Dam capacity per capita 2014

Norway

In 2014, Norway ranked fifth globally in terms of dam capacity per capita, with a remarkable capacity of 6477.97 cubic meters per inhabitant. This statistic reflects the country's extensive investment in hydroelectric power, which is a significant source of energy for Norway, contributing to over 95% of its electricity production.

The high dam capacity per capita can be attributed to Norway's unique topography, characterized by numerous rivers and steep valleys, which are ideal for hydroelectric projects. Additionally, the country's commitment to renewable energy and sustainable practices has led to the construction of a vast network of dams, enhancing its energy security and environmental stewardship.

Interestingly, Norway's focus on renewable energy extends beyond hydropower; it also includes wind and solar energy initiatives, further solidifying its position as a leader in sustainable energy practices globally.

Thailand

In 2014, Thailand ranked 41st out of 164 countries in terms of dam capacity per capita, with a notable value of 1128.38 cubic meters per inhabitant. This statistic reflects the country's significant investment in water management and infrastructure, which is essential for supporting its extensive agricultural sector and addressing seasonal flooding issues.

The high dam capacity per capita can be attributed to Thailand's geographical features, including numerous rivers and a monsoon climate that necessitates effective water storage solutions. Additionally, the government's emphasis on hydropower as a renewable energy source has led to the construction of multiple large-scale dams, further enhancing water storage capabilities.

Moreover, Thailand's strategic focus on dam construction aligns with its broader economic goals, including improving irrigation systems for agriculture and ensuring water availability for urban populations. It is also noteworthy that water management practices in Thailand are critical for mitigating the impacts of climate change and ensuring sustainable development.

State of Palestine

The State of Palestine ranked 164th out of 164 countries in terms of dam capacity per capita in 2014, with a reported value of 0 cubic meters per inhabitant. This statistic highlights a significant lack of water storage infrastructure within the territory, which is critical for managing water resources in a region where water scarcity is a pressing issue.

The absence of dam capacity can be attributed to various factors, including restricted access to water resources, ongoing political conflict, and limited investment in water infrastructure. The geopolitical situation often impedes the development of necessary facilities that could enhance water storage and management.

Moreover, the population of the State of Palestine faces challenges related to water access, with many areas experiencing unreliable supply and quality issues. This situation is compounded by the broader regional context, where water scarcity affects millions and has been a source of tension among neighboring countries.

Saudi Arabia

In 2014, Saudi Arabia ranked 128th out of 164 countries in terms of dam capacity per capita, with a capacity of 34.625 cubic meters per inhabitant. This statistic reflects the country's efforts to manage its water resources in a predominantly arid environment.

The relatively low dam capacity per capita can be attributed to several factors, including the country's vast desert landscape, limited freshwater resources, and high levels of water consumption due to agriculture and domestic use. Saudi Arabia has made significant investments in desalination and water infrastructure to address these challenges, but the reliance on such technologies also underscores the scarcity of natural water sources.

Despite these challenges, Saudi Arabia's water management strategies include the construction of large-scale reservoirs and dams, which are crucial for storing water during periods of rainfall. The nation continues to seek innovative solutions to optimize water usage, given the projected increase in water demand due to population growth and urbanization.

Libya

In 2014, Libya ranked 119 out of 164 countries in terms of dam capacity per capita, with a value of 60.662 cubic meters per inhabitant. This statistic reflects the country's water resource management capabilities and the infrastructure available for water storage and distribution.

The relatively low dam capacity per capita can be attributed to various factors, including Libya's harsh desert climate, limited rainfall, and historical underinvestment in water management infrastructure. Additionally, the political instability and conflict that have characterized Libya in recent years have hindered the development and maintenance of essential water facilities.

As a result, Libya faces challenges regarding water security, which is critical for both agriculture and human consumption. The country relies heavily on its aquifers and desalination plants, which adds pressure to its overall water sustainability.

