THE MAP THAT MAY REDRAW GLOBAL TRADE THINKING: Who Wins from the UN’s “Correct the Map” Revolution? A Case-Cum-Research Study of Mercator, Equal Earth, Shipping Routes and the New Geography of World Trade

 

THE MAP THAT MAY REDRAW GLOBAL TRADE THINKING: Who Wins from the UN’s “Correct the Map” Revolution? A Case-Cum-Research Study of Mercator, Equal Earth, Shipping Routes and the New Geography of World Trade

Abstract

On 4 September 2026, the United Nations General Assembly adopted the “Correct the Map” resolution by 164 votes in favour, 1 against and 6 abstentions, encouraging wider use of equal-area world-map projections, particularly the Equal Earth projection, in contexts where the relative size of continents matters. The resolution is non-binding and does not prohibit the continued use of Mercator for navigation.

This case-cum-research paper examines whether changing the world's visual map can influence economic thinking, trade strategy, shipping geography, market perception and the perceived importance of Africa, India and other Global South economies. The central argument is that the map itself does not change trade routes, port capacity or ship movements; it changes the visual framework through which decision-makers understand those systems.

A comparative analysis of Mercator and Equal Earth shows a fundamental trade-off. Mercator is highly useful for navigation because it preserves local angles and allows constant compass bearings to be represented as straight lines. Equal Earth, in contrast, preserves relative land area and is therefore more suitable for understanding the actual geographical scale of markets, continents, agricultural regions, resources and potential economic spaces.

The paper concludes that there will not be one single “winner.” Africa and the wider Global South are the principal symbolic and representational winners; Equal Earth is the winner for education and macroeconomic visualization; Mercator remains the winner for particular navigation applications. The greatest potential commercial benefit arises when the two are used together rather than treated as substitutes.

Keywords: Equal Earth, Mercator, Correct the Map, world trade, maritime trade, shipping, Africa, India, global South, cartography, logistics, trade routes, ports.

 

1. Introduction

A map appears to be a neutral picture of the world. In reality, the choice of projection determines what the viewer sees as large, small, close, distant, central or peripheral.

The 2026 UN “Correct the Map” resolution therefore creates an unusual case in international economics. It is ostensibly a cartographic issue, but it raises a much broader question:

Can changing the way the world is visualised change the way the world conducts business?

The answer requires separating two different functions of a map.

The first is navigation. Ships need accurate information about direction, bearings, distance, hazards, coastlines and routes.

The second is economic interpretation. Governments, investors, educators, exporters, shipping companies and multinational corporations need to understand the relative scale of markets, resources, countries, ports and regions.

Mercator was designed principally for the first problem. Equal Earth is much better suited to the second.

The UN resolution does not make Mercator obsolete. Instead, it encourages a division of functions: use an equal-area map when comparing geographical scale and use appropriate navigational charts when actually navigating ships. The UN record specifically describes the resolution as encouraging wider use of equal-area projections, including Equal Earth, where comparative continental size matters.

This distinction is the foundation of this case study.

 

2. The Central Research Problem

The conventional world map creates a powerful visual impression.

Northern countries and territories appear considerably larger than their actual surface area, while equatorial regions appear relatively smaller.

The most famous example is Greenland and Africa.

Geography	Approximate actual area
Africa	30.3 million km²
Greenland	2.1–2.2 million km²
Africa/Greenland	approximately 14:1

Thus, a viewer accustomed to Mercator may receive a dramatically incorrect impression of relative geographical scale.

The problem becomes economically significant when visual geography is unconsciously converted into economic geography.

A map that visually enlarges Europe and North America and reduces Africa, South Asia and Southeast Asia may unintentionally influence perceptions of:

market size;

resource availability;

agricultural potential;

strategic importance;

population concentration;

logistics opportunities;

investment opportunities;

trade corridors.

The uploaded case correctly identifies this as a question of “visual under-representation” rather than a mathematical error in Mercator itself.

 

3. Research Objectives

The study has five objectives:

To compare Mercator and Equal Earth from an economic and cartographic perspective.

To analyse the 2026 UN voting outcome statistically.

