Why Climate Change Is a Major Threat to Bridges
“Why are many bridges in danger of failing because of climate change?”
Bridges are vital pieces of critical infrastructure for any nation. Whether it be used for transporting goods or people, bridges are able to link disparate parts of an area together. Usually, these bridges are designed to operate in certain weather conditions. However, with the changing climate, so will these. According to research from Colorado State University, the additional heat stress in the future will cause numerous bridges to fail from failed expansion joints if no resilience action is taken. This will end up creating much stress on local communities and guaranteed economic loss. This is Why Climate Change Is a Major Threat to Bridges.
How to Build Resilience Against Fire-Inducing Winds
“How can we make our communities more resilient against fire-inducing winds?”
Strong winds have the potential to induce wildfires in hot dry climates. This threat will only be magnified by the transformed weather conditions induced by climate change. So how can we make our communities more resilient against these fire-inducing winds? Well, there are multiple ways of accomplishing this. First, more accurate weather prediction services can be developed so people can have a better sense of when strong winds are present. Another way is to develop microgrids connected to distributed energy resources to ensure a steady flow of electricity when the main grid has been shut down by the utility. Utilities can also underground transmission lines to insulate them against the effects of strong winds. These are only a few ways that we can think about How to Build Resilience Against Fire-Inducing Winds.
Image credit images.newscientist.com
How Climate Change Is Making the Bay Area Windier and More Prone to Fires
“Why is a windier Bay Area more at risk of fires?”
The Earth’s climate is changing more and more as larger volumes of carbon dioxide are poured into the atmosphere. Nothing seems to be unaffected, not even wind speeds. Although the data right now is scarce, current projections are showing that Northern California is experiencing windier seasons years after year in the autumn, which when combined with dry and hot conditions can lead to wildfires. As a result, government officials may need to think about how to incorporate this issue into their resilience planning. This is How Climate Change Is Making the Bay Area Windier and More Prone to Fires.
Image credit https://climatefeedback.org/
Using Rainwater Harvesting Systems for Resilience
“How can we use rainwater harvesting systems for resilience?”
Water parched areas of the world are going to experience more droughts with climate change. To solve this, resilience will need to get built to ensure that communities at risk will not face disaster. Part of this solution will include Using Rainwater Harvesting Systems for Resilience by capturing and storing water that falls from the air.
Image credit https://toolkit.climate.gov/
“How can we harvest rainwater for later use?”
With the advent of climate change, water is becoming more and more scarce in many regions of the world. As a result, humans are looking at new ways to become more resilient to such droughts. One way to approach this is to look at a fresh and semi-continual source of water, rain. By using Rainwater Harvesting, humans can take in a source of water that is usually wasted. Rainwater harvesting is popular in water-starved areas of the world such as the Middle East and South Asia.
Image credit https://images.haarets.co.il/
Why Battery Energy Storage Needs to Be Strategically Placed to Build Flood Resilience
“Why do we need to strategize battery placement to ensure flood resilience?”
Energy storage from batteries is critical for building resilience against blackouts. However, due to its delicate chemistry, even a minor flood could have devastating effects on it. As a result, batteries will need to have strategic placement to stay safe during floods. A few ways to accomplish these include keeping batteries at elevated heights and in floodproof containers. This is Why Battery Energy Storage Needs to Be Strategically Placed to Build Flood Resilience.
Image credit thedriven.io
Facility Hazard Communications
“How can we communicate the hazards that a facility may contain?”
Facilities have all sorts of hazards, whether it be flammability in a home or the presence of toxic chemicals in a scientific lab. To ensure the safety of everyone who works in and inhabits the building, these dangers must be communicated to them. As a result, facility operators need to set up Facility Hazard Communications that make this information clear to everyone. This can come in the form of the chemical hazard diamond, written warnings, or anything useful that can be thought of!