New and Noteworthy Vascular Plant Records from the Polish Part of the Lithuanian Lakeland
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Stormwater Facility Plant Lists
APPENDIX A - TABLES Stormwater Facility and Plant List Table of Contents Appendix A - Planting Guide for Vegetated Stormwater Facilities ............................................... Page A.4 Stormwater Facility Plant List .......................................................................................... A-1 A.4.1 Selecting Plants ........................................................................................................ A-1 TABLE 1: Plant List: Planters (Infiltration and Filtration) .......................................... A-2 TABLE 2: Plant List: Rain Gardens and Swales (Infiltration and Filtration) ............. A-3 TABLE 3: Plant List: Constructed Wet Ponds .......................................................... A-4 TABLE 3: Plant List: Constructed Wet Ponds (cont.) ............................................... A-5 TABLE 4: Plant List: Vegetated Filter Strips ............................................................. A-6 TABLE 4: Plant List: Vegetated Filter Strips (cont.) .................................................. A-7 TABLE 5: Plant List: Green Roofs ............................................................................ A-8 A.4 Stormwater Facility Plant List A.4.1. Selecting Plants The plant lists provided in the following tables are separated by facility type (such as planters, rain gardens, green roof, etc.). Each facility list includes a suitability matrix for limiting contextual factors (such as moisture zones and width of facility) as well as a listing of specific characteristics -
Nymphaea Folia Naturae Bihariae Xli
https://biblioteca-digitala.ro MUZEUL ŢĂRII CRIŞURILOR NYMPHAEA FOLIA NATURAE BIHARIAE XLI Editura Muzeului Ţării Crişurilor Oradea 2014 https://biblioteca-digitala.ro 2 Orice corespondenţă se va adresa: Toute correspondence sera envoyée à l’adresse: Please send any mail to the Richten Sie bitte jedwelche following adress: Korrespondenz an die Addresse: MUZEUL ŢĂRII CRIŞURILOR RO-410464 Oradea, B-dul Dacia nr. 1-3 ROMÂNIA Redactor şef al publicațiilor M.T.C. Editor-in-chief of M.T.C. publications Prof. Univ. Dr. AUREL CHIRIAC Colegiu de redacţie Editorial board ADRIAN GAGIU ERIKA POSMOŞANU Dr. MÁRTON VENCZEL, redactor responsabil Comisia de referenţi Advisory board Prof. Dr. J. E. McPHERSON, Southern Illinois Univ. at Carbondale, USA Prof. Dr. VLAD CODREA, Universitatea Babeş-Bolyai, Cluj-Napoca Prof. Dr. MASSIMO OLMI, Universita degli Studi della Tuscia, Viterbo, Italy Dr. MIKLÓS SZEKERES Institute of Plant Biology, Szeged Lector Dr. IOAN SÎRBU Universitatea „Lucian Blaga”,Sibiu Prof. Dr. VASILE ŞOLDEA, Universitatea Oradea Prof. Univ. Dr. DAN COGÂLNICEANU, Universitatea Ovidius, Constanţa Lector Univ. Dr. IOAN GHIRA, Universitatea Babeş-Bolyai, Cluj-Napoca Prof. Univ. Dr. IOAN MĂHĂRA, Universitatea Oradea GABRIELA ANDREI, Muzeul Naţional de Ist. Naturală “Grigora Antipa”, Bucureşti Fondator Founded by Dr. SEVER DUMITRAŞCU, 1973 ISSN 0253-4649 https://biblioteca-digitala.ro 3 CUPRINS CONTENT Botanică Botany VASILE MAXIM DANCIU & DORINA GOLBAN: The Theodor Schreiber Herbarium in the Botanical Collection of the Ţării Crişurilor Museum in -
Trophic Resource Use and Partitioning in Multispecies Ungulate Communities
Trophic resource use and partitioning in multispecies ungulate communities Robert Spitzer Faculty of Forest Sciences Department of Wildlife, Fish, and Environmental Studies Umeå Doctoral thesis Swedish University of Agricultural Sciences Umeå 2019 Acta Universitatis agriculturae Sueciae 2019:73 Cover: Annual diet composition of deer in Sweden (artworK: R. Spitzer) ISSN 1652-6880 ISBN (print version) 978-91-7760-464-8 ISBN (electronic version) 978-91-7760-465-5 © 2019 Robert Spitzer, Umeå Print: Original trycKeri, Umeå 2019 Trophic resource use and partitioning in multispecies ungulate communities Abstract Over the past decades, ungulates across the northern hemisphere have been expanding in range and numbers. This has raised concerns about their impacts, particularly on shared resources with humans, e.g., timber