To determine who gains and who loses from the change in global map representation.

To examine whether Equal Earth can improve understanding of world trade and maritime shipping geography.

To determine whether Equal Earth can replace Mercator completely or whether the two projections have complementary functions.

 

4. Research Questions

RQ1

Does Equal Earth provide a more economically meaningful representation of continental size than Mercator?

RQ2

Why did 164 countries support the resolution while the United States voted against it?

RQ3

Will Africa and other Global South economies gain greater economic visibility?

RQ4

Can Equal Earth improve understanding of global shipping and trade routes?

RQ5

Who is the ultimate winner: Africa, Equal Earth, Mercator, shipping companies, developing economies or no particular country?

 

5. Mercator: The Map Built for Sailors

Gerardus Mercator introduced his famous projection in 1569.

Its greatest strength was not geographical area measurement. It was navigation.

Mercator preserves local angles and makes a line of constant compass bearing appear as a straight line. This was exceptionally valuable to sailors.

Consequently, the projection became deeply associated with maritime navigation.

The problem occurred later.

A map designed for navigation gradually became the dominant map in:

classrooms;

newspapers;

atlases;

corporate presentations;

television;

websites;

public institutions.

The function changed, but the projection remained.

The uploaded source correctly emphasises this historical transition: Mercator was originally a navigational tool but subsequently became a general-purpose world map.

 

6. Why Mercator Makes Economic Geography Look Different

The scale distortion increases with latitude.

The approximate area scale factor is:

S=sec⁡2(ϕ)S=\sec^2(\phi)

where:

ϕ=latitude\phi = latitude

As latitude increases, the distortion increases.

Therefore, a simple visual comparison of countries on Mercator can produce misleading conclusions about their actual territorial size.

Table 1. The Fundamental Mercator–Equal Earth Difference

Variable	Mercator	Equal Earth
Primary strength	Navigation	Area comparison
Area accuracy	Low at high latitudes	High
Direction	Excellent locally	Not primary purpose
Relative continental size	Distorted	Preserved
Shipping navigation	Highly useful	Not appropriate as primary navigation chart
Economic geography	Limited	Strong
Classroom world map	Increasingly questioned	Highly suitable
Market-size visualization	Distorted geographically	Better
Resource/land comparison	Weak	Strong
Macro trade analysis	Supplementary	Strong

The crucial conclusion is therefore:

Equal Earth should not be viewed as “better Mercator.” It solves a different problem.

 

7. Equal Earth: Why It Changes the Economic Picture

Equal Earth was developed in 2018 as an equal-area projection.

Its fundamental principle is simple:

If Country A has twice the geographical area of Country B, the map should visually preserve approximately that 2:1 relationship.

This becomes important when maps are used for:

agricultural analysis;

mineral-resource studies;

climate analysis;

population distribution;

infrastructure planning;

regional trade;

market geography;

geopolitical analysis.

The uploaded paper identifies Equal Earth as particularly appropriate for education, media and general reference while retaining Mercator's relevance for navigation.

 

8. Statistical Analysis of the UN Vote

The final vote provides an unusually clear numerical case.

Table 2. UN “Correct the Map” Vote

Voting position	Countries	Percentage of recorded votes
In favour	164	95.91%
Against	1	0.58%
Abstained	6	3.51%
Total	171	100%

Interpretation

The support ratio is extraordinary.

For every one opposing vote, there were:

164:1164:1

votes supporting the resolution.

The United States therefore represented only:

{1}{171}\times100 = 0.58\%

of recorded votes against the resolution.

The six abstentions represented approximately 3.51%.

The UN's own meeting record confirms the final vote as 164 in favour, 1 against and 6 abstentions, with Estonia, Georgia, Lithuania, Moldova, Serbia and Ukraine abstaining.

 

9. Why Did the United States Vote Against It?

The US vote is one of the most interesting parts of the case.

The opposition should not automatically be interpreted as opposition to geographical accuracy.

The stronger interpretation is that the United States objected to the political framing and institutional priorities attached to the map question.

The case material identifies three major concerns.

