Check out our calendar of events and participate in our seminars, public lectures and more.

Josh sits on a grassy alpine slope, facing away from the camera and looking out over a mountainous landscape with patches of snow and cloud-covered skies. They wear a wide-brimmed dark hat, a checkered long-sleeve shirt, and light-coloured pants. In the foreground, native alpine plants with tall white flower stalks are visible, adding texture to the natural scene
10 Jul 2025 | 10 - 11am

Alpine pollinators are uniquely adapted to cold, dynamic environments, but face growing threats from climate change. This talk explores how temperature across climates, weather, and microclimates shapes pollinator activity in Australia's mountains, and what this means for their survival.

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A serene rural dam with still, dark water reflecting a blue sky and scattered white clouds. The bank in the foreground is edged with dry grasses and reeds, and contains a plastic crate holding a yellow portable pump hooked up by hoses to a floating sampling device resting on the water. On the opposite shore, gently sloping pasture is dotted with eucalyptus and other native trees under a partly cloudy sky
22 Aug 2025 | 12 - 1pm

Teal carbon ecosystems are freshwater wetlands, like lakes, ponds, farm dams and reservoirs. Equivalent to blue carbon (coastal wetlands), they can regulate greenhouse gases and mitigate the effects of climate change.

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Past events

Fenner Building
11 Jun 2025 | 9:30am - 5pm

ANU Fenner School of Environment & Society research students from across our cohorts are presenting their work

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A group of students walk in the bush, smiling.
21 May 2025 | 2 - 3pm

Find out what an Honours/Masters research year involves at the ANU Fenner School of Environment and Society.

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Promotional image for "Australia's Biggest Morning Tea" featuring various tea kettles and cups on a yellow background.
21 May 2025 | 10:30 - 11am

This special event is a fundraiser for the Cancer Council, supporting vital research, prevention programs, and support services for those affected by cancer. Every dollar we raise will make a meaningful difference in the lives of those battling this disease.

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water
20 May 2025 | 9:30 - 10am

This study combines qualitative and quantitative modelling to understand how water management interventions reshape risks to shared water resources; using the Murray–Darling Basin as a case study.

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Logo for "Fenner Flash Talks" featuring stylized text and graphic elements in orange and white on a dark background.
14 May 2025 | 12 - 1pm

Join us to learn more about the research currently happening at the Fenner School!

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Rabbits around a Water hole
7 May 2025 | 12 - 1pm

From the mid-1800s to early 1900s, New South Wales saw dramatic ecological changes due to agriculture, invasive species, native animal culling, and droughts. This talk examines how these factors altered native species populations using historical bounty records.

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A wide, flat agricultural field with short, golden-brown stubble left after harvest stretches into the distance under a partly cloudy sky. In the background, numerous large wind turbines stand tall across the horizon, highlighting a mix of farming and renewable energy infrastructure in a rural landscape
30 Apr 2025 | 12 - 1pm

In Australia, where climate debate is polarized, Farmers for Climate Action (FCA) emerged in 2015 as a non-partisan charity uniting farmers with climate science and policy. This study delves into the experiences of New South Wales farmers who joined FCA.

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Himawari 8 satellite circles above the earth
24 Mar 2025 | 4 - 4:30pm

Australian dust storms can be characterised by where they come from, where they travel to and how much dust is transported. This thesis aims to build an Australian dust storm dataset using geostationary satellite Himawari-8 that can be used to analyse these characteristics.

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a microbe
24 Mar 2025 | 3 - 4pm

Microbial communities are fundamental to soil health, driving nutrient cycling, organic matter decomposition, and plant-microbe interactions. This research investigates how neonicotinoids influence microbial communities, interactions and functional potential across different soil types

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