Watkins Advisory – Development Economics & Climate Policy for LAC

Tag: state-capacity

State capacity is the ability of public institutions to design, implement, enforce, and adapt policies effectively, including taxation, regulation, service delivery, and coordination.

  • Spreading Successful Ideas Across Economies

    Spreading Successful Ideas Across Economies

    The most significant difference between Latin American and Caribbean economies that move forward and those that fall behind is not necessarily how many innovative ideas they generate, but how quickly innovative ideas spread across people, firms, and sectors. When promising routines and technologies remain trapped in a few places, productivity stalls, inequality widens, and public confidence erodes. When ideas move freely, societies learn, adapt, and grow faster. 

    This blog highlights how LAC countries can strengthen the systems that help innovative ideas travel across individuals, firms, sectors, and borders.

    Good Ideas Spread When People and Firms Can Absorb Them

    Diffusion begins with people. Workers and managers who can learn, adapt, and apply new routines are the first carriers of change. Firms that invest in training and managerial capabilities become engines of transmission, spreading better practices across supply chains and sectors.

    In Brazil, Embraer’s long partnership with the Instituto Tecnológico de Aeronáutica (ITA)—dating back to the 1950s—created a steady flow of engineers who could absorb and adapt to global aerospace technologies. These capabilities spread internally through rotations and project teams, and externally through suppliers and spinoffs, helping Brazil build a competitive aerospace sector.

    Uruguay’s Plan Ceibal, launched in 2007, expanded digital literacy by equipping students and teachers with devices and training. Rather than claiming global leadership, Ceibal helped Uruguay build a solid foundation for digital adoption, enabling firms and public agencies to take up new tools more easily.

    In Mexico, automotive firms in Guanajuato and Nuevo León—including Nissan, GM, and Toyota—co-developed training centers with state institutes during the 2010s. These centers helped local suppliers upgrade quality systems and robotics capabilities, spreading global production routines across the region. Many recognize the Bajío as one of the more competitive manufacturing regions in the Americas; it got there by sharing training and supplier upgrading, which accelerated diffusion.

    Crises also accelerate learning. The early-2000s economic crisis drove Medellín’s shift from a manufacturing city to a knowledge-intensive economy, pushing firms to adopt new digital and managerial practices. Ruta N, created in 2009, helped hundreds of firms reorganize around innovation, spreading agile methods and digital tools across the city.

    Worker mobility, return migration, and diasporas also carry ideas. Engineers trained at Intel Costa Rica, for example, later moved into local firms and startups, spreading global production and management routines across the country.

    Good Ideas Spread Faster When Institutions Scale What Works

    Policies that support experimentation create the raw material for diffusion. Start‑Up Chile, launched in 2010, did more than attract entrepreneurs—it spread routines for rapid prototyping, customer testing, and global networking. These practices diffused into Chilean firms, universities, and public agencies, strengthening the country’s entrepreneurial culture.

    Diffusion depends on variation, selection, and transmission—the three conditions that determine whether innovative ideas survive and spread.

    Costa Rica’s Payments for Ecosystem Services (PES) program, created under Forestry Law 7575 in 1996, also generated variation. By compensating landowners for conservation, PES introduced new routines for monitoring, verification, and contract management. These routines later spread into water utilities, municipalities, and private firms, helping scale sustainable land management.

    Institutions shape which ideas win. Brazil’s transmission auctions (2004–2010) rewarded firms that could deliver reliable, low-cost infrastructure. The auctions sharpened competition, encouraged managerial upgrading, and spread best practices across the electricity sector.

    Public procurement and finance amplify scaling. ChileCompra, launched in 2003, allows agencies to purchase innovative solutions, creating demand for firms that meet higher standards. Development banks across the region increasingly use performance-based financing to reward firms that adopt cleaner, safer, or more efficient technologies.

    Supply chains are powerful transmission channels. In Colombia and Mexico, supplier development programs in automotive, aerospace, and agribusiness help smaller firms adopt quality systems, digital tools, and logistics practices used by global buyers. These upgrades spill over into other sectors—manufacturing practices migrate into services, logistics improvements spread into agriculture, and digital tools move across industries.

    Standards also accelerate transmission. Mexico’s energy‑efficiency standards (NOMs) and Chile’s renewable‑energy auctions created clear expectations that pushed firms to adopt better technologies more quickly.

    Good Ideas Spread Through Networks and Trust

    Dense networks—clusters, associations, and digital platforms—help ideas travel faster. The Campinas Technology Hub in Brazil, anchored by UNICAMP since the 1990s, connects researchers, startups, and established firms, enabling rapid exchange of ICT and biotech capabilities. In Peru, the Colegio de Ingenieros del Perú spreads engineering standards and best practices across regions. In Jamaica, the JMEA helps SMEs adopt modern production and export routines.

    Digital platforms multiply these effects. Brazil’s SENAI expanded online training in robotics and automation in the mid‑2010s, allowing firms across the country to access advanced skills without geographic barriers. Open data systems—such as Chile’s Open Energy Data Platform—enable innovators to build forecasting tools and renewable‑integration solutions.

    Trust and legitimacy make cooperation possible. Brazil’s ANVISA, established in 1999, is widely respected for its technical rigor, encouraging firms to adopt food and pharmaceutical safety standards. Barbados’ Social Partnership Model, in place since 1993, builds trust among government, employers, and unions, helping the country adopt new labor and productivity practices more smoothly.

    Latin America and the Caribbean have no shortage of creativity. The challenge is ensuring that innovative ideas do not remain trapped in a few firms, sectors, or cities, but instead spread widely across individuals, firms, sectors, and countries. When societies strengthen their capabilities, institutions, networks, and trust, they accelerate the movement of ideas that improve productivity, resilience, and opportunity. The faster LAC economies learn and adapt, the quicker people will see better jobs, better services, and better prospects for the future.

  • Latin America and the Caribbean: Three Centuries of Competition

    Latin America and the Caribbean: Three Centuries of Competition

    For more than 300 years, powerful economic selection forces have shaped Latin America and the Caribbean (LAC). Much like natural selection in biology, competition has repeatedly rewarded firms, sectors, and countries with the right “traits” — capabilities, institutions, technologies — while punishing those that fail to adapt. These forces have determined which firms thrive, which stagnate, and which disappear.

    Understanding this long history of economic selection is not an academic exercise. It is essential for today’s policymakers and citizens because the same pressures that shaped the past are intensifying again. Across the region, thousands of small, low‑productivity, often informal firms dominate the economy, concentrated in sectors that employ many people but struggle to compete globally. Decades of institutional choices, policy incentives, and structural legacies have interacted with markets to produce this outcome.

    The challenge for LAC countries is clear: strengthen their economic systems so they can compete globally on their own terms. The selection environment should reward investment, innovation, and productivity rather than protection, lobbying, or regulatory evasion. In a moment defined by rapid technological change, digital platforms, and the emerging low‑carbon economy, decisions made now will determine future prices, job quality, service reliability, and access to opportunity. Viewing competition policy through the lens of economic natural selection offers a powerful diagnostic tool. It helps identify which institutions and incentives hold back economies, which reforms can unlock productivity, and who stands to gain or lose from business‑as‑usual versus change. It reframes competition not as a narrow regulatory issue, but as the mechanism that shapes the region’s long‑term development path.

    From colonial extraction to commodity booms, from import‑substitution to neoliberal liberalization, and from digital disruption to climate shocks, LAC has endured wave after wave of competitive upheaval. One pattern stands out: the region is a battlefield of strong selection, where winners emerge through adaptation, learning, and institutional strength, and losers succumb to path dependence, volatility, and weak state capacity. This blog explores that history and shows how understanding economic selection can help LAC build more resilient, innovative, and inclusive economies.

