Dam capacity per capita 1979

In 1979, the metric of dam capacity per capita served as a crucial indicator of water resource management across the globe. Measured in cubic meters per inhabitant, this statistic reflects the volume of water storage available to each person, highlighting the sustainability of water resources in different countries. As an essential component of environmental planning and economic development, dam capacity per capita reveals significant insights into how nations handle water security, support agricultural activities, and ensure industrial growth while maintaining ecological balance.

Global Overview of Dam Capacity Per Capita in 1979

During this year, data was available for 123 countries, showcasing a diverse range of water storage capabilities. The global average dam capacity per capita was 2072.39 cubic meters, with a median value significantly lower at 249.49. This disparity indicates vast differences in water management efficiency and infrastructure development across various regions. Suriname led the global ranking with an astonishing 52,965.8 cubic meters per inhabitant, reflecting substantial investments in dam infrastructure relative to its population. In contrast, several countries, including Belize, Bhutan, and Papua New Guinea, reported no dam capacity per capita, underscoring challenges in water resource development.

Notable Country Insights

Examining specific nations provides a deeper understanding of dam capacity dynamics in 1979. Canada, with 28,162.3 cubic meters per capita, showcased its robust water management system, vital for supporting its vast industrial and agricultural sectors. Meanwhile, Zambia and Zimbabwe, with figures of 17,957.8 and 14,828.2 respectively, indicated strong commitments to water resource development, critical for their agrarian-based economies. Conversely, countries like Yemen, with a dam capacity of only 0.567638 cubic meters per capita, faced significant challenges in water security, impacting their growth and stability.

Regional Variations and Their Implications

Regional analysis reveals stark contrasts in dam capacity per capita. African nations like Zambia and Mozambique featured prominently among the top-tier countries, highlighting a focus on building dams to secure water for agriculture and energy production. However, other African countries, such as Rwanda and Nepal, recorded zero capacity, indicating development disparities within the continent. In Latin America, Nicaragua boasted a substantial capacity of 10,102.8 cubic meters, suggesting effective water management policies that could be attributed to its geographical advantage and political focus on agriculture.

Year-Over-Year Trends and Historical Context

The year 1979 saw notable changes in dam capacity figures from the previous year. Albania experienced the largest increase, with a rise of 999.84 cubic meters per capita, marking a significant shift towards improved water storage infrastructure. Costa Rica also reported a remarkable increase of 820.98 cubic meters per capita, translating to a growth rate of 5038.2%, signalling aggressive infrastructure expansion. Conversely, countries like Zambia and Ghana experienced declines of 546.60 and 396.50 cubic meters respectively, which could reflect environmental challenges or resource mismanagement.

Sustainability and Development Implications

Understanding dam capacity per capita in 1979 offers valuable insights into sustainable development and resource management. Countries with higher capacities generally possess enhanced resilience against environmental fluctuations, supporting their agricultural and industrial sectors. This metric also serves as a benchmark for future infrastructure projects, guiding nations in their pursuit of water security and sustainable growth. For countries with minimal or zero capacity, the statistics underline the urgency for international assistance and policy changes to foster equitable resource distribution and address regional disparities.

Overall, the data from 1979 highlights the critical role of dam capacity per capita as a determinant of economic vitality and environmental sustainability. By examining these figures, policymakers and researchers can better appreciate the complexities of water resource management and its profound impact on global development.