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The Plantsman Index 1994 to 2014

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PlantsmanThe Abbs, Barbara, on: serrata N8 79, 80P P9 44 Gallic style rose naming N3 138–142 spathulata N8 79 P9 44, 44P The nurserymen William and f. colorata N8 79 Charles Wood N1 117–126 var. sanguinea N8 79 Index Abelia tereticalyx N8 82 1994–2014 hardiness N8 90 tetrasepala P9 44 key to cultivated species N8 91 triflora N8 82, 87 P9 45 P13 76 Names of plants new research, by Sven Landrein P9 var. parvifolia N8 88 Except for a very few cases, in which 40–47 tyaihyoni P9 45 obvious typographic errors have been section Abelia (Euabelia) N8 79 umbellata N8 90 silently corrected, names are given as section Zabelia N8 87 uniflora N8 81, 84 P9 41, 41P, 42, they appear on the page in question. biflora N8 88 P9 45 P13 76 43, 44 For reasons of space, no attempt has chinensis N8 87, 89P P9 42, 43, 43P, verticillata N8 82 been made to cross-refer all synonyms, 44 zanderi N8 88, 89 selling names or orthographic variants. x uniflora N8 84 Abies N1 20, 25 N6 54 This means that in some cases, the coreana N8 88 beshanzuensis P11 210 same plant may appear under several coriacea P9 47 bracteata P8 241 different names. To find alternative corymbosa P9 45 californica N1 22 names for a given plant, please visit the deutziifolia N8 82 cilicica P2 83 RHS website at http://apps.rhs.org. dielsii N8 88, 89 densa N2 68 uk/horticulturaldatabase/index.asp ‘Edward Goucher’ N8 81P, 83 P9 douglasii N1 21, 22 and enter the plant name in the search 40P, 43, 44 kweichowensis P2 143 box. engleriana N8 82 P9 41 magnifica var. shastensis P8 241 floribunda N8 87 P9 47 mariesii N5 232 P10 33 Key to page number codes forrestii P9 41, 42 mayriana N2 209 C colour painting graebneriana N8 82 menziesii N1 21 D diagram x grandiflora N8 83, 84P P9 43–44 mucronata N1 21 M map ‘Aurea’ N8 86 nebrodensis N3 6 P colour photograph ‘Compacta’ N8 86 nordmanniana P2 82 CONFETTI (‘Conti’) N8 86, 89P P9 pygmaea N4 100 The New Plantsman 43 obliqua N1 22 N1 Vol. 1 (1994) ‘Conti’ N8 86 obliquata N1 21, 22 N2 Vol. 2 (1995) ‘Francis Mason’ N3 159 N8 85P, pectinata N1 21 N3 Vol. 3 (1996) 86 P9 43 pinsapo var. pinsapo N3 5, 6, 10 N4 Vol. 4 (1997) correction P9 126 sachalinensis N5 232 N5 Vol. 5 (1998) ‘Gold Sport’ N5 100 taxifolia N1 20, 21, 22, 26, 27 N6 Vol. 6 (1999) ‘Gold Spot’ N5 100 N8 86 Abietia N1 26 N7 Vol. 7 (2000) ‘Gold Strike’ N8 86 douglasii N1 25 N8 Vol. 8 (2001) ‘Goldsport’ N8 86 Absolmsia P10 182 ‘Hopleys’ N8 86, 88P spartioides P10 182, 184 The Plantsman (New Series) ‘Little Gem’ N8 86 Abutilon N3 162 P1 Vol. 1 (2002) ‘Mardi Gras’ P9 43 a new hybrid? N3 122 P2 Vol. 2 (2003) ‘Nana’ N8 86 pictum N3 160 P3 Vol. 3 (2004) ‘Prostrata’ N8 86 x suntense N3 122 P4 Vol. 4 (2005) ‘Sherwood’ N8 86 ‘Geoffrey Gorer’ N3 122 P5 Vol. 5 (2006) ‘Sherwoodii’ N8 86 P9 43, 44 ‘Gorer’s White’ N3 122 P6 