
Pacific And Indigenous Voices Lead World's Largest Climate Adaptation Event
Press Release – Adaptation Futures 2025
New Zealand Minister of Climate Change Simon Watts said the country is working on a national adaptation framework to better understand and manage the risks of a changing climate, and hosting AF2025 would boost these conversations.
The provisional programme for the world's leading international climate adaptation event, Adaptation Futures 2025 (AF2025), is now available online.
The event is being held at Te Pae Christchurch Convention Centre and throughout Ōtautahi Christchurch (13-16 October). Adaptation Futures is the world's largest and most important climate adaptation event bringing together scientists, governments and industry.
More than 200 in-person and online sessions will cover AF2025's core themes of Indigenous innovation and leadership; oceans, islands, and futures; cities, settlements and infrastructure; the food, water, and biodiversity nexus; health, wellbeing, and future generations; the art of adaptation, communication and education; and beyond adaptation. This year's event will have a particular emphasis on issues for the Pacific and Indigenous people.
New Zealand Minister of Climate Change Simon Watts said the country is working on a national adaptation framework to better understand and manage the risks of a changing climate, and hosting AF2025 would boost these conversations.
'I am looking forward to welcoming international delegates to Adaptation Futures in Christchurch in October. Bringing together world experts on adaptation strengthens the discussions we're already having here in New Zealand on how to face some of climate change's biggest challenges,' he said.
'As an island nation with our fair share of weather extremes, we are keenly aware of the need to accelerate adaptation action to protect communities and make the most of the economic opportunities that flow from being one of the best prepared countries in the world. We're also part of and partnered with the Pacific, a region which has long led on recognising climate threats and driving action.'
AF2025 co-convenor Professor Bronwyn Hayward of Te Whare Wānanga o Waitaha | University of Canterbury (UC) said adapting to a changing climate is now an urgent reality. During the event, panels will discuss Indigenous leadership; the impacts of climate change on the Pacific and developing countries; how insurance will be tested; and the impacts for finance, loss, and damage in relation to climate adaptation. Masterclasses will also be o`ered, featuring state-of-the-art responses to climate risk.
Foundation Sponsor Adaptation Fund will support five premier Innovation 'Spotlight' events during AF2025 to showcase highly innovative approaches that accelerate adaptation, selected from the wider lineup of presenters. Head of the Adaptation Fund
Mikko Ollikainen said AF2025 provided a vital platform for advancing innovative and inclusive climate adaptation.
'We strongly welcome the focus on Indigenous leadership and locally led solutions, which are essential for building resilience that is both effective and equitable. Through our expanding portfolio in the Pacific and beyond, and by creating more opportunities for countries to pilot, scale, and share adaptation innovations, the Fund remains committed to closing the global adaptation gap,' he said.
'We look forward to working alongside partners to co-create and exchange knowledge directly with communities on the ground, transforming climate risks into opportunities and ensuring that the most vulnerable remain at the heart of global adaptation efforts.'
According to Distinguished Professor Steven Ratuva of the University of Canterbury, also a co-convenor, more than 90 countries will be represented at the conference as 1200 global and Indigenous leaders, climate scientists, policy makers, researchers, and investors come together to share knowledge, ideas, and stories to help accelerate climate adaptation action across the world.
Arts events, living labs and field days will be part of the week, o`ering participants and the local community opportunities to collaborate, network, and share skills. Interest has already been high with more than 1200 people applying to present their research.
Climate adaptation work involves preparing for the current and future impacts of climate change such as more frequent and extreme weather, flooding, and heatwaves.
Professor Hayward said organisers were grateful to the world's climate scientists, businesses, investors, and governments for supporting the event.
'As the impacts of climate change a`ect more and more communities, economies and biodiversity, we must scale up our global e`orts to protect vulnerable communities, businesses, and environments,' she said. 'Adaptation Futures brings together thought leaders for greater global action while also looking at how climate change a`ects Indigenous and Pacific communities, and their innovation and leadership in adapting to mitigate these risks.'
'At a time of great uncertainty and challenges in many parts of the world, we are heartened by the way people have come together to accelerate adaptation for a more climate resilient and fairer future.'
Adaptation Futures, the flagship event of the United Nations' (UN) World Adaptation Science Programme (WASP) will be co-hosted by WASP and the University of Canterbury, in a hybrid format allowing people to join in person or online. It is supported by a sponsorship consortium of national and international partners, including SPREP (Secretariat for the Pacific Regional Environment Programme), businesses and foundation sponsor, the Adaptation Fund.
