PLANTS AND PEOPLE     BOTN 328    SYLLABUS Summer 2000
INSTRUCTOR: JAMES R. MANHART, BUTLER 311, 845-3356
OFFICE HOURS: MW 2-5 OR BY APPOINTMENT email: manhart@mail.bio.tamu.edu

TEACHING ASSISTANT: HEATHER HERRICK email: hherrick@mail.bio.tamu.edu
HERBARIUM BOTANIST: MONIQUE DUBRULE REED email: monique@mail.bio.tamu.edu

TEXT - ECONOMIC BOTANY 2nd Edition by SIMPSON & CONNER-OGORZALY
LECTURE - MWTRF 10:00-10:50 BUTLER 101, LAB - MWTh 1:00-4:00, BUTLER 004

Date
Lecture
Text reading
Lab
Current topics
5 July
Introduction
 
Reading 1
6

Vegetative Morphology

15-24
Vegetables - 6 July
Reading 2
7

Reproductive Morphology

24-36
 
Reading 3
10

Reproductive Morphology

 
Flowers - 10 July
Reading 4
11
Plant Classification - (Intro) (History)
 
Reading 5
12
Grasses I
159-200
Fruits - 12 July
Reading 6
13
Grasses II &Legumes I
201-228
 
Reading 7
14
Legumes II
201-228
Grasses & Legumes - 13 July
Reading 8
17
Exam I
 Demo exam
 
Reading 9
18
Genetics and Breeding
Field Trip - 17 July
Reading 10
19
Origins of agriculture
66-83
   
20
Major Plant Families
 
Lab Practical I - 19 July
Reading 11
 21
Apiaceae
     
 
Asteraceae
 
Major Plant Families I  - 20 July
 
 
Brassicaceae
     
 
Cucurbitaceae
 
 Major Plant Families II - 24 July
 
 
Lamiaceae
     
 
Liliaceae
 
 Spices&Perfumes - 26 July
 
 
Rosaceae
     
Solanaceae
24
Ornamental plants
 Woods & Papers - 27 July
Reading 12
25
Oils & waxes
570-613
Reading 13
26
Exam II
315-348
 Field trip - 31 July
Reading 14
27
Leaves, stems & roots
229-277
Reading 15
28
Spices, herbs & perfumes
278-314
 Review - 2 Aug
Reading 16
31
Wood, cork & bamboo
542-569
Reading 17
1 Aug
Fibers, dyes & tannins
504-541
 Lab Practical II - 3 Aug
Reading 18
2
Medicinal Plants
 376-406
Reading 19
3
Plant drugs & poisons
407-445
 What's that in your food? - 7 Aug
Reading 20
4
Alcoholic & nonalcoholic beverages
445-503
Reading 21
6
Hydrogels, latexes & resins
349-375
   
7
Temperate and Tropical fruits & nuts
84-158
Reading 22
9
Exam III - 10:30 - 12:30

LABORATORY

The laboratory will consist mostly of demonstrations of material covered in lecture. You should be able to identify plant products in terms of their structure, name (common & scientific) and place members of major plant families in their correct family. Attendance is required, excused absences only.

CLASS PROJECTS

Term paper: Students should select topics from list or discuss alternative topics with instructor. It is more efficient to use PC-based unformation retrival systems (AGRICOLA, SCI, etc.) to locate references. The paper should include but is not limited to: methods of cultivation, origin(s), distribution, related wild species, uses, economic importance (past and present) and associated human cultures. The paper should be type-written and at least 5 pages in length and contain at least five references in a "Literature Cited" section. Beware of using the www as your sole source of information, very few sites are externally reviewed and many contain numerous errors and falsifications. The paper is due 1 August.

What's that in your food? Prepare or obtain an unusual food. If you prepare it yourself, supply a recipe. Describe the cultural history of the dish and the major plant components (common and scientific names, origins, etc.). This information and any necessary warnings will be displayed with the dish. The dishes will be consumed by the class, T.A. and instructor. Consult with your T.A. before committing to a selection.

GRADING

2 Lecture exams at 150 points ea.--------------------300

Term paper (Optional)---------------------------------50

2 Lab practicals at 75 points ea.--------------------100

Lab Quizzes-------------------------------------------50

What's that in your food?-----------------------------50

    Total---------------------------------------------550 or 600

Grading scale will be 90-100%=A, 80-89%=B, 70-79%=C, 60-69%=D, <60%=F.






SUGGESTED TERM PAPER TOPICS

Absinthe
Almond
Alternative paper sources
Amaranth
Bamboo
Bananas
Brewing beer
Black-Eyed Pea or Cowpea
Bottle Gourd
Breadfruit
Buckwheat
Cacti
Carob
Carrot
Clove
Cocaine
Coconut
Construction of musical instruments
Cut Flowers
Favism
Genetic engineering of crop plants
Ground Covers
Hemp
Jojoba
Kiwi Fruit
Lettuce
Mandrake
Marijuana
Opium and derivatives
Orchids
Peyote
Pineapple
Purple coneflower
Quinoa
Sorghum
Strawberry
Sweet Potato
Sustainable agriculture
Taxol
Tamarind
Tee Tree Oil
Tomato
Tulips
Turf Grasses
Vanilla
Wine
Wood products
Yams

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