3 Ways AI Can Help Nature and People Flourish Together
- From the food we eat to the future of our economies, human wellbeing and opportunity are deeply tied to the health of our planet.
- For more than two decades, Google has provided tools like Google Earth and Google Earth Engine to visualize our changing planet.
- Google's strategy centers around three key areas: visualizing the planet, understanding past, present, and future environmental conditions, and empowering local experts with technology.
Google’s AI-Powered Push for Planetary Conservation
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Thriving ecosystems power thriving communities. From the food we eat to the future of our economies, human wellbeing and opportunity are deeply tied to the health of our planet. But these vital natural systems are at risk. The World Wildlife Fund estimates that wildlife populations have declined by 73% as 1970, and the World economic Forum ranks biodiversity loss as one of the greatest risks to global stability over the next ten years.
For more than two decades, Google has provided tools like Google Earth and Google Earth Engine to visualize our changing planet. Now, the company is significantly expanding its efforts, leveraging artificial intelligence (AI) to support the global initiative to protect 30% of the planet’s land and oceans by 2030 (30×30), aiming to help nature and peopel flourish together.
Three Pillars of Google’s Planetary Action
Google’s strategy centers around three key areas: visualizing the planet, understanding past, present, and future environmental conditions, and empowering local experts with technology.
1. Visualizing Our Planet and Connecting the Dots
The core principle is “You can’t protect what you can’t see.” Google is building technologies to create a comprehensive, consistent picture of planetary change by processing petabytes of satellite, climate, and ecosystem data.The recently launched Google Earth AI, powered by Gemini’s advanced reasoning capabilities, allows users to generate insights that previously required years of complex analysis in a matter of minutes.
A key feature is Geospatial Reasoning, which connects diverse datasets – weather forecasts, population maps, satellite imagery – to address complex problems. For example,it can identify drying riverbeds and predict the risk of dust storms during droughts,enabling proactive community preparation.
2. Understanding the Past, Present, and Future of Our Planet
Google researchers are employing cutting-edge AI to synthesize complex data and reveal new insights. The Species distribution Modeling project uses AI to create high-resolution maps of species habitats, aiding conservationists in protecting endangered wildlife. This project is particularly valuable in regions like Australia, where unique biodiversity faces notable threats.
Beyond real-time understanding, Google is also focused on predictive modeling. A new research paper and accompanying dataset enable deep learning models to predict deforestation risk, opening opportunities for preventative action. This is a crucial step towards proactively safeguarding forests before they are lost.
Deforestation Risk Prediction: A deeper Dive
| Region | Key Predictors | potential Interventions |
|---|---|---|
| Amazon Rainforest | Road construction, agricultural expansion, illegal logging | Strengthened enforcement, sustainable agriculture initiatives, community-based forest management |
| Southeast Asia | Palm oil plantations, pulpwood production, mining | Sustainable sourcing policies, land-use planning, reforestation programs |
| Congo Basin | Small-scale agriculture, charcoal production, infrastructure development | Improved agricultural practices, alternative energy sources, sustainable forestry |
3. Putting Technology in the Hands of Local Experts
Google emphasizes that technology’s greatest impact is realized when it empowers local communities. They partner with organizations on the front lines of conservation to accelerate their work.
The Forest listeners experiment,part of Google Arts & Culture,invites the public to help scientists identify species by classifying sounds from Brazil’s rainforests. This data trains Google DeepMind’s AI model, enabling more accurate biodiversity measurement, preservation, and restoration. Through Google.org, eight Brazilian organizations are receiving support to use AI for tasks like predicting Amazonian wildfires and mapping biodiversity with environmental DNA (eDNA).
eDNA Biodiversity Mapping: How it Works
eDNA analysis involves collecting environmental samples (water, soil, air) and extracting DNA fragments shed by organisms. AI algorithms then identify these fragments, revealing the presence of various species, even those that are rare or elusive. this provides a comprehensive snapshot of biodiversity that traditional methods might miss.
Sustainability and Responsible AI
Google’s commitment extends beyond conservation applications to encompass responsible AI development and environmental sustainability. This includes improving the efficiency of AI systems, investing in next-generation clean energy sources, and supporting carbon removal projects that benefit both the atmosphere and local communities.
Get Involved and Learn More
Google views AI as a catalyst for change, emphasizing the importance of partnership between technology and human passion. Further exploration of this work can be found through the links provided.