Florida Native Dune Systems’ Ecological Sustainability

Florida Native Pinacle Systems’ Ecological Durability

Advantages

Sarasota has been acknowledged as a holiday destination and typically the epicentre of typically the U. S. gardening growth for awhile (Hodges, Rahmani, & Dahon, 2013). Yet , typically the recent modifications in our surroundings, particularly, the climb in the marine levels and typically the subsequent threat involving its most eye-catching and useful regions being flooded features led to the requirement to introduce sun and rain of protection in opposition to the possible tragedy (Borisova, Breuer, & Carriker, 2014). At the moment, natural (dunes) and even man-made (artificial structures) tools for taking care of the condition are used.

Problem Affirmation

Responding to the condition of coast flooding is some sort of pressing issue in the economic goal of Florida. Due to threats that inundating poses to typically the state economy (i. e., the crops) and people’s exists (i. e., probable accidents as some sort of result of flooding), we have a need to be able to choose between typically the available solutions. While man-made structures give an admittedly far better outcome for typically the state economy and even short-term goals, that is likely to be able to harm the environment because of typically the lack of eco friendly solutions used if building it (Li & Nadolnyak, 2013). The natural coast system, which can easily be accustomed to shield people and seeds, however, takes an important update and might shortage efficacy as being the programme against flooding (Bolter, 2012). Consequently , generally there is a need to ascertain which involving the approaches is definitely more efficient in the end, and how typically the disadvantages thereof will be addressed if introducing the required technique to the pair of strategies used to be able to manage the matter of coastal inundating in Florida (Villarreal, Chafetz, & Meredith, 2015).

Hypothesis

Although seawalls supply a high degree involving prevention of coastal inundating, native beach-dune devices are more effective throughout providing long-term environmental sustainability and coast protection given of which native dunes are generally better defence in opposition to coastal flooding, beachfront erosion, and climbing sea-level along with the at a minimum costly way to be able to maintain a fun beach for foreseeable future ages

Question 1

To precisely what degree will the work with of nature pinacle systems allow typically the prevention of chafing and flooding involving the Florida coast areas and help the preservation of it is recreational and gardening areas?

Question 2

To precisely what degree will the work with of man-made set ups allow the elimination of abrasion and inundating with the Florida coast areas and bring about to the storage of its fun and agricultural regions?

Concern several

Just how can the a couple of approaches compare, and even why is the natural dune technique more efficient throughout the long-term point of view?

Aim Statement

The purpose involving the paper is definitely to explore typically the current studies in connection with use of man-made structures and all-natural dune systems seeing that the method of protecting against coastal flooding throughout Florid and, for that reason, addressing the menace to its monetary and ecological durability. Put differently, typically the paper is focused at comparing and even contrasting the a couple of approaches as considerably as their usefulness is concerned and even determining the outstanding method. Furthermore, significance to the further experiments will be outlined following the delivery and even analysis with the exploration results.

Research Design and even Methodology

Seeing that we have a need to do a comparison of the efficacy involving the two approaches of managing a defieicency of the Florida coast erosion, i. elizabeth., the use involving natural dunes and even man-made structures, one particular will have to be able to look at the application involving a quantitative exploration design. Furthermore, typically the use of typically the content analysis have to be viewed while the principal tool intended for interpreting the files. The reports concerning the economic condition in Florida and even the main companies that help the monetary growth (i. elizabeth., tourism and agriculture) will have to be able to be studied. Typically the statistical data recovered from the paperwork will be employed in the even more assessment of typically the efficacy of equally strategies of managing coast erosion and inundating in Florida.

Sampling (State of FL)

The trials will be taken by the coastal parts of Florida. Destruction rates in typically the locations where man-made set ups are used to protect typically the areas from water damage will be compared to the levels of destruction in the coastal parts of Florida where the protection against flooding is represented by natural dunes. The random sampling technique will be used as the means of maintaining the research integrity and keeping the results of the study objective. With the confidence level being set at 05%, the margin error presumably reaching 5%, and the population size being 100, the sample size will amount to 80.

Procedures

Close reading of the available materials and documents addressing the issue of maintaining ecological sustainability in Florida should be viewed as the first step toward conducting an all-embracive analysis of the subject matter. Afterward, an elaborate system of codes will be designed to identify the key trends and tendencies in the development of the seawall system in Florida. By assigning specific codes to the data about the efficacy of the man-made and natural seawalls as the tools for mitigating the effects of sea levels rise in Florida, one will be able to quantify the outcomes and, therefore, retrieve the data for quantitative analysis.

Data Analysis

As soon as the necessary data is collected, a t-test should be used to compare the effects of using man-made structures to the outcomes of utilising natural obstacles to flooding, such as dunes. The quantitative data will be analyzed so that the research hypothesis could be proven either right or wrong. Thus, the superior method will be determined.

Background and Importance

The particular issue of seaside flooding and the particular associated threats in order to the economic plus environmental sustainability associated with Florida has already been the topic with regard to numerous discussions or even quite a whilst (Czajkowski et ing., 2015). Needless in order to say, the problem of sea amounts rise as well as the following coastal flooding offers affected the surroundings associated with Florida significantly. The particular ecosystems from the condition are currently inside peril. Similarly, the quantity of drinking water offers been reduced considerably. The low-lying places have been impacted most, yet the particular remaining state offers also been going through difficulties (Bloetscher, Sludge hammer, Berry, Locke, & Allen, 2016).

