The areas and mechanisms of secondary growth in plants. Introduction: Secondary growth is the result of division and growth in lateral meristem, which is also called secondary meristem. Secondary growth is responsible for the girth of the plant. It is found in woody plants, trees, and shrubs. The two different types of lateral meristem are cork cambium and vascular cambium.

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Features Features Embryos with two cotyledons. Veins in leaves form a network, and flower sections are divided into multiples of four or five. The vascular tissue in dicots is arranged in a ring in the stem, whereas in monocots, the vascular tissue is dispersed across the stem. Eudicots develop either herbaceous (like grasses) or woody tissues. Pollen from most eudicots is trisulcate or triporate, meaning it has three furrows or pores. One main root formed from the embryonic radicle normally anchors the root system.

Chapter 33.5, Problem 1SB

Summary Introduction

To review:

The areas and mechanisms of secondary growth in plants.

Introduction:

Secondary growth is the result of division and growth in lateral meristem, which is also called secondary meristem. Secondary growth is responsible for the girth of the plant. It is found in woody plants, trees, and shrubs. The two different types of lateral meristem are cork cambium and vascular cambium.

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Answer 2

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Features Features Embryos with two cotyledons. Veins in leaves form a network, and flower sections are divided into multiples of four or five. The vascular tissue in dicots is arranged in a ring in the stem, whereas in monocots, the vascular tissue is dispersed across the stem. Eudicots develop either herbaceous (like grasses) or woody tissues. Pollen from most eudicots is trisulcate or triporate, meaning it has three furrows or pores. One main root formed from the embryonic radicle normally anchors the root system.

Chapter 33.5, Problem 1SB

Summary Introduction

To review:

The areas and mechanisms of secondary growth in plants.

Introduction:

Secondary growth is the result of division and growth in lateral meristem, which is also called secondary meristem. Secondary growth is responsible for the girth of the plant. It is found in woody plants, trees, and shrubs. The two different types of lateral meristem are cork cambium and vascular cambium.

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Answer 3

Question

Features Features Embryos with two cotyledons. Veins in leaves form a network, and flower sections are divided into multiples of four or five. The vascular tissue in dicots is arranged in a ring in the stem, whereas in monocots, the vascular tissue is dispersed across the stem. Eudicots develop either herbaceous (like grasses) or woody tissues. Pollen from most eudicots is trisulcate or triporate, meaning it has three furrows or pores. One main root formed from the embryonic radicle normally anchors the root system.

Chapter 33.5, Problem 1SB

Summary Introduction

To review:

The areas and mechanisms of secondary growth in plants.

Introduction:

Secondary growth is the result of division and growth in lateral meristem, which is also called secondary meristem. Secondary growth is responsible for the girth of the plant. It is found in woody plants, trees, and shrubs. The two different types of lateral meristem are cork cambium and vascular cambium.

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Answer 4

Question

Features Features Embryos with two cotyledons. Veins in leaves form a network, and flower sections are divided into multiples of four or five. The vascular tissue in dicots is arranged in a ring in the stem, whereas in monocots, the vascular tissue is dispersed across the stem. Eudicots develop either herbaceous (like grasses) or woody tissues. Pollen from most eudicots is trisulcate or triporate, meaning it has three furrows or pores. One main root formed from the embryonic radicle normally anchors the root system.

Chapter 33.5, Problem 1SB

Summary Introduction