Climate Drift’s Post

The Climate Drift Career Accelerator for mid-career & executives kicked off. The first round of feedback is solid 🔥 Here are my top 3 from our members: 1️⃣ “I’ve gotten tremendous value out of the course; specifically the action-oriented nature of the course (learning + doing, not just learning) and the orientation towards landing a career in climate and HOW to do it” 2️⃣ “The quality and access to the speakers so far has been unparalleled (and I've done programs with [multiple other climate education programs]).” 3️⃣ 10 out of 10: The content is in-depth and interesting, and gives the cohort opportunities to get involved by tackling challenges hands-on (which in my opinion, is the best way to learn!) If you want to make a difference and bring your talent into climate. Apply to our May ’24 cohort and join the Climate Drift community. More info and how to apply here: https://lnkd.in/eN8aCHsC

Transportation is more than just getting from A to B—it's the backbone of our economy, impacting emissions and the environment at a massive scale. In the first part of our series, we’re exploring 5 scalable solutions, from EVs to Rail, that are transforming the way we move. Here’s a sneak peek at what’s happening on the Climate Hype Curve: 1️⃣ Electric Two-Wheelers: Leading electrification in Asia, with over 50% of three-wheelers in India now electric. These vehicles are not only reducing emissions but also offering affordable mobility options in densely populated areas. The next challenge? Scaling battery infrastructure to keep up with rising demand. 2️⃣ EVs: Global electric car sales hit 10 million in 2022, with China leading the charge. Europe and the U.S. are also seeing significant growth, with electric vehicles becoming a key part of government policies aimed at reducing emissions. The increasing availability of charging infrastructure and advancements in battery technology are driving further adoption. 3️⃣ Fleet Electrification: Major companies like Amazon, FedEx, and DHL are electrifying their fleets to meet sustainability goals. As more electric commercial vehicles hit the road, businesses are not only cutting emissions but also reducing long-term operational costs. Fleet electrification is a critical step toward decarbonizing the transport of goods globally. 4️⃣ Electric Buses: China is home to 99% of the world’s electric buses, with other regions catching up. Public transport electrification is a key strategy for reducing urban air pollution and cutting carbon emissions. Cities in Europe and the U.S. are increasingly investing in electric bus fleets to create cleaner, greener public transportation systems. 5️⃣ Rail: Rail transport is 4x more energy-efficient than trucks, making it a powerful solution for reducing transportation emissions. In addition to electrifying rail networks, there’s a growing focus on shifting more freight from road to rail to improve efficiency and cut emissions. Hydrogen-powered trains are also emerging as a potential zero-emission alternative for routes where electrification is not feasible. Ready to dive into sustainable transport solutions and make an impact? 🌱 Learn more in the deep dive in the comments.

Switching to a climate career might feel intimidating, but it's important to recognize that your life and career experiences offer a unique advantage. As you grow professionally, your distinct background helps you stand out, especially in industries like climate that thrive on innovation. Here are three reasons why your diverse experiences are an asset in a climate career: 🌱 Fresh Perspectives: Your previous work experience, even if unrelated, allows you to approach climate problems with new insights that those in the field might overlook. 💡 Creative Problem-Solving: Tackling different challenges in your past roles equips you with critical thinking skills, giving you an edge in developing innovative climate solutions. 🔄 Transferable Skills: Project management, leadership, or communication—skills you’ve honed over the years—are crucial in climate-focused roles, where complex, cross-disciplinary collaboration is the norm. If you’re ready to make a change, trust in your journey and the valuable skills you bring. The climate industry needs diverse thinkers to help create a sustainable future.

Sacha Berna's striking bar chart highlights a critical conversation around the relationship between urbanization and rainforest conservation in Brazil. Using Land Cover data from ESA's Climate Change Initiative, the graph visually portrays the rapid growth of urban areas compared to the decline of rainforest cover between 2000 and 2015. By showing these changes side-by-side, Berna sheds light on the unequal rates of change. As Berna herself notes: "The aim of this image is above all to draw a visual portrait of two regions that are evolving at different rates and in unequal ways. Above all, it raises questions about the relationship between urban development and vegetation in a country with the largest forested area in the world." This graphic doesn’t just illustrate the data—it challenges us to reflect on the broader implications of urban expansion on ecosystems. As urban areas grow, what does that mean for one of the world's most critical environments, and how can we strike a balance?

In 2022, the U.S. residential sector grew by 40% in a year. To put that into perspective, that's 700,000 American households harnessing the sun's power in just twelve months! Yet, the horizon still holds immense potential. Of the 77 million households that could benefit from solar, a mere 6% have taken the plunge. Across the pond in Europe, the narrative is strikingly similar, with a vast majority of buildings—over 90%—still untouched by solar energy. In our Guide to Residential Solar we are covering four topics: - 🌞 The Solar Buyer's Journey: From contemplation to purchase, we break down the steps. - ⚙️ Behind the Solar Panels: Ever wondered what goes on behind the scenes? - 🔮 Outlook: Gazing into the crystal ball to predict market shifts. - 🚧 Challenges in the Solar Realm: It's not all sunshine; we delve into the industry's pain points. 🌊 Dive deeper in the link in the comments

Ever wondered how solar energy went from a niche technology to one of the cheapest energy sources on the planet? Solar’s journey is more than just panels and photons—it’s a masterclass in global collaboration, strategic innovation, and relentless perseverance. Over the past 45 years, solar costs have plummeted nearly 100%, setting a powerful precedent for other climate solutions. 🔑 But it didn’t happen overnight. Solar’s success was driven by these 9 key “Innovation Accelerators”: 1️⃣ Continuous R&D 2️⃣ Public Procurement 3️⃣ Trained Workforce 4️⃣ Codified Knowledge 5️⃣ Disruptive Production 6️⃣ Robust Markets 7️⃣ Knowledge Spillovers 8️⃣ Global Mobility 9️⃣ Political Economy Each of these accelerators helped drive solar costs down while improving technology. Can we replicate this model for other technologies? Absolutely. 🚀 Let’s bring this model to other climate solutions. Whether it’s offshore wind, hydrogen, or plant-based carbon storage, solar’s blueprint offers valuable lessons. 🌊 Ready to dive deeper? Check out the full article in the comments and join the Climate Drift Accelerator to be part of the solution!

Imagine: A new climate tech discovery promises a sustainable revolution. Investors rally, media buzzes, and we're on a thrilling high, eyeing limitless potential. But like all highs, a reality check awaits. As enthusiasm might overshoot reality, the interest can cool as quickly as it ignited, leading to a challenging descent and valuable insights. The story continues: over time the technology gets adopted, economies of scale kick in and reaches the mainstream. Today, we unravel the dynamics of Hype Cycles. Dive deeper in the comments.

Another Climate Driftie lands an amazing job restoring wild-fire burned lands at Mast Reforestation. Thank you for inspiring us, Brady Paron 🙌