NATO Climate Initiative
Launched in 2021 by NATO, this transformative initiative presents a comprehensive strategy to address climate change as a critical security challenge. Stemming from the Climate Change and Security Action Plan, it confronts a world marked by environmental crises, rising temperatures, and resource conflicts. It calls for renewed cooperation among Allies and partners, integrating mitigation efforts with security operations to ensure a sustainable future, emphasizing the urgency of collective action to reduce emissions, enhance resilience, and uphold global stability for all.
Climate as a Security Challenge
The NATO Climate Initiative emerges at a critical moment for global security, as recognized in the Climate Change and Security Action Plan. The stability that once underpinned international cooperation is threatened by climate change, with rising temperatures exacerbating resource scarcity and conflict. Global greenhouse gas emissions continue to soar, with military activities contributing significantly—often unaccounted for in national targets. NATO’s 2022 Strategic Concept identifies climate change as a defining challenge, prompting action to integrate environmental sustainability into defense strategies.
Anchored in NATO’s commitment to collective defense, this initiative addresses urgent crises: 1.1°C global temperature rise drives extreme weather, displacing millions; and over 50% of NATO missions now face climate-related risks. Regions like the Arctic experience rapid ice melt, intensifying geopolitical tensions. The 2025 NATO Summit aims to deepen these efforts, building on NATO’s legacy of adapting to new threats while addressing climate-induced instability.
Climate change amplifies security risks, with resource competition fueling conflicts in areas like the Sahel. NATO’s operational energy demands—often reliant on fossil fuels—contribute to emissions, necessitating a shift to sustainable practices. The initiative highlights successful collaborations, such as NATO’s energy efficiency programs.
Emerging threats—cyberattacks on energy infrastructure, climate-driven migration, and extreme weather impacting military operations—pose novel challenges. NATO notes that 80% of its bases are at risk from climate hazards. Climate change also exacerbates inequalities, with only 12% of SDG targets on track by 2030.
International frameworks face strain, as climate impacts undermine stability. NATO’s role in climate security is vital, rooted in its 2022 Strategic Concept, pushing for integrated approaches to mitigate emissions and enhance resilience.
This moment demands action. NATO’s past successes—adapting to geopolitical shifts, fostering cooperation—contrast with today’s climate-driven threats. Allies must navigate this transition, balancing security with sustainability, as the initiative urges a recommitment to climate action.
Download GHG Emissions MethodologyStrategies for Climate Mitigation
The NATO Climate Initiative hinges on three core strategies—Emission Reduction, Energy Efficiency, and Resilience Building—as detailed in the Climate Change and Security Action Plan. These strategies underpin NATO’s approach to mitigating climate change while ensuring security.
Emission Reduction
NATO’s 2023 methodology tracks emissions from military operations, targeting a 20% reduction by 2030.
Energy Efficiency
Through the Green Defence Framework, NATO reduces fuel use in operations, saving 15% in energy costs.
Resilience Building
NATO adapts bases to withstand climate impacts, with 80% now resilient to extreme weather.
Emission reduction is critical as military activities contribute significantly to global emissions. NATO’s transparency initiatives foster accountability.
Emission Reduction in Action
NATO’s energy transition programs have reduced emissions by 10% since 2020 through renewable energy adoption.
Energy Efficiency Examples
NATO’s Smart Energy Team has implemented solar-powered bases, reducing operational costs.
Resilience Building Cases
NATO’s bases in the Arctic are fortified against melting permafrost, ensuring operational continuity.
These strategies tackle a world where emissions threaten security, energy demands strain resources, and resilience is tested by climate impacts. They build on NATO’s commitment to sustainability.
Explore Green Defence FrameworkRecommendations for Climate Action
The initiative offers actionable recommendations to operationalize climate mitigation, from reducing emissions to enhancing resilience. It urges urgent steps like adopting renewable energy, supported by NATO’s 2023 methodology.
Renewable Energy Adoption
Integrating solar and wind energy into bases reduces emissions by 10% annually.
Climate-Resilient Operations
NATO adapts operations to climate risks, protecting 80% of bases from extreme weather.
Emission Tracking
NATO’s methodology tracks emissions, setting reduction targets.
Other actions include scaling up low-carbon technologies, enhancing energy efficiency in military operations, and strengthening climate resilience through training and infrastructure upgrades.
Low-Carbon Tech
NATO invests in electric vehicles for logistics, cutting emissions by 5% yearly.
Training Programs
Climate-focused training ensures operational readiness in adverse conditions.
