Saint Pierre and Miquelon

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 68.5% | United Arab Emirates payoff 62.8%

Food-Water-Climate Resilience Pact

Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.

Saint Pierre and Miquelon payoff 59.3% | United Arab Emirates payoff 58.2%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 67.9% | Saudi Arabia payoff 63.0%

Food-Water-Climate Resilience Pact

Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.

Saint Pierre and Miquelon payoff 62.4% | Saudi Arabia payoff 57.9%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 67.9% | Kuwait payoff 60.1%

Food-Water-Climate Resilience Pact

Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.

Saint Pierre and Miquelon payoff 59.3% | Kuwait payoff 57.9%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 68.4% | Qatar payoff 62.1%

Food-Water-Climate Resilience Pact

Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.

Saint Pierre and Miquelon payoff 59.3% | Qatar payoff 58.1%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 66.4% | Oman payoff 59.8%

Food-Water-Climate Resilience Pact

Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.

Saint Pierre and Miquelon payoff 59.3% | Oman payoff 57.9%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 67.6% | Brunei payoff 60.5%

Food-Water-Climate Resilience Pact

Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.

Saint Pierre and Miquelon payoff 61.4% | Brunei payoff 58.0%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 66.3% | Bahrain payoff 58.8%

Food-Water-Climate Resilience Pact

Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.

Saint Pierre and Miquelon payoff 58.0% | Bahrain payoff 57.0%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 66.9% | South Korea payoff 66.1%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 53.7% | South Korea payoff 43.1%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 64.3% | Russia payoff 60.7%

Food-Water-Climate Resilience Pact

Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.

Saint Pierre and Miquelon payoff 51.4% | Russia payoff 47.9%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 61.0% | Canada payoff 61.1%

Food-Water-Climate Resilience Pact

Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.

Saint Pierre and Miquelon payoff 50.6% | Canada payoff 50.2%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 62.5% | Australia payoff 62.5%

Food-Water-Climate Resilience Pact

Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.

Saint Pierre and Miquelon payoff 51.4% | Australia payoff 49.6%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 59.9% | United States payoff 62.5%

Food-Water-Climate Resilience Pact

Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.

Saint Pierre and Miquelon payoff 50.6% | United States payoff 47.2%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 64.2% | Kazakhstan payoff 58.9%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 50.7% | Kazakhstan payoff 39.3%

Food-Water-Climate Resilience Pact

Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.

Saint Pierre and Miquelon payoff 59.7% | Trinidad and Tobago payoff 57.6%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 61.3% | Trinidad and Tobago payoff 54.1%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 64.8% | China payoff 62.7%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 57.3% | China payoff 45.0%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 64.1% | Luxembourg payoff 62.3%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 49.3% | Luxembourg payoff 39.4%

Food-Water-Climate Resilience Pact

Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.

Saint Pierre and Miquelon payoff 58.7% | New Caledonia payoff 57.8%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 59.5% | New Caledonia payoff 51.7%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 65.8% | Malaysia payoff 61.1%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 51.9% | Malaysia payoff 42.1%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 62.9% | Iceland payoff 61.7%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 47.1% | Iceland payoff 36.4%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 63.8% | Norway payoff 63.2%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 51.7% | Norway payoff 40.9%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 65.4% | Estonia payoff 59.7%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 48.5% | Estonia payoff 39.3%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 65.1% | Singapore payoff 61.1%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 50.4% | Singapore payoff 41.0%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 62.9% | Poland payoff 58.7%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 51.5% | Poland payoff 42.7%

Food-Water-Climate Resilience Pact

Climate asymmetry and natural-capital differences hedge systemic shocks for both countries.

Saint Pierre and Miquelon payoff 60.6% | Palau payoff 57.4%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 41.4% | Palau payoff 33.8%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 64.9% | Slovenia payoff 60.0%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 48.9% | Slovenia payoff 39.8%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 61.9% | Germany payoff 63.7%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 54.7% | Germany payoff 44.3%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 62.5% | Austria payoff 63.3%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 51.9% | Austria payoff 42.4%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 60.2% | Japan payoff 62.4%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 54.6% | Japan payoff 43.3%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 62.8% | Belgium payoff 63.3%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 52.3% | Belgium payoff 42.7%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 59.7% | Czechia payoff 59.3%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 50.9% | Czechia payoff 42.1%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 62.5% | Netherlands payoff 62.7%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 52.6% | Netherlands payoff 42.9%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 57.6% | Iran payoff 53.9%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 49.5% | Iran payoff 39.2%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 61.1% | Finland payoff 61.6%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 50.3% | Finland payoff 40.1%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 60.2% | Mongolia payoff 54.3%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 46.6% | Mongolia payoff 38.3%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 61.3% | Bosnia and Herzegovina payoff 55.0%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 46.8% | Bosnia and Herzegovina payoff 37.9%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 62.8% | Sweden payoff 63.6%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 52.2% | Sweden payoff 42.6%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 64.2% | Belarus payoff 58.8%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 49.2% | Belarus payoff 39.7%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 61.8% | Vietnam payoff 56.9%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 52.2% | Vietnam payoff 43.8%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 63.3% | Denmark payoff 63.6%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 51.2% | Denmark payoff 41.2%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 65.2% | Latvia payoff 59.5%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 48.6% | Latvia payoff 39.3%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 62.9% | Italy payoff 58.9%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 52.2% | Italy payoff 41.4%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 63.3% | Ireland payoff 61.4%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 51.9% | Ireland payoff 42.2%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 62.6% | Greece payoff 57.8%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 50.0% | Greece payoff 40.9%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 64.5% | Spain payoff 59.7%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 51.9% | Spain payoff 40.8%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 61.4% | Bulgaria payoff 55.9%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 49.0% | Bulgaria payoff 40.7%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 63.1% | Thailand payoff 58.8%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 51.9% | Thailand payoff 42.8%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 64.1% | Lithuania payoff 58.4%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 49.1% | Lithuania payoff 40.3%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 62.3% | New Zealand payoff 61.3%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 50.6% | New Zealand payoff 38.5%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 62.0% | Croatia payoff 56.5%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 48.6% | Croatia payoff 40.2%

Technology Transfer and Joint R&D

Capability gaps plus adequate skills make co-development and diffusion efficient.

Saint Pierre and Miquelon payoff 64.0% | Hungary payoff 59.2%

Trade Corridor and Supply-Chain Integration

Large combined demand and logistics compatibility improve bilateral trade surplus potential.

Saint Pierre and Miquelon payoff 49.7% | Hungary payoff 40.3%