This month, Dr. Robert E. Mace explores academic publications covering land subsidence in surprising Texan cities, sedimentation’s effects on reservoir firm yields, and low planetary albedo’s connection to aerosols and increased temperatures.
Author: Robert Mace
outlook+water: La Nada settles in, drought contracts (but is expected to remain), and hurricanes expected to be active
Drought conditions (D1–D4) decreased to 39% of the state from 53% of the state four weeks ago; statewide reservoir storage increased to 77.7% full, up from 77.2% four weeks ago and about 7 percentage points below normal for this time of year. La Niña remains in neutral conditions, which are favored through December (with a hint of La Niña this winter). Drought is expected to remain over the next 3 months where it exists. National Oceanic and Atmospheric Administration projects an active hurricane season.
think+water: Detention basins, well integrity, and AI-driven flood statistics
This month, Dr. Robert E. Mace explores academic publications covering the role detention basins play in protecting groundwater, contributing factors in well integrity failures, and AI’s data-driven probabilistic flood mapping.
outlook+water: La Niña fades away, drought contracts (but extreme drought expands), and the next three months favor hot with dry conditions for the High Plains
Drought conditions (D1–D4) decreased to 53% of the state from 68% of the state four weeks ago; statewide reservoir storage increased to 77% full up from 76% four weeks ago and about 8 percentage points below normal for this time of year. La Niña has transitioned to neutral conditions, which are favored through October (with a hint of La Niña this winter). Drought is expected to improve over the next three months except in Far West Texas. Is an Atlantic Niña fixin’ to form?
think+water: Plastics in bays, plastics in rivers, and arsenic in urine
This month, Dr. Robert E. Mace explores academic publications covering microplastics in bays and estuaries, microplastics in Texas rivers, and arsenic concentrations in Texas aquifers.