“Ecosystems Could Once Bounce Back From Wildfires. Now, They’re Being Wiped Out for Good”
by AlexiaR on March 13, 2018 - 7:06pm
In the article “Ecosystems Could Once Bounce Back From Wildfires. Now, They’re being wiped out for good” written by Lakshmi Supriya, the author informs the readers about ecosystems losing their resiliency, meaning they can’t bounce back from disturbances, more precisely, he explains how an ecosystem can be completely ravaged by uncontrollable forest fires without the ability to grow back. He explains that forest fires are a natural and essential way to allow reproduction and new nutrients to grow, therefore new beginnings for the plants and trees. However, when the fire lasts too long or burns too much of the soil, it gets to a point where the ecosystem is no longer able to recover from these harsh damages. There were many researches conducted in order to figure out how certain forests are coping with this type of disturbance, due to climate change that cause more fires and droughts. Researchers found out that in moister and higher areas, different types of tree species, different from those that were there before, are growing in regions that have been affected by wildfires to better suit and adapt to the environment and climate they are currently growing in. To conclude, it is still possible for forests to regenerate although it may take longer than it once did due to the climate change that occurs.
I find that it is important to be aware of the forest fires happening in the world even though it is not a problem that can be solved by humans themselves. Wildfires is just natures way to regenerate and reproduce on a blank slate but there should be ways to control how much it burns over what period of time, for them to be able to reestablish complete forests without having too much trouble. There’s not much we can change from how nature works, however, there is the possibility of modifying our ways to essentially reduce the impact of climate change by emitting less carbon into the atmosphere.