Biodiversity
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Our approach to biodiversity management
Our approach to biodiversity management
Through partnerships and active engagement, we aim to not only manage negative impacts but also generate positive ones both within our operations and beyond our fencelines, in order to contribute to a positive future for nature in the global context.
As a cross-cutting topic, Vale’s nature and biodiversity stewardship practices are governed by our Sustainability Policy. This policy is designed to anticipate and minimize risks and negative impacts while maximizing positive ones, creating social, environmental, and economic value that extends beyond our core activities. The guiding principle of this policy is to build a nature related business with positive outcomes for a nature positive future through investments in impact mitigation, restoration, conservation and research, integrating biodiversity, climate, water, and people. Governance is integral to Vale’s management structure, which includes a statutory Sustainability Committee that supports the Board of Directors, in addition to other high-level processes and instruments (for further details, refer to Governance).
Biodiversity stewardship is incorporated in requirements within the Vale Production System (VPS). These requirements are based on internal standards outlining guidelines and processes for effective biodiversity management. Published in 2020, our internal standards are applicable to all projects and operations across the stages of planning, implementation, operation, and closure. Developed based on the impact mitigation hierarchy, these guidelines and processes support us in meeting our related commitments.
Explanatory note
The Mitigation Hierarchy is an iterative best-practice approach to managing biodiversity in production planning and execution, comprising four steps — avoid, mitigate/minimize, restore and offset.
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Targets and commitments
As part of our 2030 agenda commitments, we have set targets aimed at addressing environmental pressures (such as reducing emissions and reduce freshwater withdrawal), as well as a Forest Target to restore and protect an additional 500,000 hectares beyond our fencelines. The target is broken down into two objectives: to recover 100,000 hectares, through the development and support of businesses with social and environmental positive impact, and to protect 400,000 hectares through partnerships. This commitment is voluntary and above and beyond legal requirements, contributing to a nature-positive future.
The Vale Natural Reserve (VNR) and the Fundo Vale are responsible for implementing the Forest Target. The VNR, a protected area owned by Vale in Espírito Santo, Brazil, is one of the largest remnants of Atlantic Forest, boasting over 23,000 hectares of protected wilderness and more than 40 years of experience in conservation, research, and collaborative partnerships. The Vale Fund is a development and investment fund established in 2009 to generate positive socio-environmental impact.
In our efforts to protect 400,000 hectares of forests, we are applying the same successful model employed in the Amazon and the Atlantic Forest for nearly four decades. This model leverages expertise and lessons learned from the VNR and partnerships with other public protected areas to support conservation initiatives. In 2022, we began to explore alternative protection methods, such as REDD+ projects, to achieve greater alignment with our climate-related commitments. As of 2023, we had 165 thousand hectares of protected areas under management through partnerships with government agencies and REDD+ projects.
To restore 100,000 hectares of forests, the Vale Fund has built a broad network of partners and social and environmental impact business arrangements, with a particular focus on agroforestry systems. These systems enhance landscape permeability, sequester carbon, and create job and income opportunities for local communities. As of 2023, we have supported the development of nine agroforestry businesses implementing regenerative models across an area exceeding 7 thousand hectares.
Explanatory Note
REDD+ (Reducing Emissions from Deforestation and Forest Degradation in Developing Countries) is an incentive program developed within the United Nations Framework Convention on Climate Change (UNFCCC) to financially reward developing countries for their achievements in reducing greenhouse gas emissions resulting from deforestation and forest degradation.
Progress on Forest Target as of 2023
From the 500,000 hectares, by 2023 we have met the equivalent of about 35% of the target, with 165 thousand ha of protection and 12 thousand ha of restoration.
Scope of Forest Target Initiatives
No Net Loss Commitment
We have a long-term goal to prevent and offset significant impacts in new projects and expansions located in areas of high biodiversity value, supporting our commitment to achieve No Net Loss and, whenever feasible, generate a Net Positive Impact. Our No Net Loss Commitment is recognized and approved by the Sustainability Committee and Board of Directors.
