EPISODE · Apr 13, 2023 · 44 MIN
Supporting a Sustainable and Resilient Collaboration – Part 1
from Collective Impact Forum · host Liz Weaver, Mike Des Jardins, Jennifer Splansky Juster
This episode is the first of a two-part discussion that explores what practices can help a collaborative be more sustainable and resilient. For this conversation, we welcome our colleagues from the Tamarack Institute, Liz Weaver and Mike Des Jardins, who recently authored a new, free-to-access resource called “10: A Guide for Building a Sustainable and Resilient Collaboration.” In this first part, we discuss tips, stories, and resources that support sustainability practices for collective impact efforts. Interviewing Liz and Mike for this conversation is Collective Impact Forum executive director Jennifer Splansky Juster.Resources and Footnotes10: A Guide for Building a Sustainable and Resilient CollaborationSustainability Self-AssessmentWebinar: How to Support a Sustainable and Resilient CollaborationHow Field Catalysts Accelerate Collective ImpactMore on Collective ImpactInfographic: What is Collective Impact?Resource List: Getting Started in Collective ImpactThe Intro music, entitled “Running,” was composed by Rafael Krux, and can be found here and is licensed under CC: By 4.0.The outro music, entitled “Deliberate Thought,” was composed by Kevin Macleod. Licensed under CC: By.Have a question related to collaborative work that you'd like to have discussed on the podcast? Contact us at: https://www.collectiveimpactforum.org/contact-us/
What this episode covers
What practices can support the sustainability and resiliency of a long-term collaboration? In part 1 of a two-part discussion, we talk with Liz Weaver and Mike Des Jardins from the Tamarack Institute about what they’ve learned about supporting sustainability within collective work.
NOW PLAYING
Supporting a Sustainable and Resilient Collaboration – Part 1
No transcript for this episode yet
Similar Episodes
Apr 29, 2026 ·48m
Apr 29, 2026 ·106m
Apr 29, 2026 ·55m
Apr 29, 2026 ·74m