    The Shadow of History: Early Selection Shaped the Regional Trajectory

    Colonial extraction created the region’s first major economic selection pressures, shaping how local societies learned to compete, adapt, and eventually assert independence. From 1720 to 1820, plantation systems in Barbados, Jamaica, and Hispaniola generated extraordinary wealth for European powers. France even sent tens of thousands of soldiers to Haiti in 1801–02 in a failed attempt to preserve its plantation empire. Spain extracted immense riches from the silver mines of Potosí and Zacatecas, while Portugal dominated gold and diamond extraction in Minas Gerais. These systems created protected “winners” — colonial elites and monopolies — while suppressing indigenous economies and blocking diversification. When these monopolies collapsed, they left behind highly unequal, undiversified, and institutionally fragile economies.

    Independence did not break the commodity cycle. Instead, British merchants and financiers stepped into the vacuum, driving booms in guano, coffee, sugar, and rubber from the 1820s to the 1880s. Peru’s guano wealth fueled a short‑lived expansion before it collapsed. Coffee reshaped Brazil’s Paraíba Valley and later São Paulo, while Central American coffee elites consolidated land and political power. The Amazon rubber boom created fleeting prosperity in Manaus before Asian plantations outcompeted it. These cycles entrenched path dependence in precious metals, sugar, coffee, and, later, oil in Mexico, Trinidad and Tobago, and Venezuela. These industries shaped infrastructure and institutions around their needs, often at the expense of innovation and diversification.

    Limited access to skills and opportunity weakened the region’s ability to build a broad, competitive workforce. Narrow elites retained privileged access to education, entrepreneurship, and innovation. Only a few countries began to break this pattern. Chile built a professional bureaucracy and public education system after the 1830s. Uruguay expanded labor rights, pensions, and public education to grow a middle class. Costa Rica abolished its army in 1948 and reinvested in education and institutions. Barbados strengthened rule‑of‑law institutions and social partnerships. Elsewhere, elite dominance and commodity dependence reinforced each other, limiting the emergence of more complex, competitive industries.

    The 20th Century: Protection, Liberalization, and Extinctions

    From 1930 to 1980, import‑substitution industrialization (ISI) protected domestic firms through high tariffs, enabling rapid manufacturing growth. State‑owned enterprises such as PEMEX, Petrobras, and YPF expanded. Brazil built automotive and steel industries and founded Embraer in 1969. Mexico’s textile and consumer goods industries grew, but rarely exported. Argentina developed machinery and chemical industries, but became increasingly inefficient. Protection created national champions — but also insulated them from global competition. Many firms failed to innovate or meet international standards.

    The 1980s debt crisis delivered a brutal selection shock. Hyperinflation, austerity, and structural adjustment wiped out many protected firms. In Mexico, manufacturing output fell sharply in the early 1980s. Brazil shifted toward financial engineering for hyperinflation rather than sustained industrial upgrading. Argentina saw widespread closures in textiles, footwear, and machinery. Peru and others experienced explosive growth in informality as households sought survival strategies.

    The 1990s reshaped winners and losers again. Global trade created new competitive pressures. Brazil built competitive aerospace capabilities, with Embraer becoming a world leader. Argentina and Brazil expanded agribusiness, supported by EMBRAPA and modern technologies. Chile expanded export services and agroindustry, including salmon, fruit, and wine. Mexico, under NAFTA, deepened its electronics, auto‑parts, and assembly industries. But weak industrial policy and macroeconomic volatility meant LAC missed the manufacturing boom that lifted East Asia. Privatization often replaced public monopolies with private ones — Telmex in Mexico being a famous example — limiting actual competition. Across the Caribbean, privatized utilities and telecoms frequently became entrenched oligopolies with little incentive to innovate or reduce prices.

    The 21st Century: New Selection, Winners, and Vulnerabilities

    The commodity supercycle between 2000 and 2014 reshaped competitive dynamics once again. High global prices fueled extractive booms. Vale expanded iron ore production in Brazil. Oil exporters — including Brazil, Mexico, Argentina, Colombia, and Guyana — also benefited. Soy production surged in Brazil, Argentina, and Paraguay due to Chinese demand. But efficiency gains were limited. When prices collapsed in 2014, many economies faced fiscal crises and accelerated deindustrialization.

    After 2010, as the commodity boom faded, a vastly different kind of competition emerged. Digital technologies introduced a new wave of selection. Fintech, e‑commerce, and delivery platforms scaled rapidly across the region. Nubank became one of the largest digital banks in Latin America, with tens of millions of customers. Kavak and Rappi expanded across Mexico, Colombia, and Brazil. Traditional intermediaries lost ground as network effects favored scale, creating new oligopolies and squeezing analog firms.

    Extreme weather, shifting markets, and new energy technologies are becoming major economic forces that countries must prepare for. Caribbean tourism faces existential threats from hurricanes, sea‑level rise, sargassum, and potential European carbon taxes on flights. Hurricanes Irma and Maria devastated tourism infrastructure in Dominica, the British Virgin Islands, and Puerto Rico in 2017. Countries such as Uruguay and Costa Rica are using renewables to reduce dependence on imported fuels, stabilize energy costs, and attract data centers and new industries. Chile and Peru benefit from rising copper demand, while Chile, Argentina, and Brazil are major producers of lithium. Costa Rica, Guatemala, Belize, Brazil, and Guyana are advancing forest‑based climate strategies. Renewables and storage technologies are becoming more competitive, offering new opportunities for countries that invest early and strategically. These pressures are not abstract environmental concerns — they are already reshaping investment decisions, insurance markets, and the competitiveness of entire sectors.

    The Most Adaptable Survives

    Across three centuries, relentless selection pressures have shaped LAC — colonial extraction, commodity booms, industrialization, liberalization, financial crises, technological revolutions, and now climate change. The winners have consistently been those who adapted, built capabilities, invested in institutions, and aligned with global technological waves. The losers were those who relied on protection, windfalls, or political privilege rather than productivity and innovation.

    The next era of selection is already underway. The traits most likely to be favored are low‑carbon competitiveness, institutional reliability, technological adaptability, and social inclusion. In this evolving landscape, LAC’s future winners will be those who treat competition not as a threat, but as a catalyst for transformation. The question now is whether leadership across the region will seize this opportunity — or allow history’s selection pressures to repeat themselves.

  • Variation Matters: Diversity Shapes Economies in Latin America

    Variation Matters: Diversity Shapes Economies in Latin America

    Variation and diversity define the world people experience every day. They are also the foundation of how economies evolve. Differences across people, firms, industries, and countries shape how quickly societies adapt, how they respond to shocks, and why policies succeed in one place but not another. Variation is central to productivity growth, innovation, competitiveness, job quality, fiscal stability, and resilience.

    Countries in Latin America and the Caribbean (LAC) start from vastly distinct positions. They have different resource endowments, geographies, and population sizes. Their industries vary in maturity, competitiveness, and technological depth. Some countries are large and complex, making coordination difficult. Others are small, or island states that face constraints on scale but can sometimes move more quickly. Across the region, policymakers and citizens are seeking ways to build on existing strengths, raise productivity, expand opportunities, and ensure that global shifts do not derail national development paths.

    This blog examines variation across people, firms, industries, and countries—and what it means for the evolution of LAC economies.

