That is if you correct for one important piece of scientific criticism to the below graph. But even if you prefer to ignore what may seem the nitty gritty of climatology and accept a maximum global carbon budget of 8.9 … Continue reading →
And that understanding has just ended the Age of Coal. Thank you coal – it’s been great fun. We’ll have to leave the rest of you where you’ve been for the previous millions of years. In our quest to uncover … Continue reading →
Just 6 countries: The United States, Colombia, South Africa, Russia, Indonesia and Australia. If somehow we could sprinkle (perhaps shake) a little common sense, the rest of the world would be deprived of imports of the most polluting and CO2-intensive fossil fuel … Continue reading →
Warmer water and reduced river flows in the United States and Europe in recent years have led to reduced production, or temporary shutdown, of several thermoelectric power plants. For instance, the Browns Ferry Nuclear Plant in Alabama had to shut down more than once last summer because the Tennessee River’s water was too warm to use it for cooling.
A large diversity of gasses in the atmosphere influence air quality, climate change and the recovery of the ozone layer. Measuring the concentrations of these gases in the atmosphere is quite straightforward. But pinpointing wether the gasses are a natural … Continue reading →
Environmental policy has historically been driven by a demand-side mindset — attempting to limit consumption of precious fossil fuels through pollution permits, taxation, and multi-national climate change treaties. However, new research from the Kellogg School of Management at Northwestern University suggests that actually buying coal, oil and other dirty fossil fuel deposits still in the ground could be a far better way to fight climate change.