Early bird discounted registration closes on 15 July 2025.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Scoop
7 hours ago
- Scoop
NZ Alpine Springs Under Threat From Fast-Spreading Weeds
Press Release – University of Canterbury Fast-spreading lowland weeds are invading NZs high-country springs, but UC researchers are working to protect these once-pristine biodiversity hotspots. Fast-spreading lowland weeds are invading NZ's high-country springs, but UC researchers are working to protect these once-pristine biodiversity hotspots. Te Whare Wānanga o Waitaha | University of Canterbury (UC) Professor Angus McIntosh and Dr Helen Warburton from the University's School of Biological Sciences are supervising research into the sudden spread of aquatic weeds in the upper Waimakariri. The study, led by master's student Saskia Brown, is examining how these typically lowland species —monkey musk and watercress —are now establishing in high-country waterways. Recent growth observed at UC's Cass Field Station near Arthur's Pass has provided an opportunity to better understand their presence and potential impact in these alpine ecosystems. 'These aquatic weeds are well-known for overtaking lowland waterways but are now appearing at alarming rates in alpine spring systems,' Dr Warburton says. 'While the springs are biodiversity hotspots, a refuge for native species with cold, clear water and rich invertebrate life, but that's rapidly changing.' 'Some springs are still untouched, and others are already overwhelmed,' Dr Warburton says. 'We have a window of opportunity to act; either we manage this now, or we risk losing these habitats for good.' Brown has drawn on UC student data from 2004 to track ecological changes over time. 'These invasive weeds are now widespread, even in remote areas. Our data shows that the changes are relatively recent and rapid, and they are reshaping stream life by reducing invertebrate diversity,' she says. The research has ruled out nutrient enrichment as a driver, and the team is now exploring other possible causes, including rising temperatures, grazing by introduced animals, and human or animal-assisted seed spread. Professor McIntosh says while the Department of Conservation has begun controlling some weed outbreaks, Brown's research is designed to drive broader regional responses and advocate for effective, practical strategies to support long-term weed removal. 'Springs that once supported distinct and diverse invertebrate communities are now becoming increasingly uniform, dominated by species like the invasive mud snail. Slowed water flow and dense weed growth are replacing the rocky streambeds that many native species rely on,' he says. The UC research team stresses that long-term success depends on collaboration with local landowners, agencies, and communities to develop cost-effective, ecologically sound solutions that also recognise cultural values, including the role of watercress as a traditional food source. Brown's research is supported by the University's Cass Field Station and builds on earlier undergraduate summer projects, reinforcing the long-term value of student-led science in protecting Aotearoa's unique environments.


Scoop
8 hours ago
- Scoop
NZ Alpine Springs Under Threat From Fast-Spreading Weeds
Fast-spreading lowland weeds are invading NZ's high-country springs, but UC researchers are working to protect these once-pristine biodiversity hotspots. Te Whare Wānanga o Waitaha | University of Canterbury (UC) Professor Angus McIntosh and Dr Helen Warburton from the University's School of Biological Sciences are supervising research into the sudden spread of aquatic weeds in the upper Waimakariri. The study, led by master's student Saskia Brown, is examining how these typically lowland species —monkey musk and watercress —are now establishing in high-country waterways. Recent growth observed at UC's Cass Field Station near Arthur's Pass has provided an opportunity to better understand their presence and potential impact in these alpine ecosystems. 'These aquatic weeds are well-known for overtaking lowland waterways but are now appearing at alarming rates in alpine spring systems,' Dr Warburton says. 'While the springs are biodiversity hotspots, a refuge for native species with cold, clear water and rich invertebrate life, but that's rapidly changing.' 'Some springs are still untouched, and others are already overwhelmed,' Dr Warburton says. 'We have a window of opportunity to act; either we manage this now, or we risk losing these habitats for good.' Brown has drawn on UC student data from 2004 to track ecological changes over time. 'These invasive weeds are now widespread, even in remote areas. Our data shows that the changes are relatively recent and rapid, and they are reshaping stream life by reducing invertebrate diversity,' she says. The research has ruled out nutrient enrichment as a driver, and the team is now exploring other possible causes, including rising temperatures, grazing by introduced animals, and human or animal-assisted seed spread. Professor McIntosh says while the Department of Conservation has begun controlling some weed outbreaks, Brown's research is designed to drive broader regional responses and advocate for effective, practical strategies to support long-term weed removal. 'Springs that once supported distinct and diverse invertebrate communities are now becoming increasingly uniform, dominated by species like the invasive mud snail. Slowed water flow and dense weed growth are replacing the rocky streambeds that many native species rely on,' he says. The UC research team stresses that long-term success depends on collaboration with local landowners, agencies, and communities to develop cost-effective, ecologically sound solutions that also recognise cultural values, including the role of watercress as a traditional food source. Brown's research is supported by the University's Cass Field Station and builds on earlier undergraduate summer projects, reinforcing the long-term value of student-led science in protecting Aotearoa's unique environments.

1News
a day ago
- 1News
Experts take to skies to create flood maps of Auckland
Auckland Council is taking to the skies again to deploy state-of-the-art LiDAR (Light Detection and Ranging) technology to map critical waterways. It's part of the Council's Making Space for Water Programme – a response to the 2023 Anniversary Weekend floods – to ensure flooding on that scale doesn't happen again by combining infrastructure upgrades with the use of natural environments. "As we rely more and more on these natural networks to do the work of stormwater to convey flows, we need to understand how they're able to cope," said Auckland Council's principal of waterways planning Danny Klimetz. The LiDAR technology provides virtual walk-throughs of stream networks to detect changes, helping enhance flood resilience across Auckland. Auckland already utilises some regional LiDAR data, but these data sets are 20 times more accurate. ADVERTISEMENT "We knew we needed something better," said Klimetz. "Something with more density." His team connected with the University of Canterbury, which has been using state-of-the-art LiDAR tech for stream management. "We've used it from anywhere to do change detection on braided rivers in the South Island, we did a lot of the emergency surveys after Cyclone Gabrielle, trying to figure out where stop banks had failed and where stop banks were going to be needed," said Justin Stout, a geospatial research scientist at the University of Canterbury. Earlier this year, a low-flying EC120 helicopter equipped with LiDAR sensors was gathering high-resolution data across approximately 328 square kilometres of the region, covering areas from Matakana and Whangateau in the north, to urban catchments like Swanson and Meola Creek. This time the data is being collected from a 233 km2 area including all of the North Shore, parts of Henderson Creek and Whenuapai as well as areas around Pukekohe. 'This data will help us visualise and understand the intricacies of Auckland's waterways in a way that hasn't been possible before, right down to individual trees, slips, and bank conditions. It will equip us to tackle the challenges of urban flooding and climate change head-on," said Auckland Council's health waters manager Craig Mcilroy. 'It's a game-changer for managing flood risks and ensuring the city's resilience for future generations."