think+water: Long-term changes in Lavaca Bay, Uri and post-traumatic stress, and Texan perceptions of reuse and desalination

This month we explore academic articles on the topics of identifying natural environmental stressors that may account for the long-term decline of ecosystem health, examining winter storm-associated post-traumatic stress in eight Texas metro areas, and analyzing public perceptions of desalination and water reuse in Texas.

think+water: A sinking donut around Houston, water loss in Texas, and woody waters

This month we explore academic articles on the topics of tracking recent subsidence rates using interferometry in the greater Houston area, analyzing the extent of water loss in Texas public water systems and quantifying how much water could be saved with cost-effective approaches, and exploring ecohydrological changes that occurred following woody plant encroachment through six case studies.

think+water: Groundwater for estuaries, injecting into the Delaware Basin, and the surface-water disposal of produced water from the Carrizo-Wilcox

This month we explore academic articles on the topics of assessing how much groundwater is discharging into estuaries along the Texas Coast, developing a model to determine impacts of injecting large volumes of water produced from oil and gas wells through disposal wells in the Delaware Basin, and evaluating groundwater conservation practices in association with oil and gas production from the surrounding areas of the Carrizo-Wilcox formation in Texas.

think+water: Uri saved Texas wheat, climate change might be good for corn in Burleson County, and farmers can extend Ogallala water by mixing it with Dockum water

This month we explore academic papers on the topics of analyzing how Winter Storm Uri influenced the drought severity across Texas, evaluating the impacts of climate change on maize productivity, and examining the suitability of the Dockum Aquifer to supplement the Ogallala Aquifer water by comparing recent water chemistries where the aquifers coexist.