9.1 Technical issue versus political issue

The American argument was essentially that map projections are technical instruments and should not become vehicles for ideological arguments.

The US therefore viewed the resolution as unnecessarily connecting cartography with:

colonialism;

reparations;

cognitive justice;

historical recognition.

9.2 UN priorities

The US position questioned whether the UN should devote political attention to a map projection while major problems remain in:

war;

poverty;

international security;

economic development;

climate change.

9.3 Navigation and technical practicality

Mercator remains useful for navigation.

Therefore, a blanket replacement of Mercator could create confusion if educational maps, digital maps and navigational charts were treated as though they served exactly the same purpose.

The case source explicitly records the US criticism that the resolution politicised a technical cartographic issue and distracted from broader international priorities.

 

10. The Real Economic Question: Can a Map Influence Trade?

The answer is indirectly, yes.

A map does not manufacture:

ships;

ports;

containers;

railways;

highways;

warehouses;

factories.

But it influences how these systems are understood.

Consider an investor studying Africa.

On a conventional Mercator map, Africa may visually appear smaller than expected.

On Equal Earth, its enormous territorial scale becomes immediately apparent.

That can change the conceptual question from:

“Why invest in Africa?”

to:

“How can such a large economic space be connected efficiently?”

This is an important shift.

 

11. Equal Earth and Global Trade

Table 3. Potential Trade-Planning Effect

Area of trade analysis	Mercator	Equal Earth	Expected analytical advantage
Continental size	Distorted	Accurate	Equal Earth
Market geography	Moderate	Strong	Equal Earth
Land/resource comparison	Weak at high latitudes	Strong	Equal Earth
Port-location context	Moderate	Strong	Equal Earth
Maritime navigation	Strong	Weak	Mercator/navigation charts
Constant bearing	Strong	Not primary purpose	Mercator
Shipping corridor presentation	Useful	Useful at macro level	Both
Global supply-chain presentation	Moderate	Strong	Equal Earth
Education	Familiar	More area-accurate	Equal Earth
Digital navigation	Established	Not designed for this	Mercator/Web Mercator

This table produces the central finding of the study:

The future is not Equal Earth versus Mercator. The future is likely Equal Earth + navigation-specific mapping.

 

12. How Equal Earth Can Help World Shipping

This is where the case becomes particularly interesting.

12.1 It improves the “big picture”

A shipping executive does not only need to know where a ship is.

The company also needs to understand:

where major markets are located;

how large continents are;

where ports are concentrated;

where manufacturing clusters are emerging;

how Africa, Asia and Europe connect;

where alternative trade corridors exist.

Equal Earth can improve this strategic-level visualization.

 

13. Africa as the Major Beneficiary of Better Trade Visualization

Africa is geographically enormous.

Yet its shipping infrastructure and trade potential are often discussed through a fragmented country-by-country lens.

Equal Earth makes the continent's scale more obvious.

Strategic consequences could include greater attention to:

West African ports;

East African ports;

Southern African ports;

North African Mediterranean gateways;

Indian Ocean trade;

Red Sea connectivity;

trans-African infrastructure;

regional manufacturing;

intra-African trade.

This does not automatically increase trade.

But it can change the way trade opportunities are visualised and prioritised.

The UN and African proponents explicitly connect more accurate mapping with Africa's scale, potential and place in the global system.

 

14. India’s Position in the New Map

India is another important beneficiary.

The country's significance comes not merely from geographical area but from the interaction of:

population;

manufacturing;

consumption;

ports;

Indian Ocean location;

Middle East connectivity;

Southeast Asian connectivity;

European trade;

African trade.

An equal-area world map places India into a more accurate geographical context.

For Indian trade researchers, this can improve visual analysis of:

India → Middle East → Europe

India → East Africa

India → Southeast Asia

India → East Asia

and

India → Southern Africa

trade corridors.

The source paper similarly identifies India, Brazil, Indonesia and Nigeria as countries whose spatial significance becomes easier to understand through an equal-area representation.

 

15. The Important Limitation: Equal Earth Cannot Navigate a Ship

This is the most important analytical qualification.

