Many of us in the catastrophe risk management industry actively help communities in need after natural disasters – through donations, working with organizations to promote resilience, or through on-the-ground assistance. Our intimate understanding of the power of these catastrophes makes us acutely aware of the need to act.
RMS and Build Change
Every year, a team of RMS employees and clients work together to help support our longstanding partner, Build Change, on how to ensure vulnerable communities benefit from safer housing, retrofitting and sound construction methods. The skills that both our employees and clients bring are very complementary to these tasks, and knowledge of risk modeling and analytics, and how to use this knowledge to develop resilience is highly valued.
Following successful visits to Haiti and Nepal in recent years, this year’s RMS Impact Trek visits the Philippines for the first time, with the team (including myself) on the ground in the country from March 17–25.
Build Change have been active in the Philippines since 2013. They have worked on a range of long-term projects from helping to rebuild schools, pre-disaster retrofitting of homes in poorer areas of Manila, through to training technicians in disaster-resistant construction skills in Guiuan in southeast Samar.
In our previous blog, we introduced the RMS clients who will be joining this year’s RMS Impact Trek, heading off to the Philippines on March 17 to help support the work of our longstanding partner, Build Change. Now it’s time to meet some of the RMS employees who they will work together with on a 10-day trek with Build Change to learn more about how to ensure communities benefit from safe housing, through the use of retrofitting and sound construction methods. For more insight, watch the video below from the 2018 Impact Trek in Nepal.
This year’s RMS Impact Trek, to help support the work of our longstanding partner, Build Change, heads off to the Philippines on March 17. A team of RMS employees and RMS clients will work together on a 10-day trek with Build Change to learn more about how to ensure communities benefit from safe housing, through the use of retrofitting and sound construction methods. The skills that both our employees and clients bring are very complementary to these tasks, and knowledge of risk modeling and analytics, and how to apply this knowledge to develop resilience is highly valued. For more insight, watch the video below from the 2018 Impact Trek in Nepal.
March 8 is International Women’s Day (IWD). It’s a day to celebrate the achievements of women and to highlight the ongoing struggle in achieving equal rights for women across the globe.
The theme of the United Nations’ observance of #IWD2019 is particularly resonant at RMS: “Think Equal, Build Smart, Innovate for Change.” Given the discriminatory impact from catastrophes, where the vulnerable in society suffer the most, this theme is especially relevant to our mission to increase resilience to disasters.
For the first part of Pete Dailey’s blog, Climate Change and NCA4: Part One, click here
What’s Climate Change Attribution?
Lately, the climate science community has spent considerable time on a topic called attribution. In this context, attribution refers to the portion of rising temperatures attributable to human activity via the burning of fossil fuels and release of greenhouse gases (GHGs). Today’s climate models can reconstruct historical temperature records, and then replay history “as if” GHGs had not been released. The difference between these simulated climates provides a means of quantifying the warming that stems directly from the emissions.
Extreme event attribution attempts to quantify the responsibility of climate change for a single weather event. It works by establishing whether climate change can be credited as a factor among all of the factors responsible for a catastrophic event, such as Hurricane Katrina, or the recent Camp Fire wildfire in Northern California – or for that matter any natural disaster. Such events have lots of environmental ingredients and extreme event attribution decides whether human-induced global warming is a significant one.
I am in Wellington, New Zealand, looking out from a rainy hotel window high over the city, admiring the older wooden houses on the forested slopes. Below there are four to eight story office and retail buildings, a number of which are shrouded in scaffolding, still repairing damage from the 2016 Kaikoura earthquake. The earthquake epicenter was some distance from the city, but the pattern of fault ruptures propelled long period ground shaking into the heart of Wellington.
In 1848, only eight years after the city was founded, a Mw7.5 earthquake on the far side of Cook Strait, shattered the town’s brick buildings. The Lieutenant Governor, Edward Eyre, forgetting his official role as colonial booster, declared the “… town of Wellington is in ruins … Terror and despair reign everywhere. Ships now in port … (are) crowded to excess with colonists abandoning the country.” However, the tremors declined, and the town survived.
Many ordinary houses were rebuilt using wood instead of brick. As a result, they suffered far less damage from a larger and closer Mw8.2 earthquake in 1855, that struck at the end of a two-day public holiday to celebrate the fifteenth anniversary of the city’s formation. This ruined all the remaining brick and stone commercial buildings including churches, barracks, the jail, and the colonial hospital. However, the earthquake delivered a tectonic bounty, raising the city by one to two meters (3.2 to 6.5 feet), turning the harbor into new land for development.
Many of us across the risk management industry actively help communities in need after natural disasters, through donations, working with organizations to promote resilience, or through on-the-ground assistance. Our intimate understanding of the power of these catastrophes makes us acutely aware of the need to act.
This is true for everyone here at RMS, where our values embrace the need to understand risk, build resiliency, and make an impact to help improve the lives of communities who live with the threat of natural disasters. One of the ways we live our values is through our annual RMS Impact Trek, where both RMS employees and our clients work with the social enterprise Build Change in some of the world’s most catastrophe-prone areas.
If you are an RMS client, I would like to extend an invitation to our annual RMS Impact Trek. This is the fourth year that we are sponsoring representatives from our clients to join RMS employees and Build Change so that their skills can be used to build stronger communities.
When I was still a teenager – summer brave, full of sport, hot and bold – I hitchhiked from Lithuania to Armenia and back again. Outbound via the former Soviet Union and the Caucasus; home via Turkey and the Balkans.
Time rich and cash poor, I took risks I wouldn’t today. All the same, my gambles paid off and I look back on that adventure fondly.
The journey was filled with comparisons and contrasts. Some things, like being invited in basic Russian to squeeze into a crammed Lada Riva, remained almost constant from country to country. Others, like the landscapes and local delicacies, evolved with every new ride.
When I found myself back in Istanbul last month for the first time since my hitchhiking days, I was again struck by these contrasts. Here I was, a guest of the United Nations, discussing disaster risk reduction financing with the finance ministers of those countries through which I’d once hitchhiked. And here I was, marveling afresh at the cultural, political, economic and geographical diversity of a vast region which yet shares so much.
Like many communities in California with a mild climate, affordable housing, and scenic wilderness, Butte County (pop. ~230,000) has grown significantly over the past four decades. Broadly, this growth is happening all around the county — both in cities (e.g. Chico, the county seat and largest city, pop. ~94,000) as well as in more rural areas. Looking more closely, however, the specific spatial patterns of Butte’s development reveal conditions that set the stage for the ongoing Camp Fire to become one of the deadliest and most destructive fires in California history.