1. Industry perspectives
1.1. Business Procedure
1.1.1. Enviromental friendly business procedures
1.1.2. corporate social responsibility (CSR) policies
1.2. Advancment/Innovative Technlogy
2. Sustainability in Perú
2.1. mimicking agriculture practices of Peru
2.2. Conservation efforts
2.2.1. The nation's unique biodiversity and natural heritage are protected through national parks, reserves, and conservation areas
2.2.2. Community Bases Areas: forests, watersheds, and wildlife areas
2.3. Environmental Diversity
2.3.1. Key biodiversity hotspots in Peru are identified, and the opportunities and difficulties for conservation related to safeguarding these regions are examined
2.3.2. Indigenous Knowledge and community care of natural resources play in the preservation of Peru's biodiversity
3. Climate Change, Data, and Sustainability of Science
3.1. FAIR principle of data
3.2. Efficient/accessible access to science
3.3. Sustanbility of practices
3.3.1. Within scientific research, eco-friendly materials, and promoting digital rather than physical dissemination of findings
3.4. Securing a long-term funding for climate research
4. Climate Storytelling
4.1. Humanize the Data
4.1.1. Build Emotional Connection
4.2. Motivate Change/sustainable Movements
4.3. Internation/Indigenous Stories
5. Sustainable Engineering and Design
5.1. Life Cycle Assessment
5.2. Resource Efficieny
5.2.1. 3R'S
5.3. Circular Design
5.3.1. Lifecycle of product
5.4. Greener Infrastructure
5.4.1. Green Spaces
5.4.2. Water Managment Systems
6. Geological Perspectives of Climate Change
6.1. Observe Climate/global patterns
6.2. Mass Extinctions
6.3. Study consequences of human activities
6.3.1. plastic pollution, and altered sedimentation patterns brought on by agriculture and urbanization.
6.4. Investigate Mitigation and Adaptation Techniques
7. Peatland and Fire
7.1. Fire Managment Stratgies
7.1.1. Implement peatlands managment systems
7.1.2. Water management
7.2. Peatlands Restoration Techniques
7.2.1. Reintroducing natural peatland vegetation
7.2.2. Involving the local community in restoration initiatives
7.3. Carbon Storage
8. Climate research/local experinces
8.1. Utlizing local/indigenous knowledge
8.2. Sucessful climate adaption studies
8.2.1. Green roofs in Basel, Switzerland: combining mitigation and adaptation measures
8.2.2. Rainwater Harvesting in Rajasthan, India
8.3. Reduce temporarl discrepency amongst local-global
9. Mental Health
9.1. Nature therapy
9.2. Mental health resilience
9.2.1. support network
9.2.2. Psychological Resilience
9.3. Take community Initiatives
9.3.1. youth-led Initiatives
9.3.2. Policy development
10. Circular Economy Principles
10.1. Resource Efficiency: Recycle, reuse, reduce
10.1.1. Closed-loop system
10.2. Initiatives Industries can take leading to innovative business models and sustainable practices.
10.3. Implementing policies/regulations for the proper use of Circular Economy Principles
10.4. Cultural Change:valueing of modifying consumer behavior and cultivating a sustainable culture to promote the circular consumption practicese
11. Indigenous Perspective
11.1. Cultural perservation
11.2. Biodiversity Conservation
11.2.1. Indigenous knowledge frequently highlight the value of biodiversity and the relationships between different species
11.2.1.1. improve the sustainability and resilience of ecosystems.
12. Environment History
12.1. Ecological Evolutions over time
12.1.1. Environmental Occurrences
12.2. Learnings from past
12.2.1. Historical Tactics