A shipping company should not replace navigational charts with Equal Earth.

Why?

Because a ship navigator needs:

bearing;

heading;

local angles;

distance;

coastline accuracy;

hazards;

depth;

navigational aids;

weather;

currents.

Mercator's conformal characteristics are valuable for this type of navigation.

Therefore:

Equal Earth = strategic trade map

Mercator/navigation chart = navigational tool

This distinction prevents an important analytical mistake.

 

16. How a Modern Shipping Company Could Use Both Maps

A sophisticated global shipping company could operate with a two-level mapping system.

Level 1 — Strategic map

Use Equal Earth to analyse:

continents;

market size;

trade regions;

resource zones;

production centres;

port networks;

supply-chain geography.

Level 2 — Operational navigation

Use appropriate nautical charts and navigation systems for:

ship routing;

bearings;

coastal navigation;

hazards;

port approaches;

navigation safety.

Table 4. Two-Map Trade Strategy

Management decision	Preferred mapping approach
Where is the largest geographical market?	Equal Earth
Which continent has greatest land area?	Equal Earth
Where should a new distribution centre be studied?	Equal Earth + GIS
Which ports serve a regional market?	Equal Earth + GIS
How should a vessel navigate?	Nautical navigation charts
What bearing should a vessel maintain?	Mercator-based/navigation system
How should global supply chains be visualised?	Equal Earth
How should local port entry be managed?	Nautical chart
How should educational trade maps be designed?	Equal Earth
How should maritime safety be managed?	Official nautical charts

 

17. Who Will Win?

The phrase “who will win?” is more useful than it initially appears.

There are four different winners.

Winner 1: Africa

Africa is arguably the biggest symbolic winner.

Its true continental scale becomes much more visible.

The change can strengthen:

geographic literacy;

investment narratives;

educational representation;

trade visibility;

geopolitical perception.

 

Winner 2: Global South

Countries such as:

India;

Brazil;

Indonesia;

Nigeria;

African countries;

other equatorial regions

gain greater visual representation of their geographical scale.

The source material specifically identifies these countries as potential beneficiaries.

 

Winner 3: Equal Earth

Equal Earth moves from being one alternative among many projections into a projection with major international political endorsement.

The resolution therefore creates a potential standard-setting effect.

 

Winner 4: Strategic trade analysis

The greatest long-term winner may actually be better geographical understanding.

Businesses can use Equal Earth for macro-level analysis while continuing to use specialist navigation systems for operational shipping.

 

18. Who Does Not Lose?

The United States does not suddenly become geographically smaller in reality.

Europe does not lose territory.

Russia does not lose territory.

Canada does not lose territory.

Shipping companies do not lose their existing navigation systems.

The change is primarily one of representation and analytical interpretation.

This is why describing the resolution as a battle in which one country “loses” is too simplistic.

 

19. The Trade-Off: Accuracy versus Navigation

Table 5. The Fundamental Cartographic Trade-Off

Criterion	Mercator	Equal Earth
Area accuracy	❌	✅
Local shape	✅	Moderate
Compass direction	✅	❌
Global market visualization	Moderate	✅
Continental comparison	❌	✅
Maritime navigation	✅	❌
Educational geography	Increasingly questioned	✅
Strategic trade mapping	Moderate	✅
Port network visualization	Moderate	✅
Operational vessel routing	✅	❌

Therefore, the correct conclusion is not:

“Equal Earth will replace Mercator everywhere.”

The stronger conclusion is:

“Different maps should be used for different decisions.”

 

20. A New Concept: Cartographic Trade Visibility

This case allows the development of a useful research concept:

Cartographic Trade Visibility (CTV)

Cartographic Trade Visibility can be defined as:

The extent to which a map projection allows decision-makers to accurately perceive the geographical scale, spatial relationships and economic significance of countries, regions, markets and trade corridors.

A conceptual index can be constructed as:

CTV=A+M+P+R+TCTV = A + M + P + R + T

where:

A = area accuracy;

M = market visibility;

P = port-network visibility;

R = resource/geographical visibility;

T = trade-corridor visibility.

