infrastructure and disasters

Studying the Marshall Fire recovery to help communities rebuild

Anonymous — Tue, 20 Sep 2022 04:27:34 +0000

Studying the Marshall Fire recovery to help communities rebuild Anonymous (not verified) Mon, 09/19/2022 - 22:27

An interdisciplinary team of ��ſ��2023��¼ researchers has received a major National Science Foundation grant to study long-term community impacts of the Marshall fire to help improve outcomes from future disasters.

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Civil engineering student, a tsunami survivor, awarded fellowship to study disaster recovery

Anonymous — Fri, 24 Jun 2022 21:00:50 +0000

Civil engineering student, a tsunami survivor, awarded fellowship to study disaster recovery Anonymous (not verified) Fri, 06/24/2022 - 15:00

Ilham Siddiq survived the devastating 2004 Indian Ocean Earthquake and Tsunami and is now using his firsthand disaster knowledge to evaluate the effectiveness of recovery policies.

Siddiq, a civil engineering PhD student at the ��ſ��2023��¼ and native of Indonesia, has earned a prestigious United States Agency for International Development / Habitat for Humanity fellowship to investigate the effectiveness of long-term recovery initiatives, with a focus on the 2004 disaster, which took the lives of more than 200,000 people.

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How perceptions of risk and housing safety change in a multihazard environment

Anonymous — Wed, 07 Jul 2021 19:32:25 +0000

How perceptions of risk and housing safety change in a multihazard environment Anonymous (not verified) Wed, 07/07/2021 - 13:32

PhD student Briar Goldwyn, Dr. Amy Javernick-Will, and Dr. Abbie Liel have published a technical paper in ASCE's Natural Hazard Review titled "Dilemma of the Tropics: Changes to Housing Safety Perceptions, Preferences, and Priorities in Multihazard Environments".

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Bridges to Prosperity Pilot Impact Evaluation

Anonymous — Mon, 10 Dec 2018 14:57:43 +0000

Bridges to Prosperity Pilot Impact Evaluation Anonymous (not verified) Mon, 12/10/2018 - 07:57

Isolation caused by lack of transportation infrastructure affects almost every facet of life for the rural poor. Without adequate transportation access, families cannot access schools, health care, employment, or local markets to sell and buy goods. The World Bank estimates that nearly a billion people worldwide lack access to an all-season road within two kilometers, illustrating the scope of the problem, and the challenge of addressing it at scale.

Bridges to Prosperity (B2P) is a non-profit organization that builds footbridges to connect rural communities facing isolation to road networks and critical destinations and services. B2P has constructed more than 280 footbridges in 20 countries, an infrastructure intervention that is cost-effective, durable, and relatively simple to scale. B2P’s field program in Rwanda started in 2012 and has led to the completion of 37 footbridges that have created new safe access for an estimated 225,000 people. Over the next five years, B2P plans to construct approximately 350 footbridges in Rwanda. This rapid program growth presents an unprecedented opportunity for rigorous investigation of the effects of new footbridges on a number of key economic, health, agricultural and education outcomes for rural communities.

As such, our research team has been brought on to carry out an impact evaluation of B2P-constructed footbridges in rural Rwanda. This protocol is for the first phase of the study and will focus on 12 footbridge sites and 12 control sites over the course of one year, while the larger study will encompass approximately 350 sites over the planned five-year construction period. The results of this first phase will inform the design of the larger study.

Our research collaborators Wyatt Brooks (University of Notre Dame) and Kevin Donovan (Yale University) recently completed a three-year study of the economic impact of B2P-constructed footbridges in rural villages in Nicaragua (Brooks and Donovan 2018). Their study focused on rural villages’ increased access to larger, higher-paying labor markets in nearby towns and the spillover effects of this access back in the village, including changes in village prices and choices that residents made with respect to their farms.

This study found that floods, which prevent access to higher-pay day laborer jobs in nearby towns when a village does not have a footbridge, induce 18% lower wage earnings. Footbridges were found to eliminate this effect. Spillover effects of the footbridges included elimination of the average wage gap between intervention villages and nearby towns and increased farm profit in the intervention villages. The results of this study contributed to the understanding of the economic impact of footbridges, which we would like to expand upon and explore at a larger scale, and led to further interest in investigating health and educational impacts as well.

1. Household consumption, income, and asset holdings:

Prices and quantities of consumption, including distinction between own-produced food and market purchases
Wage labor inside and outside beneficiary communities
Household durable goods and assets, as well as formal and informal savings

2. Agricultural outcomes

Crops planted and harvested
Inputs (fertilizer, labor, capital) used in the production of crops
Farm assets, including animals, machinery, tools
Sales of agricultural products, including household sales to collectives or intermediaries
Location and size of subsistence and commercial farms
Travel time to sell produce

3. Migration

Temporary, seasonal, and permanent migration of household members

4. Education

Child enrollment in school
Days missed and attendance

5. Health

Household access to medical care
Prenatal care for pregnant respondents
Child vaccination records
Mid-upper arm circumference for children between 6 months and 5 years

6. Resilience to economic shocks

7. Bridge use

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Infrastructure Resilience and Disaster Recovery

Anonymous — Wed, 28 Sep 2016 17:48:16 +0000

Infrastructure Resilience and Disaster Recovery Anonymous (not verified) Wed, 09/28/2016 - 11:48

Project Lead: Amy Javernick-Will

Given the increasing number and impact of disasters, research is needed to determine how to enable community recovery and foster resiliency. Associate Professor Amy Javernick-Will and her students focus on this increasingly vital aspect of community development.

Current Projects:

Building Capacity for Safer Shelter: Leveraging Local Understanding and Advanced Engineering Assessments

This research seeks to assess the expected structural performance of reconstructed shelter, analyze household perceptions of performance, characterize differences between assessed and perceived performance, and identify modifications to improve performance. Read more.

Achieving Holistic Risk Reduction: Decision Processes for Resettlement, Reconstruction, and Recovery

This research investigates how relocation decision makers prioritize risk reduction in order to identify means of advocating and strengthening holistic risk reduction, a process inclusive of lessening vulnerability and cultivating resilience alongside geographic displacement. Read more.

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Hazard Resistant Design

Anonymous — Wed, 28 Sep 2016 17:41:16 +0000

Hazard Resistant Design Anonymous (not verified) Wed, 09/28/2016 - 11:41

Project Lead: Abbie Liel

This NSF-funded project proposes a new building life-cycle assessment method, based on the tradeoffs and interdependence of structural, economic, and environmental features. The framework quantifies environmental impacts of hazard-resistance and green design, promoting a more holistic approach to decisions about building design and hazard mitigation. Measurement of future socio-economic and environmental losses after hazard events will provide developing communities with a more comprehensive analysis tool for structural performance. Post-disaster reconstruction costs and ecological degradation increase the vulnerability of already-struggling communities; Read more...

Research by: Associate Professor Abbie Liel and PhD student Sarah Welsh-Huggins
Funded by: NSF grant #1234503

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