Sixteen New Records for the Flora of Lebanon
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(BCF), Translocation Factor (TF) and Metal Enrichment Factor (MEF) Abilities of Aquatic Macrophyte Species Exposed to Metal Contaminated Wastewater
ISSN(Online): 2319-8753 ISSN (Print): 2347-6710 International Journal of Innovative Research in Science, Engineering and Technology (A High Impact Factor, Monthly, Peer Reviewed Journal) Visit: www.ijirset.com Vol. 8, Issue 1, January 2019 Evaluation of Bioaccumulation Factor (BAF), Bioconcentration Factor (BCF), Translocation Factor (TF) and Metal Enrichment Factor (MEF) Abilities of Aquatic Macrophyte Species Exposed to Metal Contaminated Wastewater S. S. Shingadgaon1, B.L. Chavan2 Research Scholar, Department of Environmental Science, School of Earth Sciences, Solapur University, Solapur, MS, India1 Former Professor and Head, Department of Environmental Science, Solapur University Solapur and presently working at Department of Environmental Science, Dr.Babasaheb Ambedkar Marathwada University, Aurangabad, MS, India 2 ABSTRACT: Wastewaters receiving aquatic bodies are quiet complex in terms of pollutants, the transport and interactions with heavy metals. This complexity is primarily due to high variability of pollutants, contaminants and related parameters. The macrophytes are plausible bio-indicators of the pollution load and level of metals within the aquatic systems than the wastewater or sediment analyses. The potential ability of aquatic macrophytes in natural water bodies receiving municipal sewage from Solapur city was assessed. Data from the studies on macrophytes exposed to a mixed test bath of metals and examined to know their potentialities to accumulate heavy metals for judging their suitability for phytoremediation technology -
New Ten Varieties and Five Subspecies of Crocus Baalbekensis K. Addam & M
MOJ Ecology & Environmental Sciences Research Article Open Access New ten varieties and five subspecies of Crocus baalbekensis K. Addam & M. Bou-Hamdan (Iridaceae) endemic to Lebanon added to the Lebanese flora Abstract Volume 4 Issue 6 - 2019 Fifteen new world record Crocus baalbekensis var. decorus, fluctus, flavo-album, 1 2 makniensis, youninensis, rasbaalbekensis, rihaensis, shaathensis, shlifensis, tnaiyetensis, Khodr Addam, Mounir Bou-Hamdan, Jihad subsp. ahlansis, anthopotamus, fakihansis, harbatansis, and rassomensis, joined the Takkoush,3 Kamal Hout4 Lebanese flora and particularly the Iridaceae family. They were found in Baalbek-Hermel 1Head, Integrative and Environmental Research Center, AUL from North Baalbek to Hermel. All of them display C. Baalbekensis but vary in many Beirut, Lebanon 2 taxonomic details. The validation for the existence of these new Varieties and Subspecies Integrative Research and Environmental Center, AUL Beirut, were verified by illustrated morphologic descriptions and observations were based on fresh Lebanon 3 materials. More than twenty years of fieldwork and three years of observation, phenology, Business Research Center, AUL Beirut, Lebanon 4Department of PG Studies & Scientific Research, Global and exploration of a host of locations, numerous quantities were found varying mostly from University Beirut, Lebanon ten to more of the new species. Voucher specimens of the plants (Holotypes) were deposited in K. Addam’s Herbarium at Arts, Sciences and Technology University in Lebanon. Correspondence: Dr. Khodr H Addam, Head, Integrative and The goal of this study was to display a comparative account on the anatomical and ecological Environmental Research Center, AUL, Beirut, Lebanon, Tel 03- characters of the 10 varieties and 5 subspecies of Crocus baalbekensis taxa as well as 204930, Email highlight the taxonomical importance of their corm, corm tunic, leaves, measurements, and Received: November 19, 2019 | Published: December 05, comparisons of other structural anatomical differences and similarities. -
