What makes a climate project scalable and impactful

I often see how ambitious sustainability projects start with momentum—but long-term impact depends on whether they can evolve beyond initial blueprints. Indonesia’s sustainable village initiative has the potential to reshape rural development by integrating renewable energy, climate-resilient agriculture, and essential infrastructure. But sustainability at the village level introduces complexities that differ from urban projects. Rural economies operate on different scales, traditional practices shape daily life, and access to resources is often uneven. Ensuring these villages thrive will require more than just funding—it demands tailored solutions that align with local needs and capacities. One major challenge will be avoiding reliance on short-term interventions. If renewable energy systems aren’t maintained, if agricultural practices aren’t reinforced with continuous education, or if infrastructure lacks scalability, these projects risk fading into unsustainable models themselves. The focus must shift from just implementation to adaptability—ensuring that communities have both the tools and the agency to sustain progress on their own terms. At the end of the day, sustainability hinges on the realities of the people it’s designed to serve. What are your thoughts on this project?

Why is climate action still not scaling, even when we know what to do? Because knowing is not the same as knowing how. I’ve been saying this for years: It’s not that people don’t know what to do. It’s that they don’t know how to do it. And a major new study on natural climate solutions shows exactly that. The research looked at thousands of real-world cases across the globe and found something many of us working with systems change have seen again and again: The biggest barriers are often not just money. They are social, political, and practical. In simple terms: We already know that restoring forests, wetlands, soils, and ecosystems can play a major role in addressing the climate crisis. But in the real world, these solutions often get stuck because of things like: • poor coordination between institutions • weak policy implementation • lack of trust and local support • limited knowledge on how to do it well • unclear roles and responsibilities • too little capacity on the ground So the real challenge is not only: What should we do? It is also: How do we actually make it happen? That is the part too many climate conversations still ignore. We love talking about potential. How much carbon can be stored. How much land can be restored. How much is theoretically possible. But theory is not delivery. This study is a good reminder that the gap between ambition and action is often made of very human things: trust, institutions, governance, coordination, and know-how. And this matters far beyond nature restoration. Because this is true for almost every major transition today. We do not just need better ideas. We need better conditions for ideas to succeed. So what do we do about it? We stop treating implementation as an afterthought. We invest not only in projects, but in the systems around them: • stronger public institutions • better policy coordination • local participation and ownership • practical knowledge sharing • long-term capacity building • trust, relationships, and legitimacy In other words: If we want climate action to work, we have to design for delivery, not just for ambition. That may be one of the most important lessons in climate work today. Link to source in comments: #ClimateAction #NatureBasedSolutions #SystemsChange #Regeneration #Policy #Biodiversity #Sustainability #ClimateScience #Implementation #Leadership

If someone offered you $1M, could your organisation actually handle it? I just finished evaluating 12 organisations competing for a $1M climate grant. Reading them side by side clarifies something most people don’t say out loud: 1) Good work is common. 2) Investment-ready organisations are rare. Here’s what actually separates the two. 1. A visible causal chain. The strongest applications made it easy to see how their activities lead to measurable climate outcomes. Not aspiration. Not intention. A clear line from intervention to impact. If a reviewer has to “figure out” your theory of change, you lose ground. 2. Evidence over energy. Workshops. Convenings. Campaigns. Those are outputs. The applications that scored highest showed adoption rates, resilience indicators, emissions proxies, policy traction, behavioral shifts. They measured what matters and adjusted based on it. 3. Institutional strength. Seven-figure capital is a risk decision. Funders are underwriting governance, financial controls, leadership depth, and execution discipline, not just ideas. If $1M would strain your systems, you’re not ready for it. 4. Community power, not proximity. There’s a difference between serving communities and being led by them. The latter shows up in decision-making structures, feedback loops, and representation, not just language. Reviewers can tell the difference. 5. Scaling logic. The strongest proposals didn’t say, “We will scale.” They said, “With $1M, we will unlock X partnerships, expand to Y geography, and achieve Z measurable outcome and at this cost structure.” - Precision builds confidence. - Large grants are not random. - They reward clarity, credibility, and operational maturity. If you are a nonprofit leader preparing to raise catalytic capital, ask yourself one uncomfortable question: Would you invest $1M in your own organisation today, based on your systems, evidence, and strategy? The climate sector doesn’t need more good intentions. It needs institutions built to absorb capital and multiply impact. That gap is where the next generation of leadership will emerge. #ClimateLeadership #Philanthropy #NonprofitStrategy #ImpactMeasurement #climateasia

