Thomas Frank of E&E News reports that global weather disasters cost $101 billion in 2021. >>>READ: The Truth About Extreme Weather<<< “Insured losses this year from storms, floods and other dangerous events are projected to reach $101 billion, with the damage occurring overwhelmingly in the U.S., Swiss Re said.” Read the full article here.

"Beware the anti-Bitcoin environmental doomsayers. The reality is that Bitcoin not only debunks the common energy fallacies being told about it, but it might well be a key to unlocking our clean energy future."

"Duren runs Carbon Mapper, a nonprofit that partners with NASA and other organizations to track methane and carbon emissions. They are part of a wave of researchers stepping up to provide more accurate and transparent accounting of methane—something that will be key for reaching climate goals agreed on in Glasgow last month."

“'It takes 10 years of selection after that initial cross pollination, and it might take two to five years before enough commercial evaluation has taken place to release a new potato variety,' Porter said."

"In the U.S., for instance, a 2020 study from the University of California, San Diego (shout out to my former employer!) found that closing hundreds of coal power plants and replacing them with natural gas ones has saved thousands of lives across the country."

"The bottom line is: Given likely global carbon dioxide emissions trends from developing countries, 1.5°C is dead but 2.0°C is alive. Why? Largely because accelerating technological and market trends will fortuitously keep many of the COP 26 promises made by the politicians for them."

"Forests can indeed absorb and store large amounts of atmospheric carbon dioxide, according to the United Nations Food and Agriculture Organization's (FAO) recent analysis of global forest lands' carbon dioxide emission and removal trends between 1990–2020."

"The NIF creates temperatures of more than 180 million degrees Fahrenheit, with pressures surpassing 100 billion Earth atmospheres. It's heavy. And these wildly hot and heavy conditions force hydrogen atoms within the target to undergo fusion, releasing tremendous amounts of energy in a controlled reaction called thermonuclear fusion."