41. Page Not Found - 404 Error - USF Provides information about the herbarium, projects, distribution maps of vascular plants, and links. http://www.usf.edu/~isb/index.html

Home Related Links - Search USF E-Mail Search USF Site Map Ask USF ... Campus Office Directory (612k .pdf file) You have arrived at this page because the URL you were following has either moved from its original location or has been eliminated from the site. Options - Email ecampus@admin.usf.edu with your query, Search this site by using our search engine, or Look through the Alphabetical Site Map to see if the item is there. Direct questions or comments about this Web page to ecampus@admin.usf.edu

42. Vascular Plants Introduction A photographic catalog of vascular plants found in a central Coast Ranges park in California. http://www.coestatepark.com/vascular_plants_of_henry_w__coe_state_park___an_illu

var TlxPgNm='vascular_plants_of_henry_wcoe_state_park_an_illustratedannotated_catalog'; Vascular Plants of Henry W. Coe State Park An Illustrated, Annotated Catalog Compiled by Lee Dittmann home Reproduction of this Catalog Contributors Glossary ... Angiosperms: Monocotyledons This section of the unofficial Henry Coe State Park website consists of a comprehensive catalog of vascular plants known from within the boundaries of the park. A "vascular plant" is one which has a water-conducting system within its tissues, and includes all seed plants, ferns, plus some other groups of spore-bearing plants. It excludes mosses, liverworts, mushrooms and other fungi (which latter are not even considered plants anymore), but covers the plants which dominate (and, indeed, cover) the landscape. The list includes cultivated species persisting around the Coe Ranch and other old settlements-but excludes plants known only from staff residences! The catalog is divided into the four major groups of convenience linked above; the dicotyledon branch of the angiosperms is by far the largest group. Within each section, the families are listed alphabetically by scientific name, and within each family, the taxa are also listed alphabetically. Until such time as I'm able to create an index by common name, you are out of luck if you do not know the botanical name (or you could consult an outside source). I do not list the author of each scientific name; to my thinking, that would or should imply that this list was based on voucher specimens and reference to original descriptions of each name. Since that is not the case, and identifications are based on standard manuals for the area, adding authors does not enhance the scientific value of the work.

43. Fland All the more complex land plants possess a vascular system made up of two tissue For this reason, the term vascular plants is virtually synonomous with http://taggart.glg.msu.edu/isb200/fland.htm

The First Vascular Land Plants Ralph E. Taggart, Professor Department of Plant Biology Department of Geological Sciences Michigan State University From Where and When? The details of photosynthetic pigments and pathways and patterns of sexual life cycles make it clear that the higher land plants, like the Bryophytes, evolved from the green algae (Chlorophyta). Morphological and molecular data suggest that the Charaphytes are the most likely source group within the green algae and that the Liverworts (see the Bryophytes page) were the first green plants to make the transition to land and that more complex land plants are derived from the mosses and/or hornworts). The break-through adaptation for real success on land was a transport system for water and nutrients known as the vascular system Vascular System All the more complex land plants possess a vascular system made up of two tissue types - xylem and phloem . For this reason, the term vascular plants is virtually synonomous with complex land plants. Xylem cells are dead at maturity and consist of three main cell types - tracheids (the most primitive water-conducting cells)

44. MNHN's Scientific Publications: Adansonia A peerreviewed journal of plant biology, devoted to the inventory, analysis and interpretation of vascular plants biodiversity. It publishes original results of botanical research http://www.mnhn.fr/publication/adanson/aadanson.html