Sudan

In 2014, Sudan ranked 60th out of 164 countries in terms of dam capacity per capita, with a reported capacity of 546.836 cubic meters per inhabitant. This statistic reflects the country's significant investment in water infrastructure, particularly in the context of the Nile River, which is crucial for irrigation and hydropower generation.

The relatively high dam capacity per capita can be attributed to Sudan's strategic location along the Nile, where various dams, such as the Merowe Dam, have been constructed to harness water resources for agriculture and energy production. However, despite this capacity, challenges such as climate variability, population growth, and governance issues can impact the effective management and distribution of water resources.

Additionally, Sudan's reliance on a limited number of water sources poses risks, particularly during periods of drought or conflict, which can disrupt water supply and agricultural productivity. As a country facing both environmental and socio-political challenges, the effective utilization of its dam capacity remains critical for sustainable development.

Samoa

Samoa ranks 124th out of 164 countries in terms of dam capacity per capita as of the year 2014. The dam capacity per capita for Samoa was recorded at 49.9908 cubic meters per inhabitant, indicating a relatively modest level of water storage infrastructure compared to many other nations.

This statistic reflects Samoa's geographical and climatic conditions, which include a tropical climate that can influence water availability and demand. The country's reliance on rainfall for freshwater resources can limit the need for extensive dam capacity.

Factors contributing to this statistic may include Samoa's small land area, population density, and limited industrial activity, which reduces the overall demand for large-scale water storage solutions. Additionally, the country faces challenges related to climate change, which can impact water supply and management.

Interestingly, while Samoa's dam capacity per capita is lower than many larger countries, it is essential for the nation to prioritize sustainable water management practices to ensure adequate water supply for its population and agricultural needs.

Syrian Arab Republic

In 2014, the Syrian Arab Republic ranked 44th out of 164 countries in terms of dam capacity per capita, with a notable capacity of 969.238 cubic meters per inhabitant. This statistic reflects the country's extensive network of dams and water management systems, which are crucial for agricultural irrigation and providing potable water to its population.

The significant dam capacity per capita can be attributed to Syria's geographic and hydrological features, including major rivers like the Euphrates and the Orontes, which have facilitated the construction of large-scale water retention and management projects. However, ongoing conflict and political instability have severely impacted water infrastructure and management in recent years, potentially undermining the benefits of this capacity.

Additionally, the country's water resources are under increasing pressure from factors such as climate change, population growth, and agricultural demands. This has raised concerns about future water security, despite the relatively high dam capacity per capita recorded in 2014.

Lithuania

Lithuania ranked 101st out of 164 countries in terms of dam capacity per capita in the year 2014, with a reported capacity of 168.828 cubic meters per inhabitant. This statistic indicates the volume of water that can be stored per person, reflecting both the country's water management infrastructure and the availability of natural water resources.

The relatively moderate dam capacity per capita may be influenced by Lithuania's geographical features, which include numerous rivers and lakes, as well as a focus on sustainable water management practices. Additionally, the country's commitment to preserving its natural resources and maintaining ecological balance may affect the development and utilization of dam infrastructure.

As a member of the European Union, Lithuania benefits from various funding and support mechanisms aimed at improving water management and infrastructure. In contrast, other countries with higher dam capacities may have larger populations and more extensive industrial requirements, leading to disparities in water storage capabilities.

Guyana

In 2014, Guyana ranked 43rd out of 164 countries in terms of dam capacity per capita, boasting a significant capacity of 1072.82 cubic meters per inhabitant. This capacity is indicative of the country's substantial investment in water management infrastructure, essential for both agricultural and urban development.

The high dam capacity in Guyana can be attributed to its rich natural resources, particularly its extensive river systems and rainfall patterns. These factors enable the construction and maintenance of large dam facilities that are critical for flood control, irrigation, and hydroelectric power generation.

Additionally, Guyana's commitment to sustainable development and environmental management has led to the implementation of various projects aimed at enhancing water storage and distribution systems. This focus not only supports the population's needs but also aids in mitigating the impacts of climate change, as increased dam capacity can help manage water resources more effectively during periods of extreme weather.