trees. Understanding how different ungulate species use trophic resources is therefore a crucial component of managing their populations. In this thesis, I synthesized data from the literature and used faecal DNA metabarcoding to investigate diets and patterns of resource partitioning for ungulate communities in Sweden and at the European scale. I also evaluated the reliability of dung morphometry for identifying ungulate species. I found that species identification of faecal pellets is difficult where similar-sized ungulates coexist which questions the reliability of pellet counts as a monitoring technique in such systems. Dung morphometry could, however, clearly distinguish moose from the smaller deer species. Across Europe, average diets of the four main deer species fit well with predictions by Hofmann’s hypothesis of ruminant feeding types. Red and fallow deer (mixed feeders) showed larger dietary plasticity than moose and roe deer (browsers). -
Конспект Родини Fabaceae У Флорі України. II. Підродина Faboideae (Триби Galegeae, Hedysareae, Loteae, Cicereae) Микола М
Систематика, флористика, географія рослин Plant Taxonomy, Geography and Floristics https://doi.org/10.15407/ukrbotj75.04.305 Конспект родини Fabaceae у флорі України. II. Підродина Faboideae (триби Galegeae, Hedysareae, Loteae, Cicereae) Микола М. ФЕДОРОНЧУК, Сергій Л. МОСЯКІН Інститут ботаніки ім. М.Г. Холодного НАН України вул. Терещенківська, 2, Київ 01004, Україна Fedoronchuk M.M., Mosyakin S.L. A synopsis of the family Fabaceae in the flora of Ukraine. II. Subfamily Faboideae (tribes Galegeae, Hedysareae, Loteae, and Cicereae). Ukr. Bot. J., 2018, 75(4): 305–321. M.G. Kholodny Institute of Botany, National Academy of Sciences of Ukraine 2 Tereshchenkivska Str., Kyiv 01004, Ukraine Abstract. The article provides a synopsis of tribes Galegeae, Hedysareae, Loteae, Cicereae of Fabaceae subfam. Faboideae in the flora of Ukraine, with nomenclatural citations, types, and main synonyms. It is based on critical analysis of available data of taxonomic, morphological, and molecular phylogenetic studies. Tribe Galegeae is best represented in the flora of Ukraine, comprising 10 genera, including the most species-rich genus Astragalus (48 species). However, the number of genera in the tribe will be probably changed due to further results of morphological and molecular phylogenetic studies which already indicate possible inclusion of Calophaca and Halimodendron in Caragana s. l.; however, these data require confirmation. Tribe Loteae is accepted here in a wide circumscription, including Coronilleae, which is in accordance with results of new morphological and molecular studies. There are 9 genera (or 7, in a wider circumscription) in the tribe, but the number of natural genera in that group will be clarified after further studies. -
Hybrid Zones Between Invasive Rorippa Austriaca and Native R
Heredity (2005) 94, 664–670 & 2005 Nature Publishing Group All rights reserved 0018-067X/05 $30.00 www.nature.com/hdy Hybrid zones between invasive Rorippa austriaca and native R. sylvestris (Brassicaceae) in Germany: ploidy levels and patterns of fitness in the field W Bleeker and A Matthies Department of Systematic Botany, University of Osnabru¨ck, Barbarastr. 11, 49076 Osnabru¨ck, Germany Hybrid zones may serve as natural laboratories for evolu- hybrid zones. In one hybrid zone (Mu¨lheim, Ruhr valley) tionary studies. One common viewpoint is that hybrids may hybrids were pentaploid and showed a relatively high seed always be less fit than their parents due to genetic set, whereas in the second hybrid zone (Randersacker, Main discontinuities. An alternative idea is that genotype–environ- valley) hybrids were triploid and displayed extremely low ment interactions influence the outcome of natural hybridiza- fitness values. Analyses of fitness values in different natural tion. Our comparative study of two different natural hybrid hybrid zones between the same two species may lead to zones between the invasive diploid Rorippa austriaca and very different conclusions about the evolutionary significance the native polyploid R. sylvestris in Germany identified the of natural hybridization. ploidy level as a major determinant of hybrid fitness. Different Heredity (2005) 94, 664–670. doi:10.1038/sj.hdy.6800687 ploidy levels and patterns of fitness were detected in different Published online 20 April 2005 Keywords: AFLP; chloroplast DNA; flow cytometry; hybrid fitness; invasive species Introduction detected in R. sylvestris (Jonsell, 1968). Multiple intro- ductions of R. austriaca into central Europe are leading to A central question in the study of hybrid zone evolution repeated possibilities for the formation of contact zones has been whether hybrids are always less fit than their with native species. -