Our approach consists of assessing biodiversity risks and prioritizing attributes, bringing the Impact Mitigation Hierarchy as a basis for building new Action Plans and Management Plans and improving existing once. The construction of these plans should involve internal and external experts and stakeholders, as well as stimulating the production of knowledge to support specific decisions and goals for each project or operation.
The Pilot Management Plan for our S11D Mine in Carajás, developed in collaboration with The Biodiversity Consultancy (TBC), has enabled us to deepen our understanding of and adapt the Performance Standards of the International Finance Corporation (IFC), to our specific circumstances. In 2020, we published an internal standard that outlines guidelines and processes for biodiversity management.This internal standard includes all the stages of the impact mitigation hierarchy, with compensation actions through the recovery and conservation of areas as the basis for neutralising the loss of habitats (no net deforestation) and species.
Overview of processes outlined in biodiversity management standard
Learn more about our journey to achieve No Net Loss in our 2021 Vale & Biodiversity report.
Biodiversity management in Carajás
Changes to the S11D layout have successfully avoided the deforestation of a thousand hectares of forests. Thanks to substantial investments in technology and innovation, we have achieved a 70% reduction in fuel consumption, a 50% decrease in greenhouse gas (GHG) emissions, and a 93% reduction in water consumption.
Through our restoration initiatives, we have connected previously islanded forest patches by bridging the gaps created by disturbed land. Nearly a million seedlings have been planted, restoring over 5,000 hectares of forests. Ongoing monitoring of these areas has identified the presence of apex predators such as jaguars (Panthera onca) and ocelots (Leopardus pardalis), indicating a reestablished of biodiversity in these areas.
A study carried out by ITV concluded that these forest restoration efforts effectively reversed the environmental degradation predominant in the landscape and provided considerable biodiversity gains for the region. See more here.
Our offsets plan has focused on preserving caves and ironstone outcrops. In the Tarzan and Bocaina ridges, we have supported ICMBio (Chico Mendes Institute for Biodiversity Conservation) in establishing and protecting the Carajás Campos Ferruginosos National Park.
Commitment not to operate in UNESCO natural heritage sites
Vale has supported the protection of an important heritage site — the Discovery Coast Atlantic Forest Reserves — through conservation efforts led by the Vale Natural Reserve (VNR) and the Sooretama Biological Reserve (REBio).
The RNV, a property owned by Vale in Espírito Santo (Brazil), covers 23,000 hectares of Atlantic Forest set aside for voluntary protection and research. The Sooretama Biological Reserve is a federally protected area adjacent to the VNR, with which we have partnered to support conservation initiatives. Together, they constitute the largest continuous expanse of Atlantic Forest remnants in the state, covering approximately 50,000 hectares and providing a protected habitat for threatened and endemic species.
Our dependencies and impacts
We seek to implement gold-standard methods, technologies, and actions to minimize interference with natural resources. Nevertheless, our operations can generate both direct and indirect impacts on biodiversity.
To identify and evaluate these impacts, we conduct assessments that span from pre-entry site planning to final project design, in which we assess potential interferences with natural heritage sites, protected areas, as well as ecologically sensitive habitats and species. All brownfield and greenfield projects undergo environmental impact assessments complying with the laws and regulations of the host country and region.
Based on the impact mitigation hierarchy, we implement avoidance, control, mitigation, restoration and offset measures aiming to reduce or neutralize our impacts while incorporating conservation of biodiversity and ecosystem services into our activities. We ensure our operations are compliant with all legal requirements and, whenever feasible, we seek to implement additional initiatives focused on restoration, conservation, and landscape enhancement.
Based on an assessment of our operational sites and annual reporting on our performance against indicators, our primary impacts include changes in land use and vegetation cover resulting in localized loss of vegetation and reduction or alteration of wildlife habitat. In 2023, the total area affected by Vale's operations was 89,343 hectares (our footprint). This figure includes areas already modified for the development of our operations and those that have received formal authorization from environmental regulatory bodies for development/operation. Much of these areas are located in Brazil, affecting the Amazon and Atlantic Forest biomes.
