In 2022, 2.2 billion people worldwide lacked access to safely managed drinking water. Many households across multiple generations continue to live without reliable, clean water. In contrast, Iceland, a small island nation in the North Atlantic, possesses an immense supply of renewable freshwater, totaling 445,022.70 cubic meters per person annually. This figure underscores one of the world’s most pronounced and inequitable disparities.
This article examines this imbalance using the latest data from the Food and Agriculture Organization’s AQUASTAT database, as published by the World Bank in 2026. The analysis focuses on renewable water resources per person, measured in cubic meters annually. This metric provides critical insights into the distribution of water, a fundamental human necessity. The study highlights the top 18 countries in this ranking, investigates the factors underlying each figure, and considers the broader implications for global water equity.
The analysis begins with the country ranked first in per capita renewable freshwater resources.
1. Iceland : 445,022.70 m³ per capita
Iceland, with its waterfalls, blue glacial rivers, and volcanic landscapes, exemplifies a nation shaped by water. The country receives approximately 1,940 millimeters of precipitation annually and is situated in one of the world’s most active volcanic and geothermal regions. These conditions result in significant glacier melt and steady groundwater recharge throughout the year.
Iceland possesses approximately 170 billion cubic meters of renewable water annually. With a population of 382,003 in 2022, this equates to 445,022.70 cubic meters per person, a notably high figure. For context, the average American uses about 1,700 cubic meters of water per year for all purposes, including drinking, cooking, bathing, agriculture, and industry. Iceland’s per-capita share is more than 260 times greater. This disparity is not due to higher consumption by Icelanders; rather, Iceland is recognized for its sustainable water and energy management. The high per capita figure results from the country’s unique geology and its small population.
Iceland’s rivers, primarily glacier-fed and fast-flowing, remain largely in their natural state. More than 70% of the country’s electricity is generated from hydropower and geothermal sources. Consequently, Iceland’s water resources are utilized not only for drinking but also for powering homes, heating buildings, and supporting clean industries. Water has long been central to Iceland’s national identity. The prominence of Iceland’s per-capita water figure in comparative datasets reflects these unique characteristics.
8 Key Facts — Iceland:
- Iceland’s total annual renewable freshwater is approximately 170 billion cubic meters.
- The country receives about 1,940 millimeters of precipitation each year, feeding rivers, glaciers, and aquifers.
- More than 70% of Iceland’s electricity is generated from hydropower, directly powered by its freshwater endowment.
- Iceland’s per-capita water availability is more than 260 times the average annual water use of a typical American.
- Geothermal district heating, powered partly by water-heated underground rock, serves over 90% of Icelandic homes.
- Iceland’s Vatnajökull glacier is the largest in Europe and acts as a massive natural freshwater reservoir.
- Water withdrawal in Iceland is only about 831 cubic meters per capita annually — a tiny fraction of what is available.
- Iceland is often cited by the United Nations as a model for sustainable management of freshwater and energy resources.
2. Guyana — 293,316.88 m³ per capita
If Iceland leads the Northern Hemisphere in water resources, Guyana holds that position in South America, ranking second-highest in the world for renewable freshwater resources per capita. With a 2022 census population of 878,674 people and a vast, mostly untouched tropical rainforest, Guyana has an impressive natural freshwater inheritance. The country recorded 293,316.88 cubic meters per person in 2022, a number that reflects both the heavy rainfall in the Guianas region and the relatively small population spread across a territory slightly larger than the United Kingdom.
Guyana’s water wealth comes from a combination of factors.
The Essequibo River, one of the largest in South America by volume, drains much of the country’s interior highland region and carries immense volumes of fresh water toward the Atlantic coast. Annual rainfall in Guyana can exceed 2,500 millimeters in forested interior zones, and the country has experienced minimal industrial-scale deforestation compared to neighbors such as Brazil. The result is that Guyana’s river systems are largely intact, its aquifer recharge rates are high, and its water cycle operates close to its natural potential.
The Amazon basin is frequently described as the lungs of the earth, with Guyana serving as a key guardian of its upper margins. Guyana’s maintenance of forest cover above 85% of its territory is directly linked to its high per-capita water availability. Water and forests are intrinsically connected; protecting one supports the other. In recent years, Guyana’s government has received international payments for forest conservation, acknowledging that preserving forest cover sustains both local river systems and the global water cycle.
8 Key Facts — Guyana:
- Guyana’s official 2022 census recorded a population of 878,674, the highest growth since World War II.
- The Essequibo River is one of the longest in South America and a primary driver of Guyana’s freshwater abundance.
- Guyana retains more than 85% forest cover, a major contributor to consistent aquifer recharge and river flow.
- Annual rainfall in Guyana’s interior regions can exceed 2,500 millimeters, among the highest in the Western Hemisphere.
- Guyana participates in international REDD+ forest conservation programs, recognizing the link between forests and water.
- The country’s per-capita freshwater figure is nearly 172 times the threshold considered “water-rich” by FAO standards.
- Guyana shares the Amazon Basin water governance framework with Bolivia, Brazil, Colombia, Ecuador, Peru, Suriname, and Venezuela.
- Guyana’s rapid population growth and emerging oil sector may put future pressure on freshwater resource management.
3. Suriname — 158,866.69 m³ per capita
Suriname occupies a unique place in this dataset. It is one of the smallest countries in South America by population, and it is almost entirely covered by tropical rainforest, more than 90% of its land mass. That combination of dense forest, high equatorial rainfall, and a small population of roughly 630,000 people in 2022 gives it a renewable freshwater endowment that most nations can only dream about: 158,866.69 cubic meters per person per year, good enough for third place globally.
The Suriname River, the Coppename, the Saramacca, and the Corantijn all cross this small country, carrying water from some of the most intact tropical ecosystems on the planet. Suriname receives well over 2,000 millimeters of rainfall each year in most regions, and because deforestation rates have remained relatively low compared to those in Brazil or Indonesia, the natural water cycle still operates almost at full capacity. This leads to high evapotranspiration from the forest canopy, steady cloud formation, and reliable rainfall—a self-sustaining water cycle that has lasted for thousands of years.
A notable aspect of Suriname is the contrast between its substantial water resources and persistent development challenges. Many residents, particularly in interior, indigenous, and Maroon communities, continue to lack access to clean piped water. This paradox—ranking third globally in freshwater per capita while struggling to provide safe water services—highlights that abundant water resources do not guarantee universal access to safe water services. Infrastructure, governance, and geography are all critical determinants.
8 Key Facts — Suriname:
- Suriname covers approximately 163,820 square kilometers, of which over 90% is tropical rainforest.
- The country ranks third globally in renewable freshwater resources per capita at 158,866.69 m³ in 2022.
- Annual rainfall in most of Suriname exceeds 2,000 millimeters, with interior regions receiving significantly more.
- The Suriname, Coppename, Saramacca, and Corantijn rivers are among the country’s primary freshwater arteries.
- Despite its water wealth, many interior communities lack access to safely managed drinking water infrastructure.
- Suriname’s low deforestation rate compared to its Amazonian neighbors helps sustain the integrity of the natural water cycle.
