Climate Services

Tetra Tech delivers science-based, 技术-driven solutions to support our clients in addressing the complex challenges of climate change.

Our interdisciplinary teams of scientists, 工程师, 规划者, policy analysts, and international development experts assess climate risk, develop strategies to mitigate greenhouse gas (GHG) emissions, and help communities adapt to and build resilience from the impacts of climate change. 他们使用我们的 Leading with Science® approach, which employs our Tetra Tech Delta suite of proprietary technologies and analytical tools, to address climate-related concerns at every stage of a project.

Whether designing climate action plans for local communities or providing comprehensive programmatic support to national governments, our teams work across the globe to create customized, 可持续发展的, and scalable solutions to address today’s climate challenges.

Climate Science

Tetra Tech is at the leading edge of climate change analysis, providing our clients with the data they need to make informed decisions. We use predictive analytics to simulate and forecast how climate change will impact the behavior of physical, 生物, and chemical components of natural and manmade systems.

Asset management
Climate change modeling
Natural and 生物 resources impact assessments
Remote sensing and GIS

Greenhouse Gas Mitigation

Tetra Tech supports our clients in reducing GHG emissions through developing low-carbon and zero-carbon strategies, optimizing existing and new structures, and developing renewable and alternative energy technologies.

Carbon markets and project financing support
能源 modeling
GHG accounting and measurement, reporting, and verification
Organics management
Renewable energy
Waste to energy conversion technologies

Climate Resiliency and Adaptation

Our hazard mitigation and resilience 规划者 support enhanced mitigation planning, incorporating the effects of sea level rise and climate change into strategies that increase community resiliency. Our 工程师 and scientists design adaptation solutions to restore critical habitat, reduce flood risk, and support long-term resiliency in all environments.