|
Level (check one) Will this course impact program X Undergraduate requirements? no
If yes, a Graduate Program Modification must be completed. Type
of course (check all that apply): writing intensive (WAC) university core. __ Engl __ Hum __ Math
__ Sci. __ Soc Sci MC: __US Culture __ Non-WesternCulture (
to be considered as core curriculum, question 18 must be completed) |
The University Of Toledo
NEW
COURSE PROPOSAL
1. College:
A & S Department: EEES
2. Contact Person: Deb
Neher Phone: 2585 Email: mailto:Deborah.neher@utoledo.edu
3. Alpha/Numeric Code (subject area - number): EEES – 4260
4. Proposed title: Soil Ecology Laboratory
Proposed effective term: Spring 2005
5. Planned enrollment per section: 20 per term: 20
6. Is the course cross-listed with another
academic unit? no
Is the course offered at more than one
level? yes
If yes to either question, please list additional Alpha/Numeric codes:
a. EEES
5260 b. __ __ __ __ - __ __ __ __ c.
__ __ __ __ - __ __ __ __
Approval of other academic unit (signature)
Name and title Soil Ecology Laboratory
If course is to be offered at more than on level, attach an explanation of the different requirements that students must meet for each level. If the requirements are the same for each level, justification must be provided.
7. Credit hours: Fixed: 1 or Variable: to
8. Delivery Mode: Primary Secondary Tertiary
a. Activity Type* lab
b. Credit Hours 1
c. Weekly Contact Hours 3
9. Terms offered: Fall X Spring Summer
Years offered: Every Year X Alternate Years (odd)
10. Are students permitted to register for more
than one section during a term? X No Yes
May the course be repeated for credit? X No Yes Maximum Hours
11. Grading system: Undergraduate Graduate
X Normal Grading (A-F, PS/NC. PR, I) Normal Grading (A-F, PS/NC. PR, I)
Passing Grade/No Credit (A-C, NC) Grade Only (A-F)
Credit/No Credit Satisfactory/Unsatisfactory (G only)
Grade
Only (A-F, PR, I) Audit only
Audit only No Grade
No Grade
12. Prerequisites (must be taken before): a. __ __ __ __ - __ __ __ __
Co‑requisites (must be taken together): a. EEES 4250
13. If course is to replace an existing, course(s) will be deleted, and when should that deletion occur?
Course to be removed from inventory Final Term to be offered
a.
b.
14. Catalog description (30 words maximum).
Laboratory exercises designed to complement the
material covered in EEES 4250.
15. Attach a copy of a complete outline of the major topics covered. (Providing a syllabus that includes this information is acceptable.)
Outline of major topics covered is below.
16. Where does this course fit in the University/College/Department curriculum? (Be specific by course level, if applicable). Indicate prospective demand.
This course provides a hands-on laboratory course to
accompany the existing lecture course EEES 4250 Soil Ecology
17. If the proposed course is similar to another course in the College or University, please describe the difference and provide a rationale for the duplication. (If this course duplicates material covered in another course within your department or college or in another college, attach a letter of endorsement from that area’s dean and department chairperson indicating their support. Clarify the manner in which this course will differ).
No duplication
18. If the course is intended to meet a University Undergraduate Core requirement, complete the following:
a. Explain how this course fulfills the guidelines established for the competency area identified. Guidelines are available from Faculty Senate Office, UH 3320, x2112 or x2182.)
Not applicable
b. Identify the intellectual competencies which this course is intended to fulfill: inquiry; communication; understanding mathematical and quantitative concepts; historical consciousness and social awareness; scientific inquiry; values; aesthetic mode of thinking; information acquisition and use.
c. How does this course develop the intellectual competencies identified?
EEES
4260 Soil Ecology Laboratory
List of topics to be covered
Microscopy (stereo,
compound, fluorescent, confocal) and measurements of organisms
Transfer and culture of soil
microflora and microfauna
Comparison of methods to
quantify soil microbes
a.
dilution plates
b.
direct counts
c.
respiration by chloroform fumigation and extraction (in vitro)
d.
substrate-induced respiration (in vitro)
e.
infrared gas analyzer (in situ respiration)
f.
extracellular enzyme assays
Extraction and enumeration
of soil protozoa
Comparison of extraction
methods for soil nematodes: Cobb’s sieving & gravity, filter, sucrose
flotation
Comparison of extraction
methods for soil microarthropods: modified Tullgren versus heptane flotation
Introduction to taxonomic
keys
Soil microclimate
measurements
Measurements of ecosystem
processes including nitrogen availability and decomposition
Students will be divided
into small groups. Each group will be responsible for performing each type of
procedure on their soil. Students will prepare a written report comparing soil
types and methods employed.