'Fibrous root' presentation slideshows

MORPHOLOGY OF FLOWERING PLANTS

MORPHOLOGY OF FLOWERING PLANTS. Types of Plant Organs. Vegetative organs: Roots Leaves Stems Reproductive organs: Flowers Fruit. Plant Body Systems. The plant body is organized into a root system and a shoot system: Root system is generally below ground.

928 views • 80 slides

MORPHOLOGY OF FLOWERING PLANTS

MORPHOLOGY OF FLOWERING PLANTS. Types of Plant Organs. Vegetative organs: Roots Leaves Stems Reproductive organs: Flowers Fruit. Plant Body Systems. The plant body is organized into a root system and a shoot system: Root system is generally below ground.

1.01k views • 80 slides

KEY CONCEPT Plants have specialized cells and tissue systems.

KEY CONCEPT Plants have specialized cells and tissue systems. Parenchyma cells are the most common plant cell type. store starch, oils and water help heal wounds to the plant have thin flexible walls. Plant tissues are made of three basic cell types. they are strong and flexible.

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CHAPTER 3: BIODIVERSITY

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BOTANY

BOTANY. Take Notes on Page 91. Plants are either woody (long living) or herbaceous (short lived and green). Woody plants have both woody and herbaceous structures. Plant Organs and Tissues. There are two groups of plant organs: Vegetative - which have leaves, roots and stems

756 views • 36 slides

AGRICULTURAL BOTANY AGR 3101

AGRICULTURAL BOTANY AGR 3101. The course focuses on: Morphology (external plant structure) Anatomy (internal plant structure) Taxonomy (plant nomenclature, identification and classification). GROWTH HABITS OF PLANTS. Herb (Herba) Shrub (Renek) Tree (Berpokok) Climber (Memanjat)

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For the Instructor

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Leaving Certificate Biology Plant Asexual Reproduction 1 iQuiz

190 views • 17 slides

Plant Growth and Reproduction

Plant Growth and Reproduction. Unit Outline I. Introduction II. Stages in Plant Growth III. Life Cycles of Plants IV. Uses of Plants V. Plant Classification VI. Plant Parts and Functions VII. - Roots VIII. - Stems IX. - Leaves

581 views • 15 slides

KEY CONCEPT Roots and stems form the support system of vascular plants.

KEY CONCEPT Roots and stems form the support system of vascular plants. Roots provide many functions. support the plant absorb, transport, and store nutrients root hairs help absorption. Roots anchor plants and absorb mineral nutrients from soil. root cap.

143 views • 13 slides

Plant Structure: Organs

Plant Structure: Organs Organs composed of 1 or more tissues Plant organs 3 major types: roots stems leaves Flowers and fruits evolved from stems and leaves Plant Structure: Roots 4 zones of growing root Root cap : protect tip of root; secretes lubricant Root structure

1.48k views • 11 slides

ROOTS AND STEMS

ROOTS AND STEMS. What is their role in photosynthesis?. Functions of Roots. The primary functions of roots are: to anchor the plant (tap root vs. fibrous root) to absorb water and minerals (root hairs can penetrate spaces between soil particles)

1.37k views • 11 slides

Monocot vs. Dicot

Monocot vs. Dicot. Angiosperms are divided into monocots and dicots As the zygote grows into the embryo, the first leaves of the young plant develop and are called cotyledons (seed leaves) Monocots have one cotyledon (corn, lily, etc). Dicots have two cotyledons (bean, oak, etc).

429 views • 9 slides