- Suriname is a signatory to the Amazon Basin water resources management framework alongside seven co-basin nations.
- Suriname’s freshwater per capita figure is approximately 158 times the international water scarcity threshold of 1,000 m³.
4. Bhutan — 99,882.96 m³ per capita
Bhutan occupies a unique position among nations. Located in the eastern Himalayas between India and China, this small Buddhist kingdom has made environmental conservation a constitutional mandate, enshrining the protection of at least 60% forest cover. This commitment is reflected in the water data: 99,882.96 cubic meters per capita in 2022, ranking fourth globally. For a landlocked country, this figure underscores the Himalayas’ critical role as a global freshwater source.
Bhutan’s rivers — the Wangchhu, Punatsangchhu, Mangdechhu, Manas, and Drangmechhu — all originate from Himalayan glaciers and are fed by some 700 glaciers covering 629.55 square kilometers of the country. The country receives approximately 2,200 millimeters of rainfall annually, and monsoon rains combine with glacial melt to produce river discharges that dwarf the country’s modest domestic needs. Bhutan has an estimated 2,674 high-altitude glacial lakes, and the total annual freshwater outflow from the country is approximately 70,576 million cubic meters — enough to supply the water needs of countries many times its size.
What Bhutan does with this water is equally remarkable. Hydropower generation has become the backbone of Bhutan’s economy, accounting for 14.15% of GDP and providing 1,606 MW of installed capacity in recent years. Bhutan exports electricity to India, meaning its water resources are literally powering economies beyond its borders. This reminds us that water is not just a resource for consumption; it is energy, economics, and diplomacy all in one.
8 Key Facts — Bhutan:
- Bhutan has approximately 700 glaciers covering 629.55 square kilometers, serving as the primary source of river flow.
- The country’s constitution mandates a minimum of 60% forest cover, directly protecting watershed integrity.
- Bhutan has 2,674 documented high-altitude glacial lakes above 3,000 meters.
- Annual precipitation in Bhutan averages 2,200 millimeters, with monsoons providing 2–12% glacial melt supplementation.
- Hydropower generation accounts for 14.15% of Bhutan’s GDP, underscoring the economic value of its freshwater resources.
- Bhutan exports electricity to India, making its water resources a tool of regional economic diplomacy.
- All rivers in Bhutan eventually drain into the Brahmaputra River in India and ultimately into the Bay of Bengal.
- Bhutan’s per-capita water figure of 99,882.96 m³ is approximately 100 times the international water scarcity threshold.
5. Papua New Guinea — 78,505.02 m³ per capita
Papua New Guinea sits on the eastern half of the world’s second-largest island and is one of the most biologically and hydrologically diverse places on the planet. With massive tropical rainfall driven by its equatorial location and mountainous interior, PNG generates enormous volumes of freshwater year after year. Its per-capita figure of 78,505.02 cubic meters in 2022 places it fifth globally, and like several other top-ranked nations, this wealth is a product of the intersection between geography, ecology, and low population density relative to the amount of water produced.
The highlands of PNG receive some of the highest rainfall totals in the entire Asia-Pacific region.
Rivers like the Sepik and the Fly are among the longest in Oceania, and they drain vast areas of primary tropical rainforest that actively sustain the water cycle through evapotranspiration. Papua New Guinea also shares its island with Indonesia’s Papua provinces, and the combined Fly-Strickland river system is one of the largest river systems in the Pacific Basin. Coral reefs, mangroves, and freshwater wetlands all interact with PNG’s surface water systems in complex ecological webs.
However, as in Suriname, a significant gap exists between abundant freshwater resources and practical access to them. Many residents of Papua New Guinea live in remote, mountainous regions and lack access to clean water infrastructure. Delivering water to highland communities requires more than natural supply; it necessitates roads, pipelines, and sustained investment. Aggregate statistics may obscure this challenge, as per-capita figures reflect natural endowment rather than actual water delivery to communities.
8 Key Facts — Papua New Guinea:
- Papua New Guinea occupies approximately 462,840 square kilometers on the world’s second-largest island.
- The Sepik River is one of the longest rivers in Oceania, stretching approximately 1,126 kilometers through PNG’s interior.
- PNG’s highlands receive among the highest annual rainfall totals in the entire Asia-Pacific region.
- The Fly-Strickland river system is one of the largest and most ecologically significant river systems in the Pacific Basin.
- PNG’s per-capita freshwater figure of 78,505.02 m³ places it fifth globally in the World Bank 2022 dataset.
- Papua New Guinea’s primary tropical rainforest sustains water cycles through active evapotranspiration and cloud formation.
- Large portions of PNG’s population lack access to clean water infrastructure despite the country’s natural water abundance.
- PNG shares its island with the Indonesian provinces of Papua, forming one of the world’s largest combined tropical freshwater basins.
6. Canada — 73,197.16 m³ per capita
Canada is a country that evokes images of lakes, rivers, and vast boreal forests, and the data supports this image. Canada holds about 20% of the world’s surface freshwater and 7% of its renewable freshwater supply. With a population of around 38 million people spread across the world’s second-largest country by land area, Canada’s per-capita renewable freshwater figure of 73,197.16 cubic meters per year in 2022 makes it one of the most water-rich nations, both in total and per person.
Canada has more than 2 million lakes — more than any other country on earth — and its river systems include the Mackenzie, the St. Lawrence, the Fraser, and many others that together discharge enormous volumes of freshwater into surrounding oceans. The Great Lakes, shared with the United States, are the single largest surface freshwater system on the planet, containing about 21% of the world’s surface freshwater. Canada also receives significant annual precipitation across most of its territory, from the wet Pacific coast to the Great Lakes snowbelt.
Canada’s significance in this dataset extends beyond its water resources to its geopolitical role. North America ranks 46th on the World Bank’s 2022 list with 15,197.61 cubic meters per capita, a figure heavily influenced by Canada’s substantial contribution. Historically, Canada’s water wealth has been managed as a domestic resource. However, as climate change increases water stress in the American Midwest and Great Plains, pressure on Canadian water resources, including transboundary systems, is expected to intensify, necessitating enhanced bilateral and multilateral cooperation.
8 Key Facts — Canada:
- Canada holds approximately 20% of the world’s total surface freshwater, the largest national share on earth.
- The country has more than 2 million lakes, more than any other country in the world.
- The Great Lakes system, shared with the United States, contains about 21% of the world’s surface fresh water.
- Canada’s major river systems include the Mackenzie, St. Lawrence, Fraser, Churchill, and Columbia.
- Canada’s per-capita renewable freshwater figure of 73,197.16 m³ in 2022 ranks it sixth globally.
- Annual precipitation across Canada varies from under 300 mm in the Arctic to over 3,000 mm along the Pacific coast.
- Canada’s water wealth faces increasing pressure from climate change, particularly in prairie and agricultural regions.
- North America as a region recorded a World Bank figure of 15,197.61 m³ per capita in 2022 — partly driven by Canada’s endowment.