Infrastructure Upgrades
NATO upgrades bases for energy efficiency, reducing costs.
These actions require commitment and resources, integrating sustainability with security to address climate change’s impacts.
View 2024 Climate Impact AssessmentPartnerships for Climate Action
NATO collaborates with international organizations, Allies, and partners to enhance its climate initiatives, sharing knowledge and resources to achieve a sustainable future.
Allied Cooperation
NATO Allies share best practices, with 20 countries adopting green technologies.
International Bodies
Partnerships with the EU enhance climate resilience.
Regional Partners
Collaboration with the African Union addresses climate risks in conflict zones.
NATO’s partnerships are crucial for scaling climate solutions, with joint projects reducing emissions by 5% across initiatives since 2021.
Explore Climate Change Best PracticesFuture Goals and Reforms
NATO aims to achieve net zero emissions by 2050, modernizing operations and policies for a sustainable future.
Net Zero by 2050
NATO targets net zero emissions, scaling up renewable energy use.
Policy Updates
Revising energy policies to align with climate goals.
Innovation
Investing in green tech for military operations.
These reforms ensure NATO remains agile in addressing climate challenges, aligning sustainability with security priorities.
A Call to Action
This initiative offers hope amid crisis. Facing climate, security, and resource threats, NATO and its partners must act now — sustainability, resilience, and cooperation guiding us to a stable, green future. The NATO Climate Initiative is our chance to reforge climate frameworks, enhance strategies and extend partnerships worldwide, working towards a sustainable future.
Read the Full NATO Climate Action PlanPublications
28 Feb. 2025
Dependency on Chinese Clean Energy Technology: Risks and Challenges for Energy and Cyber Security
Renewable energy is breaking its records globally, and the share of electricity...
06 Feb. 2025
BRELL Desynchronisation Assessment
The electricity grid in the Baltic region was constructed in the Soviet-era. Onc...
09 Jan. 2025
Advancements in Electro-Mobility: A Look into the Future of Passenger Cars and more…
The article proposes the concept of 'energy superiority' as a fundamental pillar...
10 Dec. 2024
Ukraine’s resources. Critical raw materials
The strategic importance of Ukraine’s critical materials cannot be overstated.
18 Nov. 2024
Call for Abstracts – Energy Highlights
Energy security is a key topics amongst Allies. NATO outlined the strategic thre...
13 Nov. 2024
Energy Security in the Maritime Environment
Publication highlights the integral connection between Energy Security and Marit...
08 Oct. 2024
Energy Highlights No.19
This issue explores some of most pressing issues in the sector today: commodity...
07 Oct. 2024
TTX CORE 24-M Final Evaluation Report
Coherent Resilience 2024 – Moldova (CORE 24-M) was a Tabletop Exercise held fr...
09 Sep. 2024
The Indispensable Link between Energy Security and Cyber Security
Ransomware, cyber espionage, phishing, and DDoS attacks are just a few examples...
03 Sep. 2024
Assessment of the technologies that could increase the use of distributed energy generation, thereby reducing the impact of military strikes on centralized power generation facilities in Ukraine and enhancing the security and resilience of energy supply in Ukraine
The article discusses the significant impact of Russia's military campaign in Uk...
19 Jun. 2024
Energy storage and energy efficiency as the key enablers of greater use of renewable energy in electricity consumption
Renewable energy sources and increased energy efficiency are essential to achiev...
10 Jun. 2024
Executive Summary of the field experiment conducted by NATO ENSEC COE in the summer of 2023, utilizing Hydrogen Fuel Cell technology within the military environment
The experiment confirmed the potential of portable hydrogen fuel cells to enhanc...
17 May. 2024
TTX CORE 23-Baltic Final Exercise Report
This report focuses largely on syndicate responses to the exercise scenario vign...
02 May. 2024
Assessing Gas Security & Resilience into the Future
This article demonstrates the challenges of assessing how gas security might loo...
25 Apr. 2024
Unlocking Potential: Synthetic Fuels in Modern Military Operations
Synthetic fuels represent a transformative solution for modern military forces s...
23 Apr. 2024
State-of-the-Art: Energy Efficiency Technologies Transforming the States. Renewable (weather-dependent) Power Generation
Weather-dependent power generation resources generally rely on natural climate a...
22 Apr. 2024
Infrastructure needed for e-mobility with a case study in a German context
The electrification of transportation is deemed pivotal in reducing CO2 emission...
15 Apr. 2024
Why is Critical Underwater Infrastructure the target?
This article aims to shed light on why CUI has become a target and to examine th...