Author: Isaac Gendler

Why Public Health and Climate Resilience Are Intertwined

Why Public Health and Climate Resilience Are Intertwined

Why Public Health and Climate Resilience Are Intertwined

02/09/20

“Why is it that public health and climate resilience go hand in hand?”

 

Although often thought of as completely separate disciplines, public health and climate resilience are closely intertwined. Climate resilience is about withstanding and bouncing forward from the effects of climate change, some of which such as wildfire smoke and extreme heat have implications for public health. This is Why Public Health and Climate Resilience Are Intertwined.

Building Reuse

Building Reuse

Building Reuse

02/08/20

“How can we reuse already-built buildings for alternative purposes?”

 

Buildings are the core of every facet of infrastructure, whether it be the housing that we live in or the metro rails that we ride on. And although new construction is thought of as the ultimate path to growth, the embodied carbon can add a heavy increase to GHG emissions. Building Reuse can ensure that already-built edifices can be repurposed for new uses, ensuring greater sustainability.

 

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Why Timing for Prescribed Burns in Crucial for Wildfire Resilience

Why Timing for Prescribed Burns in Crucial for Wildfire Resilience

Why Timing for Prescribed Burns in Crucial for Wildfire Resilience

02/06/20

“Why is it important for resilience that we perform prescribed burns at the right time?”

 

Prescribed burning is one of the most common methods for making a landscape more resilient to wildfires. However, some native plant life might be adapted to burn at certain times of the year. If they are lit on fire outside of this time period, then ecological mayhem may ensue and end up harming the environment. This is Why Timing for Prescribed Burns in Crucial for Wildfire Resilience.

 

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The Case Study Research Method

The Case Study Research Method

The Case Study Research Method

02/04/20

“How can we formally understand more about a particular situation or scenario for research?”

 

The fundamental spirit of research is to better understand the world around us. Sometimes, the most effective way to understand a phenomenon by looking at a particular instance of it. This Case Study Research Method works by taking a particular scenario of a topic that the researcher wants to learn about, gathering as much data as possible about it,  and then seeing how it connects to the bigger picture.

Why Moving Into Newer Housing Can Increase Resilience to Climate Change

Why Moving Into Newer Housing Can Increase Resilience to Climate Change

Why Moving Into Newer Housing Can Increase Resilience to Climate Change

02/03/20

“Why is it that moving into newer housing can increase your resilience to climate change?”

 

Whether you like it or not, Climate Change is coming and you will need to prepare. One of the biggest vulnerabilities that people have is the quality of their housing. Older housing is usually built according to outdated standards and with aged materials, increasing the risk of breakdown when disaster strikes. By moving into newer housing, it is more likely that you will be living in a place that has been designed with the new climate in mind in addition to being composed of more modern materials. This is Why Moving Into Newer Housing Can Increase Resilience to Climate Change.

Why Silver Is Not Used as Much as Copper for Electronic Wiring

Why Silver Is Not Used as Much as Copper for Electronic Wiring

Why Silver Is Not Used as Much as Copper for Electronic Wiring

02/02/20

“Why is silver not used as much as copper for electronic wiring despite its higher efficiency?”

 

Copper is the most used element for electronic wiring due to its high conductivity. However, Silver is the most conductive natural element, around 7 percent more than copper. But why isn’t silver used? Well, it has to do with the fact that silver is found in much less abundant quantities on Earth, making it much costlier. As a result, Why Silver Is Not Used as Much as Copper for Electronic Wiring except for particular applications where the higher efficiency is a necessity.

 

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Why Tight-Knit Communities Are More Resilient to Climate Change

Why Tight-Knit Communities Are More Resilient to Climate Change

Why Tight-Knit Communities Are More Resilient to Climate Change

02/01/20

“Why is it that tight-knit communities have better resilience to climate change?”

 

When disaster strikes, community life is disrupted. However, if these communities have formed tight-knit interdependent relationships, then they can work together to surmount any challenges. This vital characteristic proved itself during the 1995 Chicago heatwave when the Auburn Gresham neighborhood of Chicago had a fatality rate 1/11th that of the Englewood neighborhood due to its closer community despite having similar demographics, location, and resources. This is Why Tight-Knit Communities Are More Resilient to Climate Change.