With the rise of global warming, wildfires have become an increasing problem. Global warming raises temperatures, which leads to an increase in the frequency and severity of wildfires. These wildfires, in turn, put more carbon into the atmosphere, creating a dangerous feedback loop. Additionally, the increased severity of these wildfires puts people living in wildfire-prone areas at risk of death or losing their homes. One solution to this is green firebreaks. These are sections of fire-resistant plants designed to act as a barrier to an oncoming wildfire. These firebreaks can be planted around communities to provide an environmentally friendly way to protect people and their houses. Our GCI project aims to create a metric to calculate the fire resistance of plants. Our aim is to implement this metric on a broader scale to calculate the relative fire resistance of different plants to determine their suitability for use in green firebreaks. We created our metric using data from several different plants gathered from around campus.