'Primary growth' diaporamas de présentation

Figure 35.0 The effect of submersion in water on leaf development in Cabomba

Figure 35.0 The effect of submersion in water on leaf development in Cabomba. Figure 35.0x The effect of wind on plant form in fir trees. Figure 35.2 Morphology of a flowering plant: an overview. Figure 35.1 A comparison of monocots and dicots. Figure 35.3 Radish root hairs.

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Chapter 35

Chapter 35. Plant Structure, Growth, and Development. LE 30-12ba. MONOCOTS. EUDICOTS. Orchid ( Lemboglossum rossii ). California poppy ( Eschscholzia california ). Eudicot Characteristics. Monocot Characteristics. Embryos. Two cotyledons. One cotyledon. LE 30-12bb. MONOCOTS.

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Kingdom Plantae

This Is Biology

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Botany for Master Gardeners

Botany for Master Gardeners. Kim Conway Texas AgriLife Extension. Carl Linneaus (1707-1778) Binomial nomenclature Based on flower parts Family Genus Species. Naming Plants. Plant Categories. Angiosperms Monocots Dicots Gymnosperms Conifers. Life Cycles. Annuals Biennials

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Plant Structure and Growth

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Growth in Plants

Growth is an irreversible increase in size. In plants, this is a function of cell division coupled with cell elongation. Growth in Plants. Primary growth elongates the axis of a plant. Secondary growth increases the girth of a plant. Meristems.

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??? ??????? (Plant Structure and Growth)

??? ??????? (Plant Structure and Growth). ??????? ??? ?? 2003.11.13. ?? ???? (Introduction to modern plant biology). ( ? ) ???????????????????? ????????????????? (Table 29.1 ? Fig 29.1) ??? (Charophytes) ?? (Bryophytes) ?? (Pteriophytes) ????????? (seedless vascular plants)

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Secondary Growth

Secondary Growth. Secondary Growth. Two types of growth Primary growth: up and down. Generated by apical meristems. Form _________ tissues Secondary growth: growth in girth. Generated by lateral (secondary meristems). Form __________ tissues. All plants do primary growth

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Plant Anatomy and Transport chapters 35 and 36 --focus on sap flow--

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Flowering Plants: Structure and Organization

Flowering Plants: Structure and Organization. Unit 10: Plants. Flowering plants usually have three vegetative organs: the roots, the stem and the leaves. The roots are part of the root system; the stem and leaves are part of the shoot system.

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Kingdom Plantae

Kingdom Plantae. Plants!. Plants. Eukaryotic Multicellular Autotrophic (mostly) Photosynthesis Alternation of Generations Sporic Life Cycle Gametophyte Sporophyte. Plants. Alternation of Generations:. Plants. NON-VASCULAR Plants. DIVISION: Bryophyta Mosses, hornworts, liverworts

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Equisetum (Horsetail; Scouring Rush)

Equisetum (Horsetail; Scouring Rush). 2. Fun Facts. 12. 1. 13. 10. 11. Evolutionary Significance. 15. 14. (Carboniferous: 360-300 MYA). Life Cycle. 6. 5. Sporophyte: Stem and Leaves. Sporophyte: Photosynthesis. Leaves, Bud Primordia, Root Primordia.

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DEFINITIONS

DEFINITIONS. Growth or grow means an increasing incident of volume which covers the increase of the number of cell, cell volume, kinds of cell and substances of cell that is irreversible.

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Chapter 29.1

Chapter 29.1. Components of the Plant Body. AP Biology Spring 2011. Plant Tissue Systems. The above ground system: Shoots Consisting of: Stems Leaves Flowers . Plant Tissue Systems. Stems:

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Plant Structures and Growth

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Chapter 35 Date _______

Chapter 35 Date _______. Plant Structure and Growth. Angiosperm structure. Three basic organs : Roots (root system) fibrous: mat of thin roots taproot: one large, vertical root Stems (shoot system) nodes: leave attachment

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Lecture # 16 Date _____

Lecture # 16 Date _____. Chapter #35~ Plant Structure and Growth. Angiosperm structure. Three basic organs : Roots (root system) fibrous: mat of thin roots taproot: one large, vertical root Stems (shoot system)

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Parts of a Seed

Parts of a Seed. Mature embryo: was formed by mitosis root tip, shoot tip, cotyledon(s) Seed coat: formed from maternal flower tissue, encloses embryo and endosperm to protect seed. Endosperm: surround embryo and provides nourishment

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Plant Growth and Development

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Roots

Roots . I. Root characteristics A. Functions B. Root systems 1. fibrous root systems 2. tap root systems C. Food storage D. Examples II. Root growth A. Importance of primary growth B. Root cap C. Root hairs and branches 1. root hairs 2. branching III. Inside roots

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