Extensive Vegitative Roof Plant List
Recommended Plant List for Extensive Vegetated Roofs Fairfax County, Virginia February 1, 2007 RECOMMENDED PLANT LIST FOR EXTENSIVE VEGETATED ROOFS – Fairfax County, Virginia The following list of plants for extensive vegetated roofs was developed by staff from the Department of Public Works and Environmental Services (Storm Water Planning Division and Urban Forest Management Division). It is a “recommended” list of plants for use in extensive vegetated roofs. These plants were chosen because they are known to perform well in our area in growing medium depths of about four inches. The list is not exhaustive and is intended to give the designer a palette of plant materials to choose from. Other species may be used, and the acceptability of proposed plant materials is subject to review and approval by the Director. This plant list may be updated periodically to reflect other species that have been shown to perform well in extensive vegetated roofs in our area. Design guidelines for vegetated roofs can be found in the Public Facilities Manual § 6-1310. KEY: • Light: The amount of sunlight a plant requires is defined as: o Full sun 5, the site is in direct sunlight for at least six hours daily during the growing season. o Partial shade , the site receives approximately three to six hours of direct sunlight or lightly filtered light throughout the day. o Shade , the site receives less than three hours of direct sunlight or heavily dappled light throughout the day. • Moisture: The amount of soil moisture a plant requires is defined as: o Dry (D), areas where water does not remain after a rain; supplemental watering will not be needed, except under the most extreme drought conditions. -
Naturalized in North America
Phytotaxa 175 (1): 019–028 ISSN 1179-3155 (print edition) www.mapress.com/phytotaxa/ PHYTOTAXA Copyright © 2014 Magnolia Press Article ISSN 1179-3163 (online edition) http://dx.doi.org/10.11646/phytotaxa.175.1.2 A taxonomic study of Sedum series Rupestria (Crassulaceae) naturalized in North America LORENZO GALLO1 & PETER F. ZIKA2 1 Strada Val San Martino sup. 194. 10131, Torino, Italy. E-mail: [email protected] 2 WTU Herbarium, Box 355325, University of Washington, Seattle, WA 98195-5325, USA. E-mail: [email protected] Abstract Sedum rupestre L. and its close relatives (Sedum series Rupestria) are native to Europe. Adventive populations in North America were studied both in the field and the herbaria. Our results exclude S. rupestre L. and include recognition of two additional taxa on the continent, which are distinguished with keys and illustrations: Sedum forsterianum documented as a naturalized species in the United States, from Washington, and in British Columbia, Canada and Sedum thartii, naturalized in Colorado, Maine, Ohio, Oregon, Washington and Ontario, Canada. A lectotype is established for S. forsterianum. Key words: Alien, stonecrop, typification Introduction The genus Sedum Linnaeus (1753: 430) is widespread in Europe, Africa, Asia and America and includes roughly 400 to 475 taxa according to the most recent authors (Eggli et al. 1995, ‘t Hart & Bleij 2003, Thiede & Eggli 2007, Ohba 2009). Berger (1930) devised an infrafamilial classification of the Crassulaceae. Within the genus Sedum he recognised “Sektion 17” (Sedum proper, his “Seda genuina”) and, inside it, several “Reihen” or series. The “Reihe” 20 group of Sedum is now known as Sedum series Rupestria (Berger 1930: 456), a monophyletic and well delimited group endemic to the Euro-Mediterranean region, including 17 among species, subspecies and natural hybrids (Hart ‘t 1994, Hart ‘t & Bleij 2003, Gallo 2009, 2012). -
