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Theme & topic descriptions
| A | Climate Policy Communication and Public Engagement | The need for effective communication strategies to enhance public understanding and engagement with EU climate policies, addressing concerns and skepticism about their effectiveness and motivations. |
| 1 | Public Perception of Climate Policies | Concerns and skepticism regarding the effectiveness and motivations behind EU climate policies and targets. |
| 2 | Communication and Awareness | The need for improved communication strategies regarding EU climate policies and decisions to enhance public understanding and engagement. |
| B | Climate Change Mitigation and Carbon Management | The urgent need for measures to combat climate change, including emission reductions, carbon budget distribution, and the balance between carbon removal and emission reduction strategies. |
| 3 | Carbon Removal vs. Emission Reduction | The distinction between carbon removal strategies and actual emission reductions, emphasizing the need for both in climate policy. |
| 4 | Climate Action Urgency | The immediate need for drastic measures to combat climate change and achieve ambitious climate goals, including the reduction of greenhouse gas emissions. |
| 5 | Equitable Carbon Budget Distribution | The importance of fair distribution of the remaining global carbon budget among countries, particularly considering historical emissions and development needs. |
| C | Sustainable Agricultural Practices and Climate Ne… | The transition towards sustainable and climate-neutral agricultural practices, emphasizing energy efficiency, renewable energy use, and the role of peatlands in carbon sequestration. |
| 6 | Sustainable Agriculture Practices | The role of sustainable practices in agriculture, including the importance of peatlands and their contribution to carbon sequestration. |
| 7 | Climate Neutrality in Agriculture | The transition towards climate-neutral agricultural practices, focusing on energy efficiency and renewable energy use in greenhouse farming. |
| D | Renewable Energy and Infrastructure Modernization | The importance of transitioning to renewable energy sources, modernizing energy infrastructure, and focusing on energy efficiency to support decarbonization. |
| 8 | Energy Infrastructure Modernization | The importance of modernizing and establishing innovative electricity grid infrastructure to support the transition to decarbonization. |
| 9 | Sustainable Energy Transition | The importance of transitioning to renewable energy sources and the challenges associated with current energy policies and practices. |
| 10 | Energy Efficiency and Conservation | The emphasis on energy efficiency as a critical component of the transition to renewable energy sources. |
| E | Equity and Justice in Climate Policy | The necessity of integrating equity and justice principles in climate policy, considering historical emissions, development needs, and the vulnerabilities of different populations. |
| 11 | Equity in Climate Policy | The necessity of considering equity principles in climate policy, including historical responsibility and capacity for mitigation. |
| 12 | Climate Justice | The need for equitable solutions to climate change that consider the vulnerabilities of different populations and regions, particularly those most affected by climate impacts. |
| F | Investment and Innovation in Green Technologies | The critical need for increased investment in green technologies and the development of new, affordable technologies to support climate goals without imposing undue burdens. |
| 13 | Investment in Green Technologies | The critical need for increased investment in the development of green technologies and renewable energy solutions to achieve climate goals. |
| 14 | Technological Innovation for Sustainability | The need for new technologies that are desirable, beneficial, and affordable for individuals to support climate goals without imposing undue burdens. |
| G | Ecosystem Conservation and Restoration | The importance of maintaining ecosystem integrity, protecting forest ecosystems, and restoring degraded natural areas to avoid further environmental degradation. |
| 15 | Nature Restoration and Conservation | The necessity for strict protection of valuable natural areas and initiatives for the restoration of degraded ecosystems. |
| 16 | Forest Ecosystem Protection | The importance of protecting and restoring forest ecosystems for climate mitigation and adaptation. |
| 17 | Importance of Forest Conservation | The significance of forest preservation for climate and biodiversity, and the need for EU support in protecting valuable forests. |
| 18 | Ecosystem Integrity | The importance of maintaining and protecting ecosystems while implementing climate solutions to avoid further environmental degradation. |
| H | Resource Management and Waste Reduction | The importance of managing resources efficiently, focusing on waste reduction, sustainable product design, and preventing waste to ensure sustainability. |
