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This content was posted on 14 Feb 23 by Systems Innovation on Twitter
For those interested in how systems innovation can be applied towards climate change adaptation and …
For those interested in how systems innovation can be applied towards climate change adaptation and transformation we have a Si Lab exploring just that, Group here: https://bit.ly/3InS0oO
Linkedin page: https://bit.ly/SiClimateLabLinkedin