Part of our operations in Brazil, in the states of Pará and Minas Gerais, overlap with protected areas categorized by the National System of Conservation Units (SNUC, in Portuguese). The areas are associated with Vale’s operations in Carajás, Pará, within the Carajás National Forest and the Tapirapé Aquiri National Forest — two sustainable-use protected areas (International Union for Conservation of Nature (IUCN) Category VI) whose legal creation decrees allow the company's activities. Our operations in the Iron Quadrangle region of Minas Gerais intersect with the South Environmental Protection Area in the Belo Horizonte Metropolitan Region (APA Sul RMBH), a sustainable use protected landscape (IUCN Category V), whose legal creation decrees allow the company's activities.
Land Use Change
Extent of land use change in areas of high biodiversity value (GRI 304-1 / 2022) | Hectares |
---|---|
Total affected area
|
89,343
|
Total affected Wilderness area
|
43,719
|
Total affected area in hotspots
|
37,073
|
Land-use change overlapping protected areas
|
30,113
|
Land-use change adjacent to protected areas
|
40,195
|
Land-use change in priority conservation areas outside protected areas
|
23,249
|
Affected areas adjacent to priority conservation areas outside protected areas
|
7,683
|
Protected areas adjacent to our operations are primarily protected areas owned by Vale. These include Private Natural Heritage Reserves (IUCN Category IV) that have already been established or are in the process of creation, situated in close proximity to our operational sites. Vale has also established or supports the creation of protected areas adjacent to the operations, such as the Campos Ferruginosos National Park (IUCN Category II), created as an environmental permit requirement for the S11D Eliezer Batista Mine in Carajás.
Regarding other categories of areas of importance for biodiversity, our operations either impact or are adjacent to specific Key Biodiversity Areas (KBAs) and Ramsar Sites (ecologically significant areas as defined in the Convention on Wetlands of International Importance), as detailed in the following table:
Key Biodiversity Areas (KBAs)
Country/Location | Type of operation | Category of importance for biodiversity¹ | Position |
---|---|---|---|
Brazil/ Mariana
|
Mine/Plant
|
KBA
|
Contains portions
|
Brazil/ Ipatinga
|
Logistics/railway
|
Ramsar Site
|
Adjacent²
|
Brazil/ Carajás
|
Logistics/railway
|
KBA
|
Contains portions
|
Brazil/ Carajás
|
Mine/Plant
|
KBA
|
Overlapping
|
Brazil/ São Luis
|
Logistics/Port and Railway
|
Ramsar Site
|
Contains portions
|
Brazil/ São Luis
|
Logistics/Port and Railway
|
KBA
|
Contains portions
|
Indonesia/ Sulawesi
|
Mine/Plant
|
KBA
|
Contains portions
|
Wales/ Clydach
|
Plant
|
Ramsar Site
|
Adjacent²
|
2. Adjacent area means an operational site overlapping a 10 km buffer around the outer boundaries of an area of high importance for biodiversity.
Operations generating significant impacts on areas of high biodiversity value require biodiversity management plans. Of the operational sites assessed in 2023, 50 (92.6%) have been identified as requiring biodiversity management plans (GRI G4 MM2). All operational units that require plans have specific biodiversity programs and actions related to the stages of the mitigation phase (controls, mitigation, recovery and compensation), with 46 (82%) having consolidated plans implemented, two units with plans being implemented (have specific programs implemented, which are being consolidated to reflect internal biodiversity standard guidelines) and two others have programs that are implemented, but being aligned with implemented plans in operations located within the same region.