Notes on Oxytropis Sect. Mesogaea (Fabaceae) in Iran, with the Description of a New Species
Ann. Bot. Fennici 46: 235–238 ISSN 0003-3847 (print) ISSN 1797-2442 (online) Helsinki 30 June 2009 © Finnish Zoological and Botanical Publishing Board 2009 Notes on Oxytropis sect. Mesogaea (Fabaceae) in Iran, with the description of a new species Massoud Ranjbar*, Roya Karamian & Soheila Bayat Department of Biology, Herbarium division, Bu-Ali Sina University, P.O. Box 65175/4161, Hamedan, Iran (*corresponding author’s e-mail: [email protected]) Received 12 Apr. 2007, revised version received 5 May 2008, accepted 18 June 2008 Ranjbar, M., Karamian, R. & Bayat, S. 2009: Notes on Oxytropis sect. Mesogaea (Fabaceae) in Iran, with the description of a new species. — Ann. Bot. Fennici 46: 235–238. Oxytropis sorkhehensis Ranjbar sp. nova (Fabaceae) is described from Iran and illus- trated. Diagnostic characters, a description and taxonomic comments on the species are given. It is compared with a morphologically similar species, O. thaumasiomor- pha. Oxytropis pilosa is a new record from this group for Iran. Key words: new species, Oxytropis sect. Mesogaea, taxonomy Oxytropis, belonging to the tribe Astragaleae of black, appressed to spreading hairs, mostly with Papilionoideae in the Fabaceae, comprises about imparipinnate leaves, stipules free from petioles, 300 species occurring in the cold mountainous and pendulous pods. They are distributed in sev- regions of Europe, Asia, and North America, and eral SW Asian countries, but Iran and Afghani- is most diverse in central Asia (Polhill 1981). stan with 11 species are the most important Bunge (1874) classifi ed 181 species of Oxytropis distribution centers. into four subgenera and 19 sections. Boissier (1872) in Flora Orientalis placed eight species into two sections, namely Phacoxytropis and Oxytropis sorkhehensis Ranjbar, sp. -
New Jersey Strategic Management Plan for Invasive Species
New Jersey Strategic Management Plan for Invasive Species The Recommendations of the New Jersey Invasive Species Council to Governor Jon S. Corzine Pursuant to New Jersey Executive Order #97 Vision Statement: “To reduce the impacts of invasive species on New Jersey’s biodiversity, natural resources, agricultural resources and human health through prevention, control and restoration, and to prevent new invasive species from becoming established.” Prepared by Michael Van Clef, Ph.D. Ecological Solutions LLC 9 Warren Lane Great Meadows, New Jersey 07838 908-637-8003 908-528-6674 [email protected] The first draft of this plan was produced by the author, under contract with the New Jersey Invasive Species Council, in February 2007. Two subsequent drafts were prepared by the author based on direction provided by the Council. The final plan was approved by the Council in August 2009 following revisions by staff of the Department of Environmental Protection. Cover Photos: Top row left: Gypsy Moth (Lymantria dispar); Photo by NJ Department of Agriculture Top row center: Multiflora Rose (Rosa multiflora); Photo by Leslie J. Mehrhoff, University of Connecticut, Bugwood.org Top row right: Japanese Honeysuckle (Lonicera japonica); Photo by Troy Evans, Eastern Kentucky University, Bugwood.org Middle row left: Mile-a-Minute (Polygonum perfoliatum); Photo by Jil M. Swearingen, USDI, National Park Service, Bugwood.org Middle row center: Canadian Thistle (Cirsium arvense); Photo by Steve Dewey, Utah State University, Bugwood.org Middle row right: Asian -
ANATOMICAL CHARACTERISTICS and ECOLOGICAL TRENDS in the XYLEM and PHLOEM of BRASSICACEAE and RESEDACAE Fritz Hans Schweingruber
