Given the popular perception that forest fires are dangerous, destructive, and threaten human life, it is quite imperative to dispute public opinion since forest fires could actually be useful since they build the ecosystem. For instance, forest fires play an essential role by maintaining the life cycle of woods and some specific trees that may become extinct, such as lodgepole pines. Forest fires have always been considered as the only way of clearing dead trees and offering the chance for new plants to replenish and grow (Butler et al., 2018). Forest fires also improve natural habitats by keeping trees stand thin, and this lets more sunlight into the forest which makes trees stay healthier. The major types of animals at risk that offer potential medical uses include snakes, cone snails, maggots, and leeches. Snakes are considered based on the sentimental value of venom in immunochemistry and biological sciences. Venom given in small doses is considered an essential medicine that contains anti-clotting factors that are used in most hospitals for alleviating the chances of heart disease (Villano et al., 2017). The venom obtained from cone snails is used as pain medication such as the ziconotide taken in small doses for reducing neurological pain and epilepsy and even stroke. Maggots are considered lifesaving creatures for healing chronic wounds and infectious diseases since they eat chronic tissues and bacteria. Leeches are used in hospitals for purposes of closing wounds and mending skin in situations where an individual needs recovery from plastic surgery. In the event of mass extinction, it is extremely difficult for humans to see species going extinct based on the emergence of new predators and food competitors that they may not be aware of in the ecosystem (Hufnagel et al., 2020). Also, human activities such as the unsustainable growth of the human population, overharvesting, and polluting the natural habitat could take away endangered species without humans' notice.
References
Butler, A., Sarlöv-Herlin, I., Knez, I., Ångman, E., Ode Sang, Å., & Åkerskog, A. (2018). Landscape identity, before and after a forest fire. Landscape research , 43 (6), 878-889.
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Hufnagel, L., Pálinkás, M., Mics, F., & Homoródi, R. (2020). Introductory Chapter: The Present Global Ecological Crisis in the Light of the Mass Extinctions of Earth History. In Changing Ecosystems and Their Services . IntechOpen.
Villano, J. S., Follo, J. M., Chappell, M. G., & Collins Jr, M. T. (2017). Personal protective equipment in animal research. Comparative medicine , 67 (3), 203-214.