7. Norway — 70,000.20 m³ per capita
Norway is the third European nation to appear in the top 18, and it is here for the same fundamental reasons as Iceland: a small population, an extraordinary amount of rainfall and snowmelt, and a landscape shaped by millennia of glacial activity that carved thousands of rivers, lakes, and fjords into the bedrock. Norway’s per-capita figure of 70,000.20 cubic meters in 2022 reflects the constant precipitation of the Norwegian coast, where moisture-laden Atlantic air systems collide with the Scandinavian mountains to produce some of the highest rainfall totals in Europe.
Norway’s hydropower system is among the most developed in the world, generating approximately 90% of the country’s electricity entirely from water. The country has over 1,000 hydropower plants, and its total hydropower capacity represents roughly 37% of European hydropower production. This means that Norway’s water wealth has been converted, at an extraordinary scale, into a clean energy resource that powers not just Norwegian homes and industries but also exports electricity to the European grid through undersea cables. In Norway, freshwater is a strategic national asset.
The fjords of western Norway, characterized by glacially carved inlets, form an integral part of a connected water system linking mountain snowfields, rivers, and coastal marine environments. This system has shaped Norwegian culture, economy, and ecology for millennia. Norway’s historical relationship with water is reflected in its data: it uses only a small fraction of its available renewable water, exemplifying sustainable resource management.
8 Key Facts — Norway:
- Norway generates approximately 90% of its national electricity supply from hydropower alone.
- The country operates more than 1,000 hydropower plants across its mountainous river systems.
- Norway’s hydropower capacity represents roughly 37% of total European hydropower production.
- Annual precipitation along Norway’s western coast can exceed 3,000 millimeters due to Atlantic moisture systems.
- Norway’s fjords, formed by glacial action, are part of a deeply integrated freshwater-to-coastal water ecosystem.
- Norway exports electricity to European neighbors through undersea cables, monetizing its water wealth regionally.
- Norway’s per-capita freshwater figure of 70,000.20 m³ in 2022 ranks it seventh globally in the World Bank dataset.
- Norway withdraws only a tiny fraction of its available renewable water, demonstrating exemplary sustainable management.
8. Gabon — 67,468.97 m³ per capita
Gabon is one of the most surprising entries at the top of this list, not because its water wealth is undeserved, but because Central African nations rarely make headlines in global freshwater discussions dominated by Scandinavian and Amazonian countries. Gabon ranks eighth in the world with 67,468.97 cubic meters per capita in 2022, and it earns that ranking through a combination of equatorial rainfall, intact tropical rainforest, and a population of just over 2 million people relative to a territory of 267,668 square kilometers.
Gabon sits almost directly on the equator, which means it receives two rainy seasons per year driven by the Intertropical Convergence Zone. Annual rainfall averages around 2,000 millimeters, and in some interior forest zones it can exceed that by a significant amount. The Ogooué River, Gabon’s principal river, is one of the largest in Central Africa and drains nearly the entire country into the Atlantic. Gabon also sits at the western edge of the Congo Basin ecosystem, the second-largest tropical rainforest on earth, and benefits from the deep evapotranspiration feedback loops that this enormous forest generates — trees pulling groundwater up and releasing it into the atmosphere, where it eventually falls as rain.
Gabon has received international praise for protecting over 11% of its land as national parks, and its forest cover, at about 89% of its territory, is among the highest in the world. This is not only a win for biodiversity but also for water. Every tree Gabon protects helps pump, filter, and store future rainfall. Gabon’s water data is closely tied to its environmental policies, and this is an important lesson for others.
8 Key Facts — Gabon:
- Gabon’s Ogooué River is one of the largest rivers in Central Africa, draining approximately 85% of the country.
- The country receives two distinct rainy seasons annually due to its position directly on the equatorial convergence zone.
- Gabon protects over 11% of its land in formally designated national parks, among the highest proportions globally.
- Forest cover in Gabon exceeds 89% of the total territory, one of the highest ratios among sovereign nations on Earth.
- Annual rainfall in Gabon averages approximately 2,000 millimeters, with interior regions receiving significantly more.
- Gabon sits at the western margin of the Congo Basin ecosystem, benefiting from its vast evapotranspiration feedback loops.
- Gabon’s per-capita freshwater figure of 67,468.97 m³ in 2022 places it eighth globally in the World Bank dataset.
- Gabon’s water wealth is directly tied to forest conservation — policies that protect trees also protect the water cycle.
9. New Zealand — 64,348.54 m³ per capita
New Zealand, located in the southwestern Pacific, receives substantial rainfall due to westerly winds transporting moisture from the ocean, particularly on the west coast of the South Island, where annual precipitation can exceed 6,000 millimeters in alpine regions. With a population of just over 5 million in 2022 and a relatively small but hydrologically rich territory, New Zealand recorded 64,348.54 cubic meters per person, ranking ninth globally.
New Zealand’s water comes from snowfields, glaciers, rain-fed rivers, and one of the highest rainfall gradients of any temperate nation on earth. The Southern Alps act as a massive barrier to westerly airflow, forcing moisture to rise, cool, and precipitate at extraordinary rates. Rivers like the Clutha, Waikato, and Waitaki are among the most volumetrically significant in the Southern Hemisphere relative to their drainage area. New Zealand generates roughly 60% of its electricity from hydropower, and the country’s water systems are deeply embedded in both Māori cultural identity and mainstream New Zealand environmental law.
Despite abundant water resources, New Zealand faces complex challenges. Intensive dairy farming in recent decades has increased pressure on lowland rivers and aquifers, resulting in declining water quality, even as total water availability remains high. This underscores that renewable water resources per person indicate quantity, not quality. New Zealand’s experience demonstrates that abundant water does not preclude environmental challenges if agricultural practices are not balanced with effective regulation.
8 Key Facts — New Zealand:
- The west coast of New Zealand’s South Island receives among the highest annual rainfall in the world.
- New Zealand generates approximately 60% of its electricity from hydropower.
- The Clutha River is the largest river in New Zealand by volume, originating from the Southern Alps.
- New Zealand’s Southern Alps force westerly air masses upward, creating precipitation rates exceeding 6,000 mm annually in alpine zones.
- Water quality degradation from intensive dairy farming has become a major environmental policy challenge despite water abundance.
- Māori cultural and legal frameworks recognize water as a living ancestor, shaping New Zealand’s water governance approaches.
- New Zealand’s per-capita renewable water figure of 64,348.54 m³ in 2022 places it ninth globally in the World Bank dataset.
- New Zealand has enacted significant freshwater reform legislation in recent years to improve water quality in rivers and lakes.
10. Solomon Islands — 57,229.48 m³ per capita
The inclusion of the Solomon Islands in the top 10 may appear unexpected; however, geographic factors provide a clear explanation. This Pacific archipelago, comprising approximately 1,000 islands, is located in one of the world’s most consistently rainy regions, receiving between 3,000 and 8,000 millimeters of rainfall per year, depending on location. With a population of approximately 740,000 in 2022 and a land area of just 28,000 square kilometers, these factors yield a per capita figure of 57,229.48 cubic meters, ranking the Solomon Islands tenth worldwide.
