 Ko Mount Gabriel Te Munga here. Ko Roaring Water Bay Te Awa. No Ireland Aho. Ko Gaffney Toko Whana. Ko Owen Toko Ngua. Kia ora. And my other family is, I guess, my tribe is the research, the scientific world, the Stockholm Resilience Centre, Future Earth, Soon to Be Potsdam Institute, and also the globia and these links between science and the rest of society. And this is Roaring Water Bay on the west coast of Ireland, where I was born and raised and then moved to England, where I studied astronautics, engineering, spacecraft and satellite design, the media and filmmaking, and eventually made it back into Earth System Science for the last 15 years. It's been a great journey. The work I do, I can categorise as the science of the biosphere, the Earth System, how it's functioning, how it's functioned in the past, how it can function in the future, planetary stewardship and the evolution of planetary awareness. And this is, I can categorise as logos, ethos and pathos. And that's how we think at the institutes I'm involved with. On the evolution of planetary awareness, I mean, I've got some good news. We do have some progress here. Sustainability, the word is being used more and more and more. As Megan was pointing out yesterday, the exponential trend is actually a positive one for sustainability. Each year there's more and more awareness of it. But also we'll remember the negative consequences of exponential trends. By 2041, if we continue on this trajectory, every sentence will contain the word sustainable in it. And within a few decades of that, every word will be sustainable. The irony is that it's unsustainable. But there's a further irony. The word exponential is actually on a sustainable trajectory. And so I work on global systems and putting together the synthesis, a big picture. When in climate research, when we talk about a hockey stick in Earth System Science, we talk about a hockey team. This huge acceleration in a single human lifetime, this huge acceleration to the point where we're changing the Earth System. The Earth System is accelerating. The life support system of our planet is accelerating. There is one reason for that acceleration. It is us. This is a new part of how the planet is functioning. Four and a half billion years. We're in an unprecedented state, literally from the 1950s onwards. Anyone born before 1945 has lived when Earth was in a stable state. Probably no one here, very few people here, have lived in that state. I'm an author on the Living Planet report, WWF produced recently, showing the state of biodiversity loss, 60% loss recently since in the last 40 years. So we published a report on the global commons and 100 page report recently. The key message that seems to have resonated with people is one sentence in that report. Every child's birthright is a stable, resilient planet. And this we can now say from the scientific community, this is at risk. So when Tomahoe said, opened the EHF a week ago, he said, you're not here representing yourself, you're representing previous generations going back hundreds of years. And those previous generations, 400 generations in the Holocene, have lived on a stable planet. So this led Johan Rockström and team from our center to drive an international collaboration 10 years ago to understand what does this mean? What is the stable state? What are the boundaries that keep us in that stable state? They identified nine planetary boundaries from climate change, biodiversity, land use, ocean acidification, biogeochemical flows and nitrogen and phosphorus use. And we've gone beyond four of those boundaries. The world is taking a very, very big risk with the future stability of the earth system. We need to move to a biosphere positive future. Everything we do, every action, every innovation needs to store carbon, not emit it, to purify water and soils, not pollute them and enhance biodiversity, not destroy it. We published a report on an exponential trajectory. How do we get there? How do we do this back in September, particularly focusing on climate? And this is the good news story. We have all the solutions. We have everything there we need, but it's more than just energy systems. So we need to change food systems. We need to move to lower our meat consumption. We need to circular economies. All businesses need to be driving circular economies. And we need to get that message out as fast as possible because we have 10 years to halve emissions globally. Within 10 years, this is the challenge of our generation. But also, we must remember that everybody here is talking about economic transformation constantly with black blockchain, with Internet of Things, with artificial intelligence. But so often this conversation doesn't have a compass point. We talk about economic transformation and preparing for it because we know it's going to come. How do we align that with halving emissions within a decade? And this is possible. Just for electricity, we're on the right trajectory. If we keep doubling solar and wind every four years, as we are right now and stop investing in fossil fuels, then we will have 50% globally, globally 50% of electricity production from wind and solar and renewables by 2030. We're on the right trajectory. How do we keep on that trajectory? How do we think of the businesses that scale in that way? We are launching an accelerator to think exponentially and to drive that transformation. And we want to speak to you about that. But the really big picture here is New Zealand and planetary boundaries. Can New Zealand operate its economy, its society within planetary boundaries? That's not a rhetorical question. Can it? Yes, it can. We believe it can. The other good news from science is across the board, we can take a systems approach and we can apply that and the solutions are all there to live within planetary boundaries. One of the most remarkable things about the conversation over the last few days here is that we started talking about how New Zealand, how we can create a partnership to drive that change, to think about how we can apply planetary boundaries to New Zealand. That's probably the most exciting thing I'm thinking about right now. Thank you.