Without agriculture, hundreds of millions of people would go hungry every day. Yet modern agriculture is increasingly judged not just on how much food it produces — but on how well it stores carbon, protects biodiversity, and reduces emissions. Farmers are being asked to deliver food, climate solutions and conservation outcomes, while still running profitable businesses. So what actually works? Over five years, we worked with farmers across southern Australia to co-design practical changes that aimed to improve productivity, profitability and biodiversity, while lowering greenhouse gas emissions. This wasn’t top-down. The practices were designed with farmers, grounded in real-world constraints. What we learned: 🔹 There is no silver bullet. The biggest gains came from targeting site-specific constraints. Blanket “best practice” climate solutions often underperformed compared with tailored ones. 🔹 All carbon is not equal. Carbon stored in soils and trees can be lost in drought, fire or land-use change. In contrast, technologies that directly reduce methane emissions deliver immediate and permanent abatement. Policy and carbon markets should treat these differently. 🔹 Most climate measures still hurt profit. Even with carbon or biodiversity payments, many interventions reduced farm income. If society wants environmental outcomes, payments for ecosystem services will need to better reflect the true costs and risks carried by farmers. 🔹 Co-benefits are the game changer. When carbon-focused practices also lifted production — like better pastures increasing liveweight gain or wool cut — profitability improved dramatically. 🔹 Nature-based solutions often made more financial sense than high-tech emissions-reduction options. Tree planting and soil carbon frequently outperformed feed additives on profit. 🔹 Stacking practices worked best. Combining complementary changes delivered far better outcomes than single interventions, especially on farms facing multiple constraints. Bottom line: Climate and biodiversity solutions in agriculture will only scale if they also make sense as farm businesses. Full study in Nature Communications: https://lnkd.in/gNKKycRw Ganesh Bhattarai Karen Christie-Whitehead Anna Drake Christine Chen Karel Mokany Geoff Roberts Hugh Burley Federico Cainzos Garcia Natalie Doran-Browne Rebekah Ash Lucy Watt Rob Waterworth Courtney Regan Suzannah Macbeth Jahangir Kabir Tasmanian Institute of Agriculture University of Tasmania

Africa’s most scalable climate solutions are not the most technologically sophisticated. In Tanzania’s rangelands, pastoralist volunteers with basic mobile phones are outperforming satellite systems that cost millions. They measure grass height with rulers, assess bare ground percentage and note invasive species on foot. The data is stored offline-first and later flows to grazing committees who make land management decisions. This is the Sustainable Rangelands Initiative (SRI) by African People & Wildlife. It operates across 800,000 acres in over 50 villages and has restored more than 20,000 acres of degraded land. In 2024, the initiative won the NatureTech Stewards category at the IUCN Tech4Nature Awards in Abu Dhabi. What looks boring to funders often proves exceptional to markets. A quick look at today's newsletter: • Africa’s most scalable climate solutions prioritize resilience and trust over technological complexity • Tanzania’s Sustainable Rangelands Initiative (SRI) won the IUCN Tech4Nature Stewards award for using offline-first mobile monitoring across 800,000 acres • Community-generated data is emerging as investable infrastructure with Kenya’s rangeland carbon project generating USD13.2 million in verified credits • Capital continues flowing to over-engineered solutions that impress boards but fail in the field PS - Read ‘Simple Phones are Beating Smart Satellites in Africa's Rangelands’ here https://lnkd.in/d54EHytd

