Amazônia 2030

Tag: deforestation

  • When the Rivers Run Dry: How Amazon Deforestation Threatens the Brazilian Economy

    When the Rivers Run Dry: How Amazon Deforestation Threatens the Brazilian Economy


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    The Amazon Rainforest is not only an environmental treasure but also an invaluable economic asset for Brazil. A new report by the Climate Policy Initiative (CPI/PUC-Rio) and the Amazônia 2030 project shows how deforestation in the Amazon impacts the so-called flying rivers — moisture currents formed by the forest’s evapotranspiration — compromising water supply and climate stability in several regions of the country.

    According to the study, the loss of forest cover already generates billions of reais in annual economic damage, especially to the energy sector. Hydropower plants such as Itaipu and Belo Monte alone have lost the potential to generate 3,700 GWh per year — equivalent to the total electricity consumption of the entire state of Rondônia — representing more than R$ 1 billion in annual losses.

    Impacts across multiple sectors

    The report reveals that the effects of deforestation also threaten other key sectors beyond energy:

    • Water supply: critical systems like Cantareira (SP) lie along the path of the flying rivers and could face reduced water availability, especially during drought periods.

    • Agriculture: rain-dependent crops such as soy, corn, and sugarcane face increasing risks; drought-related losses reached R$ 186 billion between 2013 and 2022.

    • Wildfires: reduced rainfall weakens vegetation resilience, increasing fire risks — more than 30 million hectares were affected in 2024.

    • Waterways: record droughts have disrupted grain transportation, potentially undermining Brazil’s competitiveness in global trade.

    Keeping the forest standing as a national strategy

    The researchers warn that by 2050, up to 47% of the Amazon may experience disturbances that would irreversibly compromise the provision of ecosystem services.

    “Protecting the Amazon is not just an environmental agenda — it is a strategic imperative for Brazil’s energy, water, and food security,”
    say authors Gustavo Pinto and João Pedro Arbache, from CPI/PUC-Rio.

    The study underscores that public policies to curb deforestation — such as PPCDAm, which reduced the forest destruction rate fivefold between 2004 and 2014 — are essential to keeping the country on a sustainable growth trajectory.

    Read the full paper here.

  • Lessons From The Expansion of Cattle Ranching in Brazil (2000–2023) For Sustainable And Efficient Production

    Lessons From The Expansion of Cattle Ranching in Brazil (2000–2023) For Sustainable And Efficient Production


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    Cattle ranching occupies 64% of Brazil’s agricultural area but contributes only 17% of the sector’s gross production value, reflecting inefficient land use and structural challenges. An unprecedented study by the Amazônia 2030 project analyzes the expansion of cattle ranching between 2000 and 2023 and points to pathways to transform the sector, ensuring greater productivity and sustainability.

    The survey highlights that 64% of pastures (105 million hectares) are of low or intermediate quality and that the sector was responsible for 51% of the country’s greenhouse gas emissions, mainly due to deforestation. Between 2000 and 2023, Brazilian cattle ranching made important gains in productivity, driven by economic incentives and environmental pressures, but it still faces structural bottlenecks.

    The study, conducted by researchers Paulo Barreto, Arthur José da Silva Rocha, Amintas Brandão, Ritaumaria Pereira, and Gabriel Salles Barreto, notes that policies such as the Action Plan for the Prevention and Control of Deforestation in the Legal Amazon (PPCDAm) and the Soy Moratorium reduced deforestation by about 80% between 2003 and 2012, encouraging more productive practices. However, the growth of the activity still pressures the forest: for every hectare of pasture rehabilitated in Brazil, one hectare of forest was cleared; in the Amazon, that number rises to 2.35 hectares. By contrast, only 0.2% of degraded pastures were rehabilitated.

    The research also shows that while the supply of rural credit has grown, it remains poorly distributed. In 2023, only 23% of resources were applied to productivity—such as pasture recovery and artificial insemination—while most was directed to cattle purchases, without robust environmental or productivity targets.

    With a stock of R$ 1 trillion in subsidized private credit without sustainability requirements, the study underscores that there is enormous potential to leverage more responsible practices in the sector.