Equal Earth would score strongly on the first four dimensions, while Mercator would score strongly on navigational direction.

This is a conceptual analytical framework, not an empirically validated index.

 

21. The Shipping Map of the Future

The future global shipping map is unlikely to be one map.

Instead, it is likely to become a layered digital geography.

Layer 1: Equal Earth

Shows:

continents;

countries;

market regions;

geographical scale.

Layer 2: GIS

Shows:

ports;

factories;

warehouses;

railways;

highways;

economic corridors.

Layer 3: Maritime information

Shows:

shipping lanes;

sea conditions;

currents;

hazards;

weather.

Layer 4: Navigation system

Provides:

vessel position;

heading;

route;

port approach;

navigational safety.

This is much more powerful than arguing that one projection must replace all others.

 

22. Can Equal Earth Change Shipping Routes?

Directly: No.

The adoption of Equal Earth does not shorten:

the Suez route;

the Cape route;

the Panama route;

an Indian Ocean route;

an Atlantic route.

Nor does it move ports.

Indirectly: Potentially yes.

Better visualisation may affect decisions about:

which ports deserve investment;

which markets appear strategically important;

where logistics hubs should be developed;

how African trade corridors are understood;

how Indian Ocean trade is represented;

how multinational companies visualise supply chains.

Thus:

Map change≠Physical trade change\text{Map change} \neq \text{Physical trade change}

but:

Map change→Perception→Analysis→Investment decisions→Potential trade effects\text{Map change} \rightarrow \text{Perception} \rightarrow \text{Analysis} \rightarrow \text{Investment decisions} \rightarrow \text{Potential trade effects}

This is the most important causal chain in the study.

 

23. Case Finding: Who Really Wins?

Table 6. Winner Analysis

Stakeholder	Potential benefit	Overall assessment
Africa	Greater geographical visibility	Very high
Global South	More accurate area representation	High
India	Better strategic geographical context	High
Developing economies	Better market/resource visualization	High
Education sector	More accurate continental comparison	Very high
Shipping companies	Better strategic visualization	Moderate–high
Navigation sector	Little direct benefit from Equal Earth	Low
Mercator	Continues to dominate relevant navigation uses	Still important
Equal Earth	International recognition	Very high
UN/AU	Normative influence	High

These ratings are analytical judgments, not measured market outcomes.

 

24. The United States Versus the African Union: Two Different Philosophies

The deeper conflict is therefore not simply:

USA vs Africa

It is:

Philosophy A — Technical neutrality

Maps should be selected according to their technical purpose.

Philosophy B — Representational justice

Maps used in education and public communication should represent geographical reality as accurately as possible and avoid inherited distortions.

The UN vote overwhelmingly favoured the second philosophy for public and educational representation.

But the first philosophy remains important for navigation.

Therefore, the most rational policy combines both.

 

25. Implications for Indian Trade Education

Indian universities and business schools can use this case to teach students that:

A map is also an economic model.

MBA and international-business students should be exposed to both projections.

A course on International Marketing could use Equal Earth for:

market comparison;

regional segmentation;

resource geography.

Export-import management could use:

port maps;

shipping corridors;

maritime chokepoints;

nautical-route visualisation.

Operations management could use:

supply-chain networks;

distribution centres;

transport corridors.

Thus, the debate is relevant far beyond geography departments.

 

26. Policy Recommendations

Recommendation 1

Schools and universities should consider Equal Earth or another equal-area projection for general world geography.

Recommendation 2

Shipping and maritime institutions should continue using official navigational charts appropriate to maritime operations.

Recommendation 3

International trade reports should use equal-area maps when comparing continental or territorial size.

Recommendation 4

GIS platforms should allow users to switch projection according to analytical purpose.

Recommendation 5

Business schools should teach students the difference between visual geography and navigational geography.

Recommendation 6

African and Indian trade-development agencies can use equal-area maps to communicate market and resource geography more accurately.

 

27. Research Limitations

This study has several limitations.

First, the UN resolution is non-binding, so voting support does not automatically translate into implementation.

Second, there is currently no evidence that changing the projection alone will increase trade volumes.

