PT-No33-D.A. Saunders. Vol46 No2 2010
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The-Minnesota-Seaside-Station-Near-Port-Renfrew.Pdf
The Minnesota Seaside Station near Port Renfrew, British Columbia: A Photo Essay Erik A. Moore and Rebecca Toov* n 1898, University of Minnesota botanist Josephine Tilden, her sixty-year-old mother, and a field guide landed their canoe on Vancouver Island at the mouth of the Strait of Juan de Fuca. This Iconcluded one journey – involving three thousand kilometres of travel westward from Minneapolis – and began another that filled a decade of Tilden’s life and that continues to echo in the present. Inspired by the unique flora and fauna of her landing place, Tilden secured a deed for four acres (1.6 hectares) along the coast at what came to be known as Botanical Beach in order to serve as the Minnesota Seaside Station (Figure 1). Born in Davenport, Iowa, and raised in Minneapolis, Minnesota, Josephine Tilden attended the University of Minnesota and completed her undergraduate degree in botany in 1895. She continued her graduate studies there, in the field of phycological botany, and was soon ap- pointed to a faculty position (the first woman to hold such a post in the sciences) and became professor of botany in 1910. With the support of her department chair Conway MacMillan and others, Tilden’s research laboratory became the site of the Minnesota Seaside Station, a place for conducting morphological and physiological work upon the plants and animals of the west coast of North America. It was inaugurated in 1901, when some thirty people, including Tilden, MacMillan, departmental colleagues, and a researcher from Tokyo, spent the summer there.1 * Special thanks to this issue’s guest editors, Alan D. -
Analysing the New Zealand Macroalgal Flora Using
A peer-reviewed open-access journal PhytoKeys 30: 1–21 (2013)Analysing the New Zealand macroalgal flora using herbarium data 1 doi: 10.3897/phytokeys.30.5889 RESEARCH ARTICLE www.phytokeys.com Launched to accelerate biodiversity research Insights from natural history collections: analysing the New Zealand macroalgal flora using herbarium data Wendy A. Nelson1,2, Jennifer Dalen3, Kate F. Neill1 1 National Institute of Water and Atmospheric Research, Private Bag 14-901, Wellington 6241, New Zealand 2 School of Biological Sciences, University of Auckland, Private Bag 92-019, Auckland 1142, New Zealand 3 Museum of New Zealand Te Papa Tongarewa, P.O. Box 467, Wellington 6011, New Zealand Corresponding author: Wendy A. Nelson ([email protected]) Academic editor: Ken Karol | Received 2 July 2013 | Accepted 22 November 2013 | Published 26 November 2013 Citation: Nelson WA, Dalen J, Neill KF (2013) Insights from natural history collections: analysing the New Zealand macroalgal flora using herbarium data. PhytoKeys 30: 1–21. doi: 10.3897/phytokeys.30.5889 Abstract Herbaria and natural history collections (NHC) are critical to the practice of taxonomy and have potential to serve as sources of data for biodiversity and conservation. They are the repositories of vital reference specimens, enabling species to be studied and their distribution in space and time to be documented and analysed, as well as enabling the development of hypotheses about species relationships. The herbarium of the Museum of New Zealand Te Papa Tongarewa (WELT) contains scientifically and historically sig- nificant marine macroalgal collections, including type specimens, primarily of New Zealand species, as well as valuable exsiccatae from New Zealand and Australia. -
Erythea. a Journal of Botany, West American and General