Publikationsliste Hannes F. Paulus (1999-2011) (Ausgewählte Arbeiten)
Publikationsliste Hannes F. Paulus (1999-2011) (ausgewählte Arbeiten) 2011 HIRTH M & PAULUS HF (2011) Ophrys samiotissa, eine neue Art der O. oestrifera- holosericea-Gruppe aus Samos (Orchidaceae). - J. Eur. Orch. 43 (4) : 863-873 PAULUS HF (2011) Attack or copulate ? Ambivalente behaviour of Xylocopa males against the sexual deceptive orchid Ophrys grigoriana in Crete. Attackieren oder Kopulieren? (Orchidaceae und Insecta, Apoidea). - J.Eur.Orch. 43 (1): 501-528 PAULUS HF & HIRTH M (2011) Die Grabwespe Argogorytes fargeii als Bestäuber von Ophrys regis-ferdinandii (Insecta, Hymenoptera, Crabronidae und Orchidaceae) – Untersuchungen in Rhodos, Chios und Samos. - J.Eur.Orch. 43 (2): 227-239 PAULUS HF (2011) Bienen und Pollen. - Natur & Land 97 (2): 10-15. PAULUS HF & HIRTH M (2011) Ophrys heterochila, Ophrys dodekanensis, Ophrys minutula, Ophrys oreas - Versuch einer Neubewertung. - J. Eur. Orch. 43 (3) : 651-679 PAULUS HF (2011) Zur Bestäubungsbiologie einiger Ophrys-Arten in Nordthessalien mit Beschreibung von Ophrys olympiotissa aus der Ophrys argolica – ferrum-equinum-Gruppe (Orchidaceae und Insecta, Apoidea). - J. Eur. Orch. 43 (3) : 498-526 SCHLÜTER PM, RUAS PM, KOHL G, RUAS CF, STUESSY TF & PAULUS HF (2011)Evidence for progenitor–derivative speciation in sexually deceptive orchids. – Annals of Botany 108 (5): 895-906 VEREECKEN NJ, STREINZER M, AYASSE M, SPAETHE J, PAULUS HF, STÖKL J, CORTIS P & SCHIESTL FP (2011) Integrating past and present studies on Ophrys pollination - a comment to BRADSHAW et al. - Botanical Journal of the Linnean Society 165: 329-335 2010 PAULUS HF (2010) Bestäubungsbiologie einiger Ophrys-Arten der Süd-Türkei (Prov. Antalya) mit Beschreibung einer weiteren „Käfer-fusca“ Ophrys urteae spec.nov. -
In Vitropollen Germination of Orchids Traditionally Used
148 European Journal of Environmental Sciences IN VITRO POLLEN GERMINATION OF ORCHIDS TRADITIONALLY USED TO PRODUCE SALEP YASEMIN KEMEÇ1,*, KAAN HÜRKAN1, and CÜNEYT AKI2 1 Çanakkale Onsekiz Mart University, Institute of Natural and Applied Sciences, Department of Biology, 17100 Çanakkale, Turkey 2 Çanakkale Onsekiz Mart University, Faculty of Science and Arts, Department of Biology, 17100 Çanakkale, Turkey * Corresponding author: [email protected] ABSTRACT In Turkey the tubers of about 120 orchid species are widely collected for manufacturing the traditional drink salep. In this study, we focused on the in vitro germination of the pollen of the salep orchid species Ophrys mammosa, Orchis provincialis, Anacamptis morio subsp. morio, Orchis simia and Neotinea tridentata and discussed the potential effects this might have on the conservation of these orchids by reducing the need to collect them in the field. Pollen was sown on different media; Knudson, Orchimax and the medium described by Malmgren, and then incubated at 24 ± 1 °C in darkness for 24 h. Germinated pollen was stained with Brilliant Blue and examined under a stereoscopic microscope. Results of Tukey and Dunnett T3 statistical tests indicated that in terms of percentage germination, the best germination was observed on O. mammosa by 55% and Orchimax was the most successful medium by 50.5%. For pollinaria germination, the best rate was observed on O. mammosa by 69%. The medium Malmgren was the best germinative by 61.3%. It is clearly seen that difference in germination rates among studied species are achieved using different media. The development of such a method of studied species in this research points to the fact that this is possible and should serve as encouragement for others to devise procedures for other species. -
