The same process that created the eerie and other-wordly Carlsbad Caverns National Park in New Mexico is at the heart a carbon removal and storage method now expected to be a key part of helping restore our climate. In this article, learn more about enhanced rock weathering.

Learn about a carbon removal and storage method known as biochar. For this hybrid nature-plus-tech solution, biomass is heated at high temperatures in the absence of oxygen. This process creates a stable, solid, form of carbon that can hold for thousands of years. Some adventurous travelers have likely tasted food grown with it or trod upon it already.

Taking full advantage of sustainable aviation fuel will be necessary for the carbon free travel future. In this article we take look at how far we've come and what's in store.

In the tourism context regenerative travel is understood to mean leaving a place better than you found it. In this short video, Andrew McEvoy, Head of the Tourism Sector at NEOM, shares how this new destination is uniquely localizing the concept of regenerative travel.

With trillions of tons of legacy carbon dioxide emissions to deal with, we have to remove carbon dioxide fast and also find ways to store it once we have pulled it out of the air. Here’s a helpful summary of common carbon offsetting projects along with information about the carbon dioxide storage that each can offer.

You’ve probably encountered carbon offsetting when you book a flight or a tour - as part of the checkout process maybe you elected to “offset your trip” for a small additional fee which then goes to support a project that helps absorb carbon dioxide from the atmosphere, such as a forest.

Cleaning up carbon dioxide stored in the atmosphere is vital; alongside this we also must evolve many aspects of how travel happens today. Sustainable aviation fuel is one of these areas of evolution. Sustainable aviation fuel is produced from resources such as waste oils from a biological origin or non-fossil carbon dioxide. So called ‘feedstocks’ for sustainable aviation fuel range from cooking oil, plant oils, municipal waste, waste gases, and agricultural residues.

Too much carbon dioxide is in the air no matter where you are running, swimming, hiking, or enjoying a sunset, and regardless of where it was originally emitted. Good news: this means it can also be cleaned up from anyplace on earth and also benefit us all, regardless of where we live and travel.

Modern history is rife with examples of technologies that started off expensive and inefficient and improved dramatically over time, delivering benefits we now can’t imagine living without. In this post we reflect on this evolution in computers as an example of how carbon removal technologies can also progress as we provide support for their maturation.

While carbon removal is actually nothing new (plants, the ocean, soils have been absorbing carbon from the atmosphere and storing it throughout time), the emergence of carbon removal technologies as a tool to help restore our climate has put the topic of carbon removal - along with a flood of related terms - in the news with greater frequency these days. Terms like “carbon capture and sequestration” and “carbon removal” and “direct air capture” can be confusing. Here are a few definitions to help.