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April 12, 2026Sustainability0 citationsOpen Access

Learning from the Past to Secure the Future: Greek Hydro-Technologies and the Evolution of Water Management

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AAAndreas N. AngelakisACAndrea G. CapodaglioVTVasileios A. Tzanakakis

Key Points

  • The research aims to explore the historical development of Greek hydro-technologies and their relevance to current water management challenges.
  • Analysis of prehistoric and historic Greek civilizations' water management practices.
  • Examination of the durability and longevity of ancient hydraulic structures.
  • Review of early water law principles and their implications for modern systems.
  • Ancient Greek hydraulic structures functioned for centuries, showcasing superior design and sustainability.
  • Hydro-structures were developed in arid areas, emphasizing security, protection, and public health.
  • Lessons from ancient practices suggest a need for reconsidering modern water management approaches.

Abstract

The prehistoric and historic Greek populations have a long and glorious history and could teach us significant lessons relevant to water resources and their management. Most Greek civilizations lived in harmony with the environment, with a profound understanding of environmental sustainability. The Minoan era, considered as Pax Minoica (or Minoan peace), was a time when palaces and other living places did not have defensive walls; in that time, human rights and power without a military aristocracy developed. During that time, hydro-structures with a high degree of security, which remained in operation for millennia, were developed, most of them established in predominantly arid areas for reasons of security, protection, and public health. The study presents important elements of the development and progress of these technological achievements provided by ancient civilizations throughout the prehistoric to modern period, in the context of revealing and highlighting potential lessons to understand and address current critical issues in the management of water resources. Furthermore, the methodology used and the technological structural advancement of water works, their infrastructure durability, and early water law principles are considered. Many modern systems are designed for operational lifespans of 50–100 years, whereas several ancient Greek hydraulic structures remained functional for centuries by relying on renewable natural resources—reflecting a fundamentally different design philosophy centered on longevity and robustness. Thus, terms such as “sustainability” and “water security/safety”, first taught by ancient civilizations, need to be reconsidered and adopted again nowadays to inspire policies, strategies, and actions against the increasing challenges.

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Cite This Study

Angelakis et al. (2026) studied this question.

synapsesocial.com/papers/69db375f4fe01fead37c5615https://doi.org/10.3390/su18083753
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