Why SB 50 Will Help Build Resilience to Climate Change in California
“How will SB 50 make California more resilient against climate change?”
By all records, Climate Change has arrived, and California is definitely a showcase of this. In the past few years the state has seen scorching wildfires, brutal heat waves, and floods of levels unmatched in its history. To make matters worse, the vast majority of housing in the state was built in the last century which not only had looser standards but also had environmental conditions! Furthermore, a disproportionately large portion of the recent housing has been built in the state in the past few years has been in areas with hotter climates and a higher vulnerability to wildfires. Although the most logical solution is to build more housing in cooler, more job-rich cities with solid transit, their biblically high cost makes it almost impossible to do so. If the state wants to show that its serious about growing its population and keeping its residents safe, then something needs to change real soon.
Enter SB-50. SB-50 is a California bill designed by Senator Scott Wiener that focuses on relaxes height zoning in urban areas that are dense, job-rich, and transit-rich. Through a variety of mechanisms, this will allow for these areas to densify to a great degree and bring back people from the fringes, making communities stronger against climate change. To help others understand Why SB 50 Will Help Build Resilience to Climate Change in California, just follow the simple instructions here.
Why Communication is Essential for Emergency Management
“Why is communication so fundamental for emergency management?”
Emergencies occur all the time. However, everyone may not be experienced with them or might freak out in case one happens. For this reason, emergency management must ensure that clear communication gets through. This is Why Communication is Essential for Emergency Management.
Wildland-Urban Interface Maps
“Why are maps of the wildland-urban interface so important?”
The wildland-urban interface defines the nexus between human civilization and the vast swaths of forests on the Earth. And since it has such a paramount effect on resilience and development, Wildland-Urban Interface Maps need to be developed to keep track of everything. With time, these maps will need to be updated to reflect the development of climate change.
Image credit cdn.citylab.com
How Climate Change Might Disrupt Air Travel
“How might climate change disrupt air travel as we know it?”
Climate change is on course to disrupt all facets of human experience, including air travel. By making natural disasters and extreme weather more common, airlines will be forced to make tougher touches and experience more delays. This is How Climate Change Might Disrupt Air Travel
Why Having Consistent Power Is Critical for Maintaining Livable Interior Air Quality in Buildings During Wildfires
“Why is it important for a building to have consistent power to ensure breathability during wildfires?”
Air filtration devices are critical for providing breathable interior air quality during wildfires. However, these devices tend to be dependent on a consistent supply of electricity. If this is pulled, such as in the case of public power shutoffs, then these devices will also collapse, destroying their resiliency benefits. This is Why Having Consistent Power Is Critical for Maintaining Livable Interior Air Quality in Buildings During Wildfires.
“How can solid materials let fluids through their geometry?”
Fluids often have difficulty penetrating solid substances due to the physical barrier present. However, if the object has holes, then there is a space available. These Porous Materials have all sorts of engineering applications, from dish colanders to physics research equipment.
Image credit image.shutterstock.com
Why Wildfires Drive Carbon Emissions Through the Roofs
“Why are wildfires particularly terrible for climate change?”
Wildfires are infamous for their disaster potential. However, one of their most lethal side-effects are their ability to drive carbon emissions through the roof. By burning down trees, large amounts of carbon are released into the atmosphere. This can be seen in California where the emissions sent out by the campfire roughly equal the total power-sector emissions for the same year and in Australia where the ongoing bushfires may have doubled the state’s climate emissions. This is Why Wildfires Drive Carbon Emissions Through the Roofs.