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Hear from Dr. Ajay Gambhir, Director of Systemic Risk Assessment at ASRA, as we reconsider systemic risk in an increasingly interconnected world.
When we think about climate risk, it's easy to focus on individual threats - rising sea levels, extreme weather events, or biodiversity loss. But in reality, these risks are part of a larger, interconnected web of crises. Climate change interacts with geopolitical tensions, pandemics, food insecurity, and energy shocks, often creating feedback loops that can strain or even break the systems we depend on. That's why in this episode, we explore the concept of the "polycrisis," including:
· Why understanding the connections between risks is key to managing them;
· How a new systemic risk framework can reveal vulnerabilities across critical systems like food, energy, and health;
· And why addressing inequality is essential if we want to strengthen resilience and meet climate and sustainability goals.
To find out more about the Sustainability and Climate Risk (SCR®) Certificate, follow this link: https://www.garp.org/scr
For more information on climate risk, visit GARP's Global Sustainability and Climate Risk Resource Center: https://www.garp.org/sustainability-climate
If you have any questions, thoughts, or feedback regarding this podcast series, we would love to hear from you at: [email protected]
Links from today's discussion:
Speaker's Bio(s)
Dr. Ajay Gambhir, Director of Systemic Risk Assessment, ASRA
The Accelerator for Systemic Risk Assessment (ASRA) is an independent non-profit initiative that aims to mainstream systemic risk assessment in policy and decision-making. Ajay leads on ASRA's approach to assessing systemic risks, as well as identifying and curating supporting data, evidence and models.
In addition to this role, Ajay is also a Visiting Senior Research Fellow at Imperial College London, where he previously worked on climate change mitigation, the energy transition and associated risks, leading a team on integrated assessment modelling of low-carbon development pathways.
By GARP5
88 ratings
Hear from Dr. Ajay Gambhir, Director of Systemic Risk Assessment at ASRA, as we reconsider systemic risk in an increasingly interconnected world.
When we think about climate risk, it's easy to focus on individual threats - rising sea levels, extreme weather events, or biodiversity loss. But in reality, these risks are part of a larger, interconnected web of crises. Climate change interacts with geopolitical tensions, pandemics, food insecurity, and energy shocks, often creating feedback loops that can strain or even break the systems we depend on. That's why in this episode, we explore the concept of the "polycrisis," including:
· Why understanding the connections between risks is key to managing them;
· How a new systemic risk framework can reveal vulnerabilities across critical systems like food, energy, and health;
· And why addressing inequality is essential if we want to strengthen resilience and meet climate and sustainability goals.
To find out more about the Sustainability and Climate Risk (SCR®) Certificate, follow this link: https://www.garp.org/scr
For more information on climate risk, visit GARP's Global Sustainability and Climate Risk Resource Center: https://www.garp.org/sustainability-climate
If you have any questions, thoughts, or feedback regarding this podcast series, we would love to hear from you at: [email protected]
Links from today's discussion:
Speaker's Bio(s)
Dr. Ajay Gambhir, Director of Systemic Risk Assessment, ASRA
The Accelerator for Systemic Risk Assessment (ASRA) is an independent non-profit initiative that aims to mainstream systemic risk assessment in policy and decision-making. Ajay leads on ASRA's approach to assessing systemic risks, as well as identifying and curating supporting data, evidence and models.
In addition to this role, Ajay is also a Visiting Senior Research Fellow at Imperial College London, where he previously worked on climate change mitigation, the energy transition and associated risks, leading a team on integrated assessment modelling of low-carbon development pathways.

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