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Resource Conflicts

Introduction

Natural resources are part of almost every human activity. We drink water, eat food grown on land, use metals in phones and batteries, burn or replace fossil fuels for energy, and depend on forests and fisheries for livelihoods and ecosystems. Because resources are valuable and unevenly distributed, people may disagree about who may use them, who owns them, who receives the benefits, and who carries the environmental or social costs.

A resource conflict is a dispute in which access to, control of, use of, trade in, or damage to a natural resource plays an important role. Resource conflicts can occur inside a community, between regions, between governments and companies, between states, or among many groups at once. They can remain peaceful and be managed through law, negotiation, and cooperation, or they can become part of wider political violence.

A key idea for this course is that resources do not automatically cause war. Scarcity, valuable deposits, or rising demand can create pressure, but outcomes depend strongly on governance, institutions, inequality, political choices, historical relationships, rights, markets, and the ability of people to settle disagreements fairly. You should therefore avoid simple statements such as "water scarcity causes war" or "oil always creates conflict." Instead, ask how a resource interacts with other social and political factors.

This course is designed for Grades 9–10. You will examine water, land, minerals, oil, and fisheries; compare several real cases; analyze stakeholder interests; and explore ways to reduce conflict through transparent and sustainable resource management.

The United Nations video above introduces the growing importance of critical minerals and asks who benefits from extraction and who bears the costs.

Learning Goals

By the end of this course, you should be able to:

Define resource conflict: Explain how access, control, distribution, and environmental impacts can create disputes.
Analyze causes: Distinguish resource pressures from the political, economic, and social conditions that shape conflict.
Compare cases: Use evidence from water, mining, oil, land, and fisheries disputes.
Evaluate perspectives: Identify stakeholders, interests, rights, risks, and power differences.
Design responses: Propose fair, realistic, and sustainable ways to prevent or manage resource disputes.

Understanding Resource Conflicts

What Counts as a Natural Resource?

A natural resource is a part of the natural world that people use or value. Some resources are renewable if they can recover within human time scales when managed well, such as freshwater flows, forests, soils, and fish populations. Others are non-renewable on human time scales, such as oil, natural gas, coal, and metal ores.

The important question is not only whether a resource exists. You also need to ask whether people can reach it, afford it, use it safely, and share it under accepted rules. A river can carry abundant water while some communities still lack safe drinking water. A country can have valuable mineral deposits while nearby communities experience pollution or receive little economic benefit. Resource conflicts are therefore often about distribution, rights, and decision-making, not simply about physical shortage.

Five Common Pathways to Conflict

Scarcity and competition. When demand for water, grazing land, farmland, forests, or fish exceeds what is available or accessible, competition can increase. Drought, population change, pollution, infrastructure failure, or overuse may intensify pressure. Scarcity is a risk factor, not a guaranteed cause of violence.

Control of valuable resources. Oil, gas, diamonds, gold, timber, and some minerals can produce large revenues. Political groups may compete to control extraction sites, transport routes, licenses, or tax income.

Unequal benefits and unequal burdens. A mine, dam, oil field, or plantation may produce national income while local people experience displacement, polluted water, lost land, or unsafe work. Conflict becomes more likely when people believe decisions are unfair and they lack meaningful ways to influence them.

Transboundary management. Rivers, aquifers, fish stocks, forests, and ecosystems can cross political borders. One actor's dam, pumping, fishing, or pollution may affect others. This creates a need for shared data, negotiated rules, and institutions that can adapt over time.

Conflict financing. In some wars, armed groups obtain money by taxing, controlling, smuggling, or selling natural resources. In such cases, resource revenues can help prolong violence even when the original causes of the war were different.

The Resource Curse: A Risk, Not a Destiny

The term resource curse describes the idea that heavy dependence on valuable natural-resource exports can sometimes be associated with weak institutions, corruption, inequality, economic instability, or conflict. However, research does not show that resource wealth automatically produces these outcomes. Some resource-rich societies have built strong institutions and invested revenues broadly, while others have struggled.

A better question is: How is resource wealth governed? Transparent budgets, independent institutions, economic diversification, fair taxation, public participation, and investment in education and infrastructure can help turn resource wealth into broader development.

The International Monetary Fund video above gives a short introduction to the resource curse. As you watch, distinguish between a possible pattern and an unavoidable rule.