| 19 | Resource Management and Efficiency | The importance of managing resources wisely and efficiently to avoid waste and ensure sustainability in energy production and consumption. |
| 20 | Waste Management and Prevention | The importance of focusing on waste reduction and sustainable product design to minimize environmental impact. |
| I | Climate Policy Economic and Social Considerations | The need for climate policies to be economically viable, consider corporate responsibility, and support a just transition with skills development for the workforce. |
| 21 | Just Transition and Skills Development | The need for binding policies to reskill and upskill the workforce for a green transition, ensuring that no one is left behind. |
| 22 | Economic Viability of Climate Policies | The need for climate policies to be economically viable and not detrimental to industry competitiveness. |
| 23 | Corporate Responsibility in Environmental Impact | The need for corporations to be accountable for their environmental practices and the consequences of their operations on climate change. |
| J | Local and Global Climate Action Collaboration | The need for the EU to engage with global partners and empower local and regional governments in climate action to address climate change effectively. |
| 24 | Global cooperation on climate action | The need for the EU to engage with global partners to address climate change effectively. |
| 25 | Local and Regional Government Role | The importance of local and regional governments in climate action and their need for supportive frameworks from the EU. |
| K | Environmental Education and Youth Engagement | The importance of educating children on environmental respect and considering the perspectives of younger generations in climate policies and sustainable practices. |
| 26 | Education on Environmental Respect | The importance of instilling respect for the environment in children from a young age through education. |
| 27 | Youth Perspectives on Climate Action | The views and desires of younger generations regarding climate policies and sustainable practices. |
| L | Climate Policy and Scientific Rigor | The integration of scientific consensus and ambitious targets into climate policy making to ensure effective action against global warming. |
| 28 | Climate Target Ambition | The need for credible and ambitious climate targets that are science-based and aligned with global warming limits. |
| 29 | Scientific Consensus and Policy Making | The necessity for climate policies to be based on rigorous scientific research and consensus to ensure effective action against climate change. |
| M | Local Agriculture and Food System Sustainability | Supporting local agriculture for self-sufficiency and transforming the food system to promote sustainability and reduce climate impact. |
| 30 | Support for local agriculture and self-sufficiency | Emphasis on the importance of supporting local farmers and reducing dependency on imported goods. |
| 31 | Food System Transformation | The need for a significant change in the food system to address climate change and promote sustainable diets. |
| N | Climate Change Health and Environmental Impacts | The health impacts of climate change on vulnerable populations and the environmental consequences of energy sources like biomass and wind projects. |
| 32 | Health Impacts of Climate Change | The effects of climate change on public health, particularly for vulnerable populations with respiratory diseases. |
| 33 | Impact of Biomass Energy | Concerns regarding the environmental impact of burning woody biomass for energy and its implications for carbon neutrality and biodiversity. |
| 34 | Impact of Wind Energy Projects | Concerns about the negative effects of wind energy projects on healthy ecosystems and human rights. |
| O | Climate Change Skepticism and Emission Control | Addressing skepticism towards climate science while emphasizing the need for immediate emission control measures. |
| 35 | Skepticism towards Climate Science | Doubts about the scientific basis of climate change and the validity of climate models. |
| 36 | Immediate Emission Control Measures | Calls for urgent actions to control greenhouse gas emissions, including strict regulations and penalties for polluters. |
| P | Innovative Transportation and Carbon Footprint Cr… | The advancement of transportation innovation in tandem with a critical examination of carbon footprint measurements. |
| 37 | Transportation Innovation | The need for advancements in transportation methods to reduce environmental impact and improve efficiency. |
| 38 | Critique of carbon footprint measurements | Concerns regarding the validity and relevance of carbon footprint assessments in the context of natural cycles. |
| Q | Other topics | Topics which could not be grouped into themes. |
| 39 | Sustainable practices in industry | The importance of developing sustainable products and practices within industries to combat climate change. |