Third, a map projection cannot eliminate broader economic constraints such as:

infrastructure;

tariffs;

political instability;

port efficiency;

logistics costs;

customs procedures;

financing;

security;

shipping demand.

Fourth, perceptions of geographical size cannot be assumed to translate directly into investment decisions without primary behavioural research.

The uploaded case itself recognises these implementation constraints, including the continuing role of Mercator and the practical difficulty of changing existing maps and digital platforms.

 

28. Proposed Empirical Research Model

A future empirical study could test whether map projection affects economic perception.

Independent Variable

Map projection

Mercator

Equal Earth

Dependent Variables

Respondents could rate:

perceived country size;

perceived market potential;

perceived investment attractiveness;

perceived strategic importance;

perceived trade potential;

perceived shipping importance.

Statistical Tests

Research question	Suggested test
Does projection affect perceived size?	Paired t-test
Does age influence map perception?	ANOVA
Does education influence perception?	Chi-square
Projection and investment perception	Pearson correlation
Projection and trade perception	Regression
Country-level differences	ANOVA
Ranking of countries	Spearman correlation
Overall perception scale	Cronbach's alpha

A sample of approximately 300–500 respondents could be divided into students, business professionals, exporters/importers, logistics professionals and general consumers.

This would transform the present conceptual case into a publishable empirical research project.

 

29. Major Findings

The analysis produces seven principal findings.

Finding 1

The UN decision is primarily a representational and educational change, not a navigation revolution.

Finding 2

The 164–1–6 vote represents exceptionally strong international political support.

Finding 3

Africa is the most obvious symbolic beneficiary because its actual continental scale becomes more visible.

Finding 4

India and other large Global South economies also gain greater geographical visibility.

Finding 5

Equal Earth is superior to Mercator for comparing continental area and strategic geographical scale.

Finding 6

Mercator remains valuable for navigation and therefore should not simply be discarded.

Finding 7

The greatest future opportunity is dual-map intelligence: Equal Earth for strategic economic geography and specialist navigational charts for maritime operations.

 

30. Conclusion: The Map Does Not Move the Ship—But It Can Change Who Sees the Opportunity

The 2026 “Correct the Map” resolution should not be interpreted as the death of Mercator.

It is better understood as a correction of purpose.

Mercator was created to help sailors navigate.

Equal Earth was created to help people understand geographical scale.

The mistake was not creating Mercator.

The mistake was allowing a navigation-oriented projection to become the default mental image of the entire world.

The new approach therefore should not be:

Mercator OR Equal Earth.

It should be:

Mercator for navigation; Equal Earth for geographical and economic understanding.

For global trade, this distinction is highly significant.

A shipping company still needs navigational accuracy. But the same company also needs to understand where markets, resources, populations, ports and production systems actually exist.

That is where Equal Earth becomes strategically important.

Final answer to the question “Who will win?”

Africa wins symbolically.

The Global South wins in geographical representation.

Equal Earth wins in education and macroeconomic visualization.

Mercator continues to win in important navigational applications.

Global shipping wins if both systems are used intelligently rather than one being forced to replace the other.

And the ultimate winner may be better global economic literacy.

The UN vote did not change the size of Africa.

It changed something potentially more powerful:

the size of Africa in the world's mental map.

That change may not move a single ship tomorrow.

But over time, it can influence which markets investors notice, which ports policymakers develop, which trade corridors businesses study, and which regions the next generation considers economically central.

In that sense, the map does not move the ship—but it can influence where the world decides the ship should go.

References

United Nations. (2026, September 4). General Assembly adopts text to “Correct the Map”, among others proclaiming decade of culture for sustainable development. United Nations General Assembly.

Reuters. (2026, April 14). Togo to ask UN member states to use map showing Africa's true size. Reuters.

India Today. (2026, September 4). Africa is bigger than you think: UN votes to correct “distorted” world map. India Today.

United Nations General Assembly. (2026). Correct the map: Rebalancing global cartographic representation and promoting equitable representation of the world’s regions, particularly Africa, A/80/L.104.