EFe^k^TH^E^A. A JOURNAL OF BOTANY, WEST AMERICAN AND GENERAL EDITED BV WII^LIS LINN JEPSON, ASSISTANT PROFESSOR OF BOTANY IN THE UNIVERSITY OF CALIFORNIA VOLUME VII NEW YOi^K BOTANICAL OAkDEN Berkeley, California. 1899 Vol.-? oo rsn" Fi I :b unro iR SB TO THIS VOLUME Margaret E. Adamson Willis L. Jepson, Ph. D. T. S. Brandegee AvEN Nelson F. S. Collins Elias Nelson J. B. Davy Geo. E. Osterhout L. H. Dewev S. B. Parish Alice Eastwood C. V, Piper W. G. Farlow, Ph. 1). C. L. Pollard M. L. Ferkald R. H. Platt J. M. Greenman B. L. Robinson, Ph. D. Geo. Hansen De Alton Saunders E. W. D. Holwav W. A. Setchell, Ph. D. H. T. A. Hus Blanche Trask VOL. VII. JANUARY, 1899. no. i. ei^yth:e.a. A JOURNAL OF BOTANY, WEST AMERICAN AND GENERAL. BDITKD BT WILLIS LINN JEPSON, Instructor in Botany, University of California. CONTENTS New Species of Plants from Mexico T. S. Brandegee 1 Reviews and Criticisms:—Josephine Tilden's American Algse 9 Short Articles: —A New Weed on "Western Kanges 10 News Notes and Current Comment 11 Berkeley, California, dulau & co., oswald weigel, 37 SoHO Square, London, England Eoniobtrassb 1, Lbipuo, Gbsmaitt BFiVT'FiEA A MONTHLY journal of Botany, West Amer- ican and general, devoted to every department of botanical investigation and criticisna. While the articles on the general and special morphology, classifieation and geographical distribution of Pacific Coast plants impart to the journal a West American character, papers of a more general nature will constantly be given place. -
A Checklist and Distributional Analysis of Marine Algal Species Collected As Vouchers During the CHIA-EVOS Studies
A checklist and distributional analysis of marine algal species collected as vouchers during the CHIA-EVOS studies. (submitted under BAA) Project Number: Restoration Category: Research and publication preparation Proposer: Gayle I. Hansen (Oregon State University, HMSC) Lead Trustee Agency: Cooperating Agencies: Alaska SeaLife Center: No Duration: 1st year of a 1-year project Cost FY 01: $65,734 Geographic Area: No field work will be carried out, but specimens from the entire oil spill area will be utilized for the study. Injured Resource/Service: Intertidal communities: macrobenthic marine algae or seaweeds. ABSTRACT During the CHIA-EVOS studies, intense investigations were carried out on the intertidal algal communities of Prince William Sound, Kenai, Kodiak, and the Alaska Peninsula. As a byproduct of these studies, thorough voucher collections were made of the algal species present in more than 100 transect areas used for the study. The 7,300 voucher specimens were identified to species, curated, and cataloged, but no money was available at the time for publishing the wealth of information on algal biodiversity and distribution they provided. For this study, we will use these data to prepare regional checklists and biogeographic analyses of the species discovered and finally make available these critical habitat data for restoration and conservation efforts in Alaska. Prepared 06/07/2005 1 Project ______ INTRODUCTION Macrobenthic marine algae or seaweeds form the base of the food chain in nearly all rocky intertidal and shallow subtidal communities. In areas where they flourish, they also benefit both the structural and chemical environment. Nearshore marine animals are all at least partially dependent on algae for survival, and the environmental stresses that impact the algae also impact these members of the higher trophic levels. -
Table of Contents. Plates Figures
TWENTIETH REPORT SECTION OF BOTANY OF J. H. Ehlers, Chairman. THE MICHIGAN ACADEMY OF SCIENCE Salt Ratios in Soil Cultures. R. P. Hibbard .....................27 Blue-Green Algæ as Agents in the Deposition of Marl in a Michigan Lake. J. B. Pollock........................................29 PREPARED UNDER THE DIRECTION OF THE COUNCIL BY PLATES G. H. COONS Plate I. Charles Keene Dodge.................................................2 CHAIRMAN, BOARD OF EDITORS Plate II. a. View looking northwest from point j, Figure 2, showing glacially smoothed and polished surface along BY AUTHORITY the shore near the center of the photograph. .................10 LANSING, MICHIGAN b. View looking southeast from point f, Figure 2, showing a WYNKOOP HALLENBECK CRAWFORD CO., STATE PRINTERS glaciated surface roughened by solution and wave 1918 action. ............................................................................10 PUBLISHED Plate III. View near point d, Figure 2, showing a surface very NOVEMBER 22, 1919. greatly roughened by wave action and solution and a channel excavated by the action of the waves upon a much jointed dolomite. ...................................................10 TABLE OF CONTENTS. Plate IV. a and b. Spheroidal disintegration of granite in banks of Nile above the First Cataract......................................25 LETTER OF TRANSMITTAL..................................................... 2 Plate V. a. Granite block broken apart by diffission near Shabluka Hills, Soudan. .................................................25 -