IAWA Journal, Vol. 27 (4), 2006: 419–442 ANATOMICAL CHARACTERISTICS AND ECOLOGICAL TRENDS IN THE XYLEM AND PHLOEM OF BRASSICACEAE AND RESEDACAE Fritz Hans Schweingruber Swiss Federal Research Institute for Forest, Snow and Landscape, CH-8903 Birmensdorf, Switzerland (= corresponding address) SUMMARY The xylem and phloem of Brassicaceae (116 and 82 species respectively) and the xylem of Resedaceae (8 species) from arid, subtropical and tem- perate regions in Western Europe and North America is described and ana- lysed, compared with taxonomic classifications, and assigned to their ecological range. The xylem of different life forms (herbaceous plants, dwarf shrubs and shrubs) of both families consists of libriform fibres and short, narrow vessels that are 20–50 μm in diameter and have alter- nate vestured pits and simple perforations. The axial parenchyma is para- tracheal and, in most species, the ray cells are exclusively upright or square. Very few Brassicaceae species have helical thickening on the vessel walls, and crystals in fibres. The xylem anatomy of Resedaceae is in general very similar to that of the Brassicaceae. Vestured pits occur only in one species of Resedaceae. Brassicaceae show clear ecological trends: annual rings are usually dis- tinct, except in arid and subtropical lowland zones; semi-ring-porosity decreases from the alpine zone to the hill zone at lower altitude. Plants with numerous narrow vessels are mainly found in the alpine zone. Xylem without rays is mainly present in plants growing in the Alps, both at low and high altitudes. The reaction wood of the Brassicaceae consists primarily of thick-walled fibres, whereas that of the Resedaceae contains gelatinous fibres. -
Crucifers in the Nordic Flora 1
Crucifers in the Nordic Flora 1. Nasturtium and Rorippa BENGT JONSELL In this and some future papers, accounts will be presented on a number of genera in the Brassicaceae, originally to be included in Flora Nordica, a joint Nordic project to produce a scientific flora for the Nordic vascular plants. Four volumes, including a general volume have so far been published. Regrettably it is no longer possible to publish Flora Nordica in coherent volumes. Accounts on several brassicaceous genera have been completed and have also been commented on by Nordic referees. These will be presented in Swedish in Svensk Botanisk Tidskrift and English versions can be found in the SBT archive at svenskbotanik.se. The arrangement follows the pattern of previous Flora Nordica volumes except that keys to the genera are lacking. Such a key may be published at the end of the series. In the accounts, material from all Nordic countries and areas will be treated, namely Denmark (D), Sweden (S), Norway (N), Finland (F) and Svalbard with Bjørnøya and Jan Mayen (AI). The distribution records are based on flora provinces (F, N, S) with some modifications, but for D and I on newly defined areas (see Map 1), Nasturtium R. Br. ex W.T. Aiton Brown in W. T. Aiton, Hort. Kew., ed. 2, 4: 109 (1812). Prostrate to ascending perennials, often mat-forming, richly branched, glabrous to sparsely hairy; hairs unbranched. Stems juicy, hollow, rooting at lower nodes. Leaves pinnatisect to pinnate, auriculate. Racemes ebracteate, narrowly cylindrical, rather dense to loose. Petals white, up to twice as long as the sepals. -
Cvičení Ze Systému VR (BOT/SVCVU, SVP, SVCVY) 2020
Cvičení ze systému VR (BOT/SVCVU, SVP, SVCVY) 2020 http://flora.upol.cz/data/syllabuses/SVCVU-sylabus-2020.pdf Semestr: 10.2.-6.5.2020. Svátky: VELIKONOCE: st 26.2., čt-ne 9.4., 10.4. a 13.4. květnová volna (1.5. a 8.5.) = pátek Harmonogram cvičení LS 2019 (po 13.15-15.44 a 15.45-18.15; út 10.30-13.00 a 13.15-15.44; st 10.30-13.00) 1. týden (10.-12.2.) – úvodní sdělení (Dr. R. J. Vašut) 2. týden (17.-19.2.) – preparace a konzervace rostlinného materiálu (Dr. R. J. Vašut) 3. týden (24.-26.2.) – mechorosty (Dr. R. J. Vašut) [Popeleční středa] 4. týden (2.-4.3.) – plavuně (Dr. M. Hroneš) [TEST mechorosty] 5. týden (9.-11.3.) – přesličky (Dr. M. Hroneš) [TEST plavuně] 6. týden (16.-18.3.) – kapradiny I. (L. Kobrlová) [TEST přesličky] od 10. 3. 2020 jsou přijatá ochranná opatření kvůli zamezení šíření koronavirové pandemie a proto je kontaktní výuka do odvolání zrušena. Pro aktuální vývoj na UP sledujte: https://www.upol.cz/covid-19/ 7. týden (23.3.-25.3.) – kapradiny II. (L. Kobrlová) [TEST kapradiny I] 8. týden (30.3.-1.4.) – jehličnany I. – teorie (Dr. R.J.Vašut) [TEST kapradiny II] 9. týden (6.4.-8.4.) – jehličnany II. - exkurze (Dr. R. J. Vašut) [TEST jehličnany] 10. týden (13.4-15.4.) – krytosemenné I. – práce s klíči (Dr. M. Hroneš) [TEST krytosemenné] [z.č.] 11. týden (20.4.-22.4.) – krytosemenné II. – seminář: prezentace studentů (Dr. R. J. Vašut) 12. týden (27-29.4.) – krytosemenné III.