Stakeholders, Interests, Rights, and Power

A stakeholder is a person or group affected by a decision or able to influence it. In a resource conflict, stakeholders may include local residents, Indigenous Peoples, farmers, herders, fishers, workers, companies, consumers, municipal authorities, national governments, neighboring states, civil-society organizations, researchers, and international institutions.

Stakeholders often value the same place in different ways. A wetland may be a source of drinking water, a habitat, farmland, a cultural site, a tourist attraction, and part of a flood-control system. A fair analysis therefore asks four questions: Who benefits? Who pays the costs? Who has decision-making power? Whose rights and knowledge are recognized?

Water Conflicts and Cooperation

Scarcity Is More Than Low Rainfall

Water scarcity can be physical, meaning that available freshwater is limited compared with demand, or economic, meaning that water exists but people lack infrastructure, money, institutions, or services to access it safely. Pollution can also make water unusable.

The image above shows children collecting water from a muddy stream during a dry season. It is a reminder that water security depends on quality and access as well as quantity.

Maps of water withdrawals can help identify places under pressure, but a map alone cannot predict conflict. To interpret it, you need information about institutions, treaties, inequality, infrastructure, ecosystems, and how demand changes over time.

The TED-Ed video above introduces major questions about freshwater scarcity. While watching, note the difference between individual water use and the much larger systems of agriculture, industry, infrastructure, and governance.

Shared Rivers: The Nile Example

The Nile River system connects many countries. Projects on one part of a shared river can affect electricity generation, irrigation, flood management, ecosystems, and water availability elsewhere. The Grand Ethiopian Renaissance Dam on the Blue Nile has therefore been an important subject of negotiation among Ethiopia, Sudan, and Egypt.

This case illustrates a central problem in water diplomacy: countries may value the same river for different reasons and may judge risks differently. Cooperation is more likely when parties share reliable data, recognize each other's legitimate needs, agree on procedures for droughts and unusual conditions, and maintain channels for negotiation. The goal is not to pretend that interests are identical, but to create rules for managing differences without violence.

Land, Livelihoods, and Mobility

Farming, Herding, and Transhumance

Land is both an economic resource and a place of identity, culture, housing, food production, and ecological value. Disputes can involve property boundaries, grazing access, conservation areas, migration routes, inheritance, land registration, or large development projects.

Transhumance is the seasonal movement of livestock between grazing areas. It is a long-established livelihood strategy in many regions. Tensions can increase when migration routes are blocked, farmland expands, water points become scarce, land rights are unclear, or armed insecurity weakens traditional agreements.

In parts of the Sahel, climate stress can worsen pressure on land and water, but farmer-herder violence should not be explained as a simple result of climate or ethnicity. Local institutions, insecurity, weapons, land policy, political exclusion, market change, and the breakdown of dispute-resolution systems can all matter. Effective responses may include protected migration corridors, shared water points, early-warning systems, land records, dialogue, and locally accepted mediation.

Minerals, Technology, and Global Supply Chains

From Mine to Smartphone

Modern electronics and clean-energy technologies depend on minerals extracted in many parts of the world. A supply chain connects extraction, processing, trading, manufacturing, transport, sale, use, and recycling. Because supply chains cross borders, consumers may be far from the social and environmental conditions of extraction.

The image above shows artisanal miners at a tantalum mine in the Democratic Republic of the Congo. Tantalum is used in electronic components. In conflict-affected areas, minerals can become linked to armed groups through taxation, control, extortion, or smuggling.

The term conflict mineral is often used for minerals whose extraction or trade is connected to armed conflict or serious abuses. Legal definitions vary by jurisdiction. In rules focused on the Democratic Republic of the Congo and neighboring countries, tin, tantalum, tungsten, and gold are commonly grouped as the "3TG" minerals. Other minerals, such as cobalt, are strategically important and can raise serious labor, environmental, and human-rights concerns, but they should not automatically be labeled 3TG conflict minerals.

Traceability and Due Diligence

Traceability means being able to follow a material through a supply chain. Due diligence means identifying, preventing, reducing, and reporting risks connected with sourcing decisions. These tools can help companies and governments reduce the chance that mineral purchases finance armed groups or serious abuses.

The image above documents a validated coltan mining site near Rubaya in North Kivu in 2014. It shows why verification matters: the goal of responsible sourcing is not simply to avoid an entire region, because sudden withdrawal can also damage legitimate livelihoods. Better systems try to distinguish higher-risk sources, improve transparency, protect workers and communities, and strengthen lawful trade.