    Individual and Firm-to-Firm Variation

    People differ in skills, capacities, values, and behaviors. In LAC, this variation is visible in the contrast between software developers in Brazil and Mexico, agricultural workers in Guatemala and Haiti, and the millions of Venezuelan migrants who have brought new skills and practices to Colombia, Peru, Chile, and beyond. Indigenous communities across the Andes, Central America, and the Caribbean maintain distinct knowledge systems and cultural traditions that shape their engagement with markets, natural resources, and institutions.

    These differences influence labor markets, entrepreneurship, and innovation. Individuals bring diverse networks, learning capacities, and experiences. They make choices based on identity, opportunity, and constraints. This micro-level variation is the foundation of broader social and economic diversity.

    Firms are organizational expressions of this variation. They differ in strategy, capabilities, governance, and risk appetite. Tourism firms in the Dominican Republic and Barbados leverage global connections and economies of scale. At the same time, family-run guesthouses in Saint Lucia or Guyana compete through personalized service and niche positioning. Agribusiness leaders in Brazil, Argentina, and Paraguay use advanced technologies, logistics, and data systems, while smallholder farmers operate with limited capital and narrower risk tolerance.

    Firms also respond differently to shocks. During COVID-19, online delivery platforms in Colombia, Mexico, and Brazil expanded rapidly as consumer behavior shifted. In the Caribbean, where hurricanes are becoming more frequent and intense, construction firms and hotels are adopting more resilient building practices. Leadership plays a critical role in identifying new opportunities, mobilizing diverse teams, and selecting which innovations to scale.

    Industry-to-Industry Variation

    Industries are clusters of economic activity that share products, technologies, skills, institutions, and competitive dynamics. They vary widely across LAC.

    Some industries are highly concentrated. Water utilities in many Caribbean islands operate as natural monopolies. Telecommunications and aviation tend toward oligopoly, with a few major firms dominating national markets. By contrast, retail and informal commerce in Peru, Bolivia, and Guatemala are highly fragmented, with thousands of microenterprises competing on price and proximity.

    Industries also occupy various positions in global value chains. Mining in Chile and Peru, agriculture in Brazil and Argentina, and oil and gas in Trinidad and Tobago sit upstream, supplying raw materials to international markets. Downstream industries — such as retail, hospitality, and logistics — serve domestic and regional consumers.

    Capabilities vary as well. Brazil’s aerospace sector requires advanced engineering and strict safety certification. Operating the Panama Canal demands highly specialized maritime pilots and logistics managers. Fintech ecosystems in Brazil, Mexico, and Colombia innovate rapidly, supported by digital infrastructure and venture capital. Creative industries in Jamaica and Trinidad and Tobago thrive on experimentation and cultural expression.

    Institutional contexts differ across sectors. Aviation, energy, and infrastructure services operate under stringent safety and regulatory frameworks. Tourism depends heavily on service culture and reputation. Industries also face distinct levels of exposure to external shocks — from commodity price cycles to hurricanes, droughts, and global market shifts.

    State-to-State Variation

    LAC countries share specific broad characteristics, including Indigenous, African, and Hispanic cultural roots; high inequality; persistent informality; and rapid urbanization. The region includes several megacities — Mexico City, São Paulo, Buenos Aires, Lima, and Bogotá — as well as dozens of small island states in the Caribbean.

    Yet each country is distinct.

    Resource endowments vary widely. Brazil has vast agricultural lands. Chile, Peru, and Argentina have world-class mineral deposits. Caribbean islands have limited land but extensive marine resources. Exposure to natural hazards also differs: Dominica, for example, ranks among the world’s most disaster-prone countries due to hurricanes and storms, while Chile faces frequent earthquakes but has strong building codes.

    Geography shapes connectivity. Islands such as Jamaica and Trinidad and Tobago depend on ports and airports for all goods. Panama has leveraged its location to become a global logistics hub. Smaller states face diseconomies of scale — Saint Lucia and Grenada rely on regional partners for specialized health care and higher education.

    Cultural capital also varies. Uruguay consistently ranks among the region’s most trusted and institutionally stable societies. Countries with high emigration — such as El Salvador, Haiti, Jamaica, and the Dominican Republic — have large diasporas that influence remittances, labor markets, and political dynamics. Brazil and Mexico, with large populations, can sustain more diversified domestic markets.

    Governance approaches differ as well. Chile and Costa Rica have long traditions of planning and institutional continuity. Other countries face more frequent political turnover or shorter planning horizons. Smaller economies may be more vulnerable to elite capture but can also be more agile in adopting reforms. Barbados, for example, has moved quickly on climate resilience and fiscal stabilization. Regulatory capacity, legal system strength, and tolerance for experimentation vary across the region.

    Conclusion

    The story of Latin America and the Caribbean is one of diversity and opportunity. Variation across people, firms, industries, and countries is not a barrier to development — it is the foundation. When policymakers understand these differences, they can design strategies that match real capabilities, constraints, and opportunities. Development is most effective when solutions are country-driven, sector-specific, and grounded in local strengths.

    The region’s diversity is a strategic asset. Encouraging experimentation, investing in capabilities, and learning from what works can help countries adapt more quickly, compete more effectively, and improve people’s lives. By using variation as a source of advantage, LAC can shape a more resilient and prosperous future.

  • Why Economies Change – Lessons from Evolutionary Economics

    Why Economies Change – Lessons from Evolutionary Economics

    Over forty years ago, Nelson and Winter argued that economies evolve through a process like biological evolution: firms follow routines, experiment with new ways of doing things, and those that succeed grow while others decline. Technological revolutions accelerate this process by reshaping industries, altering competitive advantages, and shifting geopolitical power.

    Many analysts argue that the world entered a sixth technological revolution around 2020. Countries in Latin America and the Caribbean now face a strategic choice: lead, follow, or fall behind. This wave will determine competitiveness, fiscal stability, and resilience for decades.

    Historically, the region has been commodity-dependent and vulnerable to crises. Yet evolutionary economics teaches that history is not destiny. Countries can change their trajectories by building capabilities, strengthening institutions, and setting clear direction. The region has a rare opportunity to shape its future—if it acts decisively.

    This blog explores how technological innovations drive rapid economic change, how institutions and capabilities determine who benefits, and how shocks and opportunities have historically opened windows for transformation.

    Technological innovations drive rapid economic change.

    Across the last five technological waves, innovative technologies have created entirely new industries, firms, and investment opportunities—first attracting venture capital, then large-scale real‑economy finance. Chile’s solar boom since 2015 and Mexico’s electric‑vehicle investments since 2020 illustrate how quickly new industry blocks can emerge. At the same time, older industries and business models decline in a process of creative destruction.

    Diffusion is uneven and path‑dependent. Countries and regions adopt technologies at separate times depending on geography, capabilities, and institutional readiness. Argentina and Mexico built extensive railway networks from the 1880s onward, while Central America lagged. Hydropower dominated Brazil, Costa Rica, and Paraguay from the 1970s, while Caribbean islands remained oil‑dependent. Guyana’s 2015 oil discovery triggered rapid development just as Venezuela’s mismanagement (2014–2020) collapsed its own sector.

    Path dependence matters: once a country builds enabling infrastructure, complementary technologies diffuse faster. Brazil’s smart grid pilots from 2008 made the later adoption of solar and distributed energy far easier.

    Technologies can be transferred, but absorption requires capabilities. Dominant technologies often emerge in leading economies and spread globally, but receiving countries must have the skills, learning systems, and firms to adapt and improve them. Brazil’s EMBRAPA, founded in 1973, transformed tropical agriculture by adapting foreign technologies to local conditions—an example of evolutionary “retention” and capability building.

