Sentence examples for constraining water from inspiring English sources

Systems perspective in a problem context helped to comprehensively understand the socio-political process of water management by identifying broad array of actors and rules constraining water management, and at the same time identify actors and rules facilitating agents and their agency for a change in the water management process.

For example, the expansion of fast-growing tree species like Eucalyptus in the highlands of Ethiopia resulted in considerable carbon sequestration though the species was often blamed for intense water consumption due to its growing habit and thus constraining water availability for local communities.

An important problem likely to be continued to constrain water resource management in India is a consistently rising trend in atmospheric deposition of pollutants.

Drinking water treatment plants based on groundwater may suffer from incomplete ammonium removal, which deteriorates drinking water quality and constrains water utilities in the operation of their plants.

Sustainable water management across the region must be underpinned by an understanding of the factors that constrain water supply in arid zones.

This translates into a greater ability for xylans to constrain water on a per-unit mass basis.

The faster declining T2 relaxation curves associated with the xylans represent the fact that they constrain water to a greater degree than cellulose.

Despite this, the simplest way that a material's ability to constrain water can vary is through variations in accessible surface area.

We further suggest that the limited available lignin surface area that can constrain water may limit its ability to engage in negative hydrophobically driven binding interactions, despite the highly hydrophobic nature of the material.

A comparison of all relaxation curves on a single plot proved quite cumbersome, with curves crossing one another at different points due to the different mechanisms with which each compound may constrain water.

Per unit surface area, the chemical character of a material will affect the degree to which individual surfaces constrain water, resulting in stronger or weaker binding interactions with other species in a system.