| Apr 30, May 2 |
Notes:
DNA and genetics 1.
Arabidopsis as a model
|
DNA
Lab I: Mueller & Loverock: DNA extractions Note our lab grown lily below: |

Rest
of our Schedule
| Jan 28,30 | Introduction to course, Planning sessions: schedule lab choices, work on budgets, initial orders introduction to constructing web pages: use of digital equipment. | WebNotes: Syllabus | (Iglich) |
|
Feb. 5,7 |
Plant tissues: fabrics of our lives |
Plant tissues:
Background notes on tissues |
Tradtional & Paper making from non-woody fibers |
| Feb. 12,14 | Cloning and Color: cellular structures, cloning and pigments. | Plant cells | Callus cultures & dyes & traditional |
| Feb. 19,21 | Wood |
Plant tissues: secondary growth: |
Wood types, dendrochronology & traditional |
| Feb. 26,28 | Fungi |
*WebNotes:
Fungi |
Traditional & fermentation (beer) & soy & fungal foods |
| Mar 5,7 | Algae |
Algae: WebNotes
for algae |
Biomonitors: algal populations
& traditional &algal cooking ( Kupina) |
| Mar 12,14 & 26,28 | Biological Prospecting, Spices, Bioactive |
WebNotes for : notes these are for the two week period.. only pull out the days notes at a time! Amber's Lab: Spices |
Testing for plant medicines: antimicrobial & antibiotics ( Iglich 1; Loverock 2) |
| Apr 2.4 | Grasses | (Brenneman); grasses, blue chips and bread | |
| Apr 9,11 | Bioremediation | Plant
Nutrition *Study Questions for Exam week of 4/15: ph/xy & defenses |
Field Id of Wildflowers & Copper Bioremediation |
| Apr 16,18 | Legumes | ( Keller: legumes & soap) | |
| Apr 23, 25 | Flowers/Pollen/Fruit |
Plant
reproduction |
( LaMotte & Brennamen: Tree ID & Fruit lab) |
| Apr 30, May 2 | DNA and genetics | Genetics of plants Study questions ( includes both genetics & flower) |
( Mueller &Loverock: DNA extraction) |
May 7, 9 |
Photosynthesis |
Plant ecology and alien species | DNA gels |
|
Final Exam: Part II: Note** reduced down to 20 correct identifications from either wildflowers or trees: you choose - I will present all. |
|||
Introduction: This will be an experimental course in many ways:
1. New ways to learn and teach
Classroom Methodology it self will be experimental... although you will get a grade, it wont be based on exams taken from lecture material ( passive mode) ..instead it will be based on your projects, participation, attitude, and what you have learned which will become apparent as you design and complete the labs and activities. You will be teaching yourself and the whole class in stages. Everyone gains from your efforts. You will also offer this knowledge through production of web pages for the greater world community.
2. Information gained from experimentation itself:
The knowledge itself will in part come from experiments. Although both you and I will obtain and share information gained from printed/web sources which we use to help design, implement and most importantly explain results, some of the insights should come from the experiments/labs themselves. Thus knowledge will be derived from visual observations, from data analysis ( i.e. chemical) and so on.
We will use the following :Text Book = Laboratory Manual for Applied Botany ( I have purchased for you: cost $29 please bring in check) plus I will lend you a botany textbook for the semester)
In addition we will use some great web sources including : Waynes word is actually a great site with interesting facts and so on.. check it out soon
http://waynesword.palomar.edu/bot15fal.htm
Plants and People (Botany 115) W.P. Armstrong, Instructor
3. Transition of Traditional Botany to ---> Applied Botany
We will be working to convert traditionally taught Botany into Applied Botany ( even here we need a sexier title i.e. Drugs, sex and ...
The majority of people dont want to learn about plants as they dont relate to them ( wait till you try to teach plant biology vs animal!) This is not because plants themselves are not interesting, but rather because they are perceived as being inactive or even not alive by some, they have gained a bad reputation from other teachers who dont know much about plants and thus put them down to their students, and thus are not highly valued. Your job ( and mine) is to be able to convince others of the value of plants and their study. Unfortunately we wont be able to do this based on the inherent value of plants as entities in themselves, but by convincing others how valuable or dangerous the plants are to HUMANS.
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Iglich Spring 2002