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.
Category: think+water
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.
think+water: Water for Boerne, shiners in the Upper Brazos, and Texmesonet
In this issue, we explore academic publications on the topics of assessing water management strategies for the City of Boerne, Texas, evaluating impacts on Great Plains fishes from groundwater development and reservoir construction on the Upper Brazos River Basin in Texas, and a technical overview of the TexMesonet.
think+water: Conserving water for power, the straight poop on stormwater retention, and water for peanuts
In this issue, we explore academic publications on the topics of evaluating the cost of water saved by power plants switching to dry cooling, testing the effectiveness of best management practices for mitigating fecal pollution, and examining how increasing carbon dioxide levels might affect peanut production in West Texas.
think+water: Adaptation and unhappiness due to Winter Storm Uri, cold-weather fish kills, and the importance of topsoil
In this issue, we explore academic publications on the topics of household adaptations to mitigate impacts from electric power and water outages in Texas, the relationship between fish mortalities and winter stress, and the impacts of vegetation and topsoil removal on soil erosion, soil moisture, and infiltration