Resilient Cities
Science and Stewardship for Resilient Landscapes
Catalyzing nature-based solutions for community resilience
How WE DO IT
Translating Science into Action
Methodology / Process
Mainstreaming Green Stormwater Infrastructure (GSI) across the Southwest
In the desert Southwest, we face two interconnected challenges: intensifying urban heat and growing stress on our limited water resources. This urgent dilemma requires balance and innovation to expand Nature-based Solutions like urban forest canopy equitably across neighborhoods while conserving precious drinking water supplies. Green stormwater infrastructure (GSI) offers a scalable, water-smart strategy to achieve both goals. By using passive rainwater harvesting to direct stormwater runoff toward trees and vegetation, GSI turns a waste stream into a resource. It allows desert communities to cool neighborhoods, replenish soil moisture, and maintain water conservation goals—while providing the multiple co-benefits of trees, including improved air quality, reduced localized flooding, and enhanced community well-being.
Cultivating Livable Communities Through Deep Greening
Our Deep Greening initiative bridges the gap between policy and practice by aligning municipal strategies with best management practices in urban forestry and sustainable water management. A healthy, resilient urban forest is essential for creating a sustainable, livable, and economically vibrant city. Cities in particular provide ample opportunity to integrate sustainable practices as they are in a constant state of redevelopment, allowing innovative thinking at the project scale to build the resilient landscapes needed for the future. We bring a triple-bottom-line mindset to all projects, removing perceived and real barriers that slow adoption of sustainable approaches to both new construction and redevelopment projects.
Each initiative works closely with municipalities and partners to guide systemic change for long-lasting conservation outcomes.
Expertise
- Green Stormwater Infrastructure/Low Impact Development (GSI/LID)
- Heat Island Mitigation/Urban Greening
- Urban Forestry Practices
- Water Conservation Practices
- Watershed Management
Projects Resilient Cities
Learn about our work

Residential Rainwater
The Residential Rainwater Harvesting Installation Program (RRHIP) offers hands-on, half-day workshops that guide community volunteers to install small-scale passive rainwater harvesting features

Jefferson Stormwater Bumpouts
The Jefferson GSI Bump Outs project originated as a case-study selected by the City of Albuquerque’s GSI Cohort, following their participation in a GSI Accelerator program

Silver Median
The Silver Median GSI Demonstration Project was a collaboration between the City of Albuquerque, Bernalillo County, the Nob Hill Neighborhood Association and other community based organizations.

Southwest New Mexico
Working as part of the IBIS team on this five year project, SIG-NAL is supporting community engagement, spatial analysis, and development of Community Forest Management Plans for 6 rural southwestern New Mexico communities.

Securing New Mexico’s Water Future
SIG-NAL is collaborating with Rio Grande Return with a phased project which first conducted a foundational analysis of New Mexico state policy identifying opportunities

Morningside GSI Screetscape Project
The Morningside Community GSI project is a continuation of the City of Albuquerque’s effort to increase green stormwater infrastructure (GSI) implementation across the city

Corrales Interior Drain
SIG-NAL supported Anthropopulus Planning + Design in the development of the Corrales Interior Drain Master Plan for the Village of Corrales, NM. The plan will include wildlife habitat restoration a

Green Stormwater Infrastructure (GSI) Education & Policy
SIG-NAL is advancing their policy and on-the-ground green stormwater infrastructure (GSI) strategies by partnering with the City of Albuquerque