Sustainable Cities and Communities

With support from Tetra Tech’s Engineers Without Borders (EWB) Grant Program, the EWB Sacramento Valley Professional Chapter is developing a sustainable water distribution system for the 3,000-person community of Tranquilla Norte, Panama. The community’s existing system, which was installed by the government in the 1980s to serve 150 homes, does not provide adequate supply for the current 950 connections. The system’s flow is limited during peak hours, and households furthest from the four springs that serve as the community’s water source often receive poor-quality water, or none at all. These water supply challenges lead residents to purchase bottled water or travel to homes at higher elevations that have more reliable access.

Ivanhoé Cambridge develops and invests in high-quality real estate properties, projects and companies that are shaping the urban fabric in dynamic cities around the world. It does so responsibly, with a long-term view to generate optimal, risk-adjusted returns. Ivanhoé Cambridge is committed to creating living spaces that foster the well-being of people and communities, while reducing its environmental footprint.

Join @TetraTechIntDev and @Climatelinks on June 13, 2018, at 3:00 PM ET/12:00 PM PT for an #AskTt Twitter Chat on Building Resilience through Integrated Programming, hosted by Tetra Tech International Development Services and Climatelinks, and co-hosted by the USAID Planning for Resilience in East Africa through Policy, Adaptation, Research and Economic Development (PREPARED) Program.

How can America's forgotten communities overcome decades of extractive development? This NYC community's search for long-term economic vitality reveals the often overlooked qualities of building truly sustainable economic and social vitality.

Collecting data from our water systems is one thing. Acting on that information is game-changing, and a Black & Veatch survey shows that the water space is taking note. Underscored by the survey’s finding that two-thirds of the industry respondents are exploring or have deployed smart technologies in their water plans, digital water – the reality that data holds unprecedented potential to make our water supply safer, more abundant and efficient – is gaining traction among global water providers.

Since its launch in June 2017, the We Are Still In coalition has doubled in size and grown in clout, becoming a national movement of nearly 2,800 leaders strong, including 1,800 companies and investors, working together to uphold America’s promise to meet the U.S. goals of the Paris Agreement. The signatories, which also include governors, mayors, tribes, cultural institutions, faith organizations, colleges and universities, represent 160.2 million Americans and more than $6.2 trillion of the U.S. economy.

The Ray is excited to announce a new partnership with Sustainable Electrified Transportation (SELECT) Research Center, led by Utah State University. As a member of SELECT, The Ray will join the nation’s leading researchers and experts across sectors, including automotive OEMs, suppliers/manufacturers, civil engineering firms, departments of transportation and academia, in understanding and developing ways in which a fully electrified transportation ecosystem can be strategically and successfully piloted in the near future.

Sporting Kansas City announced on Tuesday the launch of Sporting Sustainability, a collaborative platform that unites prominent industry leaders to reduce food waste and achieve additional key sustainability outcomes in the Midwest.

James Walker, PE, is a senior client manager with Cornerstone, A Tetra Tech Company. He earned his degree in Civil Engineering and has 30 years of experience with Subtitle D landfill design and construction projects across the United States.

James Costello has more than 30 years of experience in structural and marine design. A registered professional engineer, Mr. Costello’s expertise includes the design and retrofit of buildings, locks, dams, bridges, tunnels, and marine structures and extensive design work for floating and float-in structures.