Vol. 6 (2007) ‘Sunrise’ N8 86, 88P ‘Violetta’ N3 122 P7 Vol. 7 (2008) insularis N8 88 vitifolium N3 122 P8 Vol. 8 (2009) koehneana N8 82 ‘Woodlands Dainty’ N3 122 P9 Vol. 9 (2010) kweichowensis N8 82 Acacia N5 216 P10 Vol. 10 (2011) ‘Lavender Mist’ P9 44 Exeter hybrid P6 165–166 P11 Vol. 11 (2012) longituba N8 82, 83 IBC decision on P10 210 P12 Vol. 12 (2013) macrotera P9 41 alata N8 153P P13 Vol. 13 (2014) mairei N8 82 baileyana P2 241 P6 163P, 165 mosanensis N8 188P ‘Purpurea’ P6 165 ‘Monia’ P9 45 binervata N4 227 myrtilloides N8 82, 83 dealbata P10 226P P12 22 P10 226 parvifolia N8 80P, 82, 83 P9 41 hardiness P2 241 P6 165 ‘Plum Surprise’ P9 43 subsp. subalpina P6 165 ‘Raspberry Profusion’ P9 44 filicifolia P6 165 ‘Rose Creek’ P9 43, 43P kybeanensis P2 241, 242P rupestris misapplied N8 84 leprosa ‘Scarlet Blaze’ N8 137P var. grandiflora N8 84 melanoxylon P6 164P, 166 schischkinii N8 82 obliquinervia P6 166 schumannii N8 80, 82, 83 P9 41, 41P pravissima N8 181P, 182 ‘Saxon Gold’ P9 43 riceana P6 165 1 INDEX 1994–2014 verticillata P6 165 rufinerve P1 35 insularis N5 186 Acanthocalyx delavayii N5 74 saccharinum N2 6, 89, 231 N4 162 multiflorus N5 184 Acantholimon N5 42 P10 51, 52 umbellatus N5 184 afanassievii N5 40 saccharum subsp. leucoderme N2 231 Aconitum N2 113 pamiricum N5 40, 41P semenovii N2 209 as a crop plant P12 9 titovii N5 40 shirasawanum N6 58 climbing, by Grahame Ware P5 Acanthus sinensis P2 143 40–7 powdery mildew on P6 210 stachyophyllum P10 51, 51P cultivation P5 47 dioscoridis subsp. dioscoridis P2 69, sterculiaceum P10 51 geography and evolution P5 42 69P tataricum P10 51 propagation P5 47 Acer N2 6, 89–90, 212 tegmentosum N2 212 reduction in species P5 42 flowers, by Peter Gregory P10 50–53 triflorum P10 51, 52P series Volubilia, native to Sichuan: pollination P10 51–52 leaves P11 105P key P5 46 akamaotoanum N1 136 N7 182 tschonoskii P10 52, 53P alboviolaceum P5 44–5, 44P barbinerve N2 212 P10 51 velutinum P10 51 austroyunnanense P5 March cover, cappadocicum N1 132 yuii P5 224P 42, 44P carpinifolium P10 51 Aceriphyllum P10 244 bulbilliferum P5 45, 46 caudatum P8 47, 49P P10 51 Achillea campylorrhynchum P5 44, 45–6 cissifolium P10 52–53 filipendulina var. tenuipes P5 46 leaves P11 104P ‘Cloth of Gold’ P4 123 cannabifolium P5 46 concinnatum ‘Mount Ida’ P1 183P, ‘Parker’s Variety’ P4 123 carmichaelii (Wilsonii Group) 184P, 185 ‘Lachsschönheit’ N4 170 ‘Barker’s Variety’ P4 123 x conspicuum ‘Phoenix’ P4 203 millefolium ‘Cerise Queen’ P4 123 chingtungense P5 42 diabolicum P10 51, 52P, 53 ptarmica ciliare P5 41 elegantulum P10 51 ‘Aunt Steintje’ N8 116P, 118 contortum P5 42 erianthum P10 51, 52P The Pearl Group P4 123 crassicaule P5 42 fabri P10 51, 52P Acidanthera P11 186 delavayi P5 43–44, 46 x freemanii N4 162 bicolor P11 186 var. leiocarpum P5 43 fulvescens N1 134 Aciphylla episcopale P5 43, 44, 46 var. pentalobum N1 134 x Aciphylla P7 64P var. villosulipes