    Institutions, capabilities, and visionary incentives determine who benefits.

    Institutions evolve alongside technologies. They can enable adoption or block it. Linear infrastructure, such as railways and transmission lines, requires land‑use reforms. Electricity systems require urban planning and regulatory clarity. In much of the region, governance fragmentation, weak regulation, and fiscal constraints slow institutional adaptation. Evolutionary economics emphasizes that institutional flexibility— “selection environments”—is as important as the technologies themselves. Brazil’s transmission reforms (2004–2010) unlocked long-distance lines for hydropower integration.

    Capabilities and learning systems determine whether firms can seize new opportunities. Dynamic firms grow when they can experiment, learn, and scale. Countries with strong learning systems and entrepreneurial ecosystems move faster during technological waves. Uruguay’s digital‑government investments (2007–2020) and Costa Rica’s engineering reforms after Intel’s arrival in 1997 show how capabilities compound over time. Conversely, Venezuela’s circumstances since 2000 eroded institutional capacity and accelerated sectoral collapses.

    Incentives shape direction. Commodity dependence has created powerful interests invested in maintaining the status quo. Subsidies and tax structures often reinforce older technologies and discourage investment in new ones. Evolutionary economics highlights that incentives influence which routines survive and which fade. Fossil-fuel subsidies across the region slow renewable adoption, while in 2014 Chile nudged utilities away from coal and toward solar and wind.

    Shocks and opportunities create strategic choices that can shape the future.

    Shocks can accelerate change or derail it. Wars, depressions, pandemics, and natural disasters reshape priorities and can disrupt long-term planning. The Latin American Debt Crisis of 1982 forced austerity and delayed modernization for a decade. Hurricane Maria in 2017 caused 225% of GDP losses in Dominica, overwhelming its fiscal capacities, but also triggered a bold goal to become the world’s first climate-resilient nation. Evolutionary economics shows that shocks alter selection pressures: some firms and institutions adapt, others fail.

    Occasionally, shocks open windows for reform—if institutions and capabilities are ready. Chile’s 2010 earthquake accelerated the implementation of seismic‑resilient infrastructure upgrades. 

    Today’s technological wave—AI, ride‑sharing, augmented reality, renewable energy, battery storage, electrification, and digital platforms—is already diffusing globally. The region has real advantages: high renewable energy penetration, hydropower, early adoption of electromobility, and globally significant forests. But success depends on strong institutions, capabilities, and the ability to attract investment. Brazil’s ride-sharing boom (2014–2020) and Costa Rica’s and Uruguay’s rapid EV adoption show what is possible when markets and institutions align.

    Strategic vision and long-term directionality determine whether the region can leapfrog.

    Economies evolve rapidly when leaders choose a direction and sustain it. Evolutionary economics emphasizes “directionality”—the ability to guide variation, selection, and retention toward preferred futures. Long-term planning up to 30 years is essential for attracting private investment, which depends on stable rules, credible institutions, and fiscal reforms.

    The region has examples of long-term strategic vision:

    • Costa Rica’s 2050 Decarbonization Plan
    • Guyana’s Low Carbon Development Strategy 2030
    • Chile’s 2015–2050 Energy Road Map
    • Brazil’s Ecological Transformation Plan

    These strategies create predictable environments where firms can invest, innovate, and scale.

    Conclusion

    Technological waves drive rapid economic evolution, and the sixth wave is already reshaping global competitiveness. Evolutionary economics teaches that countries succeed when they build capabilities, adapt institutions, and create incentives that reward innovation. Latin America and the Caribbean have a once-in-a-generation opportunity to shape their trajectory and leapfrog into a more resilient, competitive, and prosperous future. The choices made today will determine who leads, who follows, and who gets left behind.

  • Why Technologies Rise, Transform the World, and Eventually Fade.

    Why Technologies Rise, Transform the World, and Eventually Fade.

    Every so often, societies experience periods of accelerated change. Innovative technologies emerge that do more than improve daily life — they reshape economies, reorganize communities, and alter how people relate to one another. In these moments, the decisions that individuals, businesses, and institutions make determine whether they adapt, stagnate, or fall behind.

    Today, we are living through one of those periods.

    Across the world, the systems that support modern life — energy, information, production, mobility, and finance — are shifting at a pace that would have been difficult to imagine a generation ago. Solar and wind power have become among the most affordable sources of new electricity. Battery costs have fallen dramatically, enabling the expansion of electric mobility. Artificial intelligence is spreading faster than any previous technology. Digital payments, online commerce, streaming services, and virtual learning have become part of everyday routines. Electric vehicles, once a niche product, now outsell gasoline cars in several major markets.

    These changes are not gradual. They are exponential.

    Some societies and companies are moving quickly, investing in innovative technologies and building the skills and infrastructure needed to support them. Others are moving more slowly. As in every significant period of transformation, the pace of adaptation shapes who benefits and who struggles.

    We Have Seen Transformations Like This Before

    Although today’s technologies feel new, the pattern of rapid change is not. Over the past 400years, human societies have experienced repeated waves of innovation — each reshaping how people use energy, materials, information, and capital.

    Early industrialization(1770–1820) introduced steam engines, canals, textile machinery, and the factory system. Britain’s textile output increased tenfold between 1770 and 1830. Coal powered the machines, and plantation agriculture provided raw materials and capital that supported industrial expansion.

    The transportation revolution (1820–1870) connected regions at unprecedented speed. By 1870, industry had built 100s of thousands of kilometers of railway worldwide, and steam had begun to replace sailing ships. Telegraph lines linked markets and accelerated communication, drawing distant regions into shared economic systems.

    Early electrification (1870–1920) transformed cities and industries through the widespread adoption of lightbulbs powered by expanding electrical networks. Steel production rose from 1 million tons in 1870 to more than 28 million tons by 1900. With the steel came canned products. Electric lighting, telephones, and mass manufacturing reshaped daily life.

    The oil and automobile revolution (1920–1970) changed mobility and consumption. By 1970, more than 200 million cars were on the road, and oil had become a central resource in global trade and industry. Petrochemicals from oil and electronics from refrigerators to color televisions appeared in every house. 

    The digital revolution (1970–2020) rewired the world. Computers, the internet, smartphones, cloud computing, and global supply chains created a new economic architecture. Today, more than 5 billion people use the internet, and digital platforms have become essential infrastructure. At the same time, global trade grew, fed by the shift to container shipping.

    It is tempting to imagine these revolutions as cleanly separated eras, but technological change rarely works that way. Old and new systems often coexist for decades. Infrastructure, institutions, and cultural norms evolve more slowly than the technologies themselves. Revolutions are not single events — they are long, uneven transitions.

    Over the past 250 years, the pace of technological change has accelerated dramatically. During the first wave of industrialization (1770–1820), core technologies like canals and steam engines grew at an average annual rate of 3.7%. By the age of rail and coal (1820–1870), growth had reached 6.84%. Electrification and steel (1870–1920) pushed this to 8.58%, while the oil and automobile era (1920–1970) sustained growth at 7.93%. The digital revolution (1970–2020) surged to 9.34%, and today’s transformation — driven by AI, renewables, and electrification — is accelerating even faster, with early indicators suggesting a growth rate of 11.56% and rising.

