Thursday, October 4, 2018
The two organizations will source and generate new data on ecosystems, biodiversity, urban growth, migrations and extreme environments to inform insights and inspire action by educating consumers and decision-makers about the critical importance of protecting at least 30 percent of the planet by 2030. National Geographic Society's Executive Vice President and Chief Scientist Dr. Jonathan Baillie and Vice President of the Chinese Academy of Sciences Dr. Ya-Ping Zhang highlighted the need to achieve this critical biodiversity target in a recent editorial in the journal Science.
"There is finite space and energy on the planet, and we must decide how much of it we're willing to share," Baillie and Zhang wrote. Wildlife populations have decreased over 50 percent since the 1970s, while humans' impact on the landscape is becoming more and more visible in satellite imagery. For decades, decisions about protecting critical ecosystems have been made using very limited data. In 2020, the world's governments will meet in Beijing, China, to set targets that aim to protect current levels of biodiversity and the ecosystems that support food and water security as well as the health of billions of people. The Google-National Geographic Society partnership will create tools to help this decision-making.
Two initial components of the partnership are launching at the annual Geo for Good Summit in Sunnyvale, Calif. As part of the National Geographic Society's efforts to protect our planet's last wild places, the Society and Google are releasing a new dataset called The Human Impact Map on Google Earth that shows the planet's remaining, relatively untouched landscapes.
Additionally, to showcase one of these iconic landscapes and its importance at a local and regional scale, the announcement also includes the launch of a new Voyager story in Google Earth, "Protecting the Okavango River Basin," focused on southern Africa's Okavango River Basin. This Voyager story uses the newly visualized Human Impact data and provides on-the-ground data and storytelling from National Geographic's Okavango Wilderness Project expeditions to show how we can better protect the natural resources and wildlife of regions like the Okavango watershed.
"National Geographic is committed to an ambitious conservation vision and is excited to be partnering with Google to articulate why that vision is essential and to help measure our progress in achieving it," said Baillie. "By combining the power of Google's innovative technology with National Geographic's groundbreaking research, storytelling and the National Geographic Labs team, we're dramatically increasing society's understanding of Earth's natural systems and species and providing new insights on how to protect them."
"This is a time of great threat to our natural ecosystems, but there is still time for us to correct our course," said Rebecca Moore, Director, Google Earth. "Data gives nature a voice, and by harnessing the power of technologies such as cloud computing, artificial intelligence (AI) and global-scale geospatial analytics, we can gain new insights and perspectives on how life is adapting to our changing planet. We can use those insights to inform people and make better decisions for ourselves and the planet. There are hopeful outcomes when people have access to this information and can use it to protect life on earth."
Looking ahead to 2019 and 2020, Google and National Geographic will collaborate on key Google Earth data layers and stories focused on biodiversity, animal migrations and the impacts of climate change. They plan to develop engaging user and decision-maker experiences to better demonstrate the need to protect the world's ecosystems. Leveraging the National Geographic Society's expertise in conservation science with Google's excellence in big data, cloud computing and artificial intelligence, the organizations will identify and aim to solve the grand challenges that decision-makers are trying to address and help them make better informed decisions to protect the planet.
SOURCE National Geographic Society