Salmonberry: Salmonberry Forms Dense Thickets in Wet Forested Areas
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Plant Guide for Salmonberry (Rubus Spectabilis)
Plant Guide SALMONBERRY The Makah dry and peel a branch of salmonberry, remove the pith, and use it for a pipe stem. The Quileute plug the Rubus spectabilis Pursh hair seal float used in whaling with the hollow stem of Plant Symbol = RUSP elderberry wood, then insert a piece of salmonberry wood as a stopper. This salmonberry plug can be removed for Contributed by: USDA NRCS National Plant Data further inflation of the float. Center & Oregon Plant Materials Center Salmonberry has an astringent quality in the bark and leaves. The Quileute chew the leaves and spit them on burns, and in winter when the leaves are not obtainable they use the bark instead. The Makah pound the bark and lay it on an aching tooth or a festering wound to kill the pain. The Quinault boil the bark in seawater, and the brew is drank to lessen labor pains and to clean infected wounds, especially burns. Wildlife: Salmonberry fruits, ripe from June to August, rank at the very top of foods for wildlife. The early blooming flowers, blossoming from March to June, are an important nectar source for bees, butterflies, various other insects, and hummingbirds. The berries are relished by songbirds, bears, and small mammals a much as they are Charles Webber, California Academy of Sciences @ CalPhotos enjoyed by humans. Leaves, twigs, and stems are grazed Alternate Names by browsers, such as deer, elk, and rabbits. The dense Common Alternate Names: None known thickets provide excellent escape habitats for birds and Scientific Alternate Names: None known small mammals, and nesting sites for songbirds. -
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Rubus strigosus Michx. Common Names: American red raspberry (1), wild red raspberry (6), grayleaf red raspberry (2). Etymology: “Rubus” is the latin word for blackberry/raspberry and “strigosus” is the latin word for thin (5). Botanical synonyms: Rubus idaeus L. ssp. strigosus (Michx.) Focke, Rubus melanolasius Dieck, Rubus neglectus Peck, Rubus carolinianus Rydb (2). FAMILY: Rosaceae, the Rose family (1) Quick Notable Features: ¬ Glandular-bristly stems ¬ Pinnately compound leaves with 3- 5 serrated leaflets, abaxially glaucous ¬ Perfect, white flowers with the sepals longer than the petals ¬ Red aggregate of drupelets that separates from the receptacle Plant Height: Rubus strigosus can reach up to 2m (7). Subspecies/varieties recognized (source 1,13): R. strigosus var. aberratus, R. strigosus var. acalyphaceus, R. strigosus var. albus, R. strigosus var. arizonicus, R. strigosus var. caudatus, R. strigosus var. eucyclus, R. strigosus var. heterolasius, R. strigosus var. strigosus, R. strigosus var. tonsus. Most Likely Confused with: Other members of the genus Rubus, such as Rubus occidentalis, Rubus idaeus, and Rubus neglectus. Rosa englanteria and Rosa setigera may also be similar in appearance (8,9). Habitat PreFerence: Rubus strigosus grows in open or disturbed areas with well drained soil (7,8). Geographic Distribution in Michigan: Rubus strigosus is found in most counties of the Upper and Lower Peninsulas (2). Known Elevational Distribution: R. strigosus was found at Mount Mitchell State Park (NC), at an elevation of 2,037m (12). Complete Geographic Distribution: R. strigosus is native to North America and widely distributed on the United States (AK, AZ, CA, CO, CT, DE, IA, ID, IL, IN, MA, MD, ME, MI, MN, MO, MT, NC, ND, NE, NH, NJ, NM, NV, NY, OH, OK, OR, PA, RI, SD, TN, UT, VA, VT, WA, WI, WV, WY), Canada (AB, BC, LB, MB, NB, NF, NS, NT, NU, ON, PE, QC, SK, YT), and France (St. -
