Ways to Better
Understand
Sustainability

Environmental

Peatlands

Method for greenhouse gas
emission regultaion

Important for biodiversity conservation

Soil fertility

Water regulation

Fires

exacerbated by human activities

disruption to peatlands and natural
habitats

Economic

Circular
Economy

Minimize waste and extraction
of natural resources

Cradle to cradle

Natural Capitalism

Radical Resource Productivity

Biomimicry

Service and flow economy

Engineering and
Design

Using engineering principles to
develop sustinable solutions

Incorporate sustainable
technologies and systems

Industry Perspective

Corporate
Social Responsibility

Building climate resiliency

climate mitigation

climate adaptation

Principles of United Nations
Global Impact

Society

Local Experiences

Local communities face different
challenges from climate change

Local communities deal with climate
change in different ways

Importance of studying climate
change ethnographically

Indigenous
Perspective

Holistic and deep
connection to
the land

Need for Indigenous
representation

Mental Health

Climate change signifcantly
impact our mental health

Eco-anxiety

Seasonality and suicide

Temperature and suicide

Data

Importance of Open and
Sustainable science

Transparency
and Reproducibility

FAIR principles

Using graphical representations
to effectively present climate data

Geological Perspectives
and History

Reonstructing climate
change over time

Sediemtns
& Rocks

Fossils

Chemical
proxies

Natural drivers of
climate change