    What History Shows: Adapting to Change

    Despite the complexity, history reveals a consistent pattern. Societies and organizations that adapt successfully tend to:

    · Invest early in emerging technologies

    · Build strong institutions and skills

    · Remain open to innovative ideas

    · Take calculated risks

    · Develop infrastructure that supports innovation

    · Maintain a long-term perspective even when the path forward is uncertain

    Those who struggle often:

    · Resist change because the present feels familiar

    · Remain tied to older industries and systems

    · Underestimate new competitors

    · Delay decisions until options narrow

    In past transitions, companies that shaped their eras — from early trading companies to industrial manufacturers to digital platforms — did so by recognizing change early and building systems around it. Individuals who played key roles in these transformations — from engineers and inventors to entrepreneurs and financiers — were not simply creators of new tools. They were builders of new systems.

    At the same time, technologies only succeed with support. Societies influence which technologies grow through policy choices, infrastructure investments, education systems, and cultural acceptance. The steam engine, the railway, the automobile, and the internet all scaled up because governments and communities chose to support them.

    Why Technologies Rise — and Why They Fade

    Technologies tend to succeed when they offer more value for less cost. They fade when something better emerges.

    History offers many examples:

    · Cars replaced horse-drawn carriages between 1900 and 1930.

    · Internal combustion engines replaced steam between 1870 and 1920.

    · Steamships replaced sailing ships between 1800 and 1880.

    · Telephones replaced telegraphs between 1876 and 1920.

    · Digital cameras replaced film between 1990 and 2010.

    · Mobile phones replaced landlines between 1970 and 1990.

    · Streaming replaced broadcast television in less than a decade.

    Today, electric vehicles are replacing gasoline cars because they are faster, cheaper to operate, and easier to maintain — and because infrastructure and policy increasingly support them. Some old technologies survive in niche roles — books, mechanical clocks, candles, sailing ships — but they no longer define the economy. The direction of travel is consistent: societies move toward technologies that deliver greater value.

    But transitions also bring disruption. The first industrial revolution devastated traditional textile industries in India and created harsh working conditions in early factories. The first and second industrial revolutions relied heavily on agricultural products produced through enslaved labor and colonial extraction. The digital revolution has created new inequalities and new vulnerabilities.

    Technological change creates winners and losers within societies, not just between them. The social costs are real and must be managed.

    We Are Living Through the Sixth Great Transition

    Today’s transformation involves artificial intelligence, ride-sharing, virtual and augmented reality, renewable energy, battery storage, electrification, and digital platforms. These technologies are reshaping everything from household budgets to global supply chains. They offer the potential for cleaner air, lower costs, more resilient economies, and new forms of work.

    But the outcomes are not predetermined.

    The benefits depend on choices — by institutions, by businesses, and by individuals. Some communities have more resources and capacity to adapt than others. Not everyone begins from the same starting point.

    Leadership in this moment means more than embracing innovation. It means managing risks, supporting those who may be left behind, and ensuring that the benefits of change are widely shared.

    The future is not something that happens to us. It is something we build.

    And each of us has a role to play in shaping what comes next.

  • Forestry Institutions in a New and Evolving Role

    Forestry Institutions in a New and Evolving Role

    Forests in Latin America and the Caribbean are among the world’s most valuable natural assets. They store carbon, harbor biodiversity found nowhere else, and sustain the livelihoods of millions of people. Yet their value is not only ecological—it is increasingly financial, political, and strategic. In today’s world, strong forestry institutions are no longer optional. They are essential levers for generating revenue, improving competitiveness, enhancing fiscal resilience, and strengthening global positioning.

    Governments across the region face a choice: either allow forestry commissions to remain underpowered or invest in their transformation so they can help unlock new opportunities in carbon and biodiversity finance, secure access to global markets, and strengthen legitimacy with communities.

    Decision makers should recognize that forestry institutions are valuable gateways to international finance and trade. They enable countries to access jurisdictional carbon credits, biodiversity-linked finance, and innovative private sector deals. They also ensure compliance with global trade rules, protecting exports and diversifying national revenues. At the same time, they strengthen benefit-sharing with communities and enhance global reputation.

    Latin America and the Caribbean already have a strong foundation. The region contains nearly half of the world’s tropical forests, and countries such as Guyana, Suriname, and Belize have among the lowest deforestation rates globally. Costa Rica has built a reputation as a pioneer in forest conservation, with more than 50% of its territory under forest cover and a payment-for-ecosystem-services program that channels finance directly to landowners. Brazil, despite challenges, has developed one of the largest forest monitoring systems in the world, while Mexico’s community forestry enterprises manage millions of hectares sustainably, generating income and jobs. These examples show that forests are not just ecological treasures—they are economic and political assets when institutions are strong.

    Transforming forestry commissions, however, is not easy. It requires strengthening capacities, mobilizing financing, and keeping all stakeholders engaged. Many commissions face outdated systems, limited staff, and weak enforcement. Communities often feel excluded from decision-making. Global buyers demand deforestation-free supply chains, but institutions struggle to provide credible assurance. Governments must therefore see forestry commissions as strategic levers. A strong forestry institution supports market access, credibility, and global respect. It ensures inclusivity and integration with national development strategies. It is not just a technical agency—it is a national competitiveness institution.

    Strengthening institutional capacities

    Strengthening institutional capacity and governance is the priority. Monitoring, Reporting, and Verification (MRV) systems are the backbone of credibility. Guyana has already built a world-class MRV system, enabling it to track deforestation rates and carbon storage with precision. This system underpins Guyana’s participation in the ART-TREES carbon market, where the country signed a landmark deal with Hess for USD 750 million in jurisdictional credits. Brazil has also strengthened its satellite monitoring, enabling rapid detection of deforestation and illegal activity. These systems show how technology can build credibility and attract finance.

    Legal and regulatory frameworks are equally important. Global trade rules are changing, with the European Union’s deforestation regulation requiring exporters to demonstrate the legality and sustainability of their products. Forestry commissions must align with frameworks like EU-FLEGT and update forest laws to embed carbon and biodiversity values alongside timber. Enforcement mechanisms must be clear and strong to reduce illegal logging and corruption. Belize’s recent modernization of its Forest Department demonstrates how institutional reform can improve enforcement and credibility, positioning the country to access new finance and markets.

    Institutions are only as strong as their people. Professionalizing staff and leadership are therefore critical. Governments should invest in training for technical, financial, and community engagement skills, create career pathways to retain talent, and build leadership capacity to manage large-scale finance and international partnerships. Mexico’s community forestry model demonstrates the importance of building local technical capacity, while Costa Rica’s forestry institutions show how professional leadership can sustain long-term conservation programs.

    Financing and market access

    The second area of work is finance and market access. Forests are now financial assets, and forestry commissions must be able to capture their value. The real challenge is not only accessing concessional loans or donor grants but attracting private finance at scale. Innovative instruments are emerging across the region.

    Uruguay has pioneered sovereign sustainability-linked bonds, tying debt costs to environmental performance, including forest protection. Ecuador and Belize have executed debt-for-nature conversions, restructuring sovereign debt in exchange for commitments to conserve forests and marine ecosystems. Brazil has announced the Tropical Forest Forever Facility, designed to mobilize long-term finance for forest protection. Guyana’s US$750M deal with Hess for ART-TREES credits demonstrates how jurisdictional carbon markets can attract private-sector investment at scale. Guatemala has accessed the Forest Carbon Partnership Facility of the World Bank, piloting results-based payments for emission reductions. These examples demonstrate that innovative finance is possible, but only if forestry institutions are strong enough to provide credibility, transparency, and enforcement.

    Trade competitiveness is another priority. Global buyers increasingly demand deforestation-free supply chains. Forestry commissions can help exporters by implementing legality assurance systems, supporting certification schemes like FSC and PEFC, and diversifying into non-timber forest products and ecosystem services. Ensuring legality and sustainability will protect timber exports and open access to premium markets.

