Resilience News

Community continuity key for long term recovery and resilience | Leveraging Opportunity Zones for Resilience

In previous installments of this week's blog series on leveraging Opportunity Zones to build infrastructure resilience, the Global Resilience Institute has examined several cases in which the failure or prolonged disruption of privately held infrastructure can pose serious - and expensive - challenges for the public. With all of our critical systems so in inextricably connected, local disasters can quickly cascade into national crises when the 'weak link' is something like a freight rail route that connects the largest port in the US to customers across the country or a pharmaceutical manufacturing hub that is the sole producer of some of the country's most at-risk products. For many people located in disaster afflicted areas, though, the reliance on private infrastructure means that their livelihoods and property are directly linked to the resilience of those systems. This will continue to be the case for new capital investments spurred on by Opportunity Zones. Fund managers across the country lining up to invest in the zones have an imperative to put money into projects that 'bake-in' resilience, both to protect their investments, but also to ensure the communities they are located among are not splintered when a disruption inevitably occurs. The importance of infrastructure that is able to bounce back from stress can clearly be seen in several cases where it did not.

Study: Blood virus affecting farmed Atlantic Salmon may cause related disease in British Columbia Chinook salmon

A highly contagious blood virus may be cause for concern off the coast of British Columbia, according to a new study. The paper -- published by a team of scientists at the Pacific Salmon Foundation and Fisheries and Oceans Canada -- states that the Piscine orthoreovirus (PRV) virus causing disease in some farmed Atlantic salmon, may also cause a related disease in Chinook salmon in British Columbia. The virus is linked to inflammation in fish skeletal and heart muscles, making it difficult for the heart to pump blood into the bloodstream and impeding the salmon’s ability to swim. “The results of this study are significant because they show– for the first time – strong evidence that the same strain of PRV that causes heart and skeletal muscle inflammation disease (HSMI) in Atlantic salmon is likely to cause disease in at least one species of Pacific salmon,” said Dr. Brian Riddell, president and CEO of the Pacific Salmon Foundation. “These findings add to the existing concerns about the potential impacts of open net salmon farming on wild Pacific salmon off the coast of BC”.A highly contagious blood virus may be cause for concern off the coast of British Columbia, according to a new study. The paper -- published by a team of scientists at the Pacific Salmon Foundation and Fisheries and Oceans Canada -- states that the Piscine orthoreovirus (PRV) virus causing disease in some farmed Atlantic salmon, may also cause a related disease in Chinook salmon in British Columbia. The virus is linked to inflammation in fish skeletal and heart muscles, making it difficult for the heart to pump blood into the bloodstream and impeding the salmon’s ability to swim. “The results of this study are significant because they show– for the first time – strong evidence that the same strain of PRV that causes heart and skeletal muscle inflammation disease (HSMI) in Atlantic salmon is likely to cause disease in at least one species of Pacific salmon,” said Dr. Brian Riddell, president and CEO of the Pacific Salmon Foundation. “These findings add to the existing concerns about the potential impacts of open net salmon farming on wild Pacific salmon off the coast of BC”.

Critical communications resilience: What I learned at the American Radio Relay League (ARRL) Field Day

I had the privilege this past Saturday of attending the American Radio Relay League (ARRL) Field Day alongside Global Resilience Institute (GRI) Chief Technology Officer, Mark Patterson. The ARRL Field Day is widely considered to be the largest and most popular on-the-air event for amateur radio operators in North America, held annually on the fourth weekend of June. On one hand, the event is a contest, the object being to contact as many other ham operators as possible in suboptimal conditions. On the other hand, the event serves as a massive civil defense exercise; after all, ham radio operators are often relied upon for critical communications when other networks are disrupted during disasters. Mark and I were at Field Day to interview some ham operators about what motivates them to participate in such events, as well as their motivations for assisting in real-life emergencies. The purpose of conducting these interviews was to gain a better understanding of the ways in which a game-based emergency simulation model provides added incentives for participation. We hope to soon have a smartphone app that will leverage the peer-to-peer technology built into most devices such that when the cellular network is disrupted, phones themselves can form an ad-hoc network that can be used for emergency communication. In order to build and perfect this app, we will need to find a way to somehow compel thousands of people to not only use it, but to use it in a certain way. The ARRL Field Day was a unique opportunity for us to study a gamified emergency communications network in action and begin thinking of ways to approach this challenge ourselves.

Green Climate Fund approves $1 billion in funding for resilient development

On March 1, 2018, the Green Climate Fund (GCF), a funding source under the United Nations Framework Convention on Climate Change (UNFCCC)* that helps finance climate-resilience and green growth in developing countries, announced that it would allocate USD 1 billion to 23 separate climate change initiatives in 22 countries. The countries, which include Rwanda, Mongolia, and Brazil, were allocated up to USD 200 million each to fund projects ranging from resilient agriculture to urban renewal and renewable energy. With the newly announced projects, the GCF has a portfolio of 76 programs, and has approved over USD 3.7 billion in resilience-centered climate change development. Rwanda was allotted USD 32.8 million to strengthen climate resilience in rural communities, with a specific focus on the Gicumbi District in the country’s Northern Province. The district is vulnerable to heavy rains which result in flooding and landslides, which have only been perpetuated and strengthened by climate change. Through the funding, Rwanda Green Fund (RGF) will facilitate projects that focus on watershed restoration and enhancement, sustainable forest resource management, and resilient agriculture in small communities. The RGF and the district itself will provide USD 147,000 and USD 107,000, respectively, in additional financing for the projects which will directly impact 150,000 people, and indirectly impact another 130,000.

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