Journals Adansonia Geodiversitas Zoosystema Monographs Archives Patrimoine Naturel Faune de Madagascar Faune et Flore tropicales ... advanced search Format: 175 x 245 mm Available by subscription or by exchange. Subscription rates: + VAT / 79,13 VAT incl. (Individuals: 37,5 + VAT / 39,56 VAT incl.) Single copy price: + VAT / 39,56 VAT incl. 2 issues per year ISSN: 1280-8571 Adansonia is a peer-reviewed journal of plant biology, devoted to the inventory, analysis and interpretation of vascular plants biodiversity. It publishes original results, in French or English, of botanical research, particularly in systematics and related fields: morphology, anatomy, biology, ecology, phylogeny, biogeography, etc. Adansonia continues as from 1997 the Contents and abstracts: Select a fascicule Adansonia 2003 - 25 (2) Adansonia 2003 - 25 (1) Adansonia 2002 - 24 (2) Adansonia 2002 - 24 (1) Adansonia 2001 - 23 (2) Adansonia 2001 - 23 (1) Adansonia 2000 - 22 (2) Adansonia 2000 - 22 (1) Adansonia 1999 - 21 (2) Adansonia 1999 - 21 (1) Adansonia 1998 - 20 (2) Adansonia 1998 - 20 (1) Adansonia 1997 - 19 (2) Adansonia 1997 - 19 (1) Bull. MNHN, s. 4, sect. B 1996 - 18 (3-4)

45. PLACE Home Database of motifs found in plant cisacting regulatory DNA elements in vascular plants and their variations in other genes or in other plant species are also compiled. http://www.dna.affrc.go.jp/htdocs/PLACE/

Welcome to PLACE! A Database of Plant Cis-acting Regulatory DNA Elements What is PLACE PLACE Signal Scan Search PLACE Signal Scan Search(File upload) You can submit batches of sequences (in FASTA format). PLACE Homology Search PLACE Keyword Search Contact us, History, Access logs and Updates... What is PLACE? PLACE is a database of motifs found in plant cis-acting regulatory DNA elements, all from previously published reports. It covers vascular plants only. In addition to the motifs originally reported, their variations in other genes or in other plant species reported later are also compiled. The PLACE database also contains a brief description of each motif and relevant literature with PubMed ID numbers. DDBJ/EMBL/GenBank nucleotide sequence databases accession numbers will be also included. Information on cis-elements can also be obtained by Keyword Search . List of entries can be found in ' place.dat The query sequence can be searched for the presence of motifs identical with or similar to the previously reported cis-element motifs in the PLACE database by Signal Scan Search or by Homology Search (Sample of Signal Scan can be found in ' input.txt

46. SEEDLESS VASCULAR PLANTS Most of the seedless vascular plants are homosporous, the spores grow into a gametophyte that is usually bisexual with both antheridia and archegonia. http://www.hcs.ohio-state.edu/hcs300/svp1.htm

Site Index Psilophyta Lycophyta Sphenophyta These three divisions along with the Pterophyta (ferns) are collectively know as the "seedless vascular plants". They have developed a vascular structure that permits the transport of water and nutrients but they do not reproduce by seeds Uptake and distribution of water became possible when plants developed roots and xylem. The movement of food and nutrients required the differentiation of phloem. In the more primitive plants the conducting tissues are arranged in a cylinder with phloem surrounding xylem. This is a protostele and is an arrangement that flowering plants have retained in their roots. It allows for vascular continuity to be maintained between the root and the shoot or the shoot and any structures arising from it. Psilophyta If we could have wandered about on earth in the Devonian period the only conspicuous land plants would have been something like the whisk fern, Psilotum . It has virtually no leaves and no roots. It has underground stems from which the above ground parts branch off. Interestingly, the whisk ferns have developed mycorrhizal associations, perhaps they are necessary in the absence of true roots.