The freshwater ecosystems of the Solomon Islands are characterized by short, fast-moving coastal rivers fed by intense tropical rainfall. These rivers cut deep valleys through the volcanic interiors of larger islands and discharge into lagoons and coral reef systems. The island of Guadalcanal — the largest and most populated — has several substantial river systems, including the Lunga, Matanikau, and Tenaru rivers. Freshwater habitats include both fast-moving highland streams and slower lowland rivers, as well as mangrove estuaries, supporting remarkable biodiversity, including several species of endemic freshwater fish.
Climate change poses a significant threat to water security in the Solomon Islands. As an archipelago with low elevation, rising sea levels increase the risk of saltwater intrusion into freshwater supplies in coastal and low-lying areas. Droughts associated with El Niño cycles further disrupt rainfall and reduce river flows. Although the Solomon Islands’ per-capita water figures are high, these statistics obscure the substantial risks faced by small island nations under changing climatic conditions.
8 Key Facts — Solomon Islands
- The Solomon Islands receive between 3,000 and 8,000 millimeters of rainfall per year, depending on island location.
- The archipelago encompasses approximately 1,000 individual islands spread across the southwestern Pacific Ocean.
- Key freshwater river systems on Guadalcanal include the Lunga, Matanikau, and Tenaru rivers.
- Saltwater intrusion from rising sea levels poses a growing threat to freshwater lenses in low-lying island areas.
- El Niño drought cycles periodically reduce river flows and disrupt freshwater availability across the archipelago.
- The Solomon Islands support several species of freshwater endemic fish with limited global distributions.
- The Solomon Islands’ per capita figure of 57,229.48 m³ places it tenth globally, despite being a small archipelagic state.
- Climate change represents the most significant long-term risk to the Solomon Islands’ freshwater security.
11. Peru — 49,021.02 m³ per capita
Peru is one of the most hydrologically diverse countries on Earth. Stretching from the Pacific coast across the Andes Mountains and into the Amazon rainforest basin, Peru experiences three distinct water regimes. The coastal desert, the high Andean plateau, and the lowland Amazon jungle each have very different rainfall, runoff, and groundwater dynamics. In total, Peru registers 49,021.02 cubic meters per capita in 2022, which puts it in 11th place globally, but that figure masks enormous internal variation.
The Amazon basin side of Peru is extraordinarily water-rich, receiving well over 2,000 millimeters of rain annually in most areas and sustaining river systems that feed directly into the Amazon River itself, the world’s largest river by discharge. The Ucayali and Marañón rivers both originate in Peru and together form the Amazon’s upper reaches. On the Andean plateau and Pacific coast, however, the picture is entirely different — Peru hosts some of the driest inhabited places on earth in the coastal desert strip, where annual rainfall can fall below 10 millimeters.
This internal disparity in Peru exemplifies the broader global challenge of freshwater distribution. Water resources are determined by geographic factors and are not always located where populations are concentrated. While most of Peru’s population resides in coastal cities such as Lima, Trujillo, and Piura, the majority of water resources are situated in the Amazon basin to the east. Addressing the challenge of transporting water from resource-rich areas to population centers represents a major infrastructure priority for the 21st century.
8 Key Facts — Peru:
- The Ucayali and Marañón rivers both originate in Peru and together form the upper reaches of the Amazon River.
- Peru’s coastal desert strip receives fewer than 10 millimeters of rainfall per year in some areas, among the lowest globally.
- The Peruvian Amazon receives over 2,000 millimeters of rainfall annually across most of its territory.
- Lima, Peru’s capital and home to over 10 million people, relies heavily on Andean glacier meltwater for its water supply.
- Peru ranks 11th globally in renewable freshwater resources per capita at 49,021.02 m³ in the 2022 World Bank dataset.
- Peru shares the Amazon Basin water governance framework with Bolivia, Brazil, Colombia, Ecuador, Guyana, Suriname, and Venezuela.
- Glacier retreat in the Andes poses a direct long-term threat to the water security of Peru’s highland and coastal cities.
- Agricultural expansion in the Peruvian Amazon is the primary driver of deforestation and associated disruption of the water cycle.
12. Chile — 45,261.51 m³ per capita
Chile is a hydrological paradox. It is a country of extremes: the driest place on earth to the north, in the Atacama Desert, where some weather stations have never recorded a single drop of rain in recorded history, and one of the wettest temperate zones on earth to the south, in Patagonia, where annual rainfall can exceed 4,000 millimeters. The aggregate per-capita figure of 45,261.51 cubic meters per year in 2022 ranks 12th globally, but, like Peru, this average masks extraordinary internal geographic variation.
Chile’s Patagonian rivers — the Baker, the Pascua, the Biobío — are among the wildest and undammed rivers in the world, and their flows contribute enormously to Chile’s per-capita water statistics. Patagonia is also home to massive glacial systems, including the Northern and Southern Patagonian Ice Fields, the largest temperate ice masses outside the polar regions. Glacial meltwater feeds Chilean rivers year-round, and in southern Chile, freshwater runoff into the Pacific and Atlantic Oceans is among the highest per unit area on Earth.
In contrast, northern Chile is experiencing a water crisis. The Atacama region and adjacent areas rely entirely on groundwater from ancient, slowly recharging aquifers. Copper mining, a cornerstone of Chile’s economy and the basis for its status as the world’s largest copper producer, consumes significant water resources in this arid region. The disparity between Chile’s national water abundance and acute regional shortages is among the most pronounced in South America.
8 Key Facts — Chile:
- Chile’s Atacama Desert is the driest non-polar desert on Earth, with some stations recording zero rainfall in recorded history.
- The Northern and Southern Patagonian Ice Fields are the largest temperate ice masses outside the Arctic and Antarctic.
- Chile is the world’s largest copper producer, and copper mining is a highly water-intensive industry in the arid north of Chile.
- The Baker River in Patagonia has one of the highest discharge rates of any undammed river in the Southern Hemisphere.
- Annual rainfall in Chilean Patagonia can exceed 4,000 millimeters in some coastal mountain zones.
- Chile ranks 12th globally in per-capita renewable freshwater resources, with 45,261.51 m³ per capita in the World Bank 2022 dataset.
- Glacial retreat in the Andes and Patagonia poses a direct long-term risk to river flows and southern water availability.
- Water rights in Chile are privately owned under a 1981 water code that has drawn significant international criticism and reform pressure.
13. Colombia — 41,458.93 m³ per capita
Colombia is one of South America’s most water-rich nations, ranking 13th globally with 41,458.93 cubic meters per capita in 2022, reflecting the extraordinary richness of its equatorial geography. Colombia straddles the Andes, the Pacific coast, the Amazon basin, and the Caribbean lowlands. These are four fundamentally different water regimes that together produce one of the most complex and productive hydrological systems on the continent. Colombia is home to major tributaries of the Amazon, including the Caquetá and Putumayo rivers, as well as the great Magdalena River, which flows northward through the Andes to the Caribbean Sea
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It’s receives heavy rainfall across most of its territory, with the Pacific coast particularly wet — cities like Quibdó and Buenaventura are among the rainiest on Earth, receiving over 8,000 millimeters annually in some areas. The Amazon-facing slopes of the Colombian Andes generate enormous runoff into the lowland river systems, and Colombia’s páramo ecosystems — high-altitude wetland grasslands found only in the tropical Andes — act as extraordinary natural water towers, capturing cloud moisture and slowly releasing it into downstream river systems.