“Dynamic Speciation Processes in the Mediterranean Orchid Genus Ophrys L
“DYNAMIC SPECIATION PROCESSES IN THE MEDITERRANEAN ORCHID GENUS OPHRYS L. (ORCHIDACEAE)” Tesi di Dottorato in Biologia Avanzata, XXIV ciclo (Indirizzo Sistematica Molecolare) Universitá degli Studi di Napoli Federico II Facoltá di Scienze Matematiche, Fisiche e Naturali Dipartimento di Biologia Strutturale e Funzionale 1st supervisor: Prof. Salvatore Cozzolino 2nd supervisor: Prof. Serena Aceto PhD student: Dott. Hendrik Breitkopf 1 Cover picture: Pseudo-copulation of a Colletes cunicularius male on a flower of Ophrys exaltata ssp. archipelagi (Marina di Lesina, Italy. H. Breitkopf, 2011). 2 TABLE OF CONTENTS GENERAL INTRODUCTION CHAPTER 1: MULTI-LOCUS NUCLEAR GENE PHYLOGENY OF THE SEXUALLY DECEPTIVE ORCHID GENUS OPHRYS L. (ORCHIDACEAE) CHAPTER 2: ANALYSIS OF VARIATION AND SPECIATION IN THE OPHRYS SPHEGODES SPECIES COMPLEX CHAPTER 3: FLORAL ISOLATION IS THE MAIN REPRODUCTIVE BARRIER AMONG CLOSELY RELATED SEXUALLY DECEPTIVE ORCHIDS CHAPTER 4: SPECIATION BY DISTURBANCE: A POPULATION STUDY OF CENTRAL ITALIAN OPHRYS SPHEGODES LINEAGES CONTRIBUTION OF CO-AUTHORS ACKNOWLEDGEMENTS 3 GENERAL INTRODUCTION ORCHIDS With more than 22.000 accepted species in 880 genera (Pridgeon et al. 1999), the family of the Orchidaceae is the largest family of angiosperm plants. Recently discovered fossils document their existence for at least 15 Ma. The last common ancestor of all orchids has been estimated to exist about 80 Ma ago (Ramirez et al. 2007, Gustafsson et al. 2010). Orchids are cosmopolitan, distributed on all continents and a great variety of habitats, ranging from deserts and swamps to arctic regions. Two large groups can be distinguished: Epiphytic and epilithic orchids attach themselves with aerial roots to trees or stones, mostly halfway between the ground and the upper canopy where they absorb water through the velamen of their roots. -
WETLAND PLANTS – Full Species List (English) RECORDING FORM
WETLAND PLANTS – full species list (English) RECORDING FORM Surveyor Name(s) Pond name Date e.g. John Smith (if known) Square: 4 fig grid reference Pond: 8 fig grid ref e.g. SP1243 (see your map) e.g. SP 1235 4325 (see your map) METHOD: wetland plants (full species list) survey Survey a single Focal Pond in each 1km square Aim: To assess pond quality and conservation value using plants, by recording all wetland plant species present within the pond’s outer boundary. How: Identify the outer boundary of the pond. This is the ‘line’ marking the pond’s highest yearly water levels (usually in early spring). It will probably not be the current water level of the pond, but should be evident from the extent of wetland vegetation (for example a ring of rushes growing at the pond’s outer edge), or other clues such as water-line marks on tree trunks or stones. Within the outer boundary, search all the dry and shallow areas of the pond that are accessible. Survey deeper areas with a net or grapnel hook. Record wetland plants found by crossing through the names on this sheet. You don’t need to record terrestrial species. For each species record its approximate abundance as a percentage of the pond’s surface area. Where few plants are present, record as ‘<1%’. If you are not completely confident in your species identification put’?’ by the species name. If you are really unsure put ‘??’. After your survey please enter the results online: www.freshwaterhabitats.org.uk/projects/waternet/ Aquatic plants (submerged-leaved species) Stonewort, Bristly (Chara hispida) Bistort, Amphibious (Persicaria amphibia) Arrowhead (Sagittaria sagittifolia) Stonewort, Clustered (Tolypella glomerata) Crystalwort, Channelled (Riccia canaliculata) Arrowhead, Canadian (Sagittaria rigida) Stonewort, Common (Chara vulgaris) Crystalwort, Lizard (Riccia bifurca) Arrowhead, Narrow-leaved (Sagittaria subulata) Stonewort, Convergent (Chara connivens) Duckweed , non-native sp. -
