PPT-Overview of Plants Ch. 22 - 24

Overview of Plants Ch 22 24 Introduction to Plants Plants are multicellular eukaryotic have cell walls make of cellulose and develop from multicellular embryos They also carry out photosynthesis. 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. Roots. , Stems, and Leaves. Reproduction . in Flowering . Plants. Plant . Characteristics. Plants come in all sizes, from the tiny duckweed which grows to only about 10 mm in length, to the giant redwood which grows to about 100 m in height.. Plants= eukaryotic, . multicellular, . photosynthetic. . Green Algae. Bryophytes. (Non-vascular). Tracheophytes. (Vascular). Non-seeds. Seeds. Gymnosperms. (Naked seeds). Angiosperms. (Seeds in flowers and fruit). Nonvascular plants. have no vessels, no roots, no stems or leaves. Examples: Mosses & Liverworts. Vascular Tissue. Xylem: transports water. Phloem: transports food & nutrients. Gymnosperms. "naked seeds". Plants…. Eukaryotic (have a nucleus). Have cell walls made of cellulose. Carry out photosynthesis using the pigment chlorophyll a and chlorophyll b. Belong to the kingdom Plantae. Types of plants. 1) Green Algae. 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. Plants= eukaryotic, . multicellular, . photosynthetic. . Origin of Land Plants?. Evidence that Green Algae are the ancestors. 1) DNA. 2) Ch a & b. 3) True starch inside chloroplasts. 4) Diverse life cycles & reproduction. Do your homework. Basics of scouting. Help! I still don’t know. Know what “healthy” looks like. What does a normal plant look like?. . Above ground. Below ground. On the inside. A sick plant . Introduction to Plants. Plants are multicellular, eukaryotic, have cell walls make of cellulose, and develop from multicellular embryos. They also carry out photosynthesis. . Trees, plants, shrubs, grasses, mosses, and ferns are all in this group. . Poisonous Plants Plants cannot move to escape their predators, so they must have other means of protecting themselves from herbivorous animals. Some plants have physical defenses such as  thorns, spines and prickles technology deployment in the coal power plant fleets of China, EU, Japan and USA Dr M algorzata Wiatros - Motyka CCC/ 273 December 2016 PURPOSE To become familiar withwhat makes plants growOBJECTIVES For youth to identify five basic plantneedsdescribe what a plantneeds in order tomanufacture its own fooddescribe how the nutrientconten Undergraduate level notes. Biochemical. . Mechanisms in Plants . Variations . on C3 photosynthesis in which the drawing down of CO. 2. is not directly performed by . RuBisCO. . Carbon . is initially “fixed” as a C4 acid by . archegonium. which includes bryophytes, . pteridophytes. and gymnosperms. The name of this group is derived from the name of female reproductive organ known as . archegonium. (singular) archegonia (plural). The archegoniate plants comprises the following groups .