The Art of Climate Restoration Conversation

Climate change is everywhere. It’s despairing statistics across the news, defeatist messages on social media, the heavy weight on all of our shoulders. But despite everyone lamenting about climate change, very few people talk about climate restoration –the key to achieving a sustainable and safe future. It's difficult to address overwhelming problems, so why don’t we start addressing our available solutions. Let’s dive into how we can bring climate restoration into our everyday conversations in order to pave the way towards a bright future. 

Picture Credit: https://unsplash.com/photos/man-in-black-jacket-standing-beside-body-of-water-during-sunset-aocUkMcxeqI

The phrase “climate change” can feel heavy, making it even more crucial to keep an optimistic perspective. Climate restoration means ending the climate crisis by restoring our global greenhouse gas concentrations to their pre-industrial levels. For thousands of years, the planet maintained a healthy and balanced atmosphere that ensured our long term survival. We can restore that balance by using and accelerating the processes that nature has demonstrated for decades. The first step is making sure our communities know this is possible. By having simple conversations we can make climate restoration the overarching goal of climate action by 2030.  

For most of us, it’s easier to avoid climate conversations altogether than to risk saying the wrong thing, starting a debate, or seeming overly pessimistic. But when we start conversations about climate restoration, we build up the social norms necessary to mobilize the world towards this goal. Ambitious global goals are achievable because of the people who are willing to talk about them. They start with car ride chats and coffee dates. 

HAVING AN OPEN MINDSET

The goal of a climate restoration conversation isn’t to win an argument. It’s to talk. To listen. To understand. Climate change affects people in different ways—some feel it through wildfires and floods, others through rising bills or health challenges. Each person has a different connection to it, but everyone is open to learning about solutions. Our atmosphere has one trillion tons of legacy carbon dioxide that needs to be removed. It sounds daunting, but our planet has done it by itself before. If we call for climate restoration, we can help our planet do it again. Approach climate restoration conversations with an open mindset to understand how to best deliver the restoration message.  Focus on the potential future we are working towards and what that means for each individual. Remind them (and yourself): it is not too late to act. Action starts with connecting to build a better future.

CREATING YOUR CLIMATE STORY

Facts are important, but what really gets people to care is emotion. So start with why you care about climate restoration. For me, my climate story started with my dad. I remember feeling small as I sat in my backyard listening to him explain the potential consequences of climate change. I grew up with a heavy weight over my shoulders –a responsibility I didn’t know how to uphold. When I joined the Foundation for Climate Restoration, I realized there was a real path forward. We could restore our atmosphere and secure a planet where all species could thrive. I also discovered that action doesn't always mean yelling at politicians and protesting in the streets. The most crucial part of mobilizing is reaching out to others, exchanging knowledge, and learning more. 

By including your own experiences and emotions, you can humanize the problem and help others better understand why climate restoration is important to every individual. Before diving into a climate conversation, take some time to think about questions like “Why do you care about climate restoration?” “What actions have you taken to achieve it?” “How did your perspective of climate change shift after learning about it?” Understanding what caused you to care will be useful when trying to get others to care as well. 

KNOWING THE FACTS

You don’t need to be a scientist to talk about climate change. But it helps to know the big picture:

• Climate change is progressing because of a human caused increase in greenhouse gas concentrations; especially carbon dioxide. 

• Climate restoration means removing 1,000 gigatons of CO2 by 2050 to return atmospheric levels to 300 parts per million or less

• The 2015 Paris Agreement was a global promise to keep warming well below 2°C and we can do this by restoring our climate.

• Our planet has previously removed the necessary amount of carbon dioxide through natural processes that we can harness once again. 

Being prepared with these proven facts will help develop your climate conversations and give you credibility. Conversating is also a learning experience, so deeper knowledge and comfortability will come with the more you talk about climate restoration. 

STAYING OPTIMISTIC

To be honest, a lot of times climate change can feel paralyzing. I’ve definitely had spiraling moments where I felt defeated after reading a headline or watching a documentary. But what helps stay optimistic and proactive is knowing that climate restoration is a real possibility. Millions of people are already working on scalable and cost-effective strategies to help us get there. Engineers, scientists, teachers, teens, people like you and me. And every time we talk about climate restoration in an honest, open, and understanding way, we’re part of the solution too.

Ocean Iron Fertilization

Today, there is a growing consensus that climate restoration, or greenhouse gas removal, is necessary for protecting our future. Climate scientists have been warning against increasing carbon dioxide levels in the atmosphere for the past 35 years. Most recently, the amount of carbon dioxide in our atmosphere has reached over 420 parts per million (ppm), the highest it’s been in at least 3 million years. Even if we reach net zero and stop all emissions tomorrow, it won't be enough. The legacy carbon already in the atmosphere will continue to trap heat, leading to ecosystems collapsing, ice sheets melting, and more extreme weather events such as heatwaves, hurricanes, droughts, and floods.

So what is the solution? Ocean Iron Fertilization (OIF) is a geoengineering process which dumps large amounts of iron into the ocean to stimulate the growth of phytoplankton, tiny photosynthetic organisms that form the base of the marine food web. Iron incentivizes the growth of phytoplankton which absorb CO2, before dying and capturing that carbon at the bottom of the ocean in a phenomenon known as marine snow.