Conservation and restoration
Protected Areas Supported by Vale
Protected area | Location | Biome | Format¹ | Area (hectares) |
---|---|---|---|---|
National Forest of Carajás
|
Brazil (Pará)
|
Amazon rainforest
|
Partnership ICMBio¹
|
391,004
|
National forest of Tapirapé-Aquiri
|
Brazil (Pará)
|
Amazon rainforest
|
Partnership ICMBio¹
|
114,240
|
National Forest of Itacaiúnas
|
Brazil (Pará)
|
Amazon rainforest
|
Partnership ICMBio¹
|
136,592
|
Biological reserve of Tapirapé
|
Brazil (Pará)
|
Amazon rainforest
|
Partnership ICMBio¹
|
99,198
|
Environmental protection area of Igarapé do Gelado
|
Brazil (Pará)
|
Amazon rainforest
|
Partnership ICMBio¹
|
23,269
|
National park of Campos Ferruginosos de Carajás
|
Brazil (Pará)
|
Amazon rainforest
|
Partnership ICMBio¹
|
21,997
|
State Park of Cunhambebe
|
Brazil (Rio de Janeiro)
|
Atlantic Forest
|
Partnership INEA²
|
38,053
|
Manument of Serra das Torres
|
Brazil (Espírito Santo)
|
Atlantic Forest
|
Partnership INEA²
|
10,458
|
Biological reserve of Duas Bocas
|
Brazil (Espírito Santo)
|
Atlantic Forest
|
Partnership INEA²
|
2,910
|
National forest of Goytacazes
|
Brazil (Espírito Santo)
|
Atlantic Forest
|
Partnership ICMBio¹
|
1,425
|
Botanical Park of São Luís
|
Brazil (Maranhão)
|
Amazon rainforest
|
Own
|
110
|
Botanical Park of Tubarão
|
Brazil (Espírito Santo)
|
Atlantic Forest
|
Own
|
30
|
Vale's Natural Reserve
|
Brazil (Espírito Santo)
|
Atlantic Forest
|
Own
|
22,710
|
Biological Reserve of Sooretama
|
Brazil (Espírito Santo)
|
Atlantic Forest
|
Partnership ICMBio¹
|
27,800
|
Private Natural Heritage Reserve (PNHR) in the Minas Gerais Iron Quadrangle
|
Brazil (Minas Gerais)
|
Atlantic Forest
|
Own
|
12,660
|
Protected area of four small hydroelectric plants (PCHs)
|
Brazil (Minas Gerais)
|
Atlantic Forest
|
Own
|
330
|
Ecological Center Vale Malásia (Vale Eco Center)
|
Malaysia
|
Sundaland
|
Own
|
289
|
Biological reserve of Augusto Ruschi
|
Brazil (Espírito Santo)
|
Atlantic Forest
|
Partnership ICMBio¹
|
3,598
|
Biological reserve of União
|
Brazil (Rio de Janeiro)
|
Atlantic Forest
|
Partnership ICMBio¹
|
7,756
|
Biological reserve of Mata Escura
|
Brazil (Minas Gerais)
|
Atlantic Forest
|
Partnership ICMBio¹
|
50,892
|
Total
|
-
|
-
|
-
|
965,321
|
[2] Source: State Environmental Institute (Inea), Government of Rio de Janeiro.
Recovery and restoration indicators
Amount of land (owned or leased, and managed for production activities or extractive use) disturbed or rehabilitated (2023)
Opening and closing balance¹ | Hectares |
---|---|
Affected areas (opening balance)
|
61,027
|
Areas affected in the reporting year
|
1,394
|
Areas undergoing permanent rehabilitation in the reporting year
|
809
|
Affected areas (closing balance)
|
61,612
|
Research and partnerships
We conduct extensive environmental research to inform effective action plans for mitigation, restoration and offsets activities, and to generate and disseminate scientific knowledge.
As of July 2023, ITV had made total investments of R$ 824.43 million in research, published 1,807 scientific papers, completed 225 research and development (R&D) projects, provided 333 research grants, and hosted 61 permanent researchers.
