BIO 425 Aquatic Zoology Paper Assignment

 

            Objective:  Students will perform a bioassessment of the impact on the water quality of Moore Creek by construction at the Boring Sports Complex on the campus of Reinhardt College using the fish community.  Moore Creek is also home to the federally protected Cherokee Darter, Etheostoma scotti.  This study will use the bioassessment data and population estimates of E. scotti to evaluate the impact of construction on water quality and this imperiled species.

 

            In the Introduction, you will discuss previous research indicating impacts of construction on stream water quality and the precedent/logic of using the fish community of a steam as an indicator of water quality.  In Methods, you will explain specific methodology used to collect and analyze data.  This will not be original methods that you have developed, but rather previously published/accepted methods to conduct the bioassessment.  In Results, you will present summaries of data and analyses.  In Discussion, you will discuss the implications of the results in the context of the introduction.  This will also be where recommendations regarding the construction of the complex should be made.

This paper should be done in full scientific format.  These citations should be traced back to primary literature whenever possible.  All citations in the text must be done in name and year format as follows: Powers (2003), Powers and Mayden (2003), or Powers et al. (2004).  A Literature Cited section will follow Discussion.  References must be listed alphabetically in Literature Cited and in the following formats:

 

Journal articles:

 

Powers, S. L. 2003.  Modification of Index of Biotic Integrity for Russell Fork of upper Big Sandy River system, Kentucky.  Journal of the Kentucky Academy of Science.  64(1):6-11.

 

Powers, S. L. and R. L. Mayden. 2003.  Etheostoma cervus: a new species from the Forked Deer River System in western Tennessee with comparison to Etheostoma pyrrhogaster (Percidae: subgenus Ulocentra).  Copeia. 2003(3):576-582.

 

Powers, S. L., R. L. Mayden, and D. A. Etnier.  2004.  Conservation genetics of the ashy darter, Etheostoma cinereum (Percidae: subgenus Allohistium), in the Cumberland and Tennessee rivers of the southeastern United States.  Copeia.  2004(3):632-637.

 

Books:

 

Etnier, D. A., and W. C. Starnes.  1993.  The fishes of Tennessee.  The Univ. of Tennessee Press, Knoxville, TN.

 

 

Book chapters:

Templeton, A. R.  1986.  Coadaptation and outbreeding depression, p. 105-116  In: Conservation biology: the science of scarcity and diversity.  M. E. Soule (ed.).  Sinauer Associates, Sunderland, MA.

 

These references need to be part of the established scientific literature and/or appropriate “gray literature”.  Only primary research articles published in peer-reviewed journals, books written for use by professional researchers, or procedural documents produced by appropriate governmental agencies are acceptable.  These resources will be accessed largely by library searches, online journal resources, and governmental websites/contacts.

 

Scoring Rubric

 

Introduction

20  Location of study area clearly identified and thoroughly described, potential impacts on water quality project identified citing previous studies,  rationale for bioassessment using the fish community clearly explained, concisely written, free of grammatical errors

 

15  Location of study area identified, potential impacts on water quality project identified but lacking citations,  rationale for bioassessment using the fish community presented, not concise, few grammatical errors

 

10  Location of study area poorly identified, cursory treatment of potential impacts on water quality,  rationale for bioassessment using the fish community wanting, not concise, many grammatical errors

 

 

Methods

20  Specific sampling methods described in sufficient detail to provide replication of study, analyses clearly explained, concisely written, free of grammatical errors

 

15  Specific sampling methods described, analyses identified, not concise, few grammatical errors

 

10  Specific sampling methods poorly described, analyses not clearly identified, not concise, many grammatical errors

 

 

Results

20  Summaries of data presented clearly, trends and/or important findings are illustrated and easily recognized, tables clear and well organized, accurate, no conclusions presented, concisely written, free of grammatical errors

 

15  Summaries of data presented but not clear, trends and/or important findings not easily recognized, tables present but unclear, not completely accurate, conclusions suggested sparsely, not concise, few grammatical errors

 

10  Summaries of data lacking, trends and/or important findings lacking, tables present and figures lacking, not completely accurate, conclusions suggested throughout, not concise, many grammatical errors

 

 

Discussion

20  Results clearly linked to purpose of study, conclusions clearly supported by results, recommendations consistent with introduction and conclusions, concisely written, free of grammatical errors

 

15  Results linked to purpose of study, conclusions associated with results but not clearly linked, recommendations not entirely consistent with introduction and conclusions, not concise, few grammatical errors

 

10  Results not linked to purpose of study, conclusions not associated with results, recommendations not consistent with introduction and conclusions, not concise, many grammatical errors

 

 

Literature Cited

 

20  Citations throughout text for all statements not “common knowledge”, proper format, text and lit. cited consistent

 

15  Citations sparse throughout text, improper format, text and lit. cited inconsistent

 

10  Citations lacking in text, improper format, text and lit. cited inconsistent