This month, Dr. Robert E. Mace explores academic publications on the topics: examining the climate impact of the Hunga Tonga-Hunga Ha’apai eruption over a two-year period, utilizing satellite data to measure subsidence in Southeast Texas, and employing advanced dating methods to determine the formation date of the Balcones fault system in Texas.
Category: think+water
think+water: Water reuse in the Hill Country, Texas water markets, and frack water from the Wilcox
This month, Dr. Robert E. Mace explores academic publications on the topics of the potential for water reuse in Comal County, the characteristics of water market transactions in Texas, and the impacts of producing groundwater from the Carrizo-Wilcox Aquifer to produce oil from the Eagle Ford Shale.
think+water: Vista Ridge, aquifer storage and recovery in New Braunfels, and a rollercoaster of land deformation in the Delaware Basin of West Texas
This month, Dr. Robert E. Mace explores academic publications on the topics of analyzing the impact of the Vista Ridge project on water levels in Lee County, identifying water quality issues for aquifer storage and recovery projects, and examining how oil production and wastewater injection in the Delaware Basin lead to significant ground surface changes, including uplift, subsidence, and faulting.
think+water: The economics of water levels, springs drying up, and more water in the future?
This month, Dr. Robert E. Mace explores academic publications on the topics of developing an analytical model to quantify the effects of groundwater overdraft on well performance, reviewing the status of major and historical springs across the state, and evaluating future water availability in Texas through the lens of a data-driven approach.
think+water: Boil water notices during Uri, predicting water levels with neuro-fuzzies, and produced water for agriculture
This month, Dr. Robert E. Mace explores academic publications on the topics of examining the effectiveness of boil water notices as heath-risk communications, forecasting aquifer water levels in wells in Texas and Florida using an ensemble coactive neuro-fuzzy inference system, and analyzing the potential for using produced water from the Anadarko Basin as a resource for agricultural production.