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Achieving Sustainability - Coggle Diagram

- - - - Epistemologies of nature
  - - - Building infrastructures to address water stress
      - Seeking support following a drought
    - - Link between technocratic understanding of climate change and vulnerability
  - - - Sonam Wangchuck in Ladakh
      - Engineering solutions to water scarcity
  - - - Difficulty in translating local realities into technocratic frameworks
- - - - Extreme weather events leading to PTSD, anxiety and depression
      - Rising temperatures leads to rising ER visits for mental disorders
    - - Eco-anxiety, eco-depression due to environmental degradation
    - - Chronic events like agricultural degradation leading to displacement and mental health issues
  - - - Implementing action plans to reduce emissions and protect vulnerable populations
    - - Providing support
    - - Educating communities and promoting sustainable practices
  - - - Scientific assessments guiding policymakers
    - - Local projects aimed to increasing green space/reduce carbon footprints
  - - - Future studies to guide changing environments
    - - Developing new technologies for sustainable living
    - - Global cooperation to address climate change and mental health impacts
- - - - Milon Meals Campaign
      - Panther Pantry support
    - - Zero hunger
      - Quality education
      - Clean water and sanitation
  - - - Work-life balance initiatives
    - - Gender equity in salary
      - Increasing female workforce representation
    - - Adherence to UN global Compact principles
      - Anti-corruption measures
- - - - The Keeling Curve
      - The "Hockey Stick" graph
    - - Synthesising data for past, present and future climate understanding
  - - - Transparency in research methods and data
      - Reproducibility of results
    - - Ensuring credibility and reliability of scientific findings
      - Facilitating peer review and further research
  - - - Findable, Accessible, Interoperable, Reusable
    - - Promoting equity and accountability
      - Enabling future research and data reuse
  - - - Clear dissemination of research methods and results
    - - Consistent results using the same approaches and data
    - - Ensuring data is accessible and usable for future generations
- - - - 1.8% of water, 65% of population
    - - 97.7% of water, 30% of population
    - - 0.5% of water, 5% of population
  - - - +0.31°C/decade (1969-1998), +0.13°C/decade (1983-2012)
    - - 1930 glacial area ~825 km², 2016 glacial area ~448.81 km²
    - - 10-20% of total discharge, up to 66% during dry season
  - - - Laguna Conococha protests, water contamination concerns
    - - Competition between irrigators, domestic users, and energy sectors
    - - Peru’s Water Law (2009), National Water Authority (ANA)
  - - - Over 30,000 deaths in the last 80 years
    - - 10% of the world's population in GLOF-prone areas
- - - - Finite materials
      - Renewables
      - Stock management
    - - Energy recovery
      - Disposal
      - Regeneration
      - Extraction of recoverable feed stock
  - - - Designing waste out of the system
      - Design for disassembly
    - - Products as a service
      - Business models
- - - - Mitigation
      - Adaptation
    - - Hannover principles
      - interdependence
      - Responsibility
      - Safe objects
      - Eliminate waste
  - - - Narrative
      - consciousness
      - Attachment
    - - Learning from nature
      - Carbon Sequestration from Human Lungs
      - Strength Optimization from Trees and Bones
    - - Sustainable design
      - Technological development
  - - - Transportation Choices
      - Affordable Housing
      - Economic Competitiveness
      - Coordinate Policies
    - - Sustainable Water and Wastewater Systems
      - Sustainable Transportation Systems
  - - - Reduce, Reuse, recycle, remove
    - - Carbon capture
      - Geo storage
      - Natural sinks
      - Energy efficiency