In November 2022, at the Climate Conference (COP 27), Vale launched Biomas, a new enterprise dedicated to restoring and protecting 4 million hectares of native forests over two decades across diverse Brazilian biomes, including the Amazon, Atlantic Forest, and Cerrado. The initiative is being implemented in partnership with Itaú Unibanco, Marfrig, Rabobank, Santander, and Suzano.
In 2021 Vale entered into a technical cooperation agreement with the Marcos Daniel Institute (IMD), a private non-profit association dedicated to conserving the cherry-throated tanger (Nemosia rourei), a critically endangered bird species endemic to the Atlantic Forest of Espírito Santo. The Vale Natural Reserve supports flora surveys, the restoration of disturbed land, ongoing monitoring, and nest searches, all aimed at preventing extinction and ensuring the species’ enduring survival.
In 2022, we launched a partnership named "Rede Propagar" (in Portuguese only) with the São Paulo Agribusiness Technology Agency to research methods for the propagation and multiplication of rare and endemic plants in the ferruginous cangas of Minas Gerais. The initiative fosters collaboration among researchers from universities and Institutes of Science and Technology (ICTs), including:
• State University of Campinas (UNICAMP)
• Luiz de Queiroz School of Agriculture at the University of São Paulo (ESALQ/USP)
• Federal University of Uberlândia (UFU)
• Federal University of Viçosa (UFV)
• Federal University of Minas Gerais (UFMG)
• State University of Feira de Santana (UEFS)
Reports (TNFD and CDP Forests)
TNFD
We have been members of the TNFD Forum since 2022, actively participating in meetings and providing feedback on the TNFD Framework. We are part of a group of TNFD pilot program partners led by the International Council on Mining and Metals (ICMM). In addition, we are members of the Brazilian Advisory Group led by the Brazilian Business Council for Sustainable Development (CEBDS).
- Our most material impacts relate to water usage, greenhouse gas (GHG) emissions, and changes in the use of terrestrial ecosystems.
- Material dependencies center around water supply (both ground and surface), climate regulation, and erosion control.
- The risk assessment, which is in its final stages of completion, shows that the TNFD risk assessment methodology aligns with Vale’s risk management approach, and its language and recommendations can be readily implemented. Our primary material risks involve shifts in climate patterns, reduced water resource availability, alterations in areas of high biodiversity value, with the presence of threatened species.
TNFD Pilot - Stages and outcomes
CDP Forests
Learn more
Biodiversity Risk Management
Since 2015, we have been implementing a biodiversity sensitivity/risk assessment to understand the interface of all our operations and projects with nature, as well as to prioritize areas with high biodiversity risks. The analysis includes nine categories of areas and/or territories relevant to biodiversity, based on global and national organizations (Key Biodiversity Areas - KBA, Protected Areas, Hotspots, occurrence of Endangered Species, among others), to which weights were assigned characterizing their sensitivity and value in relation to biodiversity. Areas prioritized as high risk for biodiversity are located in Brazil, in the Amazon (Carajás) and the Atlantic Forest (Quadrilátero Ferrífero), as well as in Indonesia. These areas have specific impact and risk management actions, consolidated in management and action plans that have been implemented in compliance with legal requirements and voluntarily.
Vale has ongoing processes of risk and impact management established in operations and projects, focusing on the identification, prevention, mitigation, and treatment of risks and negative impacts related to biodiversity. As reported in the CDP Forest, all planned and executed activities at Vale are supported by specific procedures to identify associated risks and define critical controls for elimination, control, and/or mitigation. Vale has a Risk Management Policy, a Risk Management Standard, and an internal normative procedure focused on defining criteria and processes for the identification, analysis, and classification of environmental risks, along with specific tools for management and monitoring.
Learn more about Risk Management at Vale.
Regarding our supply chain, we assess our product categories according to 22 ESG risk hotspots which include but are not limited to: biodiversity, emissions, water and waste, air quality and others. The consolidated analysis of these ESG risk hotspots allows us to understand our critical suppliers, that represent 18% of the total suppliers, of which 7% are critical for biodiversity. These process led us to establish specific actions with them.
Learn more about Risk Management at Vale.