Too much of a good thing? Exploring nutrient pollution in streams using bioindicators
Author(s): J. Stephen Gosnell
Baruch College, City University of New York and PhD Program in Biology, The Graduate Center of the City University of New York
1278 total view(s), 1662 download(s)
- Copy of Stream Data.xlsx(XLSX | 68 KB)
- Copy of supplement1.pdf(PDF | 4 MB)
- Copy of supplement2.pdf(PDF | 100 KB)
- Copy of supplement3.pdf(PDF | 30 KB)
- Copy of supplement4.pdf(PDF | 497 KB)
- Potomac_green_water.jpg(JPG | 5 MB)
- Too much of a good thing_ Exploring nutrient pollution in streams using bioindicators_blackboard_rubric_jsg.zip(ZIP | 5 KB)
- Too much of a good thing_ Exploring nutrient pollution in streams using bioindicators_faculty_teaching_notes_jsg.docx(DOCX | 16 KB)
- Too much of a good thing_ Exploring nutrient pollution in streams using bioindicators_lab_introduction_jsg.pptx(PPTX | 10 MB)
- Too much of a good thing_ Exploring nutrient pollution in streams using bioindicators_student_handout_jsg.docx(DOCX | 294 KB)
- Investigating human impacts on stream ecology: locally and nationally (Abstract) | TIEE
- License terms
Description
This module is a lab-based activity where students summarize data on stream nutrient concentrations and explore relationships to aquatic macrobenthic insect diversity. Concepts related to nutrient pollution and bioindicators are presented. Tools focus on data aggregation (filtering), summarizing (five-number summaries), plotting (boxplots and scatterplots), and relationships (R2 values).
Notes
This revision includes more detailed introduction to nutrient pollution, bioindicators, and quantitative tools. Students use a web-based app to develop boxplots (instead of developing them on their own) and focus their analysis on two regions they choose.
Cite this work
Researchers should cite this work as follows:
- Gosnell, J. S. (2020). Too much of a good thing? Exploring nutrient pollution in streams using bioindicators. ESA Data Access - Inclusive Pedagogy, QUBES Educational Resources. doi:10.25334/K2EZ-RP39