OVERVIEW

Our goal is to minimize the conflict between energy development (renewables) & biodiversity conservation. By leveraging data & tradeoff scenarios, we can support better decisions.

CASE STUDY: RUN OF RIVER HYDROPOWER

This case study provides a unique opportunity to quantify potential cumulative trade-offs under a range of hypothetical futures.

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RESEARCH OBJECTIVES

• Develop a practical collaborative decision-support tool to formulate solutions for future ROR projects
  
• Minimize aggregate effects on ecosystems & biodiversity  ​
  
• Use best-available science to elevate the dialogue around renewable energy development & support better decisions
  

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RESEARCH

CURRENT INFRASTRUCTURE

• Advance prioritization methods
• Engage groups in process, with science as language
• Co-create tool: species distribution models + existing disturbance + Run-of-River potential

CURRENT SPECIES

FISH

• 37 Fish
  • biodiversity values
  • ​socio-econ values

TERRESTRIAL SPECIES

• 341 Vertebrates
  • birds, mammals, reptiles, amphibians
    
  • biodiversity values

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OUTCOMES

• Science was advanced, policy changes modest (internal)
• Encouraged new system-wide thinking (re: cumulative effects)
• Provincial energy policies shifted away from small-scale renewables
• Co-creation fostered dialogue & interaction which built trust & capacity

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