Summer Plant Guide

Total Page:16

File Type:pdf, Size:1020Kb

Summer Plant Guide Plant Guide Summer China is home to more than 30,000 plant species – one-eighth of the world’s total. At Lan Su, visitors can enjoy hundreds of these plants, many of which have a rich symbolic and cultural history in China. This guide is a selected look at some of Lan Su’s current favorites. Please return this guide to the Garden Host at the entrance when your visit is over. A Gardenia g Star Jasmine m Persicaria b Velvet Leaf Hydrangea h Silk Tree n Hibiscus c Magnolia i Rose o Crape Myrtle d Banana j Begonia p Lily Turf e Hosta k Pomegranate q Lotus f Evergreen Hydrangea l Hypericum r Water Lily A master species list is available at the entrance. It is also available online at www.lansugarden.org/plants PLANT Guide Summer Gardenia A Hosta E (Gardenia ‘Kleims Hardy’) (Hosta plantaginea) Cultivated in China for nearly 1500 Find these shade lovers tucked years. The roots, leaves and fruits throughout the garden. Their pure are used in Chinese medicine and a white flowers are fragrant, especially popular motif for ceramics and other at night. Cultivated since the Han art forms. These evergreen shrubs with dynasty (202 BCE to 220 CE), this creamy star shaped flowers lend their plant’s common name in China is fragrance in the garden’s courtyards. “jade hairpin”, referring to the use of the flower stalk as a hair ornament. Velvet-Leaf B Evergreen F Hydrangea Hydrangea (Hydrangea aspera ‘Macrophylla’) (Dichroa febrifuga, D. versicolor) Native to China, this fuzzy leaved Native to China, these hydrangea hydrangea has wonderful lace-cap relatives are semi-evergreen with flowers in summer and velvety soft dark green leaves. In summer, large leaves. The showy ring of white mopheads of buds open into masses of “flowers” are actually sterile and can tiny blue flowers change color, depending on the pH level in the soil. MAGNOLIA C Star Jasmine G (Magnolia delavayi, M. grandiflora) (Trachelospermum jasminoides) China is home to more magnolia Present in many temperate gardens species than any other country in throughout China, this evergreen vine the world. The garden’s summer- is sweetly fragrant and can be found blooming species include M. delavayi throughout Lan Su, often trailing over and M. grandiflora. Both produce large the rocks and on the exterior, at the white, fragrant blooms. While not base of the street trees. native to China, M. grandiflora has been used in gardens in China for over 300 years. BANANA D Silk Tree H (Musa basjoo) (Albizia julibrissin) Native to China, this cold-hardy Look high up to spot the striking pink, species is used for ornamental effect, fluffy flowers of this Chinese plant. as its tiny, green fruits are inedible. Its delicate fern-like foliage is light All parts of the plant are used in sensitive and will close up at night. traditional Chinese medicine and fibers from the stem can be used to make textiles. Rose i hIbiscus n (Rosa chinensis ‘Mutabilis’, R. ‘Sevillana’) (Hibiscus syriacus ‘Aphrodite’) Rosa chinensis ‘Mutabilis’ is a repeat- Cultivated in China for milennia. bloomer with flowers that change Believed to have reached the Middle from pale yellow to peach then pink. East from China via the Silk road It was used in the development of hence the species name syriacus. hybrid tea roses in England in the Mentioned in Chinese writings as 19th century. Rosa ‘Sevillana’ with its early as 1000 BCE! Hibiscus leaves can bright red blooms was selected by the sometimes be substituted for tea. original designer as a nod to Portland’s own namesake—“The City of Roses.” begonia j Crape Myrtle o (Begonia grandis var evansiana ) (Lagerstroemia ‘Natchez’ & ‘Tuscarora’) The Chinese common name is This Chinese native was a favorite Autumn Crabapple and for much of ornamental tree during the Tang China’s history been an esteemed dynasty (618-906 