A Key to Common Vermont Aquatic Plant Species
A Key to Common Vermont Aquatic Plant Species Lakes and Ponds Management and Protection Program Table of Contents Page 3 Introduction ........................................................................................................................................................................................................................ 4 How To Use This Guide ....................................................................................................................................................................................................... 5 Field Notes .......................................................................................................................................................................................................................... 6 Plant Key ............................................................................................................................................................................................................................. 7 Submersed Plants ...................................................................................................................................................................................... 8-20 Pipewort Eriocaulon aquaticum ...................................................................................................................................................................... 9 Wild Celery Vallisneria americana .................................................................................................................................................................. -
Habitat Preferences, Distribution and Anatomy of the Clasping-Leaved Pondweeds of Turkey
http://dergipark.org.tr/trkjnat Trakya University Journal of Natural Sciences, 21(2): 95-106, 2020 ISSN 2147-0294, e-ISSN 2528-9691 Research Article DOI: 10.23902/trkjnat.746096 HABITAT PREFERENCES, DISTRIBUTION AND ANATOMY OF THE CLASPING-LEAVED PONDWEEDS OF TURKEY Necati BAYINDIR, Nursel İKİNCİ* Bolu Abant İzzet Baysal University, Department of Biology, 14280 Bolu, TURKEY Cite this article as: Bayındır N. & İkinci N. 2020. Habitat Preferences, Distribution and Anatomy of the Clasping-leaved Pondweeds of Turkey. Trakya Univ J Nat Sci, 21(2): 95-106, DOI: 10.23902/trkjnat.746096 Received: 31 May 2020, Accepted: 04 August 2020, Online First: 05 September 2020, Published: 15 October 2020 Abstract: Clasping-leaved Potamogeton L. species growing in Turkey are P. praelongus Wulfen and P. perfoliatus L. There exists no detailed study about distribution, habitat requirements, and anatomical properties of the Turkish populations of the two species. Potamogeton perfoliatus is widespread throughout the country but P. praelongus was recorded only from a single locality. Therefore, P. praelongus is rare and endangered in Turkey. In this study, we recorded presence of P. perfoliatus in 54 wetlands based on examination of 86 herbarium specimens. Physical and chemical parameters of the water bodies where the two species occur were measured from 24 sites for P. perfoliatus and from one site for P. praelongus. According to our findings, P. praelongus grows in an alpine lake with oligotrophic, calcareous and alkaline water. Potamogeton perfoliatus occupies diverse habitats but prefers deep lentic water bodies with high pH and low salinity levels. Edited by: Stem anatomy of the species were studied based on three individuals for P. -
Plastid Phylogenomic Analyses Resolve Tofieldiaceae As the Root of the Early Diverging Monocot Order Alismatales
