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Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from Raven et al. Biology of Plants except when otherwise noted
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Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Jan 02, 2016

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Page 1: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Chapter 1BOT3015L

Plant Biology Laboratory

Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw

All photos from Raven et al. Biology of Plants except when otherwise noted

Page 2: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Scientifically supported relationships between the major groups of organisms

Tree of life project read more at www.tolweb.org

"The affinities of all the beings of the same class have sometimes been represented by a great tree... As buds give rise by growth to fresh buds, and these if vigorous, branch out and overtop on all sides many a feebler branch, so by generation I believe it has been with the great Tree of Life, which fills with its dead and broken branches the crust of the earth, and covers the surface with its ever branching and beautiful ramifications."

Charles Darwin, 1859

Obscure root of the tree of life

Nucleate cells

Plants Animals

Insects and Arthropods

Vertebrates

Fungi

Prokaryotes (no photo)

Notice also that there are branches that connect to other branches to represent endosymbiosis

Page 3: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Today

• Day-by-day syllabus review• Class policy• Science and maintaining a lab notebook• Plants are our sustenance• Crop investigations

• Day-by-day syllabus review• Class policy• Science and maintaining a lab notebook• Plants are our sustenance• Crop investigations

Page 4: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Chapter 2Characteristics of plant cells

and plant-cell division

From Collin County Community College District BioLab

Elodea leaf

• Cellulosic cell walls

• Plastids such as chloroplasts for oxygenic photosynthesis

• Large vacuoles

Page 5: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Chapter 3Flowering plants

From Outlaw lecture

Evolution and function of floral parts and pollination

Page 6: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Chapter 4Seed and fruit

dispersal

Dandelions disperse by wind

Coconuts disperse by water

Page 7: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Chapter 5Effects of plant

hormones on plant growth

Control, a dwarf plant

A dwarf plant treated with gibberellin, a plant hormone

Page 8: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Chapter 6Germination

Primary Growth

Maize seed consists of seed coat containing the

embryo and nutritive tissue

Germinating maize seed

Page 9: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Chapter 7Experimenting with Guard cells

Guard cells and stomata in the epidermis of Vicia faba

Stomata open Stomata closed

Photos from Outlaw’s lab and also featured on the cover of the scientific journal Archives of Biochemistry and Biophysics in 2002

Page 10: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Chapter 8Data Analysis

BOT3015L student work

Page 11: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Chapter 9Mycorrhizae

Pine tree seedlings

With fungiWithout fungi

Page 12: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Chapter 10 Protists

Colonial green algae

Red algae

Page 13: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Chapter 11 Fungi

Lichens are symbiotic relationships between fungi and green algae and/or cyanobacteria

Morel, one of many edible fungi

Page 14: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Chapter 12Non-flowering plants

gymnospermsbryophytes ferns

Marchantia sp.liverwort Matteuccia sp. Pinus sp.

Page 15: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Today

• Day-by-day syllabus review• Class policy• Science and maintaining a lab notebook• Plants are our sustenance• Crop investigations

Page 16: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Class Policy

Prerequisites

Insurance

Required materials

Attendance

ADA Statement

Academic Honor Policy

Performance and Participation

Safety

Grading

Lab notebookPencilTextbookLab manual

1. Plagiarism2. Cheating3. Unauthorized group

work4. Fabrication5. Falsification6. Misrepresentation7. Resubmission

Prior to each class:Read the lab materialsDrawing listReview questionsProtocols

Attendance and statement of understanding class policy

Page 17: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Today

• Day-by-day syllabus review• Class policy• Science and maintaining a lab notebook• Plants are our sustenance• Crop investigations

Page 18: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Scientific Skills

Keen observations are recorded

The specimen

What are your observations?

How would you best record observations about this specimen?

From Collin County Community College District BioLab

Page 19: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Example drawing

Example drawing of a similar specimen

How does the drawing represent the specimen well?

How could the drawing better represent the specimen?

Record your observations accurately and thoroughly

From Collin County Community College District BioLab

Student work, BOT3015

Record interpretations with drawings that emphasize important aspects

Page 20: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Observing specimens

If your specimen has several cell types, draw a few

cells of each type exactly as they appear and

emphasize important information (e.g. cell-type

distribution, patterns, cell variation, sections) with

diagrammatic sketches and descriptions.

Page 21: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Notebook (left / right)

Left(thinking)

Right(lab work)

• Observations• Solution preparation• Methods• Data collected

during experiment

•Interpretations•Conclusions•Graphs•Ideas for future experiments

•Answers to review questions and objectives

Leave space in front for table of contents

******************************13 June 2005

Treatment of Brassica rapa plants with GA

Time: 10:05 am

_√__ Measure plant heights

1. _20_ mm2. _40_ mm

_√_ Apply 20 µl 100 µM GA to 1st leaf of plants 1, 2 and 3.

___ Apply 20 µl 10 µM GA to 1st leaf of plants 4, 5 and 6.

____ ……..etc.…….

Page 22: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Scientific Skills

Keen observations are recorded

Problem-solving skills

Good organizational skills

Page 23: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Today

• Day-by-day syllabus review• Class policy• Science and maintaining a lab notebook• Plants are our sustenance

– Effects of agriculture on animals– Effects of agriculture on plants

• Crop investigations

Page 24: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Agriculture, the primary means of procuring food since ~10,000 years

ago (less than 1% of human existence)

Page 25: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Human Population

Page 26: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

MaizeCalled “Indian corn” to distinguish it from other Old

World Grains, but in American English, the name has been shortened to simply “corn.”

From Outlaw’s garden, BOT3015 lecture

Page 27: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Teosinte and Maize

Page 28: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Effects of selection on morphology

Brassica oleracea

Publix Greenwise Aug. 2005

Page 29: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Crops of the Americas U.S. postal stamps

Page 30: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

Today

• Day-by-day syllabus review• Class policy• Science and maintaining a lab notebook• Plants are our sustenance• Crop investigations

– Choose a crop– Research via text and computer– Presentations

Page 31: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.
Page 32: Chapter 1 BOT3015L Plant Biology Laboratory Presentation created by Danielle Sherdan and edited by Jean Burns-Moriuchi and William Outlaw All photos from.

World of Domesticated Crops