CE), when it was garden plant. Its red ribbed almost a common sight on palace grounds. transluscent olive green leaves and Look up high for its dense clusters of delicate stalks adorned with waxy pink crinkled blooms in late summer and flowers make a perfect late summer below for its mottled, peeling bark. floral arrangement. Pomegranate k LILY TURF p (Punica granatum ‘Nana’ & ‘California (Liriope muscari, L. spicata) Sunset’) This lily family member is a durable Although not native to China, the evergreen with grass-like leaves which pomegranate has been widely used produces numerous spikes of lavender in Chinese gardens as a symbol of flowers in summer. Used in gardens in fertility, due to its many seeds. Our China as a border or in mass plantings. ornamental cultivars are grown for their bright orange flowers. Hypericum l Water Lotus q (Hypericum ‘Hidcote’) (Nelumbo sp.) This evergreen shrub provides our This plant’s huge circular leaves and landscape with bright yellow flowers large flowers rest high above the water. throughout the summer. It is related Its fragrance and graceful form has to the ‘St. John’s Wort’ plant that has inspired Chinese artists throughout been long used in Chinese medicine. the ages. Long appreciated as a symbol of integrity, each flower bud rises from the mud and passes through murky waters to reveal an untainted, flawless bloom. PERSICARIA m Water lily r (Persicaria ‘Red Dragon’) (Nymphaea sp.) This herbaceous perennial with deep Aquatic plants — most commonly, purple foliage has delicate white lilies and lotus — are an important flowers resembling baby’s breath that part of a traditional Chinese garden. emerge in summer. In its wild form, it Water lilies have somewhat heart- is found in several Chinese provinces, shaped leaves that rest flat on the as well as India and Nepal. water’s surface with their pink and white flowers floating among them. Do you have a question about a specific plant? Email Lan Su’s Horticulture department at [email protected] for more information..
Recommended publications
  • Anticoccidial Activity of Traditional Chinese Herbal Dichroa Febrifuga Lour. Extract Against Eimeria Tenella Infection in Chickens
    Parasitol Res (2012) 111:2229–2233 DOI 10.1007/s00436-012-3071-y ORIGINAL PAPER Anticoccidial activity of traditional Chinese herbal Dichroa febrifuga Lour. extract against Eimeria tenella infection in chickens De-Fu Zhang & Bing-Bing Sun & Ying-Ying Yue & Qian-Jin Zhou & Ai-Fang Du Received: 27 April 2012 /Accepted: 30 July 2012 /Published online: 17 August 2012 # Springer-Verlag 2012 Abstract The study was conducted on broiler birds to evalu- use of anticoccidial drugs (Hao et al. 2007). The domestic ate the anticoccidial efficacy of an extract of Chinese traditional poultry industry of People's Republic of China primarily relies herb Dichroa febrifuga Lour. One hundred broiler birds were on medical prophylaxis. But the emergence of problems re- assigned to five equal groups. All birds in groups 1–4were lated to drug resistance and drug residues of antibiotics in the orally infected with 1.5×104 Eimeira tenella sporulated chicken meat has stimulated us to seek safer and more effica- oocysts and birds in groups 1, 2 and 3 were medicated with cious alternative control strategies (Lai et al. 2011). 20, 40 mg extract/kg feed and 2 mg diclazuril/kg feed, respec- Chinese traditional herbal medicines have been utilized for tively. The bloody diarrhea, oocyst counts, intestinal lesion human and animal health for millenniums. Currently, phyto- scores, and the body weight were recorded to evaluate the therapies are investigated as alternative methods for control- anticoccidial efficacy. The results showed that D. febrifuga ling coccidian infections. A number of herbal extracts have extract was effective against Eimeria infection; especially been proven to be efficient to control coccidiosis.