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MAGYAR NYELVŐR 137. ÉVF. * 2013. JÚLIUS–SZEPTEMBER * 3. SZÁM A Magyar Nyelvtudományi Társaság működésének kezdetei 1905-ben Kik alkották a társaság tagságát a megalakulást követő évben?*1 1. Szily Kálmán a Magyar Nyelv 1906. évi kötetének az elején Olvasóinkhoz cí- men röviden utalt a Társaság és folyóirata indulásával kapcsolatos aggodalmaira, de – állapítja meg ugyanakkor – ez utóbbiak feleslegesnek bizonyultak. Meg is in- dokolta miért: „Társaságunk tagjai a lefolyt évben oly mértékben felszaporodtak s folyóiratunk köré annyi előfizető sorakozott, hogy semmit sem kellett Semsey Andor adományából elköltenünk s az egészet alaptőkénkhez csatolhattuk, sőt még ezen felül is jelentékeny összeggel szaporíthattuk a Társaság vagyonát. Társasá- gunk és folyóiratunk léte ez idő szerint tehát biztosítva van” (Szily 1906: 1–2). Felidézte aztán a Társaság alapszabályaiban rögzített feladatokat. Megjegyzem még, hogy Bárczi tanár úr is a Társaság gyors felvirágzásáról beszélt a hatvanéves jubileumon (Bárczi 1965: 5). Szily Kálmán elnök az 1905. január 24-i választmányi ülésen már bemutatta a tervnek pontosan megfelelően a Magyar Nyelv első füzetét. A füzetből 1100 pél- dányt nyomtattak, 700-at a tagok számára, 300-at mutatványszámnak és 100-at a könyvárusok részére. Az elnök bemutatta az 1904. évről szóló számadást és az 1905. évre javasolt költségvetést. 2. Hogy milyen gondja volt a vezetőségnek a népnyelvi gyűjtésre, azt igazolja az 1905. évi január 24-i választmányi ülésen hozott határozat. Eszerint „addig is, amíg a népnyelvi gyűjtést rendszeresen megkezdhetik, a Nagy Szótár anyagából azt, a mi a Magyar Tájszótárban nincs meg, a Magyar Nyelvben közzéteszik” (1905: 188). Ezen az ülésen is regisztrálták a rendes tagoknak felvetteket. A Szily Kál- mán ajánlatára elfogadott 53 rendes tag között volt például Baksay Sándor Duna- melléki református püspök (Kunszentmiklós), Csánki Dezső országos levéltár - nok (Budapest), Goldziher Ignác orientalista egyetemi tanár (Budapest), Marczali Henrik történész egyetemi tanár (Budapest), Móricz Zsigmond író (Budapest), id. -
The Plant List
the list A Companion to the Choosing the Right Plants Natural Lawn & Garden Guide a better way to beautiful www.savingwater.org Waterwise garden by Stacie Crooks Discover a better way to beautiful! his plant list is a new companion to Choosing the The list on the following pages contains just some of the Right Plants, one of the Natural Lawn & Garden many plants that can be happy here in the temperate Pacific T Guides produced by the Saving Water Partnership Northwest, organized by several key themes. A number of (see the back panel to request your free copy). These guides these plants are Great Plant Picks ( ) selections, chosen will help you garden in balance with nature, so you can enjoy because they are vigorous and easy to grow in Northwest a beautiful yard that’s healthy, easy to maintain and good for gardens, while offering reasonable resistance to pests and the environment. diseases, as well as other attributes. (For details about the GPP program and to find additional reference materials, When choosing plants, we often think about factors refer to Resources & Credits on page 12.) like size, shape, foliage and flower color. But the most important consideration should be whether a site provides Remember, this plant list is just a starting point. The more the conditions a specific plant needs to thrive. Soil type, information you have about your garden’s conditions and drainage, sun and shade—all affect a plant’s health and, as a particular plant’s needs before you purchase a plant, the a result, its appearance and maintenance needs. -
Draft Spring Park Management Plan 2013
Spring Park Natural Area Management Plan North Clackamas Parks and Recreation Diistrict 12-2013 Draft Spring Park Management Plan 2013 Prepared for North Clackamas Park and Recreation District 150 Beavercreek Rd Oregon City, OR 97045 And The City of Milwaukie 10722 SE Main Street Milwaukie, OR 97222 Prepared by Guillozet Consulting LLC And NCPRD Natural Resources Program December 2013 Draft Spring Park Management Plan 2013 Table of Contents I. Spring Park Site Context .....................................................................................................................................1 II. Background .........................................................................................................................................................1 III. Geology and Soils ...........................................................................................................................................2 IV. Public Safety ...................................................................................................................................................2 V. Plant Communities and Management Units ......................................................................................................3 A. Alcove Unit .....................................................................................................................................................6 B. Wetland Shrub-Scrub Unit ..............................................................................................................................6 -
