A Natural Approach to Temperature Management
Rising global temperatures present significant challenges to both aquatic ecosystems and human communities. When water bodies heat up, oxygen levels drop, harmful algal blooms increase, and aquatic life suffers. However, nature has developed sophisticated systems for managing heat and solar radiation that could help us address these challenges. These systems include aquatic plants and macroalgae, which provide canopy shading - by intercepting sunlight over water bodies, evaporative cooling - by releasing water vapor to create a cooling effect, surface coverage - by creating a protective layer between air and water, and water movement - by using natural plant structures to mix warm and cool water.
Image source: https://boudewijnhuijgens.getarchive.net/amp/media/underwater-photography-pond-plants-nature-landscapes-2d5e37
Pass NetZero's Role in Heat Mitigation
At Pass NetZero, we investigate these natural cooling mechanisms to develop sustainable solutions for temperature management. Through our research and collaboration efforts, we’re working to expand our understanding of natural cooling mechanisms and develop more effective temperature management solutions. By combining the cooling properties of aquatic plants with the light-management capabilities of other natural materials, we can create adaptable approaches that help communities build resilience against rising temperatures while supporting broader environmental health.
Project Objectives
Atlas Creation
For tracking and documenting plant and macroalgae species based on temperature regulation capacities
Self-maintaining system creation
Integrate with existing ecosystems to ensure sustainable processes that naturally mitigate heat without disruptive features
Temperature management solutions
Explore best methods for effective temperature regulation by maximizing the cooling properties of aquatic plants and macroalgae
Scalable Implementation
Transform research into real-world solutions that local communities can utilize to build resilience against rising temperatures