Patterson, T., Jenny, B., & others. (2018). Equal Earth projection materials and cartographic documentation.

Appendix I: Analytical Summary

Question	Analytical answer
What changed?	UN endorsed wider use of equal-area mapping
Vote	164–1–6
Main sponsor	Togo/African Group
Major supporter	African Union
Sole opposition	United States
Main beneficiary	Africa/Global South in representation
Best map for area comparison	Equal Earth
Best-known strength of Mercator	Navigation
Will shipping routes physically change?	No
Can trade analysis improve?	Potentially yes
Should Mercator disappear?	No
Best future strategy	Use both according to purpose

Appendix II: Core Research Proposition

P1: Equal Earth will produce more accurate perceptions of continental geographical size than Mercator.

P2: More accurate geographical perception may increase perceived economic significance of Africa and other Global South regions.

P3: Equal Earth will be more suitable than Mercator for macro-level trade and market visualization.

P4: Mercator and specialist nautical charts will remain more appropriate for operational maritime navigation.

P5: The combination of equal-area strategic mapping and navigation-specific mapping provides the strongest framework for future global trade analysis.

 Appendix III. Territorial Representation Under the New Equal Earth Map: Which Countries and Disputed Areas May Be Affected?

Country / Territory	Existing cartographic issue under conventional maps	What changes under Equal Earth?	Nature of possible effect	Political / diplomatic effect	Trade / shipping effect	Overall assessment
Canada	Very high-latitude territory appears substantially enlarged under Mercator	Canada appears closer to its actual relative area	Visual reduction in apparent size	Low	Very low	Mainly visual
Greenland	Appears extraordinarily large and visually comparable to Africa on Mercator	Becomes dramatically smaller relative to Africa	Very high visual change	Low–moderate because of geopolitical importance	Low	Major cartographic change
Russia	High northern latitude causes major apparent enlargement	Russia's visual area becomes more proportionate	Large visual reduction	Moderate because Russia's geographic scale has geopolitical meaning	Low–moderate	Important symbolic effect
United States	Northern parts are enlarged relative to equatorial countries	Relative visual size decreases	Moderate	Moderate, especially given US opposition to resolution	Low	Mainly political/representational
Europe	Northern latitude creates significant enlargement	European countries appear proportionately smaller	High collective visual change	Moderate	Low	Strong visual effect
Netherlands	Small country but relatively high latitude; Mercator enlarges it somewhat	Becomes proportionately smaller	Moderate	Very low	Very low	No material sovereignty effect
Norway	Long north-south territory is strongly affected by projection	Apparent size becomes more realistic	Moderate–high	Low	Low	Mainly educational
Sweden	High-latitude location increases apparent size	Visual area decreases	Moderate	Low	Low	Mainly visual
Finland	High latitude exaggerates apparent area	More accurate relative size	Moderate	Low	Low	Mainly visual
Iceland	High latitude causes enlargement	Appears smaller relative to Africa and lower-latitude countries	Moderate	Low	Low	Mainly visual
Iran	Nearer to mid-latitudes, so distortion is less dramatic than Canada/Russia	Relative size changes less dramatically	Low–moderate	Low	Low	Limited effect
India	Near-tropical location appears smaller relative to northern countries under Mercator	Relative geographical scale becomes more visible	High positive representational effect	Low–moderate	Moderate positive potential	Significant Global South benefit
China	Large territory, but northern location creates some enlargement	More proportionate relative area	Moderate	Moderate	Moderate	Mainly strategic/visual
Japan	Northern latitude produces some enlargement	Relative area becomes smaller	Moderate	Low	Low	Mainly visual
Australia	Southern hemisphere but largely mid-latitude	Relative size remains substantial	Low–moderate	Low	Low	Limited
Brazil	Tropical/subtropical location means Mercator understates relative scale compared with northern countries	Appears more proportionate	High positive effect	Moderate	Moderate	Global South beneficiary
Africa	Equatorial/subtropical position makes it look much smaller than its true area	Becomes dramatically larger relative to Europe/Greenland	Very high	High symbolic effect	High strategic potential	Biggest beneficiary
Gaza / Palestine	Main issue is not projection distortion but boundary and political labelling	Projection does not resolve sovereignty or recognition questions	Very high political sensitivity	Very high	Moderate regionally	Projection cannot solve dispute
Israel	Small territory and disputed/boundary representation can vary by map convention	Geographical size becomes more proportionate, but boundary depiction remains contentious	High political sensitivity	Very high	Moderate	Boundary convention matters more than projection
West Bank	Boundary/status representation differs according to cartographic source	Equal Earth does not determine political status	Very high	Very high	Moderate	Requires explicit map-source policy
Crimea	Political status and territorial depiction are disputed	Projection changes appearance, not sovereignty	Very high political sensitivity	Very high	Moderate for Black Sea context	Must be clearly sourced
Kashmir	Different countries use different boundary conventions	Equal Earth itself does not settle the boundary	Very high	Very high	Moderate	Country-specific versions may be necessary
Taiwan	Political status and map labelling are sensitive	Projection does not resolve political status	Very high	Very high	High strategically because of East Asian trade	Boundary/label convention crucial
Western Sahara	Territorial sovereignty remains disputed	Projection has little effect on dispute itself	High	High	Moderate	Political convention dominates
Falkland Islands / Islas Malvinas	Sovereignty disputed between UK and Argentina	Relative size changes slightly, but ownership remains disputed	Moderate	High	Low–moderate	Projection has little substantive effect
Arctic territories	Mercator substantially enlarges high-latitude areas	Arctic regions become much smaller visually	High	High strategic potential	High long-term potential	Important for Arctic geopolitics
Small Pacific island states	Their land area remains extremely small visually	Equal Earth does not make them physically larger	Low	Low	Moderate for maritime zones	EEZ, not land size, is more important
Small European states	Some receive slight Mercator enlargement because of latitude	Become proportionately smaller	Low–moderate	Very low	Very low	Mostly educational