Phycological Newsletter
PHYCOLOGICAL NEWSLETTER A PUBLICATION OF THE PHYCOLOGICAL SOCIETY OF AMERICA PSA 2011 in Seattle, July 13-16, University of Washington campus! summer Message from PSA President Paul Hayes write this message, my last as President, at a fall 2010 time that presents interesting challenges and I exciting opportunities for phycologists. Many Editor: of the major issues facing society have a phyco- Juan Lopez-Bautista VOLUME 46 logical dimension. To give just a few examples, no one can have failed to notice the substantial Department of Biological Sciences interest in using both macro and microalgae as a University of Alabama potential source of biofuels, and now phycologists need to engage in improving the yield of oils if this Tuscaloosa, AL 35487 potential is to be realised. Sustainable access to [email protected] freshwater is becoming a major global issue, and one that is impacted significantly by toxic algal and 1 cyanobacterial blooms. The phycological commu- Co-Editor: nity must generate the biological understanding needed both to underpin the management prac- Dale Casamatta tices necessary to prevent bloom formation and to Department of Biology NUMBER 2 provide early warning systems that allow contami- nation to be detected before it causes problems. In University of North Florida the post-antibiotic era we need to find new ways to Jacksonville, FL 32224 arrest the growth of pathogenic organisms. The in- credible diversity and long evolutionary history of [email protected] algae is reflected in the production of a multitude of secondary metabolites. Phycologists need to be actively involved in the extensive bioprospecting INSIDE THIS ISSUE: needed to identify and characterise these com- pounds. -
Great Salt Lake Microbiology: a Historical Perspective
International Microbiology https://doi.org/10.1007/s10123-018-0008-z REVIEW Great Salt Lake microbiology: a historical perspective Bonnie K. Baxter1 Received: 1 April 2018 /Revised: 7 May 2018 /Accepted: 8 May 2018 # The Author(s) 2018 Abstract Over geologic time, the water in the Bonneville basin has risen and fallen, most dramatically as freshwater Lake Bonneville lost enormous volume 15,000–13,000 years ago and became the modern day Great Salt Lake. It is likely that paleo-humans lived along the shores of this body of water as it shrunk to the present margins, and native peoples inhabited the surrounding desert and wetlands in recent times. Nineteenth century Euro-American explorers and pioneers described the geology, geography, and flora and fauna of Great Salt Lake, but their work attracted white settlers to Utah, who changed the lake immeasurably. Human intervention in the 1950s created two large sub-ecosystems, bisected by a railroad causeway. The north arm approaches ten times the salinity of sea water, while the south arm salinity is a meager four times that of the oceans. Great Salt Lake was historically referred to as sterile, leading to the nickname BAmerica’s Dead Sea.^ However, the salty brine is teaming with life, even in the hypersaline north arm. In fact, scientists have known that this lake contains a diversity of microscopic lifeforms for more than 100 years. This essay will explore the stories of the people who observed and researched the salty microbiology of Great Salt Lake, whose discoveries demonstrated the presence of bacteria, archaea, algae, and protozoa that thrive in this lake. -
Newsletter 2020 March