Colombia’s páramo ecosystems are critically important both nationally and regionally. They supply freshwater to major cities such as Bogotá and Medellín and contribute to river flows that extend into Ecuador, Peru, and Brazil. The protection of these ecosystems is a regional priority. While Colombia has advanced legal protections for its páramos, ongoing threats from agricultural expansion and illegal mining persist.
8 Key Facts — Colombia:
- Colombia’s Pacific coast city of Quibdó receives over 8,000 millimeters of rainfall annually, among the highest globally.
- The páramo ecosystems of the Colombian Andes act as high-altitude water towers supplying major cities, including Bogotá.
- Colombia shares Amazon basin tributaries — including the Caquetá and Putumayo — with Peru, Brazil, and Ecuador.
- The Magdalena River is Colombia’s most economically important waterway, flowing northward through the Andean interior.
- Colombia ranks 13th globally in renewable freshwater resources per capita at 41,458.93 m³ in the 2022 World Bank dataset.
- Colombia’s páramo ecosystems are legally protected, but illegal mining and agriculture remain significant threats.
- Colombia straddles four distinct water regimes: Andean, Pacific coastal, Caribbean, and Amazonian, creating extraordinary hydro-diversity.
- Colombia is a signatory to the Amazon Basin water governance agreement alongside seven other co-basin nations.
14. Belize — 37,891.11 m³ per capita
Belize is a small country — about 23,000 square kilometers, with a population of roughly 405,000 in 2022 — but it ranks 14th with 37,891.11 cubic meters per capita using the same formula we keep seeing: high rainfall, dense tropical forest, and low population density. Belize receives annual precipitation of approximately 1,500 to 3,000 millimeters, depending on the region, and it sits along the Caribbean coast with access to both surface rivers and a substantial groundwater system recharged by the Maya Mountains and surrounding forest.
Belize’s water resources are closely tied to its forest cover, which remains high relative to other Central American nations. The Belize River, the Macal, and the Mopan are the country’s main river systems, fed by a combination of Caribbean rainfall and the groundwater-rich limestone karst geology of Belize’s interior. The famous Blue Hole of Belize — a massive submerged sinkhole — is part of this complex karst freshwater system, a reminder that some of Central America’s most important water is stored underground. It is notable in the regional context as one of the last relatively intact freshwater landscapes in Central America, where deforestation, agriculture, and urbanization have degraded water resources in many neighboring countries. Belize’s conservation-oriented land management, including extensive national parks and protected areas, has better preserved its water resources than countries such as Honduras and Guatemala, which have lower per-capita water availability.
8 Key Facts — Belize:
- Belize receives annual precipitation ranging from 1,500 to 3,000 millimeters depending on the geographic region.
- The Belize River, the Macal River, and the Mopan River are the country’s principal surface freshwater systems.
- Belize’s limestone karst geology creates a complex underground freshwater storage and flow system.
- The famous Blue Hole of Belize is part of a submerged karst freshwater system of global geological significance.
- Belize ranks 14th globally in per-capita renewable freshwater resources, with 37,891.11 m³ per capita in the 2022 World Bank dataset.
- Belize has among the highest forest cover rates of any Central American nation, helping protect its water cycle.
- Belize’s protected areas network, covering nearly 40% of the country, directly contributes to watershed conservation.
- Belize stands in contrast to heavily deforested Central American neighbors, preserving freshwater resources through land management.
15. Liberia — 37,221.12 m³ per capita
Liberia’s ranking of 15th globally, with 37,221.12 cubic meters per capita, may surprise some readers, but the underlying geography is compelling. Located on the West African coast, Liberia experiences some of the highest rainfall totals in Africa — annual averages can exceed 4,500 millimeters in coastal areas, driven by the West African Monsoon system. The country retains significant primary forest cover — among the highest in West Africa — and with a population of approximately 5.6 million people in 2022, the per-capita figure reflects both genuine water wealth and a relatively modest population.
Liberia’s river systems — the St. Paul, the Cavally, the Farmington, and the Mano — flow swiftly through forest-covered terrain toward the Atlantic. These rivers are fed by consistent monsoon rainfall from June through October, and the forest cover on Liberia’s hillsides helps maintain high recharge rates for both surface rivers and underground aquifers. Liberia also shares the Upper Guinea Forest ecosystem with neighboring Sierra Leone and Guinea — a critically important and highly threatened African rainforest that serves as a regional freshwater tower.
Despite Liberia’s substantial freshwater resources, the country faces significant challenges in delivering water to its population. As one of the world’s lowest-income countries, Liberia’s water treatment and distribution infrastructure remains severely underfunded. Rural water access rates are among the lowest in West Africa. The disparity between water availability and safe access is particularly evident in Liberia.
8 Key Facts — Liberia:
- Liberia’s coastal zones receive annual rainfall of up to 4,500 millimeters, among the highest in continental Africa.
- Liberia retains some of the highest primary forest cover of any nation in West Africa.
- The St. Paul, Cavally, Farmington, and Mano rivers are Liberia’s principal freshwater systems.
- Liberia shares the Upper Guinea Forest ecosystem with Sierra Leone and Guinea — a regional freshwater conservation priority.
- Liberia ranks 15th globally in renewable freshwater resources per capita at 37,221.12 m³ in the 2022 World Bank dataset.
- Rural water access in Liberia remains among the lowest in West Africa despite the country’s natural water abundance.
- The West African Monsoon system accounts for most of Liberia’s annual rainfall between June and October.
- Liberia’s infrastructure deficit prevents its water wealth from reaching large portions of its population safely.
16. Congo (Republic of) — 36,784.79 m³ per capita
The Republic of the Congo — not to be confused with the much larger Democratic Republic of Congo to its east — ranks 16th globally with 36,784.79 cubic meters per capita in 2022. This equatorial African nation sits at the heart of the Congo Basin ecosystem, the second-largest tropical rainforest in the world, and the second-largest river system on Earth by discharge volume. The Congo River itself flows along the country’s eastern border, and the Republic of the Congo is drained by several major tributaries, including the Sangha, the Likouala, and the Alima.
The Congo Basin’s freshwater resources are extraordinary by any measure. Research published in Nature Communications Earth & Environment found that the Congo Basin holds a Total Drainable Water Storage of 476-502 cubic kilometers, unevenly distributed but massive in absolute terms. The Congo River discharges approximately 41,000 cubic meters per second into the Atlantic Ocean — second only to the Amazon in terms of freshwater discharge to the global ocean. In the Republic of the Congo, with a population of approximately 6.1 million in 2022, this abundance translates into a substantial per capita figure.
The Congo Basin ecosystem remains one of the least studied major freshwater systems globally. Its remote, sparsely populated forests, extensive wetlands, and complex river networks are not well monitored, and the full extent of its groundwater resources is still being investigated. Nevertheless, the basin is globally significant, containing approximately 30% of Africa’s water resources, and its forests play a critical role in regional and global rainfall patterns through evapotranspiration.