Analytical interpretation

The most important point is that not every country is affected in the same way.

The strongest visual changes will occur at the extremes of latitude. Canada, Greenland, Russia and northern Europe can appear considerably less dominant in an equal-area projection, while Africa and other tropical regions gain their proper relative visual scale. This is precisely why Equal Earth was designed as an equal-area projection.

Does the new map change borders?

No.

This is crucial for the research paper.

Equal Earth is a projection, not a treaty.

It changes the mathematical transformation from the spherical Earth to a flat map. It does not decide:

whether Crimea belongs to Russia or Ukraine;

whether Kashmir belongs to India or Pakistan;

the status of Palestine;

the status of Taiwan;

the Western Sahara dispute;

maritime boundaries;

territorial sovereignty.

The Library of Congress describes Equal Earth political maps as showing administrative and political divisions, while the Equal Earth project explicitly provides alternative versions for politically sensitive boundary conventions.

A particularly important finding for your paper

Small disputed countries or territories will not necessarily become politically “larger” or “smaller” because of Equal Earth.

Instead, there are two separate variables:

Map Projection≠Political Boundary\text{Map Projection} \neq \text{Political Boundary}

and:

Geographical Accuracy≠Sovereignty Recognition\text{Geographical Accuracy} \neq \text{Sovereignty Recognition}

Therefore, a new Equal Earth map could actually require more careful cartographic labelling, not less.

The adoption of Equal Earth is unlikely to create new territorial disputes, but it may make existing cartographic disputes more visible. For countries such as Canada, Russia, the Netherlands, Iran and other states, the primary change is the correction of apparent geographical size. For politically disputed territories such as Crimea, Kashmir, Palestine/Israel, Taiwan and Western Sahara, however, the critical issue is not the projection itself but the boundary and labelling convention selected by the map publisher. Consequently, international organisations, schools and digital platforms adopting Equal Earth should disclose the source and political convention used for disputed boundaries. This is particularly important because Equal Earth maps are already available in different boundary versions, demonstrating that “equal-area” does not mean “politically neutral.”

Research implication: “Correct the Map” has two separate dimensions—correcting geographical size and representing political boundaries—and the second remains substantially more controversial than the first.