Remote Wildlife Tracker for Wolves

Tracking wildlife is essential for conservation efforts, providing critical data on animal behavior, habitat use, and population health. However, current GPS tracking devices face challenges, particularly short battery life, frequent maintenance, and high costs, which limit their effectiveness for long-term monitoring. To address these issues, we propose a solar-powered GPS tracking system optimized for the Adirondack Gray Wolf, a keystone species crucial for maintaining ecological balance. Our system integrates solar energy harvesting technology to extend battery life, reducing the need for frequent human intervention. This minimizes stress on the animals and lowers operational costs. Additionally, the device is designed to be lightweight, durable, and capable of transmitting location data over long distances using an energy-efficient communication network. By combining energy efficiency, durability, and affordability, our design enhances accessibility for researchers and conservationists. The ability to collect long-term, real-time data with minimal disruption to the animals ensures more effective wildlife management strategies. Furthermore, our system aligns with sustainability goals by reducing electronic waste and power consumption. This project not only advances wildlife tracking technology but also supports broader conservation initiatives, ultimately aiding in the protection and restoration of endangered species like the Adirondack Gray Wolf while contributing to ecosystem stability.