47. Flora Of Hokkaido ; Checklist And Distribution Maps Of Vascular Plants In Hokkai Distribution maps of vascular plants found on the island. http://www.hinoma.com/maps/index.shtml

FLORA OF HOKKAIDO Distribution Maps of Vascular Plants in HOKKAIDO, JAPAN Update 2 May 2005 Distribution Maps PTERIDOPHYTA GYMNOSPERMAE MONOCOTYLEDONEAE CHORIPETALAE ... SYMPETALAE Other Maps ACTUAL VEGETATION MAP ELEVATION MAP MAXIMUM SNOW DEPTH MAP AVERAGE TEMPERATURE MAP (Year) ... Check List of Vascular Plants in Hokkaido ..Based on following books; Koji Ito and Akira Hinoma. 1985. Check List of Higher Plants in HOKKAIDO I. 73pp. Takugin Research Institute. Sapporo. Koji Ito, Akira Hinoma and Hideki Nakai. 1990. Check List of Higher Plants in HOKKAIDO II. 288pp. Takugin Research Institute. Sapporo. Koji Ito, Akira Hinoma and Hideki Nakai. 1994. Check List of Higher Plants in HOKKAIDO III. 480pp. Takugin Research Institute. Sapporo. Koji Ito and Akira Hinoma. 1987. Check List of Higher Plants in HOKKAIDO IV. 244pp. Takugin Research Institute. Sapporo. Link The society of natural-plants lovers in Hokkaido HOKKAIDO BLUE LIST - alien species list in Hokkaido (in Japanese) Natural Selection - a gateway to quality evaluated Internet resources in the natural world, coordinated by The Natural History Museum, London Japan resources - japan related news, books and regional resources.

48. Biology - Diversity - Non-vascular Plants Diversity Non-vascular plants When we find these plants growing on damp soil and rocks are we looking at the. gametophyte; sporophyte; archegonium http://www.hcs.ohio-state.edu/hort/biology/dnonv.html

Return to: Biology of Horticulture Diversity Non-vascular Plants Which bacteria share some features with plants? The cyanobacteria (blue-green algae) are photosynthetic. What kinds of bacteria are important economically and for plant life? soil bacteria, particularly N fixing and nitrifying bacteria and bacterial plant diseases What makes fungi different from plants? Fungi are non-photosynthetic, have chitin cell walls and coenocytic cell structure. What kinds of fungi are important economically and for plant life? mushrooms, mycorrhizae and fungal plant diseases What are plant-like and non-plant-like features of euglenoids, diatoms, green algae and brown algae? euglenoids (Euglenophyta) food reserve - paramylon cell wall - none (mostly a protein pellicle) green algae (Chlorophyta) food reserve - starch cell wall - sometimes cellulose diatoms (Chrysophyta) photosynthetic pigments - chlorophyll c, fucoxanthin food reserve - chrysolaminarin cell wall - silica brown algae (Phaeophyta) photosynthetic pigments - chorophyll c, fucoxanthin

49. Oregon Flora Project Developing a new flora for the state of Oregon as well as providing a checklist of vascular plants and an online plant atlas available to the public. http://www.oregonflora.org/index.html

Oregon Flora Project Oregon Flora Project Oregon Flora Project Homepage Oregon Flora Newsletter Project Participants Four Facets of the Project Oregon Vascular Plant Checklist ... Oregon State University NEW The Oregon Plant Atlas is now available!! NEW After ten years of data-gathering and hard work, the Atlas mapping program is now available to the general public. Over 385,000 records in the Atlas databases provide the data to create plant distribution maps. The user chooses the desired species and base map to generate a customized distribution map, and can also access information for each plant record. Enjoy using this wonderful resource! In Memoriam: Scott Sundberg, Oregon Flora Project Director, 1954-2004 Scott Sundberg, Oregon Flora Project Director, 1954-2004. Photo by: Dennis Wolverton Scott Sundberg, director of the Oregon Flora Project, died December 30, 2004 of cancer. He had struggled for many years, most of them privately, with the symptoms of multiple sclerosis. Yet it was cancer, only diagnosed in September 2004, which led to his passing. Scott Donald Sundberg was born on February 10, 1954 in Eugene, Oregon. Scott began his botanical career as an undergraduate at the University of Oregon. Among Scott’s early scientific mentors were Prof. George Carroll and his wife, Fannie. Scott was involved in studies at the H.J. Andrews Experimental Forest, where he collected the type specimen of a rare lichen