    Guiding financial flows is essential. Governments can establish national forest finance facilities to channel innovative instruments like sustainability-linked bonds, debt-for-nature swaps, and carbon credit revenues. Blending sovereign, private, and community finance will create scalable projects. Ensuring that benefit-sharing mechanisms are in place so that revenues reach indigenous and local communities is critical for legitimacy. Guyana’s Low Carbon Development Strategy 2030 provides a model, channeling carbon revenues into community development and national infrastructure.

    Community engagement and political stability

    The third area of work is community engagement and political stability. Carbon and biodiversity revenues must reach communities. Indigenous and local groups are central to forest governance, and governments can design benefit-sharing mechanisms to ensure revenues flow to villages and community forestry groups. Transparent distribution systems are needed to avoid elite capture and to provide benefits linked to education, health, and local infrastructure. Guyana’s Amerindian Land Titling program strengthens community rights, while Mexico’s community forestry enterprises show how local groups can manage forests sustainably and profitably.

    Governments are expanding community forestry programs with technical and financial support. Training in sustainable harvesting, monitoring, and governance is essential, and connecting community forestry to national carbon and biodiversity markets will ensure inclusivity. Costa Rica’s payment-for-ecosystem-services program provides a model for channeling finance directly to landowners and communities.

    Governments are embedding participation in decision-making. Forestry commissions should institutionalize community representation in boards, use participatory mapping and consultation for forest planning, and build trust through regular dialogue and grievance mechanisms. Colombia’s experience with participatory forest governance highlights the importance of inclusion, while Guyana’s engagement with indigenous communities shows how to strengthen legitimacy.

    Investing in forestry institutions for the future

    The evidence is clear. Countries that invest in strong forestry institutions reap rewards. Guyana has already sold jurisdictional carbon credits, unlocking hundreds of millions in finance. Uruguay, Ecuador, and Belize have shown how to use sovereign debt instruments to strengthen forest protection. Brazil’s monitoring systems remain among the most advanced in the world, while Belize’s modernization of its Forest Department demonstrates how reform can strengthen enforcement and credibility. Costa Rica has built a global reputation as a conservation leader, attracting investment and tourism. Mexico’s community forestry enterprises generate income and jobs while sustaining forests. These examples demonstrate that when governments support institutions, they unlock finance, secure markets, and strengthen legitimacy.

    Forests are no longer just ecological assets—they are strategic national assets. For Latin America and the Caribbean, strong forestry commissions are the key to unlocking carbon and biodiversity finance, securing trade competitiveness, and strengthening political legitimacy. Governments should therefore invest in institutional capacity, finance and market access, and community engagement. By doing so, they will not only protect forests but also generate revenue, diversify economies, and enhance global reputation.

    The stakes are high. The region’s annual mitigation needs are substantial, and forest management is a significant component of mitigation efforts. The challenge is how to attract and scale private finance for forests. Sovereign sustainability-linked bonds, debt-for-nature conversions, carbon credit deals, and long-term forest facilities are emerging as solutions. But they will only succeed if forestry institutions are strong enough to provide credibility, transparency, and enforcement.

    Reform should not be a burden, but an opportunity. Strong forestry institutions are a gateway to fiscal resilience, competitiveness, and global leadership. They ensure that forests contribute to national prosperity while sustaining communities and ecosystems.

    Latin America and the Caribbean stand at the frontier of history. By supporting forestry institutions in their new and evolving role, governments can ensure that the region thrives in the green transition—an era defined not by deforestation and fragility, but by forest strength and sustainable prosperity.

  • Natural Selection and Technological Revolutions

    Natural Selection and Technological Revolutions

    Policy makers in Latin America and the Caribbean today face a historic challenge. The world is entering a new technological revolution, reshaping energy, transport, and infrastructure. At the same time, the urgency of climate change demands that this revolution be green, fair, and inclusive. The question is not whether change will happen, but how it will unfold—and whether our region will lead or lag.

    The metaphor of natural selection offers a powerful way to understand this process. Just as species evolve through variation, selection, and survival, technologies and institutions evolve through competition, adaptation, and diffusion. Policy makers are not passive observers of this process. They are the architects who design the conditions under which new ideas survive, spread, and transform societies.

    This blog explores how policymakers in Latin America and the Caribbean can use the logic of natural selection to guide green transitions. It shows how variation in technologies and institutions creates opportunities, how selection pressures determine winners and losers, and how successful innovations spread to reshape economies and cultures. Most importantly, it highlights the role of policy in shaping these dynamics—ensuring that transitions are not only efficient and competitive, but also fair and sustainable.

    Setting the Stage: Why Policy Makers Matter

    Technological revolutions do not happen in a vacuum. They depend on the right mix of policies, institutions, and cultural conditions. For Latin America and the Caribbean, this means building frameworks that encourage innovation, reduce costs, and ensure that benefits reach all citizens.

    Competitiveness is at stake. Countries that lead in green technologies will reduce service costs, attract investment, and secure long-term growth. Those that fall behind will be locked into outdated systems, facing higher costs and weaker resilience. Policy makers must therefore act as architects of competitiveness, designing the rules and incentives that allow new technologies to flourish.

    The region already has a strong foundation. In 2025, over 75% of electricity in Latin America and the Caribbean comes from renewable sources, one of the highest shares in the world. Hydropower remains dominant, but solar and wind are expanding rapidly. Chile, for example, increased solar generation from just 2% in 2015 to more than 20% in 2024, while Brazil added over 16 GW of solar capacity in 2023 alone. These shifts show that the region is not starting from zero—it is already a global leader in clean energy.

    Understanding Variation: The Raw Material of Innovation

    Variation is the starting point of natural selection. In the technological world, variation exists in ideas, inventions, business models, cultural practices, and institutions.

    In energy generation, we see variation across fossil fuels, nuclear power, solar, wind, geothermal, and hydropower. Each has strengths and weaknesses. Fossil fuels are dense and reliable, but polluting. Solar and wind are clean but intermittent. Nuclear is powerful but politically sensitive. Geothermal and hydropower are location-dependent.

    In storage, variation exists across fossil fuel reserves, lithium-ion batteries, solid-state batteries, and other emerging technologies. Each offers different trade-offs in terms of energy density, safety, affordability, and infrastructure needs.

    In mobility, variation is evident across internal combustion engine, hybrid, battery electric, and hydrogen fuel cell vehicles. Each technology competes for survival, shaped by consumer preferences, regulatory frameworks, and infrastructure readiness.

    Variation is not a problem—it is an opportunity. It provides the raw material from which better solutions can emerge. Policy makers must therefore nurture variation, supporting research, experimentation, and pilot projects. Barbados offers a good example: its National Energy Policy aims for 100% renewable energy and carbon neutrality by 2030, backed by an investment plan of nearly USD 9.5 billion. By encouraging diverse solutions, Barbados is creating space for new technologies to prove themselves.

    Selection: How To Determine Winners and Losers

    Selection is the process by which some technologies survive and spread while others decline. In business and technology, selection depends on efficiency, profitability, cultural resonance, political support, and policy frameworks.

    Consider energy generation. Solar and wind have become dominant in many countries because they offer lower costs per kilowatt-hour, economies of scale, and scalability. Once China and Europe invested heavily, costs fell globally, making these technologies competitive everywhere. In Latin America, Chile’s rapid solar expansion and Brazil’s booming wind sector show how policy support can tilt the balance.