GBE Plastid Phylogenomic Analyses Resolve Tofieldiaceae as the Root of the Early Diverging Monocot Order Alismatales Yang Luo1,2,3,y, Peng-Fei Ma1,2,y, Hong-Tao Li2, Jun-Bo Yang2, Hong Wang1,2,*, and De-Zhu Li1,2,* 1Key Laboratory for Plant Diversity and Biogeography of East Asia, Kunming Institute of Botany, Chinese Academy of Sciences, Kunming, Yunnan, China 2Germplasm Bank of Wild Species, Kunming Institute of Botany, Chinese Academy of Sciences, Kunming, Yunnan, China 3Kunming College of Life Science, University of the Chinese Academy of Sciences, Kunming, China yThese authors contributed equally to this work. *Corresponding author: E-mail: [email protected]; [email protected]. Accepted: December 23, 2015 Data deposition: The genomes sequences have been deposited at GenBank under the accession numbers KT89950–KT89952. Abstract The predominantly aquatic order Alismatales, which includes approximately 4,500 species within Araceae, Tofieldiaceae, and the core alismatid families, is a key group in investigating the origin and early diversification of monocots. Despite their importance, phylogenetic ambiguity regarding the root of the Alismatales tree precludes answering questions about the early evolution of the order. Here, we sequenced the first complete plastid genomes from three key families in this order: Potamogeton perfoliatus (Potamogetonaceae), Sagittaria lichuanensis (Alismataceae), and Tofieldia thibetica (Tofieldiaceae). Each family possesses the typical quadripartite structure, with plastid genome sizes of 156,226, 179,007, and 155,512 bp, respectively. Among them, the plastid genome of S. lichuanensis is the largest in monocots and the second largest in angiosperms. Like other sequenced Alismatales plastid genomes, all three families generally encode the same 113 genes with similar structure and arrangement. -
Folegandros Island (Kiklades, Greece)
EDINBURGH JOURNAL OF BOTANY 72 ( 3 ): 391 – 412 (2015) 391 © Trustees of the Royal Botanic Garden Edinburgh (2015) doi:10.1017/S0960428615000128 CONTRIBUTION TO THE FLORA AND BIOGEOGRAPHY OF THE KIKLADES: FOLEGANDROS ISLAND (KIKLADES, GREECE) K . K OUGIOUMOUTZIS , A . T INIAKOU , O . G EORGIOU & T . G EORGIADIS The island of Folegandros, located between the Milos and Santorini archipelagos in the southern Kiklades (Greece), constitutes together with Ios and Sikinos the south-central part of the phytogeographical region of the Kiklades. Its flora consists of 474 taxa, 47 of which are under statutory protection, 40 are Greek endemics and 145 are reported here for the first time. We show that Folegandros has the highest percentage of Greek endemics in the phytogeographical area of the Kiklades. The known distribution of the endemic Muscari cycladicum subsp. cycladicum is expanded, being reported for the first time outside the South Aegean Volcanic Arc. The floristic cross-correlation between Folegandros and other parts of the phytogeographical region of the Kiklades by means of Sørensen’s index revealed that its phytogeographical affinities are stronger to Anafi Island than to any other part of the Kiklades. Keywords . Aegean flora , biodiversity , endemism , phytogeography . I NTRODUCTION The Aegean Sea has long attracted the attention of biogeographers (Turrill, 1929 ; Strid, 1996 ), since it is characterised by high environmental and topographical hetero- geneity (Blondel et al. , 2010 ), diversity and endemism (Strid, 1996 ). The Aegean archipelago consists of more than 7000 islands and islets (Triantis & Mylonas, 2009 ), most of which are located in the phytogeographical region of the Kiklades. Intensive field work has taken place in this region, which is characterised as one of the most floristically explored phytogeographical regions of Greece (Dimopoulos et al. -