50. FDA/CFSAN - FDA Poisonous Plant Database A listing of papers of scientific information about the animal and human toxicology of vascular plants of the world. From the U.S. Food and Drug Administration, Center for Food Safety and Applied Nutrition. http://www.cfsan.fda.gov/~djw/plantox.html

FDA Home Page CFSAN Home Search/Subject Index Help CFSAN/Office of Plant and Dairy Foods November 2004 FDA Poisonous Plant Database For information or concerns about the toxicity of plants, contact the local Poison Control Center in your area. A directory of these is available from The American Association of Poison Control Centers. http://www.aapcc.org/ For a poisoning emergency, call 1-800-222-1222. If the victim has collapsed or is not breathing, call 911. Search the FDA Poisonous Plant Database Enter a term or exact phrase (e.g. a plant name). All records containing that text will be displayed. Use of common terms such as 'poison' or 'plant' will generate a large number of "hits" Enter search term: (search is not case-sensitive) This database contains references to the scientific literature describing studies of the toxic properties and effects of plants and plant parts. Records are displayed in List Format as the following example indicates AUTHOR(S): Yeong, M. L.; Wakefield, S. J.; Ford, H. C. TITLE: "Hepatocyte membrane injury and bleb formation following low dose Comfrey toxicity in rats."

51. Vascular Plant - Wikipedia, The Free Encyclopedia The vascular plants are those plants that have specialized cells for conducting In vascular plants, the principal generation phase is the sporophyte, http://en.wikipedia.org/wiki/Vascular_plant

Vascular plant From Wikipedia, the free encyclopedia. Vascular Plants Scientific classification Kingdom: Plantae (in part) Divisions' Non-seed-bearing plants Equisetophyta Lycopodiophyta Psilotophyta Pteridophyta Superdivision Spermatophyta Pinophyta Cycadophyta Ginkgophyta ... Magnoliophyta The vascular plants are those plants that have specialized cells for conducting water and sap within their tissues , including the ferns clubmosses horsetails flowering plants ... conifers and other gymnosperms , but not mosses algae , and the like ( nonvascular plants ). They are set apart in two important ways: Vascular plants have water-carrying tissues, termed tracheids , in their tissues, enabling the plants to evolve larger and more elaborate structures, while non-vascular plants lack these and are restricted to relatively small sizes. In vascular plants, the principal generation phase is the sporophyte , which is diploid with two sets of chromosomes per cell. In non-vascular plants, the principal generation phase is often the gametophyte , which is haploid with one set of chromosomes per cell.

52. University Of Mississippi - Pullen Herbarium Collection of vascular plant specimens from Mississippi and the southeastern U.S., at University of Mississippi. Look up plants in the preliminary checklist of the plants of Mississippi. http://www.herbarium.olemiss.edu/

Thomas M. Pullen Herbarium HOME ABOUT US COLLECTIONS PROJECTS ... SEARCH Sunday, September 25, 2005 University of Mississippi Biology Department The Pullen Herbarium (MISS) Founded by Dr. Thomas Pullen in 1963, the collection now consists of over 65,000 vascular plant specimens, as well as non-vascular plants, slime molds and woods. With funding from the National Science Foundation , the collection is now housed in new cabinets on a compactor system and the specimen data is being entered into a searchable database. Click here for information about our efforts to preserve GCRL specimens damaged by hurricane Katrina. Although we are still adding data and upgrading this page, you can search for: herbarium specimen data preliminary checklist of Mississippi plants mounted duplicates available for exchange Contact the Staff of the Pullen Herbarium Dr. Lucile McCook , Curator and Instructor of Biology Pat Pace , Webmaster Request Information or Specimens To learn more about the collection or to request a loan , contact the Curator Please report problems to the webmaster . Site content last updated September 2004. Database last updated January 2005. Site Map