    [Show full text]
  • Toxicological Evaluation of the Ultrasonic Extract from Dichroae Radix in Mice and Wistar Rats
    www.nature.com/scientificreports OPEN Toxicological evaluation of the ultrasonic extract from Dichroae radix in mice and wistar rats Ling Wang *, Zhiting Guo *, Dongan Cui, Shahbaz Ul Haq, Wenzhu Guo, Feng Yang & Hang Zhang This study was aimed at evaluating the acute and subchronic toxicity of ultrasonic extract of Dichroae radix (UEDR) in mice and rats. High performance liquid chromatography (HPLC) and thin layer chromatogrephy (TLC) were used to detect β-dichroine and α-dichroine in UEDR for quality control. The levels of β-dichroine and α-dichroine in UEDR were 1.46 and 1.53 mg/g, respectively. An oral LD50 of 2.43 g/kg BW was observed in acute toxicity test. After 28-day repeated oral administration, compared with the control group, treatment-related changes in body weight (BW) and body weight gain (BWG), lymphocyte counts and ratios, as well as in the relative organ weights (ROWs) of liver, kidney, lung, and heart, were detected in the middle- and high-dose groups (P < 0.05, P < 0.01), no diferences were noted in the serum biochemical parameters and necropsy examinations in both sexes at all doses. Histopathological examinations exhibited UEDR-associated signs of toxicity or abnormalities. After 14 days withdrawal, no statistically signifcant or toxicologically relevant diferences were observed in any of the UEDR-treated groups, and the hispathological lesions in the high-dose group were alleviated. Findings showed that long-course and high-dose of UEDR administration was toxic, and showed dose-dependence, the toxic damage was reversible.
    [Show full text]
  • Relationships Within Cornales and Circumscription of Cornaceae—Matk and Rbcl Sequence Data and Effects of Outgroups and Long Branches
    MOLECULAR PHYLOGENETICS AND EVOLUTION Molecular Phylogenetics and Evolution 24 (2002) 35–57 www.academicpress.com Relationships within Cornales and circumscription of Cornaceae—matK and rbcL sequence data and effects of outgroups and long branches (Jenny) Qiu-Yun Xiang,a,* Michael L. Moody,b Douglas E. Soltis,c Chaun zhu Fan,a and Pamela S. Soltis d a Department of Botany, North Carolina State University, Raleigh, NC 27695-7612, USA b Department of Ecology and Evolutionary Biology, University of Connecticut, Storrs, CT 06269-4236, USA c Department of Botany and the Genetics Institute, University of Florida, Gainesville, FL 32611-5826, USA d Florida Museum of Natural History and the Genetics Institute, University of Florida, Gainesville, FL 32611, USA Received 9 April 2001; received in revised form 1 March 2002 Abstract Phylogenetic relationships in Cornales were assessed using sequences rbcL and matK. Various combinations of outgroups were assessed for their suitability and the effects of long branches and outgroups on tree topology were examined using RASA 2.4 prior to conducting phylogenetic analyses. RASA identified several potentially problematic taxa having long branches in individual data sets that may have obscured phylogenetic signal, but when data sets were combined RASA no longer detected long branch problems. tRASA provides a more conservative measurement for phylogenetic signal than the PTP and skewness tests. The separate matK and rbcL sequence data sets were measured as the chloroplast DNA containing phylogenetic signal by RASA, but PTP and skewness tests suggested the reverse. Nonetheless, the matK and rbcL sequence data sets suggested relationships within Cornales largely congruent with those suggested by the combined matK–rbcL sequence data set that contains significant phylogenetic signal as measured by tRASA, PTP, and skewness tests.
    [Show full text]
  • Genetic Diversity Estimates for the Genus Hydrangea and Development of a Molecular Key Based on SSR
    RE J. AMER. Soc. HORT. SCI. 131(6):787-797. 2006. Genetic Diversity Estimates for the Genus Hydrangea and Development of a Molecular Key Based on SSR Timothy A. Rinehart USDA—ARS, Southern Horticultural Laboratory, 810 Highway 26 West, Poplarville, MS 39470 Brian E. Scheffler USDA—ARS—CGRU, Mid South Area Geno,nics Laboratory, Stoneville, MS 38776 Sandra M. Reed USDA—ARS, Floral and Nursery Plants Research Unit, Tennessee State University Nursery Research Center, McMinnville, TN 37110 AI)I)tTJoNL INDEX WORDS. Hvdrangea nacrophvlla breeding, molecular marker, Dichroa, Schizophragma, Platycrater ABSTRACT. Using 14 codominant microsatellite markers that amplify loci across 14 different Hydrangea L. species, we analyzed gene diversity and genetic similarity within Hydrangea. Samples also included Dichroa Lour., Plalycrater Sieb. and Zucc., and Schizophragma Sieb. and Zucc. genera to establish their relatedness to Hydrangea species since previous work suggests they may be closely related. Our results support the close affiliation between Macrophyllae E.M. McClint. and Petalanthe (Maxim.) Rehder subsections and their separation from the other Hydrangea species. Most of the Hydrangea species analyzed cluster within their designated sections and subsections; however, genetic distance between species within each subsection varied considerably. Our data suggest that morphological analyses which labeled H. serrata (Thuiib.) Ser. as a subspecies of H. inacrophylla (Thunb. Ex J.A. Murr.) Ser. are probably more accurate than recent genome size data suggesting H. inacrophylla ssp. inacrophylla (Thunb.) Ser. and H. macrophylla ssp. ser- rata (Thunb.) Makino are separate species. Gene diversity estimates indicate that 64.7% of the total diversity is due to differences between species and 49.7% of the overall variation is due to differences between subsections.