    Consider storage. Lithium-ion batteries have dominated because they combine high energy density with affordability and scalability. But solid-state batteries are emerging, offering faster charging and greater safety. Policymakers can accelerate their adoption by supporting research and building infrastructure.

    Consider mobility. Electric vehicles are spreading rapidly because they offer efficiency, lower maintenance costs, and are supported by regulatory changes. Infrastructure is catching up, with charging networks expanding worldwide. Colombia, for instance, has introduced tax incentives and streamlined licensing to support renewable projects, helping EV adoption grow alongside solar and wind.

    Selection is not random—policy choices shape selection. Brazil’s National Energy Transition Policy (2024) will mobilize nearly USD 400 billion in investment, while its Future Fuel Law boosted bioenergy and small-scale solar. These frameworks show how governments can guide markets toward sustainable solutions.

    Diffusion: How Successful Innovations Spread

    Once a technology proves successful, it spreads, reshaping economies and cultures: the diffusion stage of natural selection.

    Solar and wind provide a clear example. Once solar and wind reached scale in China and Europe, they became globally dominant. In Latin America, Chile’s solar boom and Brazil’s wind expansion are now influencing regional markets.

    Batteries show another example. Lithium-ion batteries have spread rapidly, aligning with other innovations such as electric vehicles. Solid-state batteries are emerging, promising even greater efficiency. Policy makers can accelerate diffusion by supporting supply chains, building infrastructure, and encouraging consumer adoption.

    Electric vehicles illustrate the power of diffusion. Production is surging worldwide, and infrastructure is catching up. Costa Rica, which already sources 99% of its electricity from renewable sources, is well-positioned to integrate EVs into its clean energy matrix.

    Diffusion is not automatic. It requires policy support. Without the right frameworks, successful innovations may remain limited to niche markets. Policy makers must therefore design strategies that accelerate diffusion while maintaining economic and cultural stability.

    The Role of Policy: Guiding Evolution

    The metaphor of natural selection highlights the importance of policy, just as environmental conditions shape which species survive, policy conditions shape which technologies thrive.

    Policy makers must therefore act as evolutionary architects, designing frameworks that guide variation, selection, and diffusion:

    · Encouraging variation through research funding, pilot projects, and innovation hubs.

    · Shaping selection through subsidies, regulations, and infrastructure investments.

    · Accelerating diffusion through supply chain support, consumer incentives, and cultural engagement.

    The goal is not to pick winners directly, but to create conditions where the best solutions emerge naturally, avoiding the risk of locking into outdated technologies while ensuring fair and sustainable transitions.

    Practical Steps for Policy Makers in Latin America and the Caribbean

    1. Invest in Research and Development  

    Support universities, research centers, and private companies in exploring new technologies. Encourage collaboration across borders to share knowledge and resources.

    2. Build Infrastructure  

    Invest in grids, charging networks, and storage facilities. Ensure that infrastructure reaches both urban and rural areas, reducing inequality.

    3. Design Smart Regulations  

    Use regulations to tilt the playing field toward sustainable solutions. For example, set efficiency standards, require renewable integration, and limit emissions.

    4. Provide Incentives  

    Offer subsidies, tax breaks, or low-interest loans for green technologies. Encourage consumers to adopt new solutions by reducing costs until they scale and become cheaper than the competition.

    5. Engage Culturally  

    Recognize that technologies must resonate with local cultures. Promote narratives that connect green transitions to regional identity and values.

    6. Guide Finance Flows  

    Encourage speculative capital for early innovation, but ensure production capital for scaling. MDBs and IDFC channeled US$29 billion to Latin America and the Caribbean for climate mitigation.

    7. Ensure Inclusivity  

    Design policies that ensure no one is left behind. Provide support for vulnerable communities, retraining for workers, and access to affordable services.

    Conclusion: Architects of the Future

    Latin America and the Caribbean are not passive observers of technological revolutions. Policy makers here are architects of the green transition, capable of shaping the evolutionary process of innovation.

    By diagnosing systems, creating enabling institutions, and fostering cultural conditions, leaders can ensure that the region remains globally competitive, reduces local service costs, and builds social and environmental resilience.

    The green transition is not just about survival—it is about leadership. Policy makers in Latin America and the Caribbean can guide variation, shape selection, and accelerate diffusion. By doing so, they can ensure that the region not only adapts to change but leads it.

    The future belongs to those who design the conditions for survival. In the natural world, the strongest survive. In the technological world, policymakers decide what strength means. For Latin America and the Caribbean, strength means sustainability, inclusivity, and resilience.

    Over the past five years, countries like Chile and Brazil have shown how renewable investment and access to sovereign and private green finance can transform energy systems. Barbados has set a bold target of 100% renewable energy by 2030, while Costa Rica already generates nearly all its electricity from clean sources. Colombia is expanding solar and wind capacity at record speed. These examples prove that the region has both the ambition and the capacity to lead.

    The challenge is great, but the opportunity is greater. By embracing their role as evolutionary architects, policymakers can ensure that the green transition is not only successful but also transformative. They can build competitive economies, inclusive societies, and resilient environments.

    Latin America and the Caribbean stand at the frontier of history. The choices made today will determine whether the region becomes a leader in the global green revolution or will be left behind. With vision, courage, and decisive action, policymakers can ensure that the region thrives in this new era—an era defined not by fossil fuels and fragility, but by renewable energy and sustainable prosperity.

  • Peru’s Commodity Boom: Gains and Tensions

    Peru’s Commodity Boom: Gains and Tensions

    In 2013, Peru was one of the fastest-growing large economies in Latin America. National income had nearly doubled over the past decade. Poverty had fallen by half. The fiscal accounts were in surplus, and the central bank held reserves that most of the region envied. Yet, in the department of Cajamarca — home to Yanacocha, one of the largest gold mines in the world — the poverty rate was the highest in the country.

    That paradox is not a detail at the margins of Peru’s growth story. It is the center of it. Between 2003 and 2013, GDP per capita rose from roughly US$2,100 to nearly US$6,800, while national poverty fell from around half the population to roughly one quarter. Mining exports grew from under US$5 billion to more than US$25 billion, lifting mining’s share of total exports above 60 percent. Fiscal revenues from mining rose sharply, creating new resources for public spending and decentralization.

    The central policy implication of this period is that growth driven by extractives reshaped Peru’s economy faster than its institutions could adapt. The sections that follow examine how capital stocks, institutions, and social structures changed; how variation, selection, and diffusion shaped outcomes; and how the state steered, adjusted, and sometimes struggled to manage these dynamics. Together, these perspectives clarify why Peru achieved strong macro results but uneven territorial and social outcomes — and why the lessons matter urgently for the next commodity wave in lithium, copper, and other critical minerals now sweeping the region.

    Capital deepening reshaped institutions

    The most visible change was a rapid expansion of physical and financial capital linked to mining. Total mining investment rose from just over US$1 billion in the mid-2000s to more than US$8 billion by 2012, while exploration spending peaked above US$1 billion — ranking Peru first in Latin America and fourth globally. Foreign direct investment stock reached over US$22 billion by 2013, with mining absorbing the dominant share. Export revenues from copper, gold, and zinc increased more than fivefold, supported by both higher prices and rising volumes, particularly in copper. These flows were accompanied by expanded transport, port, and energy infrastructure connecting Andean mining zones to global markets.

