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Grounding in Botany 2005

Overview ::: Dates & Location
Objectives ::: Logistics ::: Registration
Sample Labs ::: Sample Topics ::: Homework

 

Course Overview

Grounding in Botany is a hands-on, fun, intense, and exciting professional development opportunity for high school teachers. The course will bolster the professional skills of secondary school science teachers by building upon the Wisconsin Fast Plants program, a widely adopted plant-based program in scientific investigation . The course will enhance teachers' knowledge of basic botany , introduce (where needed) and refine their methods of teaching using Fast Plants, and provide a context for the Fast Plants program that enables teachers to extend those lessons in the classroom and schoolyard. The course follows the five-week life cycle of Fast Plants, with lectures and hands-on labs reflecting the developmental stage of the teachers' own Fast Plants, from seed to seed . The course consists of a summer institute and 5 follow-up workshops throughout the year. The course is supported by a generous grant from the Arthur Vining Davis Foundation.

 

Dates and Location

This workshop takes place on Wednesday, Thursday, and Fridays from July 6 th through August 5 th at The Huntington Library, Art Collections, and Botanical Gardens. The workshop will be held each of those days from 9 am-3 pm in The Huntington's Brody Teaching Laboratory. There will also be a series of 5 follow-up workshops required. The total commitment to the program is 20 contact days over the course of one summer and one school year.

 

Course Objectives

Upon completion of 5 week program " The ABCs of Developmental Botany; Integrating Plants into the High School Classroom ," participants will be able to:

  • Construct a growing system for Wisconsin Fast Plants
  • Discuss the full sporic life cycle of angiosperms
  • Identify the key characteristics in the structure and function of a plant cell
  • Understand the nature of the semi-permeable plant cell membrane
  • Discuss mitosis and demonstrate with a lab experiment
  • Discuss meiosis and conduct a visual demonstration
  • Compare and discuss Photosystems I and II
  • Compare photosynthesis and respiration in plants
  • Provide visual lab evidence of plant photosynthesis and respiration
  • Contrast CAM, C3, and C4 photosynthesis
  • Discuss the water, carbon, and nitrogen cycles and cite lab experiments to accompany each
  • Cite recent scientific discoveries based on experiments with Fast Plant relatives
  • List several plant science resources in the following fields: professional organizations; websites; lesson plans; literature
  • Outline the process and concerns for starting and maintaining a school garden
  • Contrast pollination and fertilization
  • Conduct lab demonstrations for examining pollination and fertilization
  • Outline glycolysis
  • Provide evidence for plant/animal interdependence as it relates to pollination
  • Write a scientifically-formatted laboratory report
  • Identify the parts of angiosperm flowers and common fruit
  • Write a usable lesson plan based on course material

 

Logistics

Each participant will receive a $1,000.00 stipend for completing the summer institute, and $100 for each of the five follow-up workshops (contingent upon completion of course requirements). Participants will be eligible for a $500.00 supply grant for classroom implementation of inquiry-based plant lesson plans and $140.00 in funding for coverage by a substitute for each of the follow-up workshops.

 

Course Registration

Registration has closed for 2005.

 

Sample Labs

  • "The Hunt for Glucose"
  • "Photosynthe-Soda"
  • "DNA in My Lunch: A Simple, Cheap DNA Extraction"
  • "Mutants and Hormones: Gibberellin's Effects on Fast Plant Growth"
  • "Water Cycle in a Bottle: Bottle Biology Water Cycle Examination"
  • "Know Your Onion: Visible Mitosis"
  • "Dissecting Double Fertilization"

 

Sample Course Topics

  • Setting up and maintaining a light bank and Fast Plant growing system
  • The plant cell, including characteristics of a semi-permeable membrane
  • Mitosis
  • Photosynthesis and respiration
  • Web, print, and professional resources
  • Planning and tending a school garden
  • Nitrogen fixation
  • Glycolysis
  • Meiosis
  • Finding and obtaining grants for your classroom

 

Homework

Nightly and overall course homework assignments are a required part of the course.


© 2006, Huntington Library.  All rights reserved.
Last revised:  18 April 2006

The Huntington Library, Art Collections & Botanical Gardens
1151 Oxford Road
San Marino, CA 91108
(626) 405-2100
Comments to: webmaster@huntingtoneducation.org