8 Key Facts — Congo (Republic of):
- The Congo River discharges approximately 41,000 cubic meters per second into the Atlantic Ocean, the second-highest globally.
- The Congo Basin holds between 476 and 502 cubic kilometers of Total Drainable Water Storage.
- The Congo Basin accounts for approximately 30% of Africa’s total water resources.
- The Republic of the Congo is drained by the Sangha, Likouala, Alima, and Congo rivers.
- Congo ranks 16th globally in per-capita renewable freshwater resources, with 36,784.79 m³ per capita in the World Bank 2022 dataset.
- The Congo Basin is the second-largest freshwater river system in the world by volume, surpassed only by the Amazon.
- The Congo Basin’s freshwater resources are poorly monitored due to their remote location and limited scientific infrastructure.
- The Congo Basin’s forests play a critical role in regional and global precipitation feedback through evapotranspiration.
17. Vanuatu — 31,944.19 m³ per capita
Vanuatu is a small Pacific island nation of 83 islands, spread over 1,300 kilometers of the southwestern Pacific, with a population of roughly 330,000 people in 2022. Despite its modest size, it ranks in the global top 17 for renewable freshwater per capita at 31,944.19 cubic meters. Like the Solomon Islands, Vanuatu benefits from its tropical Pacific location and the extraordinary rainfall that characterizes this part of the ocean, with annual totals typically ranging from 2,000 to 4,000 millimeters across different islands.
Vanuatu’s freshwater comes primarily from rainfall-fed rivers and streams on its larger, more mountainous islands, particularly Espiritu Santo, Malekula, and Efate. The islands’ volcanic geology creates a mosaic of surface rivers, springs, and freshwater aquifers. Because the islands are generally high and steep, water moves quickly from rainfall to river to sea, and access to groundwater is particularly important for communities on smaller, flatter islands where surface water is more limited. It faces similar climate-related risks to those of the Solomon Islands, including cyclones, El Niño-induced droughts, and the long-term threat of rising sea levels that jeopardize coastal freshwater supplies. Cyclone Pam in 2015, among the strongest tropical cyclones recorded in the Southern Hemisphere, severely damaged Vanuatu’s water infrastructure, highlighting the disparity between apparent water abundance and actual disaster resilience. For small island developing states, water security depends not only on resource availability but also on infrastructure, storage capacity, and emergency preparedness.
8 Key Facts — Vanuatu:
- Vanuatu consists of 83 volcanic islands spread across 1,300 kilometers of the southwestern Pacific Ocean.
- Annual rainfall across Vanuatu ranges from 2,000 to 4,000 millimeters depending on island elevation and location.
- Vanuatu’s volcanic geology creates diverse freshwater sources, including surface rivers, springs, and coastal aquifers.
- Cyclone Pam in 2015 severely disrupted Vanuatu’s freshwater infrastructure, highlighting small-island water vulnerabilities.
- Vanuatu ranks 17th globally in per-capita renewable freshwater resources, with 31,944.19 m³ per capita in the World Bank 2022 dataset.
- El Niño-driven drought cycles periodically threaten freshwater availability across lower-elevation islands in Vanuatu.
- Rising sea levels pose a long-term threat to freshwater lenses on low-lying islands throughout the Vanuatu archipelago.
- Freshwater infrastructure investment and climate adaptation are central to Vanuatu’s national development planning.
18. Fiji — 31,052.12 m³ per capita
Fiji rounds out our top 18 at 31,052.12 cubic meters per capita in 2022. This South Pacific archipelago of more than 300 islands has long been synonymous with paradise in the popular imagination, and its freshwater resources are a genuine part of that natural endowment. Fiji’s two largest islands, Viti Levu and Vanua Levu, are mountainous and receive substantial rainfall driven by southeast trade winds, particularly on their windward eastern flanks.
Fiji generates significant hydropower from its river systems, particularly the Wainimala and Rewa rivers on Viti Levu. Its groundwater resources are substantial, and springs and streams have historically provided communities across the islands with reliable drinking water. Fiji is also home to a globally significant bottled water industry — the “Fiji Water” brand taps deep underground volcanic aquifers and ships the product worldwide, a somewhat controversial commercial use of a developing nation’s natural resource endowment. Similar to other Pacific island nations, Fiji faces significant climate-related water risks. Tropical cyclones frequently damage water infrastructure, and saltwater intrusion into coastal aquifers is an increasing concern. Cyclone Winston in 2016, the strongest tropical cyclone recorded in the Southern Hemisphere at the time, caused extensive damage to water systems across Viti Levu and other islands. Fiji’s situation exemplifies the coexistence of water abundance and vulnerability characteristic of the broader Pacific Island region.
8 Key Facts — Fiji:
- Fiji’s Viti Levu and Vanua Levu islands receive substantial rainfall driven by the southeast trade winds.
- Fiji generates hydropower from the Wainimala and Rewa river systems on its largest island, Viti Levu.
- The “Fiji Water” bottled water brand taps deep volcanic aquifers on Viti Levu, exporting Fijian groundwater globally.
- Cyclone Winston in 2016 was the strongest tropical cyclone ever recorded in the Southern Hemisphere.
- Fiji ranks 18th globally in per-capita renewable freshwater resources, with 31,052.12 m³ per capita in the 2022 World Bank dataset.
- Saltwater intrusion into coastal aquifers is an increasing problem on Fiji’s lower-elevation outer islands.
- Southeast trade winds drive rainfall patterns in Fiji, creating distinct wet windward and dry leeward zones on larger islands.
- Fiji’s abundant freshwater resources coexist with significant climate vulnerability, requiring sustained investment in infrastructure.
The Bigger Picture: What This Map Really Shows
A holistic examination of the infographic reveals more than a simple ranking; it illustrates a geographic narrative with significant implications for humanity’s future. The top 18 countries in this dataset span from the Arctic Circle to the equatorial Pacific and from the eastern Himalayas to the Caribbean coast of Central America. This group includes both affluent and low-income nations, as well as large countries and small island states. A commonality among them is geography: these regions typically experience high rainfall, maintain relatively low populations, and have preserved forests that sustain functional water cycles.
The global average of 5,392.27 cubic meters per capita illustrates a significant decline over time. In 1961, when this dataset begins, the world average was 13,680.24 m³ per capita. By 2022, it had decreased to 5,392.27 m³, representing a 61% reduction over six decades. This trend is not primarily due to a physical reduction in water supply, but rather to population growth outpacing a fixed or declining freshwater endowment. The volume of rainfall on Earth has remained relatively constant since 1961; however, the global population has increased from three billion to eight billion.
The data also underscores the fundamental relationship between forests and water resources. Countries near the top of the list, such as Guyana, Suriname, Papua New Guinea, Gabon, Liberia, Belize, the Congo, and Bhutan, all possess significant forest cover. Similarly, Amazon basin countries—including Colombia, Peru, Ecuador, Venezuela, Bolivia, and Nicaragua—rank highly. Forests contribute to rainfall generation through evapotranspiration, regulate river flows, recharge groundwater, and prevent erosion that degrades water quality. Deforestation results in the loss of both trees and water resources, a conclusion strongly supported by decades of water research.