P5 43 GINGERBREAD (‘Ginzam’) P13 49 aurea P7 247 geniculatum P5 42 henryi P10 51 congesta P7 247 hemsleyanum P5 40P, 42, 43, 43P, japonicum N6 58 dobsonii P7 247 45, 46 laevigatum P6 233, 233P P10 51 glaucescens P7 247 var. atropurpureum P5 42, 45, 46 laxiflorum N1 134 hectorii P7 247 henryi P5 46 mandschuricum N2 209, 212 horrida P7 247 hsiae P5 42 maximowiczianum P10 51, 52P lyallii P7 247 lobulatum P5 46 micranthum P10 52 monroi P7 247 ‘Newry Blue’ N4 101, 101P P4 123 monspessulanum P10 51 pilifera P7 247 ‘Red Wine’ P5 46, 47P negundo P10 50P, 51 scott-thomsonii P7 247 sczukinii P5 45, 45P negundo ‘Variegatum’ N3 165 spedenii P7 247 ‘Stainless Steel’ P12 23P oblongum P6 233 squarrosa P7 247 stapfianum P5 44 palmatum Acis stoloniferum P5 46P ‘Cinnabarinum’ N4 100 its taxonomy P5 22–5 tsaii P5 42 ‘Ginko-san’: letter on, from autumnalis P5 22, 24, 24P tuguancunense P5 44 Lawrence Banks P10 123, 123C var. autumnalis P5 24 uncinatum P5 41 ‘Kagari-nishiki’ N3 165 var. oporantha P5 24 valdinerve P5 42 ‘Sango-kaku’ N4 100 P11 128P var. pulchella P5 24 vilmorinianum P5 41, 41P, 45, 46 ‘Senkaki’ N4 100 fabrei P5 24 var. patentipilum P5 46 ‘Versicolor’ N3 165 longifolia P5 23, 24 volubile P5 41, 44P, 45 pauciflorum P8 182 nicaeensis P5 23, 24, 25P var. pubescens P5 45 ‘Blaze Away’, by Guy Jones P8 rosea P5 24 var. volubile P5 45 182–183, 182P, 183P tingitana P5 23, 24 weixiense P5 42 pectinatum N6 96 trichophylla P5 24, 24P Actaea N2 113, 114 N4 159 P6 125 pensylvanicum ‘Erythrocladum’ P4 valentina P5 24 Actinidia N4 88 203 Acmopyle pancheri N3 13, 19C arguta N4 91 pentaphyllum conservation P6 5, 5P Acnistus kolomikta N3 160, 163C N5 232 P10 platanoides ‘Drummondii’ N3 159 arborescens N5 154, 164, 188 29–30, 31 pseudoplatanus australis N5 160, 163 var. gagnepainii P10 30 f. variegatum ‘Leopoldii’ N3 159 var. grandiflorus N5 160 maloides P10 31 ‘Newryensis’ N4 98, 100, 101P confertiflorus N5 183 pilosula P10 28–29 ‘Pyramidalis’ N4 100 cornifolius N5 183 its true identity, by Björn Aldén pubipalmatum P8 182 dolichostylus N5 183 P10 28–32 pycnanthum N5 99 P10 51, 52, 53P ellipticum N5 186 leaves P10 31P rubescens P10 51, 52P gesnerioides N5 171 pilosula misapplied P10 28–32, 28P, rubrum N4 162 P10 51, 52, 52P horridus N5 187 29P 2 PlantsmanThe polygama P10 29 campanulatus P2 176 ‘Chocolate’ P6 246 tetramera P10 30, 31, 32P caulescens P2 178 aromatica P5 188 P6 247 var. maloides P10 31–32 coddii P2 178 ‘Jocius Variegated’ P6 247 leaves P10 30P inapertus P2 175P, 178 glechonophylla P6 188 Action Plan for Cultivated Plant subsp. pendulus P2 176 ligustrina P6 186P, 188 Conservation P5 141 ‘Nikki’ (‘Nicki’, ‘Nicky’) P2 230 occidentalis P6 188 Aculops fuchsiae (fuchsia gall mite) P6 orientalis N6 31 riparia P5 188 210, 210P praecox subsp. orientalis N6 31, 32 vernalis P5 188 Adamia versicolor P13 17 umbellatus N6 31 Ageratum conyzoides P8 5 Adansonia N6 117 var. maximus N6 31 Aglaophytum