Northwest Native Plant List
Commonly Available Plants From the Portland Plant List Botanical Name Common Name Size Light Soil Moisture Trees tall x wide Abies grandis Grand Fir 200' x 40' sun or shade moist Acer circinatum Vine Maple 15-20' x 15' pt shade/shd moist Acer macrophyllum Bigleaf Maple 70' x 30' sun/pt shade dry or moist Alnus rubra Red Alder 40-50' x 20' sun/pt shade dry or wet Arbutus menziesii * Pacific Madrone 30-40' x 20' sun dry Cornus nu8allii * Western Dogwood 30-40' x 20' pt shade moist Fraxinus la;folia Oregon Ash 50' x 25' sun/pt shade moist or wet Malus fusca Western Crabapple 30' x 25' sun/pt shade moist or wet Pinus ponderosa, Willame8e Valley Ponderosa Pine 80' x 20' sun dry Populus tremuloides Quaking Aspen 40-50' x 20' sun moist Populus trichocarpa Western Balsam Poplar 60-80' x 30' sun moist Prunus emarginata BiIer Cherry 30' x 20' sun/pt shade moist or wet Prunus virginiana Chokecherry 25-30' x 20' sun or shade dry or moist Pseudotsuga menziesii Douglas Fir 100' x 30' sun/pt shade moist Quercus garryana Oregon White Oak 50' x 50' sun dry or moist Rhamnus purshiana Cascara 30' x 20' pt shade/shd moist Thuja plicata Western Red Cedar 100' x 30' sun or shade moist Tsuga heterophylla Western Hemlock 120' x 30' sun or shade moist Shrubs Amelanchier alnifolia Western Serviceberry 15' x 10' sun/pt shade dry or wet Ceanothus cuneatus Buckbrush 6-10' x 6-10' sun dry Cornus sericea Redtwig Dogwood 12-15' x 10' sun/pt shade moist or wet Euonumus occidentalis * Western Wahoo 10-12' x 8-10' sun/pt shade moist Holodiscus discolor Oceanspray 8-10' -
Identification of Rubus Accessions in Romania and a Comparison of Their Relatedness to European and North American Cultivars
Available online at http://journals.usamvcluj.ro/index.php/promediu ProEnvironment ProEnvironment 9 (2016) 46 - 52 Original Article Identification of Rubus accessions in Romania and a comparison of their relatedness to European and North American cultivars RUSU Anda Raluca1*, Julie GRAHAM2, Doru PAMFIL1, Roxana VIDICAN1 1 University of Agricultural Sciences and Veterinary Medicine, 400372, Cluj-Napoca, Romania 2 Cell and Molecular Science Department, James Hutton Institute, Dundee, DD2 5DA, UK Received 15 January 2016; received and revised form 2 February 2016; accepted 8 March 2016 Available online 30 March 2016 Abstract This study has arisen from the recent consumer interest in soft fruit crops, particularly Rubus, in Romania where currently demand has to be served by collecting the berries from wild populations. This study examined the species make up in two important regions by collecting a number of Rubus accessions from the wild flora and determined the species classification by morphological identification. From the 100 individuals, collected from 7 different locations within the two regions, 11 different species were identified. SSR markers were then applied to compare the genotypes represented by the Romanian accessions to commercial European and North American cultivars. Amongst the plants sampled two groupings were apparent, group A mainly consisting of Romanian species, and group B mainly the European and North American cultivars of the Idaeobatus genus. Keywords: Rubus, accessions, SSR markers, genotypes, cultivars 1. Introduction According to the FAO, in Romania around two thousand tons annually of raspberries are In the last few years there has been a radical harvested from wild flora. Few commercial growing change by consumers around the concept of operations currently exist. -
CN Herbicide Assessment.Pages