    Recommendations for a more sustainable sector
    The study proposes a set of recommendations to reverse this situation, including:

    – Strengthening efforts to combat deforestation and ensuring the proper allocation of public lands;
    – Conditioning rural credit on productivity and sustainability targets, with technical assistance for small and medium producers;
    – Directing infrastructure and incentives to priority areas where pasture recovery is more feasible;
    – Expanding transparency in the supply chain, ensuring traceability of cattle origin and greater commitment from meatpackers and investors to sustainable practices.

    “Over the past 23 years, the expansion of cattle ranching shows that it is possible to increase productivity while reducing deforestation through practical incentives and environmental enforcement. However, failures in public and private policies have prevented faster, broader, and longer-lasting progress in best practices. As a result, nearly half of pastures are degraded while deforestation for cattle ranching continues. In the face of an intensifying climate crisis, especially reduced rainfall, opportunities for the productive use of degraded pastures tend to shrink dramatically. Global warming follows immutable physical laws: the higher the greenhouse gas emissions, the faster and more intense climate change will be. Therefore, politicians and business leaders cannot hesitate. Only through robust and committed collaboration will it be possible to mitigate the environmental impacts of cattle ranching and promote sustainable development in territories where the activity still operates with low productivity,” the study emphasizes.

    Read the full paper here.

  • Deforestation Cuts The Lights: Itaipu, Belo Monte, And The Cost of Forest Loss

    Deforestation Cuts The Lights: Itaipu, Belo Monte, And The Cost of Forest Loss


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    Brazil’s two largest hydroelectric power plants (HPPs), Itaipu and Belo Monte, play essential roles in the country’s electricity sector. With respective installed capacities of 14 GW and 11.2 GW, they account for around 11% of Brazil’s electricity generation capacity. However, the full realization of the plants’ potential depends on water availability in the rivers on which they are located.

    Deforestation of the Amazon forest modifies rainfall in hydrographic basins both inside and outside this biome, reducing river flow and negatively affecting the HPPs’ power generation.

    Researchers from the Climate Policy Initiative/Pontifical Catholic University of Rio de Janeiro (CPI/PUC-RIO) and Amazon 2030 have analyzed the impact of changes in rainfall patterns, caused by deforestation, on the electricity generation—and associated revenues—of the Itaipu and Belo Monte HPPs. This analysis has identified that, together, the HPPs are losing 3,780 GWh in energy generation potential per year due to deforestation. This is equivalent to the electricity consumption of approximately 1.5 million people and around US$ 200 million in revenue for the HPPs.

    Hydropower has historically been Brazil’s primary source of electricity, accounting for 48.6% of the country’s installed capacity and 60.2% of total generation in 2023.¹ This publication explores two case studies to show how changes in hydrological regimes, as a result of Amazon deforestation, have exposed the vulnerability of Brazil’s two largest HPPs, testing the resilience of the country’s overall electricity mix. Each case evaluates the effects of Amazon deforestation on the respective plants.

    Itaipu, the country’s largest HPP, is located on the border between the Brazilian state of Paraná and Paraguay, more than 1,000 kilometers outside the Amazon biome. The plant represents 6% of Brazil’s electricity mix and generated the equivalent of 15.7% of the country’s total energy consumption in 2023.² In that same year, Itaipu HPP’s average loss of annual electricity generation potential, induced by deforestation, was estimated at 1,380 GWh. This translates into a loss of approximately US$ 86 million in revenue per year—around 6% of the plant’s recent annual average profit.

    The second case study conducts the same analysis for Belo Monte HPP, Brazil’s second-largest HPP, located in the state of Pará, within the Amazon biome. The plant accounts for 5% of the national electricity mix, supplying 5.9% of all energy used in the country in 2023.³ The average loss of annual electricity generation potential due to deforestation is estimated at 2,400 GWh. This translates into an annual loss of US$ 110 million in revenue—approximately 20% of the plant’s earnings before interest, taxes, depreciation, and amortization (EBITDA).

    The report also identifies the areas of the Amazon that influence the electricity generation of the Itaipu and Belo Monte plants. The area affecting Belo Monte HPP is more concentrated than that affecting Itaipu HPP, which is influenced by air currents with trajectories that extend over several regions of Brazil. Identifying the areas that most affect energy generation can guide better implementation of conservation and restoration policies, allowing the appropriate targeting of resources to mitigate the adverse effects on the energy sector.