53. Plant - Wikipedia, The Free Encyclopedia vascular plants first appeared during the Silurian period, Note that the sporebearing vascular plants are paraphyletic with respect to the seed plants, http://en.wikipedia.org/wiki/Plant

Plant From Wikipedia, the free encyclopedia. For other uses, see Plant (disambiguation) Plants Fern frond Scientific classification Domain: Eukaryota Kingdom: Plantae Haeckel Divisions Land plants (embryophytes) Non-vascular plants (bryophytes) Hepatophyta - liverworts Anthocerophyta - hornworts Bryophyta - mosses Vascular plants (tracheophytes) Lycopodiophyta - clubmosses Equisetophyta - horsetails Pteridophyta - "true" ferns Psilotophyta - whisk ferns Ophioglossophyta - adderstongues Seed plants (spermatophytes) Pteridospermatophyta - seed ferns Pinophyta - conifers Cycadophyta - cycads Ginkgophyta - ginkgo Gnetophyta - gnetae Magnoliophyta - flowering plants Adiantum pedatum (a fern Plants are a major group of living things (about 300,000 species ), including familiar organisms such as trees flowers herbs , and ferns Aristotle divided all living things between plants, which generally do not move or have sensory organs, and animals. In Linnaeus ' system, these became the Kingdoms Vegetabilia (later Plantae) and Animalia . Since then, it has become clear that the Plantae as originally defined included several unrelated groups, and the fungi and several groups of algae were removed to new kingdoms. However, these are still often considered plants in many contexts. Indeed, any attempt to match "plant" with a single taxon is doomed to fail, because plant is a vaguely defined concept unrelated to the presumed phylogenic concepts on which modern

54. Flora Of Saskatchewan Project A volunteer project that will publish a manual of the native and naturalized vascular plants of Saskatchewan entitled the Flora of Saskatchewan . http://www.saskflora.ca/

Our Goal: To publish a manual of the native and naturalized vascular plants of Saskatchewan. This publication will be titled the Flora of Saskatchewan About the Project How You Can Help Information Resources Contact Us ... Links The Flora of Saskatchewan Project has a new logo! Last spring, a contest to create a logo for the Flora of Saskatchewan Association was held. Several wonderful entries were received. All entries held to the spirit of the Flora , but we had to choose one. Laura Herman produced the logo that you see on this page and for her efforts, she will receive a one-year membership to FOSA . We are very lucky to have the fruit of her artistic talent, which will give a "visual identity" to the project as it progresses. Congratulations and thank you Laura! What is the Flora of Saskatchewan Project? In October of 2003, a group of local botanists met to begin planning the publication of the Flora of Saskatchewan . As of January 8th, 2004, our group became registered as a charitable corporation - the Flora of Saskatchewan Association Inc. (FOSA)

55. Flora Of Muskoka, Title Page (index) An annotated checklist of vascular plants. http://www.library.utoronto.ca/muskoka_flora

in Muskoka District, Ontario, Canada. Use the button bar to find information on specific plants or plant groups, or select topics from the lists below. Click here for the latest postings to the Muskoka Flora Web Pages Groups of plants in the Muskoka Flora: Ferns and Fern Allies - Information on individual families, genera, and species will be added at a later date. Conifers - Information on individual families, genera, and species will be added at a later date. Monocots - Currently, only selected orchids - illustrated! Dicots - Currently, only Rhexia virginica - have a look! More information is available about: The Muskoka Checklist Muskoka District The ROM Vascular Plant Herbarium (TRT) The ROM Herbaria, Center for Biodiversity and Conservation Biology ... Credits Muskoka Flora - Index This Information System is provided by the University of Toronto Library. Please send comments to: timd@rom.on.ca sian@vax.library.utoronto.ca pavacic@ecf.utoronto.ca , or batthis@ecf.utoronto.ca Last revision: 10 July 1996 URL = http://www.library.utoronto.ca/www/muskoka_flora/index.html