Oil, Pollution, and Environmental Justice

The Niger Delta

The Niger Delta in Nigeria contains major petroleum resources and supports millions of people through settlements, farming, fishing, transport, and other livelihoods. Oil development has generated national revenue, but the region has also experienced spills, gas flaring, environmental damage, community grievances, and conflict over benefits and accountability.

This case is useful for studying environmental justice. Ask whether environmental harms and economic benefits are distributed fairly, whether affected communities can participate in decisions, whether companies and authorities are accountable, and whether people have access to remedy when damage occurs. Oil should not be treated as the single cause of every conflict in the region; political exclusion, governance, unemployment, local rivalries, criminal activity, and historical grievances can interact with resource issues.

Fisheries and the Cod Wars

A Resource Dispute Without Full-Scale War

Fish are renewable only when harvest levels allow populations to reproduce. When fleets compete for the same stocks, questions of conservation, livelihoods, maritime boundaries, and national sovereignty can become politically intense.

The Cod Wars were a series of confrontations between Iceland and the United Kingdom from 1958 to 1976 over fishing limits around Iceland. Despite the dramatic name, they were not a conventional declared war. The disputes involved coast-guard actions, naval escorts, collisions, diplomatic pressure, and negotiations as Iceland expanded its fisheries jurisdiction.

This case shows how a renewable resource can become a security issue when it is tied to national livelihoods and sovereignty. It also shows the importance of changing international rules: later developments in the law of the sea helped establish broad acceptance of 200-nautical-mile exclusive economic zones.

How Resource Conflicts Escalate

A Conflict-Sensitivity Model

You can analyze escalation as a chain of interacting conditions rather than as a single cause. A useful model is:

Pressure: Scarcity, new discoveries, price changes, pollution, or new technology changes the value or availability of a resource.
Grievance: Some stakeholders believe access, costs, benefits, or decision-making are unfair.
Mobilization: Leaders, organizations, companies, communities, or armed groups organize around competing claims.
Trigger: A land seizure, spill, drought, election, new law, violent incident, or project decision intensifies the dispute.
Escalation: Trust declines, communication fails, threats increase, or violence begins.
Feedback: Conflict damages institutions, infrastructure, and ecosystems, which can create new resource pressures.

This model is not a prediction. At each stage, institutions and people can choose de-escalation. Courts, local agreements, transparent data, public participation, compensation, environmental repair, or mediation can interrupt the cycle.

Preventing and Resolving Resource Conflicts

Governance and Transparency

Good governance means that rules are understandable, decisions are accountable, institutions can enforce agreements, and people can challenge decisions without violence. Transparency about contracts, licenses, public revenue, environmental monitoring, and ownership can reduce rumors and make corruption harder to hide.

Fair governance also includes meaningful participation. Consultation should happen before major decisions are locked in, and affected people need understandable information, time to respond, and realistic ways to influence outcomes.

Negotiation and Mediation

Negotiation allows parties to search for an agreement directly. Mediation adds a neutral or accepted third party who helps structure communication, clarify interests, and explore options. A mediator does not simply decide who is right.

Resource mediation often needs technical evidence. Hydrologists may explain river flows, ecologists may estimate ecosystem impacts, economists may compare benefit-sharing options, and local communities may contribute knowledge that formal datasets miss. Shared facts do not eliminate value disagreements, but they can reduce conflict over basic information.

Benefit Sharing and Environmental Safeguards

A project can generate national benefits and still impose local costs. Benefit sharing can include local employment, revenue transfers, community services, infrastructure, compensation, co-ownership, or access rights. Effective benefit sharing must be transparent and should not replace legal rights or environmental protection.

Environmental safeguards can require impact assessment, pollution limits, rehabilitation plans, emergency procedures, independent monitoring, and financial responsibility for cleanup. These measures are strongest when enforcement is credible.

Treaties and Joint Institutions

Transboundary resources often require institutions that survive political change. River-basin commissions, fisheries organizations, boundary agreements, data-sharing systems, and joint monitoring can make cooperation routine. Good agreements also include procedures for drought, changing demand, new technology, or scientific uncertainty.

Responsible Supply Chains and Circularity

Responsible sourcing aims to reduce harm during extraction and trade. Circular-economy strategies can reduce pressure on primary resources by keeping products and materials in use longer through repair, reuse, remanufacturing, and recycling. Circularity does not remove all mining or resource competition, but it can lower waste and diversify supply.

