Water-balance-sustaining

The adjective 'water-balance-sustaining' describes a system, organism, or process that maintains or promotes the equilibrium of water within a specific environment or entity. This equilibrium involves regulating the intake, distribution, and excretion of water to ensure optimal functionality and survival. This can apply to biological systems, such as the kidneys of animals, or to ecological systems like wetlands. A water-balance-sustaining environment is essential for life, protecting against dehydration and waterlogging. It implies an inherent ability to manage water effectively, often through complex physiological or ecological mechanisms that can be self-regulating.

Water-balance-sustaining meaning with examples

• The plant's intricate root system provided a water-balance-sustaining mechanism, enabling it to absorb and retain sufficient water during periods of drought. This was crucial for its survival in the arid desert environment and allowed the plant to flourish and remain hydrated.
• Engineers designed a water-balance-sustaining irrigation system for the farm. This system carefully controlled water distribution, minimizing water waste, ensuring adequate hydration of crops, and protecting soil from erosion. The design improved crop yields.
• The desert tortoise possesses several water-balance-sustaining adaptations, including highly efficient kidneys and the ability to store water in its bladder. These adaptations are vital for survival in such an inhospitable climate. Without them the tortoises would struggle.
• The construction of the artificial wetlands provided a water-balance-sustaining ecological function, acting as a natural filtration system and habitat for various species of water-dependent life forms. The wetland absorbed excessive rainfall and regulated groundwater levels.
• Specialized membranes in the cell's outer layer act as water-balance-sustaining structures that allow water and other nutrients into the cell whilst keeping unwanted items outside. This enables the cell to stay functioning as it needs to and to retain a stable internal environment.