aerial view of green forest treetops with a lake in the shape of a light bulb

Melbourne Environmental Data Analytics Lab

Designing effective economic policy for the decarbonisation of energy, transportation, and manufacturing and the protection of forest and water systems

MEDAL conducts rigorous economic research on pressing policy questions in decarbonisation, environmental protection, and industrial development. Our work spans two research programs: field experiments that use new technologies and real-time data to study how consumers and firms respond to prices and incentives in electricity, transport, and water systems; and the construction of novel datasets — using satellite imagery, AI, and trade data — to study industrial pollution, deforestation, and energy market reform in rapidly industrializing economies.

We run a weekly reading group during the term, host visitors, workshops and research symposia, and work with a group of talented students and research assistants.

Objectives

Generate rigorous evidence on environmental policy

We study how policies actually work: which carbon pricing schemes reduce emissions, how infrastructure design shapes EV adoption, and whether market reforms deliver equitable outcomes.

Build new data where none exists

We develop original datasets using satellite imagery, air circulation models, and firm-level trade data to measure industrial activity and environmental change in places where traditional data falls short.

Engage government and industry partners

We work with regulators, utilities, and industry to ensure our research addresses real policy questions and reaches the people who can act on it.

Research

Harnessing behavioural responses for social good

We run randomised controlled trials using real-time data and digital platforms to study how consumers and firms respond to prices and incentives in electricity, transport, and water systems. The goal is to design smarter systems — ones that reduce road and charger congestion, smooth energy demand peaks, and support better environmental outcomes.

Data, industry and environmental change

We build original datasets — combining firm-level trade data, satellite imagery, and air circulation models — to measure industrial activity, energy use, air quality, and land use change in places where conventional data is limited or absent. Current projects study the distributional effects of the EV rollout in China, the role of migration and crop burning on deforestation and air pollution in Indonesia and Brazil, and the effectiveness of carbon taxes and offsets in reducing emissions from heavy industry in India.

Want to know more?

For more information about our research or how you can participate, get in touch with the MEDAL team.

Get in touch with the team

Our team

Profile picture of Leslie Martin

A/Prof Leslie Martin

Lead Investigator
Profile picture of Kathryn Baragwanath

Dr Kathryn Baragwanath

Faculty Affiliate
Profile picture of David Byrne

Prof David Byrne

Faculty Affiliate
Profile picture of Sebastian Tebbe

Dr Sebastian Tebbe

Faculty Affiliate
Profile picture of Andrea La Nauze

A/Prof Andrea La Nauze

Deakin University
Profile picture of Ricardo Dahis

A/Prof Ricardo Dahis

Monash University
Profile picture of Gordon Leslie

A/Prof Gordon Leslie

Monash University
Profile picture of Andrew Ireland

Andrew Ireland

Research Fellow
Profile picture of Mia Tam

Mia Tam

Research Fellow
Profile picture of Jingjing Chen

Jingjing Chen

PhD student researcher
Profile picture of Kaiyue Chen

Kaiyue Chen

PhD student researcher
Profile picture of Filippo dell'Andrea

Filippo dell'Andrea

PhD student researcher
Profile picture of Meiling Li

Meiling Li

PhD student researcher
Profile picture of Rimsha Rehan

Rimsha Rehan

PhD student researcher
Profile picture of Anthony van den Berg

Anthony van den Berg

PhD student researcher
Profile picture of Shuyu Li

Shuyu Li

Visiting PhD student from University of Birmingham

Research and Policy Symposia

Dec 2027: Satellite Imagery and Air Circulation Models for Economic Policy
Dec 2028: Field Experiments in Decarbonization and Environmental Protection