    The results show that Brazil’s largest HPPs are already being affected by Amazon deforestation. This creates a strategic necessity for the electricity sector to actively participate in the country’s environmental agenda. Greater definition and integration of strategies that reconcile forest conservation and restoration policies with electricity generation policies are crucial for the security of the electricity sector and for boosting forest restoration.

    Read the full paper here.

  • Amazônia 2030: Bases For Sustainable Development

    Amazônia 2030: Bases For Sustainable Development


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    The Amazon 2030 project aims to propose solutions for the economic, social, and environmental development of the Brazilian Amazon. In the first phase (2020-2022), the project – led by Brazilian researchers – engaged over 80 researchers from various regional, national, and international institutions. They published 60 technical reports on topics related to social policies (health, education, public safety, demography), the Amazonian economy (income and employment, public finance, bioeconomy, infrastructure, livestock, and others), environmental conservation (forest restoration, carbon market, anti-deforestation policies, etc.), as well as cross-cutting themes such as land tenure and cities.

    The book “Amazon 2030” (Volume 1) is a synthesis of the studies published in the first phase of the project. It is structured into three chapters:

    1. The Amazon Paradox;

    2. The Five Amazons: Foundations for the Sustainable Development of the Brazilian Amazon;

    3. Zero Deforestation and Land Use Planning: Pillars for the Sustainable Development of the Brazilian Amazon.

    The first chapter addresses the so-called Amazon paradox, in which three serious problems are recast as opportunities for the region.

    Firstly, over the last decades, the Amazon has experienced extensive deforestation, amounting to around 84 million hectares. This has resulted in the creation of vast degraded areas, often abandoned or occupied by low-productivity agriculture or cattle ranching. If productivity were improved, these deforested areas could accommodate all agricultural expansion in the region, creating a surplus of approximately 35 million hectares. This surplus could be utilized for forest restoration involving the planting of native trees for carbon capture or directed towards other land uses.

    Secondly, despite facing excessive deforestation, the Brazilian Amazon retains a vast remaining forest cover that is gaining increasing strategic value and importance due to its environmental services, potential for the bioeconomy, and superlative biodiversity.

    Thirdly, the Amazon has over 8 million working-age adults who are not in the workforce. This serious social crisis can represent an opportunity, heightened by the fact that the region is still benefiting from a demographic bonus. That is, the number of economically active adults is larger than the number of children and the elderly.

    The second chapter discusses the heterogeneity that exists within the Brazilian Amazon. Covering 5 million km2, which is equivalent to 59% of Brazil, the region displays distinct patterns of human occupation and land use. Recognizing the different “Amazons” is a precondition for any feasible sustainable development plan for the region. In this chapter, the Brazilian Amazon is divided into five major zones: “The Forested Brazilian Amazon”, “The Brazilian Amazon with Forest Under Pressure”, “The Deforested Brazilian Amazon”, “The Non-Forested Brazilian Amazon” (the vast majority of this area is covered by savanna-type vegetation and natural grasslands), and “The Urban Brazilian Amazon” (where about two-thirds of the population resides). Policy suggestions vary depending on the zone. For example, intensifying agriculture and forest restoration are critical for the development of the Deforested Brazilian Amazon. In contrast, environmental enforcement carries greater weight in the Brazilian Amazon with Forest Under Pressure, where most deforestation has occurred. The bioeconomy should be encouraged throughout the region, but it is key in the Forested Amazon. The carbon market is fundamental in all zones, but the REDD+ mechanism (Reducing Emissions from Deforestation and Forest Degradation) is even more critical in the Brazilian Amazon with Forest Under Pressure.

    Ending deforestation is crucial for both the environment and climate, as well as for the economic and social development of the Brazilian Amazon. Continued deforestation keeps Amazonian society trapped in a vicious cycle of environmental destruction with low land productivity, high poverty rates, and slow social progress. Moreover, it has contributed in recent years to an explosion of environmental crimes and increased violence in the region.

    In summary, deforestation deteriorates the economic environment and prevents good investments in the region. Land use planning is also imperative, as approximately 29% of the Brazilian Amazon territory remains with undefined land tenure, a significant portion of which consists of public forests not allocated.

    The bases for allocating these lands are already present in current Brazilian legislation. Therefore, it is crucial that land use planning policy in the Brazilian Amazon aligns the procedures for allocating public lands according to the order of priorities identified in the Constitution and national legislation.