The infographic serves as a record of the current global water distribution. Iceland, with 445,022.70 cubic meters per capita, and Bahrain, with 2.62 cubic meters, exemplify the vast disparities in water access within the same year and on the same planet. This disparity represents fundamentally different human experiences in the 21st century. Addressing this gap—through forest conservation, demand management, infrastructure development, and cross-border cooperation—constitutes one of the defining. The data from the FAO and the World Bank provide an initial assessment of global water distribution. These figures establish a baseline; future progress will depend on the actions and commitments undertaken by the international community. What we are willing to do about it.
Here is a full list of Nations by Renewable Freshwater Resources per Capita:
| Rank | Country | Renewable Freshwater Resources per Capita, 2022 |
| 1 | 🇮🇸 Iceland | 445,022.70 m³ |
| 2 | 🇬🇾 Guyana | 293,316.88 m³ |
| 3 | 🇸🇷 Suriname | 158,866.69 m³ |
| 4 | 🇧🇹 Bhutan | 99,882.96 m³ |
| 5 | 🇵🇬 Papua New Guinea | 78,505.02 m³ |
| 6 | 🇨🇦 Canada | 73,197.16 m³ |
| 7 | 🇳🇴 Norway | 70,000.20 m³ |
| 8 | 🇬🇦 Gabon | 67,468.97 m³ |
| 9 | 🇳🇿 New Zealand | 64,348.54 m³ |
| 10 | 🇸🇧 Solomon Islands | 57,229.48 m³ |
| 11 | 🇵🇪 Peru | 49,021.02 m³ |
| 12 | 🇨🇱 Chile | 45,261.51 m³ |
| 13 | 🇨🇴 Colombia | 41,458.93 m³ |
| 14 | 🇧🇿 Belize | 37,891.11 m³ |
| 15 | 🇱🇷 Liberia | 37,221.12 m³ |
| 16 | 🇨🇬 Congo | 36,784.79 m³ |
| 17 | 🇻🇺 Vanuatu | 31,944.19 m³ |
| 18 | 🇫🇯 Fiji | 31,052.12 m³ |
| 19 | 🇵🇦 Panama | 31,040.00 m³ |
| 20 | 🇷🇺 Russia | 29,895.26 m³ |
| 21 | 🇻🇪 Venezuela | 28,532.93 m³ |
| 22 | 🇨🇫 Central African Republic | 27,657.69 m³ |
| 23 | 🇺🇾 Uruguay | 27,190.32 m³ |
| 24 | 🇧🇷 Brazil | 26,917.87 m³ |
| 25 | 🇱🇦 Laos | 25,188.49 m³ |
| 26 | 🇧🇴 Bolivia | 25,130.09 m³ |
| 27 | 🇪🇨 Ecuador | 24,820.61 m³ |
| 28 | 🇳🇮 Nicaragua | 23,208.74 m³ |
| 29 | 🇨🇷 Costa Rica | 22,236.37 m³ |
| 30 | 🇸🇱 Sierra Leone | 19,331.13 m³ |
| 31 | 🇫🇮 Finland | 19,258.09 m³ |
| 32 | 🇦🇺 Australia | 18,909.46 m³ |
| 33 | 🇧🇳 Brunei | 18,666.14 m³ |
| 34 | 🇲🇲 Myanmar | 18,654.39 m³ |
| 35 | 🇵🇾 Paraguay | 17,306.50 m³ |
| 36 | 🇲🇾 Malaysia | 16,716.87 m³ |
| 37 | 🇸🇪 Sweden | 16,305.99 m³ |
| 38 | 🇬🇳 Guinea | 16,079.53 m³ |
| 39 | 🇬🇪 Georgia | 15,657.90 m³ |
| 40 | 🇬🇶 Equatorial Guinea | 14,416.05 m³ |
| 41 | 🇧🇦 Bosnia and Herzegovina | 11,077.13 m³ |
| 42 | 🇲🇬 Madagascar | 11,071.95 m³ |
| 43 | 🇦🇱 Albania | 10,972.26 m³ |
| 44 | 🇲🇳 Mongolia | 10,134.70 m³ |
| 45 | 🇨🇲 Cameroon | 9,879.57 m³ |
| 46 | 🇭🇷 Croatia | 9,777.88 m³ |
| 47 | 🇸🇹 Sao Tome and Principe | 9,633.02 m³ |
| 48 | 🇪🇪 Estonia | 9,422.91 m³ |
| 49 | 🇮🇪 Ireland | 9,399.87 m³ |
| 50 | 🇱🇻 Latvia | 9,013.60 m³ |
| 51 | 🇸🇮 Slovenia | 8,839.64 m³ |
| 52 | 🇨🇩 Democratic Republic of Congo | 8,789.32 m³ |
| 53 | 🇭🇳 Honduras | 8,664.10 m³ |
| 54 | 🇺🇸 United States | 8,436.69 m³ |
| 55 | 🇬🇼 Guinea-Bissau | 7,599.04 m³ |
| 56 | 🇮🇩 Indonesia | 7,239.88 m³ |
| 57 | 🇰🇬 Kyrgyzstan | 7,014.83 m³ |
| 58 | 🇰🇭 Cambodia | 7,010.93 m³ |
| 59 | 🇳🇵 Nepal | 6,669.93 m³ |
| 60 | 🇦🇷 Argentina | 6,430.60 m³ |
| 61 | 🇹🇯 Tajikistan | 6,232.43 m³ |
| 62 | 🇬🇹 Guatemala | 6,118.37 m³ |
| 63 | 🇦🇹 Austria | 6,082.82 m³ |
| 64 | 🇹🇱 Timor-Leste | 5,999.44 m³ |
| 65 | 🇬🇷 Greece | 5,557.22 m³ |
| 66 | 🇱🇹 Lithuania | 5,459.74 m³ |
| 67 | 🇨🇭 Switzerland | 4,602.89 m³ |
| 68 | 🇵🇭 Philippines | 4,203.07 m³ |
| 69 | 🇦🇴 Angola | 4,153.22 m³ |
| 70 | 🇿🇲 Zambia | 3,979.57 m³ |
| 71 | 🇦🇩 Andorra | 3,959.60 m³ |
| 72 | 🇯🇲 Jamaica | 3,812.06 m³ |
| 73 | 🇧🇾 Belarus | 3,684.41 m³ |
| 74 | 🇵🇹 Portugal | 3,641.82 m³ |
| 75 | 🇻🇳 Vietnam | 3,605.71 m³ |
| 76 | 🇨🇺 Cuba | 3,446.71 m³ |