For you as a consumer, the most useful questions are not only "Which product is conflict-free?" but also "Can this device last longer?", "Can it be repaired?", "Does the company publish sourcing information?", and "Can materials be recovered at the end of use?"

Sources and Further Reading

The following reliable sources can help you check claims and deepen your analysis:

UN Peacekeeping: Conflict and natural resources: Overview of links among natural resources, climate stress, institutions, and peacebuilding.
UN Environment Programme: Natural resources and conflict: Practical guidance on mediation and resource disputes.
United Nations and European Union partnership on land, natural resources and conflict prevention: Background on land, extractive industries, renewable resources, and conflict-sensitive governance.
United Nations: Critical minerals: Current explainer on critical minerals, global demand, governance, and peace and security.
Wikipedia: Resource war: A starting point for the violent subset of resource conflicts; compare its claims with the institutional sources above.

Interactive Tasks

Quiz: Test Your Knowledge

What makes a dispute a resource conflict? (A natural resource plays an important role in access control use or impacts) (!The dispute must involve two national armies) (!The dispute must be caused only by climate change) (!The resource must be completely exhausted)

Why should scarcity not be treated as an automatic cause of violence? (Institutions inequality politics and cooperation shape outcomes) (!Scarcity exists only in deserts) (!All scarce resources are imported) (!Violence always reduces demand)

What does the resource curse describe? (A possible risk linked to heavy resource dependence and weak governance) (!A law that bans all mining) (!A guarantee that resource rich countries will fight) (!A method for measuring rainfall)

Which approach is most useful for managing a shared river dispute? (Shared data negotiated rules and continued dialogue) (!Keeping all flow data secret) (!Removing every dam immediately) (!Allowing only one country to decide)

What is a conflict mineral in the broad sense? (A mineral whose extraction or trade is linked to conflict or serious abuses) (!Any mineral used in a mobile phone) (!Any mineral imported from another country) (!Any metal with a high market price)

What is the main purpose of traceability in a mineral supply chain? (To follow the origin and movement of materials) (!To increase the weight of mined ore) (!To replace all environmental laws) (!To predict the future price of metals)

Which resource was central to the Cod Wars? (Fish) (!Oil) (!Coal) (!Freshwater)

Why is local participation important in resource governance? (It gives affected people a meaningful role in decisions) (!It guarantees that every stakeholder wants the same outcome) (!It removes the need for evidence) (!It makes national laws unnecessary)

How can a circular economy reduce resource pressure? (By extending product life and recovering materials) (!By increasing single use products) (!By banning all international trade) (!By hiding supply chain information)

What is the role of a mediator in a resource dispute? (To help parties communicate and explore possible agreements) (!To command both sides to accept one solution) (!To own the disputed resource) (!To replace all courts and governments)

Memory Game

Scarcity	A condition in which available or accessible supply is limited compared with demand
Resource curse	A possible pattern in which heavy dependence on resource wealth is linked to governance or economic problems
Traceability	The ability to follow a material through a supply chain
Stakeholder	A person or group affected by or able to influence a decision
Mediation	A process in which a third party helps disputing sides search for agreement
Benefit sharing	The distribution of gains from a project or resource among affected groups
Transboundary resource	A natural resource that crosses or connects political borders
Circular economy	A system that keeps products and materials in use through repair reuse and recycling

Drag and Drop

Match the correct terms.	Topic
Water diplomacy	Cooperation over a shared river or aquifer
Mineral traceability	Tracking material origin through a supply chain
Benefit sharing	Distributing project gains among affected groups
Environmental monitoring	Measuring changes in water soil air or ecosystems
Mediation	Structured dialogue supported by a third party

Match each method with the type of problem it is designed to address. Then explain which two methods you would combine in a complex dispute and why.

Crossword Puzzle

Scarcity	What term describes a limited available supply compared with demand?
Governance	What word describes the rules institutions and decision processes used to manage resources?
Mediation	What process uses a third party to help disputing sides negotiate?
Traceability	What word means being able to follow a material through its supply chain?
Transhumance	What term describes seasonal livestock movement between grazing areas?
Fisheries	What renewable resource sector was central to the Cod Wars?