🌍 We often talk about scaling investment into NbS—but what does it actually take? It takes a village. I recently returned from a two-week field mission in Tanzania, where we worked directly with project and community partners advancing their NbS program, on behalf of INTEGRITY GLOBAL PARTNERS INC. Many of the most credible and impactful projects are struggling to access early-stage capital. This “valley of death” exists because there is little to no revenue in the early years—trees take time to grow, and carbon credits take time to issue. While developers often bring deep implementation expertise, they may not speak "finance". As a result, project finance is increasingly skewed toward developers who do—even when they lack meaningful on-the-ground experience or long-term community partnerships. The project we visited underscores this challenge: a complex, multi-component initiative spanning government, communal, and private lands, combining different carbon methodologies across a large and dynamic landscape. It is technically sophisticated, jurisdictionally layered, and logistically demanding—the bumpy dirt roads seem to go on forever! Yet with an incredibly smart and dedicated team behind it, the project holds exceptional potential for climate, biodiversity conservation, and livelihood impacts. To bridge the gap between investor expectations and project realities, we took a deeply collaborative approach: 🔹 Week 1: Field visits to assess risks—technical, financial, regulatory, executional—not by checking boxes, but by working hand-in-hand with partners to identify those risks and practical mitigation strategies. We can do this because we have deep expertise across these multi-disciplines. We were told repeatedly that it was a relief to be able to speak openly about challenges with a partner invested in solving them. 🔹 Week 2: A multi-day capacity-building workshop focused on carbon markets, and carbon and commercial finance. Our goal: equip partners with the knowledge and tools to evaluate options, financial terms, engage confidently with investors, and advocate for fair, aligned partnerships. We co-developed actionable risk mitigation plans so that, when investor conversations begin, the project enters with a credible strategy and a clear, well-supported voice. Yes, this takes time and effort. But if we’re serious about channeling capital into high-impact NbS projects, this is the kind of work that’s needed. We must move beyond transactional models—with investors and projects on either side of the table - and start showing up as true partners. #NatureBasedSolutions #ClimateFinance #CarbonMarkets #CarbonProjects #IGP

Sustainable Finance Catalysts 🌎 Scaling climate finance requires capital and an enabling system of actors that can align incentives, reduce risks, and mobilize resources at scale. The table developed by S2G Ventures is a great tool to understand the different players within this ecosystem and the roles they can take. Governments are critical. Through regulation, taxation, subsidies and policy signals they shape investment flows. Convening organizations accelerate collaboration. By establishing standards and connecting stakeholders they support the adoption of best practices. Academia and think tanks provide evidence and research. Their independent insights inform asset owners and policymakers. Consultants support strategy. They guide asset owners through change management, design of frameworks and operational alignment. Catalytic capital helps de risk investments. Philanthropy and concessionary finance can crowd in private capital for climate projects. Corporates act as recipients and enablers. They bring knowledge of transition risks and opportunities while offering investable projects. General partners and intermediaries implement strategies. They build track records, design innovative structures and connect asset owners to opportunities. The strength of this system lies in its interdependence. No single actor can scale climate finance alone. Impact emerges when these roles reinforce one another. This perspective reframes the challenge. Climate finance is an ecosystem effort that requires coordination across actors. Recognizing and strengthening these catalysts is essential to mobilize capital at the scale required for the transition. #sustainability #business #sustainable #esg

Some hard truths about scaling Climate companies. And your Cheat Sheet to tackle them 👇 Building a First of a Kind (FOAK) projects and scaling them is extremely tricky. Here’s how to think about them the right way: 1️⃣ Think Fork, Not Chasm First-of-a-kind projects aren’t “bigger pilots.”  They’re standalone business with real-world chaos, P&Ls, and de-risk enough to unlock low-cost project finance.  It’s not science: it’s operations. 2️⃣ Financing Reality Check Don’t do VC Mega-rounds and dilute founders + mis-price risk.  Instead, blend your capital stack: → Under $50M? Combine: VC equity + equipment finance + venture debt. → Over $50M? Use structured equity + short-tenor debt + strategic offtake commitments Your goal❓ Position risk with capital that understands it. Venture loves upside, infrastructure hates novelty. 3️⃣ Bridging the Capital Canyon There’s a new asset class: development equity.  Angels, family offices, and catalytic funds are stepping into the no-man’s-land between VC and infrastructure. 4️⃣ Project = Company The team that built the prototype. Is rarely the team that scales the factory.  Treat the project as its own startup: lean, fail-fast, contractors early. Only go with deep domain specialists once each risk shrinks down. Big shout out to Rushad Nanavatty, Deanna Zhang, Tim Woodcock and Nik Baumann (follow them!). For sharing all their FOAK insight with the Climate Drift community during our latest Open Climate Session. Join 4,000+ subscribers and read the entire cheat sheet on the Climate Drift newsletter. (link in comments) Let’s go 🙌