Tag Archive: wasatch front

Beverly Taylor Sorenson Building – University of Utah

Beverly Taylor Sorenson Building - University of Utah

The Beverly Taylor Sorenson Arts and Education Complex at the University of Utah is a state-of-the-art facility dedicated to advancing arts education and interdisciplinary collaboration. Named after philanthropist Beverly Taylor Sorenson, the building houses programs that integrate arts into teaching and learning, aiming to enhance education through creativity and innovation. The complex features modern classrooms, performance spaces, and research facilities designed to support educators, students, and community engagement. Its design fosters collaboration among the arts, education, and health disciplines, reflecting a commitment to improving learning outcomes and enriching lives through the power of the arts.

Xeriscaping in Utah’s Arid Drought Prone Climate – Salt Lake City

Xeriscaping in Utah's Arid Drought Prone Climate - Salt Lake City

An example of xeriscaping in Salt Lake City, Utah’s capital and the state’s largest city along the Wasatch Front, and urban corridor that stretches from Ogden to Payson.

Xeriscaping is a popular landscaping approach in Utah, where water conservation is a critical concern due to the state’s arid climate and ongoing drought conditions. This landscaping method involves designing outdoor spaces with water-efficient plants, native species, and strategic hardscaping to reduce water usage while maintaining visual appeal. Instead of traditional water-intensive lawns, xeriscaped yards often feature drought-tolerant plants such as sagebrush, yucca, and juniper, as well as ornamental grasses and flowering perennials like penstemon and lavender. Mulch, gravel, and rocks are also commonly used to retain soil moisture and reduce evaporation.

Xeriscaping is increasingly embraced by homeowners, businesses, and municipalities across Utah due to its ability to lower water consumption and reduce maintenance costs. It aligns with the state’s water-saving initiatives, including rebates and incentives for replacing traditional lawns with water-wise landscaping. Beyond conserving water, xeriscaping also supports local ecosystems by providing habitat for pollinators and reducing the need for chemical fertilizers and pesticides. This sustainable approach to landscaping is helping Utah adapt to its water challenges while promoting beautiful, functional outdoor spaces.

A Bioswale and Rain Garden with Storm Drain – Utah

A Bioswale and Rain Garden with Storm Drain - Utah

A bioswale and rain garden system located along a housing development in West Jordan, a suburb of Salt Lake City in northern Utah, part of the urban corridor known as the Wasatch Front.

A storm drain integrated within a bioswale and rain garden is a hybrid stormwater management system designed to handle excess runoff while enhancing filtration and environmental benefits. In such a setup, the bioswale and rain garden are the primary features for capturing, slowing, and filtering stormwater from nearby impervious surfaces. They are designed with vegetation, permeable soil, and sometimes rock channels to allow water to percolate naturally into the ground.

The storm drain serves as a secondary or overflow mechanism within this system. When heavy rains or extreme runoff exceed the capacity of the bioswale and rain garden, the excess water is directed into the storm drain to prevent flooding. The storm drain is strategically placed, often at the lowest point of the bioswale or rain garden, to capture overflow only when necessary. This combined approach not only reduces the burden on traditional stormwater infrastructure but also improves water quality and reduces localized flooding by using natural filtration as the first line of defense.

Such systems are commonly found in urban or suburban settings where sustainable green infrastructure is prioritized, blending engineered solutions with natural processes for maximum efficiency and ecological benefit.