NORTH CENTRAL TEXAS N e w s Native Plant Society of Texas, North Central Chapter P Newsletter Vol 32, Number 3 S March 2020 O ncc npsot newsletter logo newsletter ncc npsot © 2018 Troy & Martha Mullens & Martha © 2018 Troy Purple Coneflower — Echinacea sp. T March Meeting Rock Springs Woods/Tinsley Garden March 5 Program By David Downey Rock Springs Woods/Tinsley Garden Normal Meeting Times: The oldest garden in Texas! 6:00 Social, 6:30 Business By David Downey 7:00 Program Program and bio on page 4 Redbud Room Deborah Beggs Moncrief Garden Center Fort Worth Botanic Garden Chapter of the Year (2016/17) Chapter Newsletter of the Year (2019/20) Visit us at ncnpsot.org & The Pool www.txnativeplants.org President's Corner by Gordon Scruggs ..................... p. 3f Index February Program and Speaker Bio ........................... p. 4f Flower of the Month, Pink Evening Primrose by Josephine Keeney ......................................... p. 5f NCC NPSOT February Meeting Minutes Chapter Leaders By Debbie Stilson ............................................. p. 7f Tandy Hills by Don Young & Troy Mullens .............. p. 9f President — Gordon Scruggs Gailon Hardin Teaches Propagation [email protected] by Patti Maness ................................................. p. 11 Past President — Karen Harden Activities & Volunteering for March 2020 Vice President & Programs — by Martha Mullens ....................................... p. 12ff Coneflowers Need Fire to Bloom Morgan Chivers by Martha Mullens .......................................... p. 15 Recording Secretary — Debbie Stilson Wood Fern, NICE! Plant of the Season Treasurer — Vanessa Wojtas by Dr. Becca Dickstein ..................................... p. 16 Hospitality Chair — Corinna Benson, Answer to last month’s puzzle and a new puzzle ...... p. 17 Traci Middleton “March Calendar” Page by Troy Mullens .................. p. -
Phycological Newsletter
Winter/Spring 2018 Volume 54 Number 1 March 24, 2018 PHYCOLOGICAL NEWSLETTER Happy new year! I’m excited to work with all of you in 2018. This year our annual meeting will be held on the campus of the University of British Columbia, in Vancouver, BC, Canada, as a joint meeting with the International Society of Protistologists. This will be the first time since 2005 that PSA has met outside of the United States, and the first time since 1989 that we’ve met in Canada. The meeting will celebrate the rich tradition of phycology in the Pacific Northwest, with phenomenal field trip opportunities and excellent plenary and symposium speakers. Our Society has been very active in the Consortium of Aquatic Societies since 2014, and this actively growing group of aquatic scientists has proven to be an effective vehicle for communicating issues relevant to the aquatic sciences. As part of this collaboration, the next Joint Aquatic Sciences Meeting is currently being planned for 2022. PSA Supports Students: Lang Fellowships Bold Award Lewin Award Croasdale Fellowship Hoshaw Travel Award Grants-in-Aid of Research !1 Winter/Spring 2018 Volume 54 Number 1 March 24, 2018 We still have a few openings to fill on our regular committees for 2018 – if any of you are interested in Table of Contents serving the Society on one of these, please email me Message from PSA President ([email protected]; the full list of committees pages 1-2 can be found at http://www.psaalgae.org/ commitees/). Committee service is a great way to PSA Annual Mee8ng “give back” to the Society, and to have a voice in the page 3-5 activities of PSA. -
History Department Botany
THE HISTORY OF THE DEPARTMENT OF BOTANY 1889-1989 UNIVERSITY OF MINNESOTA SHERI L. BARTLETT I - ._-------------------- THE HISTORY OF THE DEPARTMENT OF BOTANY 1889-1989 UNIVERSITY OF MINNESOTA SHERI L. BARTLETT TABLE OF CONTENTS Preface 1-11 Chapter One: 1889-1916 1-18 Chapter Two: 1917-1935 19-38 Chapter Three: 1936-1954 39-58 Chapter Four: 1955-1973 59-75 Epilogue 76-82 Appendix 83-92 Bibliography 93-94 -------------------------------------- Preface (formerly the College of Science, Literature and the Arts), the College of Agriculture, or The history that follows is the result some other area. Eventually these questions of months ofresearch into the lives and work were resolved in 1965 when the Department of the Botany Department's faculty members joined the newly established College of and administrators. The one-hundred year Biological Sciences (CBS). In 1988, The overview focuses on the Department as a Department of Botany was renamed the whole, and the decisions that Department Department of Plant Biology, and Irwin