and Informal Housing in Manila

The Philippines, due to its geographical location in the Ring of Fire and the Typhoon belt, gets affected by a variety of natural hazards every year such as typhoons, earthquakes, and volcanic eruptions. Additional stresses like droughts and sea level rise (caused by climate change), and land subsidence due to excess groundwater extraction, contribute to lowering Manila’s resilience even further. Informal housing, however, is one of the main factors that contribute to lowering the resilience of the city to the multiple natural resources that it is prone to. The urban poor of Manila usually live in informal settlements due to the lack of availability of affordable housing and the increase of unplanned urban migration. This sector of society is therefore the most affected by disasters. Due to the lack of availability of resources before, during and after the occurrence of a natural event, dwellers of informal settlements are significantly more vulnerable to the effects of shocks. For this same reason, they have a lower ability to recover afterwards, which consequently increases their vulnerability to the next natural disaster due to the high recurrence of such events in the region. Furthermore, low to non-existent government intervention in these communities leads to malfunctioning drainage and sanitation systems, which end up affect the city as a whole as they contribute to pump station blockage and surface water pollution in cases of flooding. On the other hand, government interventions involving resettlement plans tend to fail due to lack of popular consultation and community involvement in the decision-making process. Successful relocation plans could significantly reduce the vulnerability of these communities to natural disaster since they would reduce population density in Metro Manila, move the communities to lower risk and more geologically stable areas, and reduce surface water pollution in the city due to better waste management. Proper relocation plans by the government could therefore have a great impact in improving the overall resilience of Manila, but community participation and consultation is primordial for the efforts to be successful. Additional proposed solutions, as well as supplementary resources are provided including reference literature and understanding/discussion questions related to the topics discussed in the report. Answers to the understanding questions are provided separately for lecturers.

Document

Valeria Martinez

September 1, 2017

Flood Risk Spillway Design

This resource concerns an exercise for students about spillway design. Three documents can be found: Word document with exercise explanation Excel with data Excel with solutions

Document

Jeremy Bricker

September 1, 2017

Tsunami propagation

This resource concerns an exercise for students: Calculate hypothetical tsunami arrival times and heights.

Document

Jeremy Bricker

September 1, 2017

Long waves

This publication deals with Tsunamis and waves : Wave equation Long wave shoaling Refraction Breaking

Presentation

Jeremy Bricker

September 1, 2017

Lecture Tsunamis

This presentation concerns : Propagation Nature of the 2011 tsunami Countermeasures: history and effectiveness Response Reconstruction Fukushima Dai-ichi

Presentation

Jeremy Bricker

September 1, 2017

Floods

This lecture about flooding deals with: History of major floods Rainfall hydrology River hydraulics Hydraulic structures: weir and orifice It also includes an assignment: flood storage reservoir design. Note that the powerpoint version may differ slightly from the PDF version, though it is still included for ease of editing. Please consult the PDF for original content.

Presentation

Jeremy Bricker

September 1, 2017

Storm surge and waves

This resource concerns an exercise for students: Calculate wind-driven storm surges with different variables.

Document

Jeremy Bricker