In many parts of the ocean, especially in High-Nutrient, Low-Chlorophyll (HNLC) regions like the Southern Ocean and the equatorial Pacific, iron is scarce. Even though other nutrients like nitrates and phosphates are abundant, phytoplankton can't grow much without iron.According to researcher David Emerson, iron is insufficient in 30% of the ocean which limits phytoplankton populations (Bigelow Laboratory, 2019). This iron depletion has meant the oceans are absorbing 4% less Carbon. (Scientific American, 2006). According to a 2004 study, Ocean iron fertilization incentivizes phytoplankton to intake 34 times the speed of natural rates. (Scientific American, 2012). A Department of Energy funded study found that one ton of iron being added to an area of 400 square miles could produce phytoplankton to remove 1800 tons of carbon. (SOFeX, 2002). Ocean Iron Fertilization has the ability to offset a significant amount of carbon production by burying it for centuries (The Guardian, 2012).

Scientists or engineers add iron compounds (often iron sulfate) to the surface waters of these regions. The added iron promotes phytoplankton blooms and the more phytoplankton, the more photosynthesis is performed, and the more carbon is sequestered. When phytoplankton die, some sink to the ocean floor, potentially trapping the carbon they absorbed for decades or centuries.

Ultimately, climate restoration is the future of all climate action. Reducing emissions is essential, but it’s only half the equation. The other half is removing the excess CO₂ we've already released, carbon that will otherwise continue to heat the planet and acidify the oceans for centuries. Ocean Iron Fertilization isn’t a silver bullet. It needs more research, international regulation, and environmental safeguards to avoid disrupting marine ecosystems. But in a world running out of time, it represents a low-cost, scalable, and promising strategy to pull carbon out of the atmosphere and help stabilize our climate.

Understanding Weather and Climate Within Climate Restoration And Why It Matters

When we talk about climate restoration, it's important to start with a clear picture of what we're actually trying to restore. A lot of people confuse weather and climate, which makes it harder to understand the bigger issue. The weather is what you feel when you step outside today. It could be sunny, windy, or stormy. But climate is the bigger pattern of these conditions over decades, or even centuries. Knowing this is different matters, because climate restoration is about fixing long-term problems, not just reacting to what the weather app is forecasting for today. After all, both involve the atmosphere, but they’re actually very different.

Think about it, one really hot summer does prove that the earth's climate is falling apart, just like a cold winter doesn't disprove climate change. Weather changes all the time, it’s short term and tends to feel unpredictable. Climate, on the other hand, is about long-term averages and trends. 

It’s easy to get confused when we see these extreme weather events, and think that they’re signals of climate change. However, while these events may seem alarming, they are just temporary disruptions in the weather system, not indications that the climate itself is changing. Weather patterns can vary from year to year or even from day to day. For instance, a particularly warm day might be followed by a cooler week, or one season might feel much colder than the last. These short-term variations don’t necessarily reflect any lasting changes in climate.So, when you experience extreme weather, it’s essential to distinguish it from a broader, more concerning trend in the climate. While weather may fluctuate, the climate shows a much more gradual, long-term pattern that can have serious implications if it is disrupted, such as rising sea levels, changing ecosystems, and increased frequency of extreme events. Climate restoration relies on the monitoring of these larger-scale shifts and reducing the root causes behind them.

One of the most important concepts to understand when thinking about climate change is Keeling’s Curve. This term is named after Dr. Charles David Keeling, who in the late 1950s began measuring the concentration of carbon dioxide (CO2) in the atmosphere. Keeling’s observations revealed something alarming: the CO2 levels were consistently rising, year after year. This increase in CO2 is one of the primary contributors to global warming and climate change. As carbon dioxide traps heat in the atmosphere, it accelerates the warming of the Earth’s surface, causing disruptions in climate systems worldwide. Even if weather patterns seem to fluctuate from year to year, the constant, upward trend in CO2 levels is a clear indication that the Earth’s climate is shifting in a more permanent and harmful way.

Understanding Keeling’s Curve is crucial when we talk about climate restoration, as it demonstrates the need to address the root causes of climate change, primarily human activities that release excessive carbon emissions. Restoring the climate means working to flatten this curve by drawing down carbon levels and supporting natural systems like forests, soils, and oceans that all work to absorb CO2. Without reversing this trend, the damage to the climate will only escalate, affecting ecosystems, agriculture, and human populations worldwide.

The Importance of Climate Restoration: 

Now that we can understand the difference between weather and climate, it becomes clear that climate restoration isn’t just about responding to temporary weather fluctuations, but instead addressing the long-term shifts that are taking place in our planet’s atmosphere and ecosystems. Climate restoration is about reversing the damage caused by human activity and working toward a more sustainable future. And though this situation might seem impossible to come back from, it can be done. There are methods involving increasing photosynthesis in the oceans, turning massive amounts of CO2 into phytoplankton. Marine life would then eat it and later disperse it, allowing the CO2 to sink to the bottom of the ocean, ridding it from our earth's atmosphere. At the Youth Foundation for Climate Restoration, it's our goal to reach net-zero by 2050, and that means everyone must know about Climate Restoration and the methods surrounding it before it’s too late. By understanding the difference between short-term weather changes and long-term climate shifts, we are better equipped to take meaningful steps toward restoring the balance of the Earth’s climate, which is crucial for the health of the planet and all its inhabitants. Climate restoration requires collective action on a global scale, with each person playing a role in protecting the Earth’s future.