leaders made to move the field of botany at Rubenstein from the Department of Genetics the University of Minnesota forward in a and Cell Biology became Plant Biology's dynamic and purposeful manner. However, new head. The Department now has this is not an effort to prove that the administrative ties to both the College of Department's history was linear, moving Biological Sciences and the College of forward in a pre-determined, organized Agriculture. fashion at every moment. Rather I have I have tried to recognize the attempted to demonstrate the complexities of accomplishments and individuality of the the personalities and situations that shaped Botany Department's faculty while striving to the growth ofthe Department and made it the describe the Department as one entity. -
George Francis Atkinson
NATIONAL ACADEMY OF SCIENCES G EORGE FRANCIS A TKINSON 1854—1918 A Biographical Memoir by C H A R L E S T HOM Any opinions expressed in this memoir are those of the author(s) and do not necessarily reflect the views of the National Academy of Sciences. Biographical Memoir COPYRIGHT 1956 NATIONAL ACADEMY OF SCIENCES WASHINGTON D.C. GEORGE FRANCIS ATKINSON 1854-1918 BY CHARLES THOM* EORGE FRANCIS ATKINSON was born January 26, 1854, at Raisin- G ville/ Michigan. His father was Joseph Atkinson; his moth- er's maiden name was Josephine Fish. So much appears in Who's Who and other records compiled from the subject's own statements. In those published records, not a scrap of information appears about his people or himself that can be definitely attributed to the years from 1854 to 1878. By his own statement he entered the preparatory department of Olivet College in 1878 (from his letter to "the President and faculty of Cornell University applying for admission to the Junior Class as a candidate for the Bachelor of Philosophy degree for the college year 1883-4"). ^e received the degree in 1885. * In attempting to write the biography of a man who has been dead more than 36 years one can not rely entirely on his own memory of individual facts and details of technical material. Published data about Professor Atkinson are inadequate. Only a few of us today actually worked with him and none kept notes at the time. The following persons have helped by loan of material and letters or personal conference: Dr. -
Revision of the Synechococcales (Cyanobacteria) Through Recognition of Four Families Including Oculatellaceae Fam
Phytotaxa 365 (1): 001–059 ISSN 1179-3155 (print edition) http://www.mapress.com/j/pt/ PHYTOTAXA Copyright © 2018 Magnolia Press Article ISSN 1179-3163 (online edition) https://doi.org/10.11646/phytotaxa.365.1.1 Revision of the Synechococcales (Cyanobacteria) through recognition of four families including Oculatellaceae fam. nov. and Trichocoleaceae fam. nov. and six new genera containing 14 species TRUC MAI1, 3*, JEFFREY R. JOHANSEN1,2, NICOLE PIETRASIAK3, MARKÉTA BOHUNICKÁ4, & MICHAEL P. MARTIN1 1Department of Biology, John Carroll University, 1 John Carroll Blvd., University Heights, Ohio 44118, USA 2Department of Botany, Faculty of Science, University of South Bohemia, 31 Branišovská, 37005 České Budějovice, Czech Republic 3Department of Plant and Environmental Sciences, New Mexico State University, Skeen Hall Room N127, P.O Box 30003 MSC 3Q, Las Cruces, New Mexico 88003, USA. 4Department of Biology, Faculty of Science, University of Hradec Králové, Rokitanského 62, 500 03 Hradec Králové, Czech Republic *Corresponding author ([email protected]) Abstract A total of 48 strains of thin, filamentous cyanobacteria in Synechococcales were studied by sequencing 16S rRNA and rpoC1 sequence fragments. We also carefully characterized a subset of these by morphology. Phylogenetic analysis of the 16S rRNA gene data using Bayesian inference of a large Synechococcales alignment (345 OTU’s) was in agreement with the phylogeny based on the rpoC1 gene for 59 OTU’s. Both indicated that the large family-level grouping formerly classified as the Leptolyngbyaceae could be further divided into four family-level clades. Two of these family-level clades have been recognized previously as Leptolyngbyaceae and Prochlorotrichaceae. Oculatellaceae fam.