LearningApps

Cloze Text

Open-Ended Tasks

Easy

Resource diary: Create a one-day photo or sketch diary showing at least six natural resources you use, then write a short note explaining where each resource may come from and one possible conflict issue connected with it.
Conflict map: Make an annotated world map showing three resource-conflict cases from this course and use symbols to distinguish water, minerals, land, oil, or fisheries.
Water audit: Carry out a small experiment by measuring or estimating water use for three school or household activities, then propose one change that reduces waste without reducing hygiene or access.
Community interview: Interview a family member, neighbor, farmer, fisher, shop worker, or local official about a change they have noticed in access to water, land, energy, or materials, and summarize the interview in 200 words.

Standard

Supply chain storyboard: Choose one component of a phone, laptop, bicycle, or battery and create a six-frame storyboard tracing a likely path from raw material to finished product, including at least two social or environmental risks.
Stakeholder news video: Produce a three-minute video report about a fictional dam, mine, wind project, or fishery dispute that fairly presents the views of at least three stakeholders and clearly separates facts from opinions.
Local field observation: Visit a suitable local place such as a stream, reservoir, farm, quarry, harbor, recycling center, or protected area and create a field report on who uses the resource, what rules apply, and what conflicts could arise.
Fisheries negotiation: Run a classroom negotiation between fishers, scientists, government officials, and conservation groups, then write a one-page agreement with catch rules, monitoring, review procedures, and a plan for handling disagreement.

Advanced

Comparative case study: Compare two resource conflicts from different sectors and write a 900-word analysis explaining which causes are similar, which are different, and why a single-cause explanation would be misleading.
Data based risk brief: Find a reliable dataset on water stress, mineral production, land use, or fisheries and prepare a policy brief that explains what the data can show, what it cannot show, and what extra evidence is needed before predicting conflict.
Mediation design: Design a mediation process for a fictional transboundary river or mining dispute, including stakeholder selection, shared facts, agenda rules, possible trade-offs, safeguards, and a method for checking whether the agreement is followed.
Circular economy campaign: Create and test a school campaign to extend device life or improve e-waste collection, collect feedback from at least ten participants, and evaluate how the project could reduce demand for newly extracted materials without overstating its impact.

Learning Assessment

Causal reasoning assessment: Explain why the statement "drought causes war" is too simple, then build a more accurate causal chain using at least four interacting factors and one possible de-escalation point.
Stakeholder trade-off assessment: Given a proposed mine near a farming community, identify at least four stakeholders, describe one interest and one risk for each, and propose a decision process that treats power differences seriously.
Evidence evaluation assessment: Compare a map of water stress with a news report about a water dispute and explain what additional evidence would be required before claiming that scarcity caused the conflict.
Policy transfer assessment: Choose one conflict-management tool from the fisheries case and explain how it could be adapted to a shared-river or grazing-land dispute, including one limitation of the transfer.
Ethics and justice assessment: Evaluate a project that brings national revenue but causes local environmental damage using the ideas of benefit sharing, participation, accountability, and environmental justice.
Systems thinking assessment: Draw a feedback loop showing how conflict can damage resources and institutions and then explain two interventions that could break the cycle.

Evidence of Learning

Knowledge evidence includes accurate explanations of scarcity, resource wealth, transboundary management, conflict financing, environmental justice, traceability, and the difference between a risk factor and a direct cause.

Skill evidence includes the ability to compare sources, interpret maps cautiously, identify stakeholders, distinguish claims from evidence, recognize power differences, construct multi-causal explanations, negotiate trade-offs, and design realistic conflict-prevention measures.

Product evidence may include a conflict map, field report, interview summary, data brief, supply-chain storyboard, agreement, mediation plan, video, or circular-economy campaign. Strong products explain sources and limitations rather than presenting guesses as facts.

Transfer evidence means that you can apply ideas from one case to another without assuming that contexts are identical. For example, you can transfer the principles of monitoring and shared rules from fisheries to water management while recognizing that rivers and fish stocks behave differently.

Reflection evidence includes your ability to revise an explanation after receiving new information, describe uncertainty, and explain how your own consumption choices connect to distant resource systems without claiming that individual choices alone can solve structural conflicts.

OERs on the Topic

The English Wikipedia article on resource war covers the violent subset of resource conflicts. Use it as a starting point and compare its claims with the UN and UNEP sources listed earlier, because many resource conflicts remain nonviolent and are managed through institutions.

Linked Learning Areas

Resource conflicts connect physical geography with politics, economics, environmental science, history, law, ethics, and peace education. The table below summarizes the main learning links from this course.

Resource Conflicts