UMERA

Urban Metabolism Research and Action Lab

UMERA creates actionable analysis of  the physical requirements of cities and their economies and the ecological consequences of our urban world. UMeRA’s research goals are developed, and results are derived to best illuminate practical and realistic pathways for long-term urban sustainability through the support of equitable municipal political economies that align with global regeneration of ecological  systems and natural capital. UMERA succeeds the MIT Urban Metabolism Group (UMG) to provide practical and accessible guidance in localizing production and consumption through circularity, nature based strategies, and low carbon transformations of urban energy, buildings, transportation, water, food, and waste.

Using Material Flow Accounting (MFA) supported by machine learning and AI, UMERA works to reveal high resolution depictions of the material and energy flows serving a city. In doing so, subtle and radical redesigns of these flows can bring important efficiencies as well as transformative alternative modes for fulfilling short and long term resource needs. As one of the three labs of ERA, UMERA will develop new critical knowledge of the links between rapid and global urbanization, natural capital extraction and depletion and degradation of the biosphere - including biodiversity loss across all regions of the world. This knowledge will be used to inform academics, engineers, designers, communities, corporations, and governments in making urban sustainability a reality during the first half the 21st century.

Research Priorities

Research Priorities

Research Priorities

  • Establishing a comprehensive understanding of urban material and energy flows through the lens of urban metabolism;

  • Attributing specific pressures on the environment and biosphere, at multiple spatial and temporal scales, to elements of urban production and consumption;

  • Enhancing science-based learning and communication focused on resources, the environment and cities for municipal experts, agencies, and leaders;

  • Engaging building and infrastructure professionals, engineers, designers, and policymakers on priority actions for urban sustainability;

  • Expanding the role of cities in global climate and environmental actions;

  • Enabling urban communities toward greater empowerment based on the results of science and analysis for climate and environmental justice.

Featured Projects

Featured Projects

UMERA

SIERA

2022 - Present

Urban Metabolism Typological and Environmental Resource Assistant (UMTERA)

white and black drone on green grass during daytime

NACERA

SIERA

UMERA

2022 - 2025

Drones for Equitable Climate Change Adaptation (DECCA): Participatory Risk Management through Landslide and Debris Flow Monitoring in Mocoa

Red wall with blue ceiling and red pillar

UMERA

SIERA

2020 - 2024

Global Urban Metabolism Clustering Framework

burning fireplace

SIERA

UMERA

2021 - 2023

CLIM-SEG: A Generizable Segmentation Model for Heat and Flood Risk

UMERA

SIERA

2022 - Present

Urban Metabolism Typological and Environmental Resource Assistant (UMTERA)

white and black drone on green grass during daytime

NACERA

SIERA

UMERA

2022 - 2025

Drones for Equitable Climate Change Adaptation (DECCA): Participatory Risk Management through Landslide and Debris Flow Monitoring in Mocoa

Red wall with blue ceiling and red pillar

UMERA

SIERA

2020 - 2024

Global Urban Metabolism Clustering Framework

burning fireplace

SIERA

UMERA

2021 - 2023

CLIM-SEG: A Generizable Segmentation Model for Heat and Flood Risk

Support MIT ERA

Contribute to the MIT ERA Green Commons Fund to support MIT ERA or any of our three labs: UMERA, NACERA, and SIERA.

Support MIT ERA

Contribute to the MIT ERA Green Commons Fund to support MIT ERA or any of our three labs: UMERA, NACERA, and SIERA.

Support MIT ERA

Contribute to the MIT ERA Green Commons Fund to support MIT ERA or any of our three labs: UMERA, NACERA, and SIERA.

Massachusetts Institute of Technology

2026 © MIT Environmental Research + Action

134 Massachusetts Ave, Bldg W41-5504Cambridge, MA 02139

Massachusetts Institute of Technology

2026 © MIT Environmental Research + Action

134 Massachusetts Ave, Bldg W41-5504Cambridge, MA 02139

Massachusetts Institute of Technology

2026 © MIT Environmental Research + Action

134 Massachusetts Ave, Bldg W41-5504Cambridge, MA 02139