major P5 118 digitata N6 117, 121 N7 52 Agarista N8 23 Agronomia lusitanica N3 184 grandidieri N6 117 Agastache Aiello, Anthony, on: Adenia RHS trial P3 64 Fraxinus introductions from China digitata N6 170 ‘Black Adder’ P8 197, 198P, 199 P11 188–193 fruticosa N6 169 foeniculum P3 64 plant-collecting in Gansu, China P5 glauca N6 169 ‘Golden Jubilee’ P3 64, 64P 220–5 globosa N6 169, 171D ‘Purple Haze’ P8 197 Ailanthus altissima in the wild P12 224– pechuelii N6 169, 171D rugosa P3 64 225 repanda N6 169 ‘Firebird’ P3 65 air ferns: letter on P6 129 spinosa N6 169 ‘Tangerine Dreams’ P3 64, 65P airplants N2 72, 162–181 venenata N6 169, 171D urticifolia P3 64 Ajania pacifica N3 120–1, 121P Adenium Agathis Ajuga coetaneum P10 61 australis P6 238 ‘Brockbankii’ N4 101 obesum N6 109, 110P, 178D, 180 N7 robusta P6 238 reptans N3 160 46, 51 Agave Akeroyd, John, on: subsp.
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  • The European Alpine Seed Conservation and Research Network

    The European Alpine Seed Conservation and Research Network

    The International Newsletter of the Millennium Seed Bank Partnership August 2016 – January 2017 kew.org/msbp/samara ISSN 1475-8245 Issue: 30 View of Val Dosdé with Myosotis alpestris The European Alpine Seed Conservation and Research Network ELINOR BREMAN AND JONAS V. MUELLER (RBG Kew, UK), CHRISTIAN BERG AND PATRICK SCHWAGER (Karl-Franzens-Universitat Graz, Austria), BRIGITTA ERSCHBAMER, KONRAD PAGITZ AND VERA MARGREITER (Institute of Botany; University of Innsbruck, Austria), NOÉMIE FORT (CBNA, France), ANDREA MONDONI, THOMAS ABELI, FRANCESCO PORRO AND GRAZIANO ROSSI (Dipartimento di Scienze della Terra e dell’Ambiente; Universita degli studi di Pavia, Italy), CATHERINE LAMBELET-HAUETER, JACQUELINE DÉTRAZ- Photo: Dr Andrea Mondoni Andrea Dr Photo: MÉROZ AND FLORIAN MOMBRIAL (Conservatoire et Jardin Botaniques de la Ville de Genève, Switzerland). The European Alps are home to nearly 4,500 taxa of vascular plants, and have been recognised as one of 24 centres of plant diversity in Europe. While species richness decreases with increasing elevation, the proportion of endemic species increases – of the 501 endemic taxa in the European Alps, 431 occur in subalpine to nival belts. he varied geology of the pre and they are converting to shrub land and forest awareness of its increasing vulnerability. inner Alps, extreme temperature with reduced species diversity. Conversely, The Alpine Seed Conservation and Research T fluctuations at altitude, exposure to over-grazing in some areas (notably by Network currently brings together five plant high levels of UV radiation and short growing sheep) is leading to eutrophication and a science institutions across the Alps, housed season mean that the majority of alpine loss of species adapted to low nutrient at leading universities and botanic gardens: species are highly adapted to their harsh levels.
