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Plant anatomy

xerophytes biofact sheet

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Plant Adaptations to Dry Environments Xerophytes are plants which are adapted to live in dry conditions. Xeromorphic features are those which minimise water loss from the plant. The vast majority of the water which plants absorb via their roots is lost as water vapour from the aerial parts of the plant. This loss of water vapour is known as transpiration and is an inevitable consequence of the large moist surface area of cells which is exposed to air. The large surface area of cells is essential if carbon dioxide and oxygen are to be absorbed by leaves. However, excess water loss is the most common cause of plant death. The most common features of xerophytes are summarised in the table below. Usually small and thick and sometimes leathery with a low surface area to

Ap bio Cell organelles ppt

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2009-2010AP Biology Cells & Cell OrganellesDoing Life?s Work Regents Biology bacteriacellsTypes of cells animal cells plant cells Prokaryote- no organelles Eukaryotes- organelles Regents Biology Cell size comparison Bacterial cellAnimal cell ? micron = micrometer = 1/1,000,000 meter? diameter of human hair = ~20 microns most bacteria? 1-10 micronseukaryotic cells ? 10-100 microns Regents Biology Why study cells?? Cells ? Tissues ? Organs ? Bodies? bodies are made up of cells? cells do all the work of life! Regents Biology

Plant Reproduction Notes

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Form & Function in Flowering Plants ? Reproduction: Responses Plant Reproduction: Vegetative reproduction: The process of fragmentation, whereby small pieces of the organism form a complete new organism is common in both lower plants and lower animals. As both plants and animals became more specialized they generally lost the capacity to reproduce by fragmentation. In some plants specialized structures are produced, such as buds, propagules, bulbils, gemmae and others. In flowering plants vegetative multiplication can take place via cuttings from the aerial stem, rhizome, tuber, corm, bulb, stolon, runner, leaves, or in some cases even roots. Small pieces of the structure can, through mitosis and cell

Plant Structure and Transport Notes

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Form & Function in Flowering Plants ? Structure; Transport Categories: Life Spans: Annuals ? go through complete life cycle in one year or less Biennials ? go through life cycle over a two year period Perennials ? live for many years and typically reproduce yearly Classes: Monocots Dicots http://www.ucmp.berkeley.edu/glossary/gloss8/monocotdicot.html Plant Form and Function: Cells and Tissues: Primary growth: Apical Meristem ? transverse in position thus contributes primarily to an increase in length of the organ ? Fundamental tissues Procambium Ground meristem Protoderm Calyptrogen (only in roots) ? Primary Permanent Tissues

Intro to Cells

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Bio 230: Cell Bio Intro to Cells: pg 1-26 Properties that define living organisms: Ability to reproduce on their own Viruses? Not living organisms but incapable of reproducing on their own Can grow and develop Require energy - metabolism Response to the environment Maintain homeostasis Contains genetic information (DNA or RNA) Composed of cells Cells are the fundamental unit of life. Invention of the light microscope led to the discovery of cells Robert Hooke Shortened telescope Many flaws, difficult to see Oil lamp with flask of water to illuminate specimen Examined cork - coined term cell Remains of cell walls after death Theodore Schwann All different species of animals were composed of cells Mathias Schleiden All different species of plants were composed of cells

AP Biology Chapter 32 Assignment

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AP Biology Chapter 32 Assignment After reading this chapter and attending lecture, you should be able to: Trace the path of water and minerals from outside the root to the shoot system. Explain how a proton pump may affect mineral transport in plants. Describe the symplast and apoplast routes for the transit of water and minerals across the root cortex from the epidermis to the stele. Explain the function of the Casparian strip. Explain how solutes are transferred between the symplast and apoplast. Define water potential. Explain how solute concentration and pressure affects water potential.

Plant Organs and Organ Systems

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Plant Organs & Organ Systems --roots, stems, leaves Vascular Plant Organs -primary growth *chloroplasts in some green stems but PRIMARILY in the leaves *mitochondria- in all cells Vegetative Parts -roots, stems, leaves -for maintainance of individual, growth -somatic cells Reproductive Parts -flowers, fruits, seeds -maintainance of species *some no flowers, only spores ~PIC1 Root -anchors the plant -absorbs water and minerals -root hairs -brown, white, red, black -no green (few exceptions: orchids) -shape: cylindrical -produce hormones, some for storage ~PIC2 Root Systems ~PIC3 Radicle -first that grows out in germination -will become the primary root *2nd, 3rd, 4th.. root- ?lateral roots? ~PIC4 Patterns of Root Growth Taproot system
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