    Running alongside the mining boom — and analytically distinct from it — was the Camisea natural gas project, the decade’s defining non-mining extractive investment. Camisea did not simply replicate the mineral dynamic. By substituting imported fuels and lowering domestic energy costs, it solved a structural input constraint: cheaper, more reliable gas reduced costs for industry and power generation across the economy. When Peru began exporting liquefied natural gas from 2010 onward, Camisea added a third major source of extractive income alongside copper and gold. The critical institutional choice, however, was made at inception: the 2003 royalty reductions offered to attract Camisea’s investors also locked in a gas pricing and offtake architecture oriented primarily toward export revenue. Trinidad and Tobago, facing an analogous choice, used its state gas company, NGC, as a monopsony buyer to price gas cheaply for domestic industrial users, seeding a world-scale petrochemicals cluster at Point Lisas. Peru’s architecture made a different bet — and a different developmental outcome followed. Like mining, Camisea also generated distributional and environmental conflict, particularly along pipeline corridors crossing Amazonian indigenous territories, reinforcing the broader governance challenge that ran through the entire boom period.

    Institutional change lagged capital accumulation but remained consequential. The mining legal framework established new obligations, including mine closure requirements and royalties, while decentralization laws redirected a large share of mining income taxes to regional and local governments. The Canon Minero mechanism dramatically increased subnational revenues from 2007 onward, multiplying transfers relative to the previous decade. New consultation rights for indigenous communities were enacted late in the period, reflecting rising conflict pressures. However, administrative capacity at subnational levels remained weak, limiting the effective use of transferred resources.

    Economic expansion altered Peru’s social structure unevenly. Labor gradually shifted from agriculture to services, construction, and mining, supporting the emergence of a larger urban middle class. National poverty declined rapidly, but outcomes diverged sharply across regions. Several mining-intensive regions continued to record high poverty rates despite large fiscal inflows. At the same time, social conflict around mining projects escalated, signaling tensions between national growth gains and local environmental and distributional concerns.

    Shocks and choices drove outcomes

    Variation during this period came primarily from new and expanded extractive projects rather than from broad-based industrial diversification. Large-scale copper and gold mines expanded capacity, and new projects entered production as prices rose. Mining technologies and operational practices diversified across sites, including lower-grade ore extraction made viable by global prices. Camisea introduced a separate variation track — gas-based petrochemical linkages at Pisco — and initiated a domestic gas distribution network, though neither reached the level of industrialization achieved in Trinidad and Tobago. Outside extractives, some non-traditional exports and services grew, but from relatively small bases. Policy experimentation also occurred through new social programs and decentralization mechanisms, introducing institutional diversity.

    Global commodity prices acted as the dominant selection mechanism. Rapid increases in copper, gold, and zinc prices determined which projects advanced and which sectors attracted capital. Peru’s open investment regime and fiscal stability reinforced this selection, channeling resources toward mining and related activities. The 2008–09 global crisis tested this model, briefly reducing growth before recovery confirmed the resilience of macroeconomic policies. Social conflict functioned as an additional selection pressure, delaying or halting projects that lacked local acceptance.

    Successful practices diffused unevenly — and the enclave pattern was structural, not incidental. Mining investment scaled rapidly as early projects demonstrated profitability and regulatory predictability. Fiscal and monetary discipline became entrenched across successive administrations, reinforcing macro stability. Revenue-sharing arrangements and social programs were institutionalized and expanded nationwide. But productivity gains and technological practices remained narrowly confined within extractive sectors. The mining and hydrocarbon complex was an enclave in the most precise sense: high in capital intensity, limited in direct job creation, and weakly linked to the domestic technology or manufacturing economy. This is the same structural outcome that characterized Trinidad and Tobago’s LNG industrialization and Venezuela’s oil boom of the mid-twentieth century: strong export revenues, weak productive spillover. Peru replicated the pattern in a new commodity and a new century.

    The state enabled growth, managed fallout

    The state provided clear direction through a stable macroeconomic and investment framework. Fiscal discipline, inflation targeting, and open trade policies reduced uncertainty and supported capital inflows. Mining-specific laws introduced royalties, closure obligations, and later profit-based taxation, shaping how rents were shared. Consultation requirements and environmental oversight expanded late in the period in response to conflict. The sequencing favored rapid investment and growth before governance mechanisms fully matured — the same sequencing that produced Peru’s central paradox: Cajamarca grew poorer as the mine above it grew richer.

    Public investment rose alongside private capital, financed in part by mining revenues. Infrastructure spending expanded in transport, energy, and urban services, while public–private partnerships mobilized additional resources. Canon Minero transfers provided unprecedented funding to subnational governments, intended to support local development. However, coordination challenges and limited project execution capacity constrained the developmental impact of these funds. Social programs scaled up nationally, cushioning poverty reduction but remaining largely separate from productive transformation strategies.

    The state demonstrated episodic adaptation rather than systematic learning. Mining tax reforms in 2011 adjusted the fiscal regime in response to political and social pressures. Consultation laws and ad hoc commissions responded to high-profile conflicts, signaling recognition of governance gaps. Yet conflicts persisted, and administrative weaknesses remained largely unresolved by 2013. The contrast with Chile is instructive. Chile built a three-layered fiscal buffer architecture — the Copper Stabilization Fund in 1987, a structural fiscal rule in 2001, and the Economic and Social Stabilization Fund in 2006 — before the super-cycle reached its peak. That architecture was constructed during periods of relative price normalcy, which gave it political legitimacy when the cycle turned. Peru managed a boom. Chile managed the cycle.

    Lesson: Growth can outpace institutions

    The strongest evidence shows that Peru’s 2003–2013 growth was rapid, externally driven, and fiscally transformative. Mining and hydrocarbon exports expanded dramatically, supporting macro stability and poverty reduction at the national level. Institutional frameworks enabled investment but adapted slowly to distributional and environmental pressures. Strong national performance developed alongside persistent local tensions and a structural enclave dynamic that transferred wealth upward and outward more readily than it built local productive capacity.

    A desirable future state builds on Peru’s demonstrated capacity for stability while closing the governance gaps the boom exposed. Effective management of resource revenues at subnational levels remains central to translating growth into local development. Stronger consultation, environmental enforcement, and administrative capacity would reduce conflict risks. Pre-positioning fiscal buffers before the next price peak — not during it — is the lesson Chile demonstrates and Peru did not fully implement.

    This evidence supports three immediate policy priorities for LAC policymakers as they face the next wave of commodities, including copper, lithium, and other critical minerals.

    First, build subnational institutional capacity before scaling revenue transfers. The Canon Minero experience is unambiguous: transferring fiscal resources to governments that lack the staff, systems, and accountability mechanisms to deploy them produces conflict, clientelism, and wasted capital — not development. The next wave of lithium and copper revenues will flow to subnational entities in Chile, Argentina, Peru, and Ecuador. The absorptive capacity question must be answered before the transfers arrive.

    Second, sequence investment frameworks with early attention to consultation and environmental governance. The projects that stall are not those with the worst deposits but those with the weakest social licenses. Delayed consultation and reactive environmental rules are not only governance failures — they are investment risks. The regulatory design choices made now for lithium in the Puna, copper in the Andes, and green hydrogen along southern coasts will determine project viability for decades. Third, treat gas, royalty, and local content architectures as industrial policy choices, not passive fiscal settings. Peru’s Camisea gas pricing decision in 2003 determined whether the country would receive export revenues or an industrial cluster. The same logic applies today: whether lithium is exported as raw brine or refined carbonate, whether copper concentrate is smelted domestically or shipped abroad, and whether green hydrogen is produced for export or anchors domestic industry are all structural choices that compound over decades. The window to make them is before investors commit capital, not after projects are running.