A New Spontaneous Hybrid Between the Cultivated and Wild Iris Species from Serbia
Bulletin of the Natural History Museum, 2018, 11: 189-210. Received 04 Sep 2018; Accepted 20 Nov 2018. doi:10.5937/bnhmb1811189N UDC: 582.711.714(497.11) Original scientific paper A NEW SPONTANEOUS HYBRID BETWEEN THE CULTIVATED AND WILD IRIS SPECIES FROM SERBIA MARJAN NIKETIĆ1*, GORDANA TOMOVIĆ2, SONJA SILJAK-YAKOVLEV3 1 Natural History Museum, 11000 Belgrade, Serbia, e-mail: [email protected] 2 Institute of Botany and Botanical Garden, Faculty of Biology, University of Belgrade, 11000 Belgrade, Serbia, e-mail: [email protected] 3 Ecologie Systématique Evolution, Univ. Paris-Sud, CNRS, AgroParisTech, Université Paris-Saclay, 91400 Orsay, France, e-mail: [email protected] A new spontaneous wilding hybrid, Iris ×seminaturalis Niketić, Tomović & Šiljak-Yak. (I. ×germanica L. s.l. × I. reichenbachii Heuff.) from C Serbia was described and illustrated. The comparative analyses of the morphological cha- racters and genome sizes were performed on I. ×seminaturalis and its parents. A new taxonomic review of the complex I. ×germanica s.l. was also presented. Key words: vascular flora, Iris ×seminaturalis, Iris ×germanica, spontaneous hybrid, Serbia INTRODUCTION With six subgenera, 301 currently accepted species, 17 hybrids and 27 additional non-type subspecies (Barker & Govaerts 2018), genus Iris L. has 190 NIKETIĆ, M. ET AL.: A NEW SPONTANEOUS IRIS HYBRID FROM SERBIA the richest taxonomic diversity in the family Iridaceae (Asparagales). Five subgenera are widespread in the Palaearctic, while subgenus Limniris (Tausch) Spach is distributed in the Holarctic. Most of the European species belong to the type subgenus with rhizomatous stocks and equitant ensiform leaves (Webb & Chater 1980). Representatives of the type section, I. -
Dottorato Di Ricerca
Università degli Studi di Cagliari DOTTORATO DI RICERCA IN SCIENZE E TECNOLOGIE DELLA TERRA E DELL'AMBIENTE Ciclo XXXI Patterns of reproductive isolation in Sardinian orchids of the subtribe Orchidinae Settore scientifico disciplinare di afferenza Botanica ambientale e applicata, BIO/03 Presentata da: Dott. Michele Lussu Coordinatore Dottorato Prof. Aldo Muntoni Tutor Dott.ssa Michela Marignani Co-tutor Prof.ssa Annalena Cogoni Dott. Pierluigi Cortis Esame finale anno accademico 2018 – 2019 Tesi discussa nella sessione d’esame Febbraio –Aprile 2019 2 Table of contents Chapter 1 Abstract Riassunto………………………………………………………………………………………….. 4 Preface ………………………………………………………………………………………………………. 6 Chapter 2 Introduction …………………………………………………………………………………………………. 8 Aim of the study…………………………………………………………………………………………….. 14 Chapter 3 What we didn‘t know, we know and why is important working on island's orchids. A synopsis of Sardinian studies……………………………………………………………………………………………………….. 17 Chapter 4 Ophrys annae and Ophrys chestermanii: an impossible love between two orchid sister species…………. 111 Chapter 5 Does size really matter? A comparative study on floral traits in two different orchid's pollination strategies……………………………………………………………………………………………………. 133 Chapter 6 General conclusions………………………………………………………………………………………... 156 3 Chapter 1 Abstract Orchids are globally well known for their highly specialized mechanisms of pollination as a result of their complex biology. Based on natural selection, mutation and genetic drift, speciation occurs simultaneously in organisms linking them in complexes webs called ecosystems. Clarify what a species is, it is the first step to understand the biology of orchids and start protection actions especially in a fast changing world due to human impact such as habitats fragmentation and climate changes. I use the biological species concept (BSC) to investigate the presence and eventually the strength of mechanisms that limit the gene flow between close related taxa.