Identifying Environmental Hazards<\/p>\n
Student\u2019s Name<\/p>\n
Institution<\/p>\n
Identifying Environmental Hazards<\/p>\n
PurposeTo identify the impact of invasive species to the ecosystems, especially Zebra and Quagga IntroductionInvasive species have posed a threat to the ecosystem in several ways. In some instances, they outcompete indigenous species for space and nutrients and at the same time they can spread diseases (Bhatt, 2012). Zebra and Quagga have demonstrated that they severely compete for phytoplankton with other organisms in the ecosystem, which result in alteration of the food web (Francis, 2012). The far reaching impact of these invasive species can lead to extinction in the long run. Further, the only alternative way to solving this, is by getting reed of invasive species or sourcing their predators from their former ecosystems. Hypothesis\/Predicted OutcomeZebra and Quagga contribute to the reduction of population of all other species in the freshwater lake. MethodsIn order to collect relevant data for analysis, I accessed the MUSE lab where I studied the introduction of the Zebra and Quagga to North America\u2019s fresh water lake by a ship. Through the observation of the animations in the lab, I was able to establish a trend of increase in Zebra and Quagga and decrease of other organisms\u2019 population. This is achievable by clicking on the duration bar at the bottom and then reading changes in quantity of other ecosystem occupiers, and then I recorded. <\/p>\n
Results\/Outcome <\/p>\n
Years Zebra and Quagga Mussel (density\/m2) Phytoplankton (\u00b5g\/ml) Zooplankton (\u00b5g\/ml) Cladophora Biomass (g\/m2) Foraging Fish (kilotons) Lake Trout (kilotons)<\/p>\n
0 100 2 2 10 150 15<\/p>\n
3 1000 2.5 1 100 100 10<\/p>\n
7 2500 2 0.5 200 80 8<\/p>\n
10 7500 1.5 0.25 600 50 5<\/p>\n
13 15000 1 0.1 700 25 2.5<\/p>\n
15 750 1.5 0.2 243 40 4<\/p>\n
20 5000 1.75 0.4 136 60 6<\/p>\n
Discussion\/Analysis<\/p>\n
From the above results, it is seen that at 3, 7 and 10 the population of the Zebra and Quagga have been increasing since their introduction to a new ecosystem (Cox, 1999). It is because their main source of food is in abundant. The increase population overstretches Phytoplankton and this contributed to the decline in the population of Zebra and Quagga in the subsequent years. The implication is a common trend of the entire organism below the food chain decreasing (Van, 2008). And, this indicates that there is instability in the ecosystem, as a result of intruders, Zebra and Quagga.<\/p>\n
References<\/p>\n
Bhatt, J. R. (2012). Invasive Alien Plants: An Ecological Appraisal for the Indian Subcontinent. Wallingford, Oxfordshire: CABI.<\/p>\n
Cox, G. W. (1999). America Invaded: The Impact of Alien Species on North American and Hawaiian Ecosystems. Washington, D.C: Island Press.<\/p>\n
Francis, R. A. (2012). A Handbook of Global Freshwater Invasive Species. London: Earthscan.<\/p>\n
Van, D. F. (2008). Conservation Biology. Dordrecht: Springer.<\/p>\n","protected":false},"excerpt":{"rendered":"
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