PPT-Ferns

Biology 11 KINGDOM PLANTAE Vascular Plants Phylum Tracheophyta NonVascular Plants Terrestrial Bryophytes Aquatic Algae Phyla Bryophyta Hepatophyta Antherocerophyta Phyla Chlorophyta. 27) Genus Mucrospirifer 28) Genus Platystrophia Class Bivalvia 31) Genus Exogyra 32) Genus Gryphaea 33) Genus Pecten 34) Genus Pholadomya Class Cephalopoda 35) G : Definition: Grassland: Grasses, forbs, ferns, and other herbaceous plants dominant, generally forming at least 25% cover. Trees, shrubs, and dwarf - shrubs generally less than 25% cover. (See Metzl compound, resembling ferns (typically five to eight inches approximately one to two inch long straw-colored pod. Introduced to the United Range: Northeast and southern Biology and Spread: sprouting Cheilanthes. . gracillima. . What are the desert ferns?. Desert ferns, often referred to as Cheilanthoids, are all in the family . Pteridium. which includes 4 groups: . Adiantoids. Cheilanthoids. Hemiontidoids. Year . 7. 2015. Plants. Fungi. Monera. Protists. Plants. Plants are classified into two different phyla. The following characteristics determine where the plants fit. How they feed. Reproduction. Their physical features. HortFacts 72-04 Ferns Robert G. Anderson, Extension Floriculture Specialist Ferns have been comm Ferns have two distinctly different habits that require distinctly different cultural conditions. Ma Chapter 7: Section 2. Seedless Plants. How do seedless plants reproduce?. Include all nonvascular plants and some vascular plants. Vascular vs. nonvascular. Nonvascular plants do not have structures that transport substances through the plant. Biol. 366. Spring . 2014. Tree of Life: The Big Picture. Eukaryotes. Archaea. Bacteria. ca. 4 bya. now. >3.5 bya. >2 bya. membrane-bound. nucleus, organelles, . etc.. Fig. 1.1 from Simpson. Green plants share:. Plantae. Phylum: . Pteropsida. Class:. Filicinae. , . Gymnospermae. , . Angiospermae. Pteropsida. . A large group of vascular plants characterized by having . parenchymatous. leaf gaps in the stele and by having leaves which are thought to have originated in the distant past as branched stem systems. . Ferns, Club Mosses, Whisk Ferns, Horsetails. General Characteristics. Phylum: . Tracheophyta. “. true” land . plants. Evolved . ways of . freeing . themselves . from dependence on . wet. . environments. 1 A Brief Natural History of Ferns Ferns are non-�owering plants that reproduce by spores-dust-like particles found on various locations on the plant. They are allied with other non- Temperate Rainforest. The Temperate Rain Forest is a richly productive biome. Mild temperatures and abundant rainfall encourage plant growth, and the forest is covered with plant life at every level. Because chemical reactions occur more slowly at lower temperatures, the minerals in dead plant material are recovered more slowly than in the tropical rain forest. The forest floor is carpeted with fallen needles, and fungi grow on fallen logs.. and . Fern Life Cycles. Group 1: Seedless, Nonvascular Plants. Live in moist environments to reproduce. Grow low to ground to retain moisture (nonvascular). Lack true leaves. Common pioneer species during succession. Kingdom . Plantae. (page 550). Characteristics:. - eukaryotic. . - . multicellular. (most). . - have cell walls made of a complex carbohydrate called cellulose . . - sessile (anchored by roots).