PPT-Seed Plants

Seed plants are divided into two groups 1 gymnosperms which bear their seeds directly on the surface of cones Gymnosperms include conifers such as pine and spruce palmlike plants called cycads ginkgoes and the very weird . Ben Casteel of Appalachian WildSide and VHCC. Siting an Organic Garden. Factors to keep in mind. USDA Hardiness Zone. : 6b (-5° to 0° F). Climate Zone. : . Appalachian Mountains. Growing season. : . Spring 2013. Outline. Review of land plant phylogeny. Characters of seed plants. Gymnosperm phylogeny & diversity. Cycads. Gingko. Conifers. Gnetophytes. Review of land plant phylogeny. Green plants (viridophytes). Spring . 2014. Outline. Review of land plant phylogeny. Characters of seed plants. Gymnosperm phylogeny & diversity. Cycads. Gingko. Conifers. Gnetophytes. Review of land plant phylogeny. Green plants (viridophytes). Importance of Plants. Oxygen. Food/feed. Medicine. http://www.youtube.com/watch?v=6iEOTB1UjjQ. . Absorb Carbon Dioxide. Decoration (Aesthetic) . PLANT LIFE CYCLES. Plant Life Cycle. Annual. Goes from seed to producing seed in one growing season. Nonvascular Plants. Section 1. Nonvascular plants is the only plant division in which the gametophyte stage is dominant.. The female reproductive structure of nonvascular plants is called archegonia.. I. Reproduction With Cones and Flowers. A. Alternation of Generations. - All plants have a life cycle in which a diploid sporophyte generation alternates with a haploid gametophyte generation.. Haploid. Spring . 2014. Outline. Review of land plant phylogeny. Characters of seed plants. Gymnosperm phylogeny & diversity. Cycads. Gingko. Conifers. Gnetophytes. Review of land plant phylogeny. Green plants (viridophytes). Chapter 8 Section 3. What is a Seed Plant?. Seed plants outnumber seedless plants. Produce much of the oxygen we breathe. All seed plants have roots, stems, and leaves. The plants that you see are the sporophytes, the gametophytes are microscopic. Seed Plants. Recall that seedless plants were either nonvascular or vascular… either way they did . NOT. produce seeds. Seeds can be found . everywhere. …acorns, dandelion seeds, kernels of corn, even peanuts!. 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. . Spring 2013. Outline. Review of land plant phylogeny. Characters of seed plants. Gymnosperm phylogeny & diversity. Cycads. Gingko. Conifers. Gnetophytes. Review of land plant phylogeny. Green plants (viridophytes). 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. Lao Tzu . seed Saving. introductions. Name . Occupation. Foodshed: your ecological/agricultural region . Your history of saving seed. What is your goal for this training.. (one minute per person). Our goal: To increase the conservation. The Importance of Seeds. Q: What adaptations allow seed plants to reproduce without open water?. A: Adaptations include 1)a reproductive process that takes place in cones or flowers, 2)the transfer of sperm by pollination, and 3)the protection of embryos in seeds.