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Climate & energy

Our researchers are actively contributing to climate change mitigation and adaptation solutions through innovative, interdisciplinary research and policy-relevant advice drawing on expertise across climate science, climate adaptation, energy, environmental monitoring and management, and sustainable development.

About

Our researchers are actively contributing to climate change mitigation and adaptation solutions through innovative, interdisciplinary research and policy-relevant advice drawing on expertise across climate science, climate adaptation, energy, environmental monitoring and management, and sustainable development.

Groups

Two farmers setup irrigation hoses in a crop of plants in Africa.

This project aims to demonstrate that circular food systems can decouple growth in social and economic benefits from consumption of natural resources (particularly water and land) and production of greenhouse gas emissions in agriculture, as well as reducing urbanisation by creating local opportunities for women and youth.

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A group of researchers sit among large rocks and ferns outside a building.

We are a research group at the Fenner School of Environment & Society, led by Dr Steven Lade. We research human and planetary systems using concepts such as resilience, social-ecological systems and Earth systems with applications in water resource management, sustainable finance and more.

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Projects

This research looks at options for more effective conservation of freshwater ecosystems for the benefit of people and nature.

Developing machine learning algorithms to identify forest structural characteristics from earth observation data on a regional scale, Australia

Student intake

Open for Honours students

People

The Fenner School has a number of projects that examine bushfires – how it behaves, its effects on the landscape and ecosystems, and how we can monitor and manage it in natural and built environments.

Student intake

Open for Bachelor, Honours, Masters, PhD students

People

The pumped storage hydropower group collaborates with governments, civil society groups and NGOs, supporting transitions to zero/low carbon electricity grids. As part of this, a key objective is ensuring environmental and social governance issues are prioritised, including during grid-scale planning.

People

  • Dr. Dipak Gyawali (Nepal)
  • Dr. Sudhindra Sharma (Nepal)
  • Dr. Sarala Khaling (Sikkim State, India)
  • Ms. Abriti Moktan (Sikkim State, India)
  • Mr. Sonam Tshering (Bhutan)
  • Ms. Tashi Pem (Bhutan)
  • Dr. Daniel Gilfillan (Australia)
  • Dr. Helen Locher (Australia)
  • Mr. Martin Kennedy (Australia)

Honours / Masters(Adv) project available analysing regional drought resilience plans in collaboration with CSIRO and the Australian Government.

Student intake

Open for Honours, Masters students

People

This research looks at the identifying the costs and benefits of different trade off options so that governments in particular, and societies more broadly, can take better informed decisions around water use in China & SE Asia.

People

  • David Dumaresq

Members

Affiliate

Emeritus Professor

Ian Noble looks at camera

Emeritus Professor

Jack Pezzey

Honorary Associate Professor

Honorary Senior Lecturer

Honorary Associate Professor

Academic staff

Professor

Associate Professor

Lecturer

Research Fellow

News

Autumn leaf colour changes and fall are affected by summer temperatures.

Autumn colour changes are celebrated worldwide and, however, recent temperature trends and extremes have changed the growing conditions experienced by trees and are placing autumn displays, such as Canberra.

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Professor Albert Van Dijk from the Fenner School writes about what is a pretty shocking environmental report card for 2018 in The Conversation.

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Dr Matthew Brookhouse

Fenner environmental lecturer Dr Matthew Brookhouse speaks with the Canberra Times about climate impacts on Canberra's autumn leaf displays.

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Snowy Hydro's Tumut 3 PSH project: Image, Jamie Pittock ANU

A series of Pumped Storage Hydropower (PSH) projects planned across 5 states could triple Australia’s electricity storage capacity, according to a new study by a researcher at The Australian National University (ANU).

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An urban environment expert at ANU has warned that city councils acting alone to address climate change, in the absence of an evidence-based systems approach, can have unintended consequences.

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Our objective is to make spatial information on environmental conditions easier and faster to access for interested users.

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