56. Bot 201 Lab Vegetative Features Of Vascular Plants-03 of vascular plants Link to Lab Data Sheet WB01436_.gif (236 bytes) These are Epidermal, vascular Ground. plants are made like reinforced concrete. http://www.botany.hawaii.edu/faculty/webb/Bot201/CellTissOrgan/201LabTypVascPlan

Bot 201 Lab-Vegetative Features of Vascular Plants Link to Lab Data Sheet The purpose of this lab is to acquaint you with the various types of tissues found in Vascular Plants and to show you how they are organized to form a "Typical Vascular Plant". This may seem daunting at first until you realize that basic plant anatomy is very simple. Meristematic Tissue Meristematic tissue produces all the cells in herbaceous plants. The cells originate in the Root or shoot Apical Meristems. Meristematic Cells are Spherical (Isodiametric) and densely cytoplasmic. They have a relatively large Nucleus, few Vacuoles and thin Cell Walls. Consequently, they readily absorb biological stains and appear as dense areas in the apices of Roots and Shoots. The Apical Meristem in Roots is actually subterminal because it is covered by a Root Cap. The root cap protects the delicate meristem cells and it also secretes carbohydrates which lubricate the root as it grows through the soil. There are two basic types of Apical Meristems. Nonseed plants have a large Apical Cell which gives rise to the plant body. Seed plants have Multicellular Apical Meristems which function as a unit. Primary Tissues There are Three Basic Tissues that comprise all Plants are made like reinforced concrete. There is a outer mold, steel rods and concrete which fills in the rest of the volume.

57. University Of Tennessee Herbarium (TENN) Databases of fungi, bryophyes, and vascular plants in the collection. http://tenn.bio.utk.edu/

University of Tennessee Herbarium - TENN Department of Botany 437 Hesler Biology Building, Knoxville, TN 37996, USA Tel: (865) 974-2256; Fax: (865) 974-2258 Welcome feedback by sending your comments to the Herbarium Director Dr. B. Eugene Wofford at: bewofford@utk.edu

58. University Of Tennessee Herbarium (TENN) - Vascular Plants TENN vascular Plant Herbarium Page Database of Tennessee vascular plants. Browse By, Search By. Checklist and Diversity Map of vascular plants http://tenn.bio.utk.edu/vascular/vascular.html

Home Bryophytes Fungi Vascular plants About Vascular Photos Specimen Loan Wildflower Pilgrimage Visits since February 4, 2002 Vascular Plant Herbarium Coauthored with Austin Peay State University Center of Excellence for Field Biology Database of Tennessee Vascular Plants Browse By: Search By: Checklist and Diversity Map of Vascular Plants Feedback by sending your comments to the herbarium director : Dr. B. Eugene Wofford at bewofford@utk.edu

59. Connecticut Invasive Plant Working Group Information about nonnative invasive and potentially invasive vascular plants in Connecticut, USA. http://www.hort.uconn.edu/cipwg/

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60. Checklist Of Tennessee Vascular Plants - TENN 1993. Checklist of the vascular plants of Tennessee published by Botanical Research Institute of Texas, Inc. and updated online May, 2004 by Alejandro Yoon. http://tenn.bio.utk.edu/vascular/chcklist.html

Vascular plants 1. Checklist by Category: Categories (click to choose) Species and Families Genera Lesser Taxa Pteridophytes Gymnosperms Angiosperms: Monocots Dicots Totals Checklist by County This checklist was based on B. Eugene Wofford and Robert Kral. 1993. Checklist of the Vascular Plants of Tennessee published by Botanical Research Institute of Texas, Inc. and updated online July, 2005 by Jamie Frick. The University of Tennessee Herbarium - TENN For more information, contact: B. Eugene Wofford at bewofford@utk.edu

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