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HS
722 SPRING 2005
DATE LECTURES DATE LAB
Jan 10 Course bkg, essential
nutrients Jan 10 Nutriculture
(commercial systems)
12 Nutrient
uptake and transport
17 Holiday 17
19 Nutrient uptake and transport
24 Nutrient
uptake and transport 24 Nutriculture (static hydroponics)
26 Nutrient
uptake and transport
31 Nutrient
uptake and transport 31 Nutriculture
(sandculture)
Feb 2 Nutrient
uptake and transport
7 N Feb 7 Exam
1; Nutri. (ion resins)
9 N
14 P 14 Nutriculture (air, gravel, cont. hydro)
16 P
21 K 21 Foliar
analysis (tissue prep)
23 K
28 Si 28 Foliar analysis (tour NCDA Lab)
Mar 2 Exam 2
7 Spring break Mar 7 Spring
break
9 Spring break
14 Ca 14 Foliar
analysis (spectrophot)
16 Ca
21 Fe 21 Foliar
analysis (atomic absorption)
23 Fe
28 B 28 Foliar
analysis (Kjeldahl-N)
30 B
Apr
4
Foliar fertilization Apr 4 Nutritional
monitoring
6 Foliar fertilization
11 Slow
release fertilizer 11 Exam 3; Nutritional monitoring
13
18 Slow
release fertilizer 18 Radioisotopic tracing
20 Slow
release fertilizer
25 Chelates 25 Radioisotopic tracing
27 Chelates
May 6 Final exam is 4th exam (1hr)
Home | Schedual | Office Hours | Grading | Exams | References
HS 722 MINERAL NUTRITION IN PLANTS
Spring
2005
Office hours No formal office
hours are maintained. I work under an
open door policy where you are welcome to come in any time or make an
appointment with me.
Credits: 3 (2 hr lect – 3 hr lab)
MEETING
TIME & PLACE
Lecture: M, W
Lab: M
INSTRUCTOR
Paul V. Nelson,
126 Kilgore Hall, 515-1191, (lab 254 Kilgore, Nancy Mingis,
515-1219)
FAX (919) 515-7747 Email: paul_nelson@ncsu.edu Home tel. 387-3712
Assistant, Mr. Matt Taylor, Office 227 Kilgore 515-3178
TEXT
(Optional)
Epstein, E. and A. J. Bloom. 2005. Mineral Nutrition of plants: principles and
perspectives. 2nd.
Ed. Sinauer Associates, Inc.
Publishers. 400
pp.
There will be 4 exams of equal weight making up 100% of the course
grade. The first and third exams will be
given during lab periods and the second during a lecture period. The fourth exam will be held at the time that
the final exam is scheduled. All four
exams will last 50 minutes and will cover the material listed below. A ± grading system will be used with the
following numerical to letter relationships: F below 60, D 60-66, D+
67-69, C 70-76, C+ 77-79, B 80-86, B+ 87-89, A 90-96, A+
97-100.
Exam 1, Feb. 7 lab. Lecture: essential
nutrients, nutrient uptake and trans.
Lab: nutriculture (labs
1-3)
Exam 2, Mar. 2 lecture. Lecture: N, P, and K
Lab: balance of nutriculture
(lab 4-5), foliar analysis
tissue preparation (lab 6)
Exam 3, Apr. 11 lab. Lecture: Si, Ca, Fe, B,
foliar fertilization
Lab: foliar analysis (labs 7-10)
Exam 4, May 6, final period Lecture: slow release fert., chelates
Lab: nutritional monitoring (labs 11-12), radioisotopes
(labs 13-14)
MAKE-UP
POLICY
In the interest of justice to each student, it is imperative
that exams be taken on schedule. Of
course, I recognize that serious problems may arise that will warrant
postponement of an exam. Before the exam
can be made-up, one of the following two procedures must occur. If the situation is known prior to the exam,
it must be presented to the instructor for approval prior to the exam. When an unforeseen problem arises, such as an
accident, it must be brought to the instructor's attention at the earliest
possible date. The instructor will
determine a reasonable make-up date. If
an exam is taken after the date set by the instructor, the earned grade will be
reduced by 10 percentage points. Only
serious excuses will be honored such as accident, hospitalization, death in
family, University sanctioned field trips or religious observances, and court
appearances.
FIELD TRIP POLICY
The
ACADEMIC
INTEGRITY
We will comply in this course with the University policy on academic
integrity found in the Code of Student Conduct.