Field Assessment Report and Background Review CN 2017 Herbicide Application in the Skeena Sub, Terrace to Prince Rupert, BC March 2018 Prepared by Amanita Helena Coosemans, B.Sc.(hon.), M.Ed., R.P.Bio. Balanced Ecological Management Company Terrace, BC Prepared for Luanne Roth, T.Buck Suzuki Environmental Foundation Prince Rupert, BC 07 March 2018 BALANCED ECOLOGICAL MANAGEMENT COMPANY Table of Contents Table of Contents....................................................... i List of Tables............................................................. ii List of Attachments.................................................. ii 1. Introduction .................................................................................1 2. Author’s Professional History and Disclosure.......................... 1 3. Project and Legislative Background.......................................... 2 3.1 Project Location and Fish..................................................................... 2 3.2 Railways and herbicide regulation...................................................... 2 3.3 Glyphosate............................................................................................. 4 4. Methods and Field Activities....................................................... 4 4.1 Visual Evidence of Herbicide Application and Timing....................... 5 4.2 Collection of Foliar Samples and Submission to Laboratory for Testing.................................................................................................. 5 5. Results and Discussion.............................................................. -
ABSTRACT the First Through Fifth Instars of the Gypsy Moth Were Tested for Development to Adults on 326 Species of Dicotyledonous Plants in Laboratory Feeding Trials
LABORATORY FEEDING TESTS ON THE DEVELOPMENT OF GYPSY MOTH LARVAE WITH REFERENCE TO PLANT TAXA AND ALLELOCHEMICALS JEFFREY C. MILLER and PAUL E. HANSON DEPARTMENT OF ENTOMOLOGY, OREGON STATE UNIVERSITY, CORVALLIS, OREGON 97331 ABSTRACT The first through fifth instars of the gypsy moth were tested for development to adults on 326 species of dicotyledonous plants in laboratory feeding trials. Among accepted plants, differences in suitability were documented by measuring female pupal weights. The majority of accepted plants belong to the subclasses Dilleniidae, Hamamelidae, and Rosidae. Species of oak, maple, alder, madrone, eucalyptus, poplar, and sumac were highly suitable. Plants belonging to the Asteridae, Caryophyllidae, and Magnoliidae were mostly rejected. Foliage type, new or old, and instar influenced host plant suitability. Larvae of various instars were able to pupate after feeding on foliage of 147 plant species. Of these, 1.01 were accepted by first instars. Larvae from the first through fifth instar failed to molt on foliage of 151 species. Minor feeding occurred on 67 of these species. In general, larvae accepted new foliage on evergreen species more readily than old foliage. The results of these trials were combined with results from three previous studies to provide data on feeding responses of gypsy moth larvae on a total of 658 species, 286 genera, and 106 families of dicots. Allelochemic compositions of these plants were tabulated from available literature and compared with acceptance or rejection by gypsy moth. Plants accepted by gypsy moth generally contain tannins, but lack alkaloids, iridoid monoterpenes, sesquiterpenoids, diterpenoids, and glucosinolates. 2 PREFACE This research was funded through grants from USDA Forest Service cooperative agreement no. -
Plant Identification and Classification Summer 2015 - Notes
BIOL 317: Plant Identification and Classification Summer 2015 - Notes Week 5 – Tuesday Malpighiales morphologically heterogeneous clade other important families include Hypericaceae (Saint-John's-wort), Passifloraceae (passionflower), Violaceae (violet), and Linaceae (flax) Euphorbiaceae (spurge family) 218 genera, 6745 spp. distributed widely, but especially diverse in tropics herbaceous or woody leaves - simple or compound; alternate or opposite; stipulate flowers • unisexual, plants monoecious or dioecious • usually actinomorphic • sepals none or 2-6 • petals none or 1-6 • stamens 1-many • pistil compound (3 carpels); ovary superior . 1 ovule/carpel . 