    Increasing regional productivity, attracting good investors and entrepreneurs to the region, harnessing opportunities related to the bioeconomy and forest restoration, and ensuring the provision and remuneration of ecosystem services provided by the forest are all impossible without zero deforestation and land use planning.

    Read the full paper here.

  • The Amazon Paradox

    The Amazon Paradox


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    The recent history of the Brazilian Amazon is marked by rapid population growth and an explosive increase in deforestation. In the last 50 years, deforestation has gone from a mere 0.5% in 1975 to 21% in 2021. Put together, the accumulated destruction of around 86 million hectares of forests is equivalent to the sum of the areas of Spain and Italy. In addition, extensive areas of remaining forests are degraded by fires and illegal logging. Finally, the local population quadrupled in the same period, from about 7 million in 1970 to approximately 28 million people in 2021.

    This process was accompanied by serious social conflicts and resulted in the worst of all possible scenarios: environmental destruction, low quality of life for the population, an economy with limited growth, and very high carbon emissions. In fact, in 2019, the Brazilian Amazon contributed less than 9% of the country’s GDP and generated 48% of Brazil’s Greenhouse Gas emissions. The majority of these were due to deforestation and fires.

    The Amazon region is suffering from record deforestation rates, violence, and worsening social conditions. However, each of the factors that contribute to the current crisis presents elements that can serve as a foundation for sustainability in the region. This context constitutes the Amazon paradox, namely that it is possible that a new model of regional development, one based on the sustainable use of the forest’s natural resources, may emerge from an apparently unsolvable situation.

    Read the full paper here.

  • The Amazon Paradox

    The Amazon Paradox


    Download here

    The recent history of the Brazilian Amazon is marked by rapid population growth and an explosive increase in deforestation. In the last 50 years, deforestation has gone from a mere 0.5% in 1975 to 21% in 2021. Put together, the accumulated destruction of around 86 million hectares of forests is equivalent to the sum of the areas of Spain and Italy. In addition, extensive areas of remaining forests are degraded by fires and illegal logging. Finally, the local population quadrupled in the same period, from about 7 million in 1970 to approximately 28 million people in 2021.

    This process was accompanied by serious social conflicts and resulted in the worst of all possible scenarios: environmental destruction, low quality of life for the population, an economy with limited growth, and very high carbon emissions. In fact, in 2019, the Brazilian Amazon contributed less than 9% of the country’s GDP and generated 48% of Brazil’s Greenhouse Gas emissions. The majority of these were due to deforestation and fires.

    The Amazon region is suffering from record deforestation rates, violence, and worsening social conditions. However, each of the factors that contribute to the current crisis presents elements that can serve as a foundation for sustainability in the region. This context constitutes the Amazon paradox, namely that it is possible that a new model of regional development, one based on the sustainable use of the forest’s natural resources, may emerge from an apparently unsolvable situation.

    Read the full paper here.

  • Brazilian Land Tenure Law Encourages Land Grabbing And Deforestation in The Amazon

    Brazilian Land Tenure Law Encourages Land Grabbing And Deforestation in The Amazon


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    With the substantial increase in deforestation in the Amazon from 2019 onwards, federal and state governments in the region began defending land tenure regularization as the best strategy for identifying and punishing those responsible for the destruction of the forest. However, contrary to common sense, regularizing newly occupied and deforested lands will be a reward for deforesters, in addition to reinforcing a cycle of land grabbing in the region, in which public land is invaded, followed by deforestation, amnesty for illegal occupation, and land titling. This work is part of Amazônia 2030 (AMZ 2030) and analyzes evidence that supporting current forms of titling private occupations on public land or changing the law to facilitate regularization of recently deforested areas will have the opposite effect to what is sought: more invasion of public land and further deforestation in the future.

    It is estimated that an area equivalent to 29% of the Amazon (1.43 million km2), currently without information on land use, may be the target of the continuing process of land grabbing and deforestation, which generates conflicts and drives away quality investments for development in the region.

    In fact, the fight against deforestation must become one of the guiding premises of land policies implemented in the Amazon, if Brazil intends to comply with the commitments to reduce greenhouse gas emissions presented under the Paris Agreement.

    But for this to happen, it is necessary to eliminate incentives that encourage land grabbing and forest destruction from the legislation.

    In this study, we identified six of these perverse incentives present in federal and state land tenure rules, caused by legal loopholes or vacuums.

    Read the full paper here.