Identifying the source of soil contaminants is vital to decision-making during an environmental cleanup. EPA researchers are collecting data that can be used to inform decision-making in urban settings in the Southeastern United States and establish methods that can be used elsewhere.
This webinar will present the methodology developed for collecting a city-wide or urban area background data set and general results of southeastern cities data collected to date, and it also will highlight a case study that used the sampling methodology and data to inform decision making.
Who should attend?
Representatives of state environment and health agencies, tribes, local governments, communities, and others interested in learning about EPA tools and resources available to help inform decision-making.
Dr. Maya Klein has a message for parents of small children: Don’t be afraid of dirt! Dr. Klein will speak in-person about her book, “The Dirt Cure,” and how to heal your family by what you eat. Get tickets here. Learn more about Dr. Klein in our blog. Tuesday, Jan. 23, 5:30-8 pm, United Way Greater Houston. Presented by OHBA.
Kyle Shelton, Director of Strategic Partnerships at Kinder Institute for Urban Research will offer remarks and sign his new book Power Moves: Transportation, Politics, and Development in Houston.
Join authors Elaine Howard Ecklund and Christopher P. Scheitle for the release of their book, Religion vs. Science: What Religious People Really Think (Oxford University Press 2017) for an event sponsored by the Religion and Public Life Program with support from the Program in Jewish Studies at Rice University.
Religion vs. Science is based on a five-year study of religious Americans’ views of science, called the Religious Understandings of Science (RUS) study. The RUS study surveyed 10,000 Americans about their views on the relationship between religion and science, as well as specific scientific issues such as stem cell research, evolution and creation, science education, and others. The survey was in addition to more than 300 in-person interviews. Pastor Lee Hsia of Houston’s First Baptist Church and Rabbi Geoff Mitelman of Sinai and Synapses will moderate the conversation and provide unique perspectives on the book’s content.
RSVP required and will be announced on the website shortly prior to the event.
Stormwater discharges continue to cause impairment of our Nation’s waterbodies. Conventional stormwater infrastructure, or gray infrastructure, is largely designed to move stormwater away from urban areas through pipes and conduit. Runoff from these surfaces can overwhelm sewer systems and end up contaminating local waterways. When stormwater runs off impervious streets, parking lots, sidewalks, and rooftops, it can carry pollutants to streams, rivers, and lakes. Runoff flows can also cause erosion and flooding that can damage property, infrastructure, and wildlife habitat. In addition to runoff problems, impervious surfaces also prevent water from penetrating the soil and recharging groundwater supplies.
Green infrastructure, such as rain gardens, and porous pavement, is becoming an increasingly attractive way to reduce the amount of stormwater runoff that flows into wastewater treatment plants or into waterbodies untreated, and to recharge aquifers. It provides many environmental, social, and economic benefits that promote urban livability, such as improved surface water quality, water conservation, and improved aesthetic and property value. EPA researchers have been studying green infrastructure practices and developing models and tools to help communities manage their stormwater runoff and address nutrient impairment.
EPA’s National Stormwater Calculator is a software application that estimates the annual amount of rainwater and frequency of runoff from a specific site. This webinar will introduce the newest features of the Calculator, which is now available as a mobile web application and can be used on smartphones and tablets.
EPA has also added a cost estimation module that allows planners and managers to evaluate green infrastructure practices based on comparison of regional and national project planning level cost estimates and predicted performance.