3 styles, each usually divided • fruit: schizocarp (dry fruit that splits into usually one-seeded sections called mericarps) genus Euphorbia - largest genus in family and among largest genera of angiosperms, ~1800 spp. • milky latex, often poisonous and caustic - defense against herbivores • inflorescence: cyathium . example of pseudanthium - inflorescence that as a unit resembles a typical single flower . whorl of 4-5 bracts forming cup-like involucre with usually 5 nectar glands . reduced staminate flowers consist only of single stamen . reduced pistillate flower consist only of single pistil . cyathium sometimes subtended by additional showy bracts that attract animal pollinators • many succulents, including cactus-like forms, especially in arid habitats of Africa includes PNW weeds (Euphorbia maculata – milk spurge, etc.), food crop (Manihot esculenta – cassava), material -
Rubus Armeniacus, R. Bifrons
Rubus armeniacus, R. bifrons Fire Effects Information System (FEIS) FEIS Home Page Rubus armeniacus, R. bifrons SUMMARY This Species Review summarizes the scientific information about fire effects and relevant ecology of Rubus armeniacus and Rubus bifrons in the United States and Canada that was available as of 2020. Both species are nonnative, very closely related, and share the common name "Himalayan blackberry". To avoid confusion, "Himalayan blackberry" refers to R. armeniacus in this Species Review, and R. bifrons is referred to by its scientific name. Himalayan blackberry occurs in many areas of the United States and is invasive in the Pacific Northwest and California. It is considered the most invasive nonnative shrub on the West Coast, where it forms large thickets, displaces native plants, hinders wildlife movement, and causes economic losses. It is most common in mediterranean climates and prefers moist, well-drained soils. It is most invasive in low-elevation riparian, hardwood, and conifer communities. In contrast, Rubus bifrons is not considered highly invasive. Both species reproduce primarily vegetatively via layering and sprouting from their rhizomes and root crown. They also reproduce from seed, which aids establishment on new sites, including burns. The seeds are primarily dispersed by animals. The seeds have a hard coat, are dormant upon dispersal, and are stored in the soil seed bank. Fire or animal ingestion helps break seed dormancy. These blackberries are primarily early-successional, fast-growing species that prefer open, disturbed sites such as streambanks and burns. Himalayan blackberry foliage and litter can be flammable, but Himalayan blackberry may fail to burn on moist sites that lack substantial fine fuels. -
Ecological Site R222XY358AK Subalpine Tall Scrub Mosaic Dry Gravelly Slopes
Natural Resources Conservation Service Ecological site R222XY358AK Subalpine Tall Scrub Mosaic Dry Gravelly Slopes Last updated: 6/20/2019 Accessed: 09/29/2021 General information MLRA notes Major Land Resource Area (MLRA): 222X–Southern Alaska Coastal Mountains The Southern Alaska Coastal Mountains (MLRA 222) encompasses the Pacific Border Ranges and Coast Mountains physiographic provinces (Wahrhaftig 1965). Spanning approximately 26,355 square miles, the elevation ranges from sea level at the base of glaciers and ice fields to 18,008 feet at Mt. St. Elias. The MLRA was covered by glacial ice during the Pleistocene epoch, a time period spanning from 2.6 million to 11,700 years ago. During interglacial periods glacial extent was reduced, leaving behind various glacial deposits. Over time these deposits have been eroded or buried by colluvium and slope alluvium, which now covers more than 90 percent of the unglaciated landscape. Paleozoic, Mesozoic, and Lower Tertiary stratified sedimentary rocks, and occasionally Paleozoic intrusive rocks, underlie much of the area and are exposed on steep mountain slopes and ridges (USDA- NRCS 2006). This landscape lies in the true alpine zone where glacial ice is, and has been, the dominant ground cover. Glacial ice encompassed all the MLRA during the Late Wisconsinan glaciation, 25,000 – 21, 000 years ago (Kauffman et al. 2011). Changes in climatic conditions following this period resulted in the recession of some glaciers and slowly exposed new surfaces for inhabitation by terrestrial ecosystems. Pioneer plant communities began to establish on the new substrate within the first 30 years and consisted mostly of evergreen, herbaceous dwarf shrubs with some pockets of low shrubs.