Evergreen deep-dives and current developments in water evaporation and conservation. Every article links back to the underlying science and cites its sources.
Recent drought news highlights the critical need for better evaporation data and advanced mitigation strategies to protect shrinking water supplies.
· Editorial Team
As droughts persist from the Netherlands to North Carolina, understanding how to mitigate evaporation becomes critical for water security.
· Editorial Team
As drought conditions impact major regions from Washington to Virginia, managing surface evaporation becomes critical for long-term water security.
· Editorial Team
As drought conditions strain water supplies in North Carolina and Virginia, surface evaporation becomes a critical management challenge for reservoirs.
· Editorial Team
As historic droughts strain municipal supplies, new developments in floating solar and modular covers offer ways to protect vital water reservoirs.
· Editorial Team
An evergreen roundup of the themes shaping evaporation research: a widening vapor-pressure deficit, floating-solar growth, and field studies of covers.
· Editorial Team
Why blocking sunlight suppresses algae, the oxygen and gas-exchange trade-offs of full coverage, and how to weigh water-quality benefits against them.
· Editorial Team
Duckweed, lilies, windbreaks, and chemical monolayers for small ponds — what they realistically achieve, their limits, and when low-tech makes sense.
· Editorial Team
A neutral look at shade balls, hexagonal tiles, and hybrid panels: field reductions, wind pile-up, coverage, and manufacturer vs study data.
· Editorial Team
What the Penman-Monteith equation does, the inputs it needs, why crop-ET over-predicts open water, and its realistic ±10–20% accuracy.
· Editorial Team
How open water evaporates: vapor-pressure deficit, the six driving factors, the boundary layer, why depth doesn't matter, and night-time loss.
· Editorial Team
