Climate DNA Forest

Inspiration

Living in a city where summers are getting hotter and heavy rains often cause waterlogging, I started thinking about why many tree plantation drives do not create a lasting impact. While researching, I discovered how forests naturally build strong ecosystems through biodiversity and underground fungal networks, often called the "Wood Wide Web."

This inspired me to create Climate DNA Forest, a solution that helps communities plant the right mix of native species instead of randomly planting trees.

What it does

Climate DNA Forest is an AI-powered platform that studies environmental conditions such as:

• Soil quality
• Temperature
• Rainfall
• Pollution levels
• Flood risk

Based on this data, it generates a personalized ecosystem plan for a specific location.

Instead of recommending a single tree, it suggests the ideal combination of native plants and trees that can:

• Improve biodiversity
• Reduce urban heat
• Absorb rainwater
• Increase climate resilience

How I built it

The idea was designed by combining environmental research, plant science, and artificial intelligence concepts.

Workflow

1. Collect local environmental data.
2. Analyze climate and soil conditions.
3. Use AI to identify suitable native species.
4. Generate a Climate DNA Report with ecosystem recommendations and expected environmental impact.

The concept was inspired by real forest ecosystems and how plants naturally work together to survive environmental stress.

Challenges I ran into

One of the biggest challenges was finding a way to connect advanced plant biology with a practical solution that communities could easily understand and use.

Another challenge was designing a system that focuses on ecosystem restoration rather than simply planting more trees.

Understanding how different plant species contribute to a healthy ecosystem required extensive research and analysis.

Accomplishments that I'm proud of

• Created a unique solution inspired directly by natural forest intelligence.
• Combined AI and plant science in a simple and practical way.
• Addressed multiple climate challenges such as urban heat, flooding, and biodiversity loss with a single ecosystem-based approach.
• Designed a concept that can be adapted for schools, cities, campuses, and communities worldwide.

What I learned

Through this project, I learned that climate solutions already exist in nature.

Forests are not just collections of trees; they are highly connected systems where every species plays an important role.

I also learned how biodiversity, native plants, and ecosystem design can create stronger and more sustainable environmental outcomes than traditional plantation efforts.

What's next for Climate DNA Forest

The next step is to develop a working web platform that can generate Climate DNA Reports for real locations.

Future Plans

• Integrate satellite and weather data.
• Build an interactive ecosystem planning dashboard.
• Partner with schools, NGOs, and local communities.
• Measure the real-world impact of recommended ecosystem plans.
• Expand the platform to support climate-resilient urban planning on a larger scale.

Long-Term Vision

Help communities around the world build smarter, healthier, and more resilient ecosystems inspired by nature itself.

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Project By

Shravani Dhuri

Built With

• ai
• ecosystem-modeling
• environmental-data-analysis
• plant-science-research