Introduction to Botany. Lecture 24
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1 Introduction to Botany. Lecture 24 Alexey Shipunov Minot State University October 31, 2014 Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
2 Outline 1 Questions and answers 2 Leaf Ecological adaptations of leaves 3 Plant body Anatomy of primary stem Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
3 Outline 1 Questions and answers 2 Leaf Ecological adaptations of leaves 3 Plant body Anatomy of primary stem Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
4 Outline 1 Questions and answers 2 Leaf Ecological adaptations of leaves 3 Plant body Anatomy of primary stem Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
5 Questions and answers Previous final question: the answer Which plants have more palisade mesophyll heliophytes or sciophytes? Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
6 Questions and answers Previous final question: the answer Which plants have more palisade mesophyll heliophytes or sciophytes? Heliophytes (from Greek Helios, Sun) Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
7 Leaf Ecological adaptations of leaves Leaf Ecological adaptations of leaves Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
8 Leaves and soil Leaf Ecological adaptations of leaves Halophytes (accumulate, excrete or avoid NaCl) Nitrate halophytes (grow on soils rich of NaNO 3 ) Oxylophytes (grow on acidic soils) Calciphytes (grow on chalk soils rich of CaCO 3 ) Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
9 Leaf Ecological adaptations of leaves Leaf of salt-accumulating halophyte Atriplex prostrata Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
10 Leaves and substrate Leaf Ecological adaptations of leaves Psammophytes (grow on sand) Petrophytes (grow on rocks) Rheophytes (grow in fast springs) Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
11 Rheophyte Leaf Ecological adaptations of leaves Macarenia clavigera from Venezuela Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
12 River with rheophytes Leaf Ecological adaptations of leaves Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
13 They are flowering, too Leaf Ecological adaptations of leaves Podostemum ceratophyllum (may be found even in ND!) Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
14 Leaves and metabolism Leaf Ecological adaptations of leaves Mycoparasites Hemiparasites Phytoparasites (root and stem) Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
15 Mycoparasite Leaf Ecological adaptations of leaves Triuris hyalina from South America Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
16 Hemiparasite Leaf Ecological adaptations of leaves Krameria parvifolia from southern Texas Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
17 Root parasite Leaf Ecological adaptations of leaves Hydnora africana from South Africa Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
18 Stem parasite Leaf Ecological adaptations of leaves Cuscuta europaea from Germany Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
19 Plant body Plant body Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
20 Plant body Structure of plant body: the first glance Shoot system (aboveground part: stems, leaves, buds, flowers, fruit) Root system (below-ground part: main roots and branches) Exceptions: Some mosses and even ferns have only shoot system Liverworts and hornworts frequently have only leaf-like thallus Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
21 Types of plant body Plant body Thallus (flat, with non-differentiated organs) Shoot body (roots are absent) Bipolar body (root and shoot systems) Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
22 Organs of bipolar plant Plant body Leaf: flat lateral organ with restricted growth Stem: axial aerial organ with continuous growth Root: soil organ modified for absorption Floral unit (FU): stable element of generative system Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
23 Non-organs Plant body Hypocotyl: transition between stem and root Epicotyl: first internode of plant Bud: shoot embryo Fruit: temporary structure, ripe FU Seed: chimeric structure, has two or three genotypes Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
24 Organ systems: final Plant body Vegetative shoot system Generative shoot system Root system Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
25 Organs vs. organ systems Plant body... Vegetative shoot system Generative shoot system Root system Leaf + + Stem + + ± Root ± + FU + Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
26 Plant body Origin of tissues and organs of plants Land colonization. Challenge: drying. Response: epidermis and parenchyma. Thallus body plan. New level of competition. Response: shoot body plan. Problem: big weight. Solution: collenchyma. Competition grows again. Respose: grow higher. Weight grows. Response: use dead cells in sclerenchyma. Competition grows again. Response: grow faster. Solution: meristems. Size of plant is too big for plasmodesmata transportations. Solution: vascular tissues, xylem and phloem. Here plants with sporophyte dominance win the competition. Size of plant is too big for osmotic absorption of water. Solution: absorption tissues, roots, bipolar body plan. Now they are independent from water as much as possible with an exception of generative system... Shoot system make leaves, stems and branches. Plants are facing new challenge! Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
27 Anatomy of primary stem Anatomy of primary stem Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
28 Stem: definition and functions Anatomy of primary stem Axial vegetative organ of shoot with functions of support and transportation Other functions: 1 Photosynthesis 2 Storage Features: 1 Radial structure 2 No root hairs 3 Continuous growth Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
29 Protoderm to epidermis Anatomy of primary stem Stem apex meristem (SAM) produces protoderm Protoderm cells differentiate into epidermal cells Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
30 Anatomy of primary stem Ground meristem to cortex and pith SAM produces also ground meristem Ground meristem differentiates into cortex and pith Procambium raises between cortex and pith, it forms vascular bundles or vascular cylinder Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
31 Anatomy of primary stem Three primary meristems: procambium, protoderm and ground meristem Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
32 Young stem with primary tissues Anatomy of primary stem Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
33 Anatomy of primary stem Older stem with hollow in the center Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
34 Final question (2 points) Anatomy of primary stem Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
35 Final question (2 points) Anatomy of primary stem Provide a list of plant non-organs. Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
36 Summary Anatomy of primary stem SAM produces protoderm and ground meristem, ground meristem differentiates into cortex and pith Procambium forms vascular bundles or vascular cylinder Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
37 For Further Reading Anatomy of primary stem A. Shipunov. Introduction to Botany [Electronic resource] onwards. Mode of access: Th. L. Rost, M. G. Barbour, C. R. Stocking, T. M. Murphy. Plant Biology. 2nd edition. Thomson Brooks/Cole, Chapters 6 and 5. Shipunov (MSU) Introduction to Botany. Lecture 24 October 31, / 33
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