| 77 | 🇯🇵 Japan | 3,436.56 m³ |
| 78 | 🇧🇬 Bulgaria | 3,248.21 m³ |
| 79 | 🇰🇿 Kazakhstan | 3,211.94 m³ |
| 80 | 🇲🇽 Mexico | 3,180.08 m³ |
| 81 | 🇹🇭 Thailand | 3,129.70 m³ |
| 82 | 🇮🇹 Italy | 3,092.50 m³ |
| 83 | 🇲🇿 Mozambique | 3,071.39 m³ |
| 84 | 🇩🇲 Dominica | 2,992.85 m³ |
| 85 | 🇲🇰 North Macedonia | 2,948.06 m³ |
| 86 | 🇫🇷 France | 2,933.22 m³ |
| 87 | 🇹🇹 Trinidad and Tobago | 2,811.53 m³ |
| 88 | 🇹🇷 Turkey | 2,671.22 m³ |
| 89 | 🇲🇱 Mali | 2,600.48 m³ |
| 90 | 🇰🇵 North Korea | 2,544.74 m³ |
| 91 | 🇨🇮 Cote d'Ivoire | 2,528.05 m³ |
| 92 | 🇸🇻 El Salvador | 2,488.73 m³ |
| 93 | 🇱🇰 Sri Lanka | 2,380.42 m³ |
| 94 | 🇸🇸 South Sudan | 2,359.09 m³ |
| 95 | 🇪🇸 Spain | 2,327.04 m³ |
| 96 | 🇸🇰 Slovakia | 2,319.69 m³ |
| 97 | 🇦🇲 Armenia | 2,310.05 m³ |
| 98 | 🇱🇸 Lesotho | 2,287.73 m³ |
| 99 | 🇷🇴 Romania | 2,224.85 m³ |
| 100 | 🇲🇺 Mauritius | 2,178.97 m³ |
| 101 | 🇸🇿 Eswatini | 2,165.86 m³ |
| 102 | 🇬🇧 United Kingdom | 2,144.84 m³ |
| 103 | 🇳🇦 Namibia | 2,131.74 m³ |
| 104 | 🇩🇴 Dominican Republic | 2,092.47 m³ |
| 105 | 🇨🇳 China | 1,991.89 m³ |
| 106 | 🇧🇸 Bahamas | 1,760.84 m³ |
| 107 | 🇬🇩 Grenada | 1,710.67 m³ |
| 108 | 🇱🇨 Saint Lucia | 1,678.03 m³ |
| 109 | 🇱🇺 Luxembourg | 1,531.15 m³ |
| 110 | 🇸🇳 Senegal | 1,461.66 m³ |
| 111 | 🇵🇱 Poland | 1,455.66 m³ |
| 112 | 🇰🇲 Comoros | 1,438.52 m³ |
| 113 | 🇮🇷 Iran | 1,435.37 m³ |
| 114 | 🇺🇦 Ukraine | 1,342.31 m³ |
| 115 | 🇹🇿 Tanzania | 1,298.06 m³ |
| 116 | 🇩🇪 Germany | 1,286.40 m³ |
| 117 | 🇹🇬 Togo | 1,265.16 m³ |
| 118 | 🇷🇸 Serbia | 1,261.47 m³ |
| 119 | 🇰🇷 South Korea | 1,255.02 m³ |
| 120 | 🇨🇿 Czechia | 1,232.18 m³ |
| 121 | 🇦🇫 Afghanistan | 1,161.94 m³ |
| 122 | 🇬🇲 Gambia | 1,137.89 m³ |
| 123 | 🇭🇹 Haiti | 1,130.69 m³ |
| 124 | 🇧🇪 Belgium | 1,027.38 m³ |
| 125 | 🇩🇰 Denmark | 1,016.43 m³ |
| 126 | 🇮🇳 India | 1,014.44 m³ |
| 127 | 🇳🇬 Nigeria | 990.36 m³ |
| 128 | 🇧🇼 Botswana | 983.65 m³ |
| 129 | 🇻🇨 Saint Vincent and the Grenadines | 979.95 m³ |
| 130 | 🇪🇹 Ethiopia | 973.01 m³ |
| 131 | 🇬🇭 Ghana | 914.05 m³ |
| 132 | 🇳🇷 Nauru | 847.39 m³ |
| 133 | 🇱🇧 Lebanon | 835.58 m³ |
| 134 | 🇺🇬 Uganda | 824.30 m³ |
| 135 | 🇪🇷 Eritrea | 821.25 m³ |
| 136 | 🇹🇩 Chad | 812.77 m³ |
| 137 | 🇦🇿 Azerbaijan | 800.16 m³ |
| 138 | 🇮🇶 Iraq | 798.72 m³ |
| 139 | 🇲🇼 Malawi | 784.69 m³ |
| 140 | 🇲🇦 Morocco | 776.87 m³ |
| 141 | 🇿🇼 Zimbabwe | 762.96 m³ |
| 142 | 🇧🇮 Burundi | 755.19 m³ |
| 143 | 🇧🇯 Benin | 748.57 m³ |
| 144 | 🇿🇦 South Africa | 718.20 m³ |
| 145 | 🇷🇼 Rwanda | 695.92 m³ |
| 146 | 🇲🇩 Moldova | 640.66 m³ |
| 147 | 🇭🇺 Hungary | 624.67 m³ |
| 148 | 🇳🇱 Netherlands | 621.43 m³ |
| 149 | 🇧🇩 Bangladesh | 619.89 m³ |
| 150 | 🇨🇾 Cyprus | 585.86 m³ |
| 151 | 🇨🇻 Cape Verde | 577.21 m³ |
| 152 | 🇦🇬 Antigua and Barbuda | 560.10 m³ |
| 153 | 🇧🇫 Burkina Faso | 555.33 m³ |
| 154 | 🇰🇳 Saint Kitts and Nevis | 513.82 m³ |
| 155 | 🇺🇿 Uzbekistan | 467.67 m³ |
| 156 | 🇰🇪 Kenya | 381.55 m³ |
| 157 | 🇹🇳 Tunisia | 346.14 m³ |
| 158 | 🇸🇴 Somalia | 337.04 m³ |
| 159 | 🇸🇾 Syria | 317.51 m³ |
| 160 | 🇴🇲 Oman | 295.97 m³ |
| 161 | 🇧🇧 Barbados | 283.37 m³ |
| 162 | 🇩🇯 Djibouti | 263.83 m³ |
| 163 | 🇩🇿 Algeria | 247.31 m³ |
| 164 | 🇵🇰 Pakistan | 225.69 m³ |
| 165 | 🇹🇲 Turkmenistan | 194.32 m³ |
| 166 | 🇳🇪 Niger | 138.27 m³ |
| 167 | 🇸🇬 Singapore | 106.44 m³ |
| 168 | 🇱🇾 Libya | 96.90 m³ |
| 169 | 🇲🇹 Malta | 95.08 m³ |
| 170 | 🇮🇱 Israel | 81.00 m³ |
| 171 | 🇲🇷 Mauritania | 82.04 m³ |
| 172 | 🇸🇩 Sudan | 81.00 m³ |
| 173 | 🇸🇦 Saudi Arabia | 74.59 m³ |
| 174 | 🇯🇴 Jordan | 60.59 m³ |
| 175 | 🇲🇻 Maldives | 57.24 m³ |
| 176 | 🇾🇪 Yemen | 54.94 m³ |
| 177 | 🇶🇦 Qatar | 21.07 m³ |
| 178 | 🇦🇪 United Arab Emirates | 14.89 m³ |
| 179 | 🇪🇬 Egypt | 8.88 m³ |
| 180 | 🇧🇭 Bahrain | 2.62 m³ |
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