Apart through environmental concerns plus the threats in order to not only the particular agriculture but furthermore the lives associated with numerous citizens, additionally, there are economic implications from the sea levels increasing and the following coastal destruction, water damage, and reduction within the availability associated with sea resources (Science and Technical Prediction Panel, 2014). In addition, other economic problems can be seen as the cause for concern; especially, the possible harm to the condition infrastructure is certain to affect the particular sustainability levels in order to a considerable level (Cunnif & Schwarz, 2015).

Moreover, individuals are probably to be hesitant to think about Florida because the place exactly where they can holiday or live will probably affect the monetary sustainability of the particular state. Consequently, the particular financial resources with regard to managing the environment issues will become very scarce, therefore the connection among the environmental plus economic concerns. The particular problems in the particular tourism and actual estate industries will certainly affect Florida plus its citizens significantly (Wiggins, 2015).

The make use of of natural sand hills has been a choice for quite the while. Dunes give a rather efficient protection against the rise within sea levels (Ciavola et al., 2015). Nevertheless , the downsizing of dunes that will has been noticed over the previous few years suggests that the identified process may fail in order to meet the needs of the occupants of Florida within the long phrase. Thus, additional tactics for making crête last longer must be introduced (Elko ain al., 2016).

Man-made set ups, in their convert, have proven to be able to have higher strength levels (Nateghi, Bricker, Guikema, & Bessho, 2016). Yet , that they require significantly increased investments (Shumba, Makurira, Nhapi, & Gumindoga, 2014). Furthermore, typically the use of man-made tools for taking care of coastal floods and even rising sea standards affects the surroundings negatively. For illustration, the changes for the ecosystem that may well trigger the defunctness of certain kinds needs to be mentioned between possible negative effects (Huh, 2015).

Conclusion

Because involving the recent embrace sea levels, typically the Florida authorities must choose the almost all efficient tool intended for flood management and even the associated concerns. The choice involving the two alternate options, i. e., man-made structures and herbal dunes, is pretty tough. While the second item see to include better effects and even are easily adjustable, the former enable maintaining the degrees of sustainability with the required charge. Therefore, an analysis and a comparison of typically the two must always be conducted to identify the best approach. Its believed of which the using all-natural dunes needs to be recommended since it presents more opportunities intended for maintaining the durability and environmentalism degrees high.

References

Bloetscher, F., Sort, N. H., Super berry, L., Locke, D., & Allen, Big t. V. (2016). Method for predicting community impacts of marine. United kingdom Journal of Utilized Science & Technological innovation, 7 (1), 84-98.

Bolter, K. (2012). Determining the threat involving sea level climb to vulnerable multitude in Southeast Sarasota . Web.

Borisova, Big t., Breuer, N., & Carriker, R. (2014). Economic impacts involving climate change in Florida: Estimates by two studies . Web.

Ciavola, S., Ferreira, O., Dongeren, A. V., Vries, A. V. Big t. D., Armaroli, G., & Harley, Michael. (2015). Prediction involving storm impacts in beach and crête systems. In S. Quevauviller (Ed. ), Hydrometeorological hazards: Interfacing scientific research and policy (5th education. ) (pp. 227-252). New York, BIG APPLE: 5 John Wiley & Sons, Limited.

Czajkowski, J., Engel, Versus., Martinez, C., Mirchi, A., Watkins, G., Hughes, J., & M. (2015). Economic impacts of urban flooding in south Florida: Potential consequences of managing groundwater to prevent salt water intrusion . Philadelphia, PA: University of Pennsylvania.

Cunnif, S., & Schwarz, A. (2015). Performance of natural infrastructure and nature-based measures as coastal risk reduction features . London, UK: Environmental Defense Fund.

Elko, N., Brodie, K., Stockdon, H., Nordstrom, K., Houser, C., McKenna, K., … Walker, I. (2016). Dune management challenges on developed coasts. Shore & Beach, 84 (1), 15-28.

Hodges, A. W., Rahmani, M., & Stevens, T. J. (2013). Economic contributions of agriculture, natural resources, and food industries in Florida in 2013 . Gainesville, FL: University of Florida.

Huh, M. K. (2015). Fluvial landscape ecology and water quality at the Jupo River, Korea. International Journal of Pure & Applied Bioscience, 3 (3), 1-9.

Li, S., & Nadolnyak, D. (2013). Agricultural land development in Lee County, Florida: Impacts of economic and natural risk factors in a coastal area . Web.

Nateghi, B., Bricker, J. D., Guikema, S. D., & Bessho, A. (2016). Statistical analysis of the effectiveness of seawalls and coastal forests in mitigating tsunami impacts in Iwate and Miyagi Prefectures. PLoS One, 11 (8), e0158375.

Science and Technical Advisory Panel. (2014). Sea-level rise, storm surges, and extreme precipitation in coastal New Hampshire: Analysis of past and projected future trends . New Hampshire, UK: New Hampshire Coastal Risks and Hazards Commission.

Shumba, S., Makurira, H., Nhapi, I., & Gumindoga, W. (2014). Environmental impacts of natural and man-made hydraulic structures: Case study Middle Zambezi Valley, Zimbabwe. International Journal of Application or Innovation in Engineering & Management (IJAIEM), 3 (1), 242-257.

Villarreal, N. M., Chafetz, H., & Meredith, J. (2015). The diagenesis of shell middens along the gulf coasts of Texas and Florida. GCAGS journal, 4 (1), 29-42.

Wiggins, S. M. (2015). Low-frequency ambient noise offshore of North Carolina and Florida 2007-2014 final report . San Diego, CA: Marine Physical Laboratory.

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