  • Networks in a Large-Scale Phylogenetic Analysis: Reconstructing Evolutionary History of Asparagales (Lilianae) Based on Four Plastid Genes

    Networks in a Large-Scale Phylogenetic Analysis: Reconstructing Evolutionary History of Asparagales (Lilianae) Based on Four Plastid Genes

    Networks in a Large-Scale Phylogenetic Analysis: Reconstructing Evolutionary History of Asparagales (Lilianae) Based on Four Plastid Genes Shichao Chen1., Dong-Kap Kim2., Mark W. Chase3, Joo-Hwan Kim4* 1 College of Life Science and Technology, Tongji University, Shanghai, China, 2 Division of Forest Resource Conservation, Korea National Arboretum, Pocheon, Gyeonggi- do, Korea, 3 Jodrell Laboratory, Royal Botanic Gardens, Kew, Richmond, United Kingdom, 4 Department of Life Science, Gachon University, Seongnam, Gyeonggi-do, Korea Abstract Phylogenetic analysis aims to produce a bifurcating tree, which disregards conflicting signals and displays only those that are present in a large proportion of the data. However, any character (or tree) conflict in a dataset allows the exploration of support for various evolutionary hypotheses. Although data-display network approaches exist, biologists cannot easily and routinely use them to compute rooted phylogenetic networks on real datasets containing hundreds of taxa. Here, we constructed an original neighbour-net for a large dataset of Asparagales to highlight the aspects of the resulting network that will be important for interpreting phylogeny. The analyses were largely conducted with new data collected for the same loci as in previous studies, but from different species accessions and greater sampling in many cases than in published analyses. The network tree summarised the majority data pattern in the characters of plastid sequences before tree building, which largely confirmed the currently recognised phylogenetic relationships. Most conflicting signals are at the base of each group along the Asparagales backbone, which helps us to establish the expectancy and advance our understanding of some difficult taxa relationships and their phylogeny.
  • Register of Lecturers

    Register of Lecturers

    REGISTER OF LECTURERS ACE G W NDH (RHS) Cert in Education - over 40 years professional lecturinG experience. 9 York Road, Ash, Surrey, GU12 6SN Tel: 01252 323391 1. Building gold medal gardens at the Chelsea Show. 2. Planning the small garden. 3. Rock and water Features. 4. Planning your planting. 5. Pruning trees and shrubs. 6. Dealing with drought. 7. Plants for ground cover. 8. Care of indoor plants (no slides). 25 mile radius. £45 + 25p per mile. No equipment required. ALMOND Jim [email protected] / www.freespace.virgin.net/almond.jim 5 Coolock Close, St Peters Park, Shrewsbury, Shropshire, SY3 9QD Tel: 01743 242271 (before 8pm) 07940 678719 (m) - preferred Jim is an experienced speaker specialising in alpine and dwarf bulbs. He is Plant Heritage collection holder (Juno Iris). 1. Sowing, growing, showing - an alpine Triathlon. 2. Digital plant photography. 3. Alpines and bulbs from seed. 4. Some plants at the shows. 5. Showing alpines - behind the scenes. 6. Primulaceae in pots. 7. Juno Iris - with pots, grit and a hammer. 8. Fritillarias and other choice bulbs. 9. Snowdrops and other winter/spring bulbs. 10. Spring treasures at Kew. 11. Choice bulbs in pots. 12. Climbers and other favourite garden plants. 13. The all year bulb garden. 14. Alpines, dwarf bulbs and hardy Cyclamen. 15. Alpines through the post. 16. Plants through the post. 17. Wildlife in the garden. 18. Out and about - adventures of an alpine enthusiast. 19. Out and about II - more adventures of an alpine enthusiast. 20. Propagation a matter of life and death. 21.