You are a very privileged individual to have the opportunity to attend
college. You, possibly your family, and
society are investing heavily in your future performance. As such, you have a moral obligation to do
your best to find and develop your talents and to use these for the betterment
of this world. In so doing, you will
receive one of the greatest awards possible, a feeling of contentment and self
worth. Any form of
cheating will short circuit this goal.
I personally can not tolerate any deviance from honesty because it lessens
the impact of my goal to be a part of your professional and moral development
and because it undermines the dreams and aspirations of the world we live in.
PERSONAL
DISABILITIES
If you have a disability that warrants adjustment in course procedures
please bring it to my attention immediately so that I can make appropriate
accommodations.
1. Barton,
L. L. and B. C. Hemming (eds.). 1993.
Iron Chelation in Plants and Soil
Microorganisms. Academic
Press.
2. Bennett,
W. F. 1993. Nutrient deficiencies and toxicities in crop
plants. APS Press.
The Amer. Phytopathological Soc.,
3. Bould, C., E. J. Hewitt, and P. Needham. 1984.
Diagnosis of Mineral Disorders in Plants. Vol. 1. Principles. Chemical Publishing.
4. Buchanan,
B. B., W. Gruissem, and R. L. Jones. 2000.
Biochemistry and molecular biology of plants. Amer. Soc. Plant
Physiologists.
5. Chapman,
H. D. (ed.) 1966. Diagnostic
Criteria for Plants and Soils. Homer D. Chapman,
6. Epstein,
E. and A. J. Bloom. 2005. Mineral Nutrition of Plants: Principles and Perspectives. 2nd. Ed. Sinauer Associates,
Inc. Publishers,
7. Gauch, H. G.
1972. Inorganic Plant
Nutrition. Dowden,
Hutchinson & Ross, Inc.,
8. Glass,
A. D. M. 1988. Plant Nutrition. Jones and
9. Gupta,
U. C. (ed.). 1993.
Boron and its Role in Crop Production.
CRC Press.
10. Juniper, B. E. and C. E.
Jeffree.
1983. Plant Surfaces. Edward Arnold.
11. Khasawneh,
F. E. (ed).
1980. The role of phosphorus in
agriculture. Amer. Soc. Agron.
12. Lauchli,
A. and R. L. Bieleski (eds.). 1983.
Inorganic Plant Nutrition. In:
Encyclopedia of Plant Physiology. Vol 15 A &
B. Springer-Verlag.
13. Marschner,
H. 1995.
Mineral Nutrition of Higher Plants, 2nd. Ed. Academic Press.
14. Mengel,
K. and E. A. Kirkby.
2001. Principles of Plant
Nutrition. 5th. ed. Kluwer Academic Publishers.
15. Mills, H. A. and J. B.
Jones, Jr. 1996. Plant Analysis Handbook II. MicroMacro
Publishing, Inc.,
16. Mortvedt,
J. J., F. R. Cox, L. M. Shuman, and R. M. Welch. 1991.
Micronutrients in agriculture, 2nd. ed. Soil Sci. Soc.
Amer.
17. Munson, R. D. (ed). 1985. Potassium in agriculture. Amer. Soc. Agron.
18. Pessarakli.
M. (ed).
2002. Handbook of plant and crop
physiology. Marcell
Dekker, Inc.
19. Rengel,
Z. 1999.
Mineral nutrition of crops; fundamental mechanisms and
implications. Food
Products Press,
20. Rennenberg,
H., C. Brunold, L. J. DeKok,
and
21. Robb, D. A. and W. S. Pierpoint.
1983. Metals and Micronutrients:
Uptake and Utilization by Plants. Academic Press.
22. Scaife,
A. and M. Turner. 1984. Diagnosis of Mineral Disorders in
Plants. Vol. 2.
Vegetables. Chemical Publishing.
23. Tabatabai,
M. A. (ed).
1986. Sulfur in agriculture. Amer. Soc. Agron.
24. Taiz,
L and E. Zeiger.
2002. Plant Pysiology,
3rd. ed.
Sinauer Associates, Inc. Publishers,
25. Westerman,
R. L. 1990. Soil Testing and Plant Analysis, 3rd. ed. Soil Science Soc. Amer., Inc.
26. Winsor,
G. and P. Adams. 1987. Diagnosis of Mineral Disorders in
Plants. Vol. 3.
Glasshouse Crops.
Chemical Publishing.
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