Report | Environment Texas Research and Policy Center

Lead testing results

Report | Environment Texas Research and Policy Center

Raw Sewage Released by Hurricane Harvey

Reports indicate that flooding caused by Hurricane Harvey spilled at least 31 million gallons of raw sewage in Texas, but likely spilled far more.1 That’s the equivalent of every person in Houston flushing a toilet seven times.* This pollution threatens human health.

Report | Environment Texas Research and Policy Center

Get the Lead Out "Back to School" Toolkit

Our children need safe drinking water – especially at school where they go to learn and play each day. Unfortunately, lead is contaminating drinking water at schools and preschools across the country. The problem stems from pipes, plumbing, faucets and fixtures that contain lead. The common-sense solution is to “get the lead out” of schools’ water delivery systems. This “Back to School” toolkit designed to help parents, teachers and school officials get the facts on lead in drinking water and make the case for strong local action to ensure safe drinking water at school.

Report | Environment Texas Research and Policy Center

Dealing with Debris From Hurricane Harvey

The floodwaters of Hurricane Harvey have receded, but the work to clean up in the storm’s aftermath has just begun. One thing left in Harvey’s wake is a tremendous amount of debris -- people’s belongings and furniture, parts of buildings, trees, and boats destroyed during the hurricane

Report | Environment Texas Research and Policy Center

Texas Stormwater Scorecard

Rain is one of Texas’s greatest resources, but it also causes some of our most serious problems. Too much produces flooding and erosion, too little produces droughts and aquifer depletion, and dirty runoff produces water pollution. These problems are becoming worse as more of the state’s land is covered with buildings and roads that prevent rain from soaking into the ground where it falls. That’s why more Texans are using building and landscaping features that can retain and reuse stormwater onsite. These features include rain gardens, green roofs, permeable pavement, and rain cisterns, and are known as Green Stormwater Infrastructure (GSI) and Low Impact Development (LID).

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