    [Show full text]
  • J O U R N a L J O U R N
    JOURNALJOURNAL Friends of the “Shamrock” Hydrangea Collection journal n° 24 - 2013 w w w . h o r t e n s i a s - h y d r a n g e a . c o m EDITORIAL by Bryan Woy, President Dear Friends of Shamrock As we finally come out of the wettest autumn and winter that the C o n t e n t s Collection has ever seen (which has disrupted planning and execution of our spring work), let's hope that when you read these lines we will all be enjoying better weather. Ed i t o r ia l The many activities in 2012 that you can read about in this edition of our by Bryan Woy.............................. p . 1 Journal are a sign of the growing interest people have these days in the Act iv i t ies o f t he Soci et y... p . 2 Hydrangeas of James Grant Hydrangea genus, with its species and many cultivars, both new and by Roger Dinsdale............................ p . 3 - 4 old. We can now confidently predict that it will prove to be the plant of Gr o w i n g H. s e r r a t a the 21st century. by Jean-Pierre Péan..................... p . 5 Media review...................................... p . 6 As far as the Collection is concerned, our reputation continues to grow. Look at ‘Daruma’... In addition to a number of publications and broadcasts during the past by Pierre Le Claire....................... p . 7 year, Shamrock is to be included in a special 16-page booklet, printed in Fr om ou r m em b er s..............
    [Show full text]
  • Genetic Diversity Estimates for the Genus Hydrangea and Development of a Molecular Key Based on SSR Timothy A
    J. AMER. SOC. HORT. SCI. 131(6):787–797. 2006. Genetic Diversity Estimates for the Genus Hydrangea and Development of a Molecular Key Based on SSR Timothy A. Rinehart USDA–ARS, Southern Horticultural Laboratory, 810 Highway 26 West, Poplarville, MS 39470 Brian E. Scheffl er USDA–ARS–CGRU, Mid South Area Genomics Laboratory, Stoneville, MS 38776 Sandra M. Reed USDA–ARS, Floral and Nursery Plants Research Unit, Tennessee State University Nursery Research Center, McMinnville, TN 37110 ADDITIONAL INDEX WORDS. Hydrangea macrophylla breeding, molecular marker, Dichroa, Schizophragma, Platycrater ABSTRACT. Using 14 codominant microsatellite markers that amplify loci across 14 different Hydrangea L. species, we analyzed gene diversity and genetic similarity within Hydrangea. Samples also included Dichroa Lour., Platycrater Sieb. and Zucc., and Schizophragma Sieb. and Zucc. genera to establish their relatedness to Hydrangea species since previous work suggests they may be closely related. Our results support the close affi liation between Macrophyllae E.M. McClint. and Petalanthe (Maxim.) Rehder subsections and their separation from the other Hydrangea species. Most of the Hydrangea species analyzed cluster within their designated sections and subsections; however, genetic distance between species within each subsection varied considerably. Our data suggest that morphological analyses which labeled H. serrata (Thunb.) Ser. as a subspecies of H. macrophylla (Thunb. Ex J.A. Murr.) Ser. are probably more accurate than recent genome size data suggesting H. macrophylla ssp. macrophylla (Thunb.) Ser. and H. macrophylla ssp. ser- rata (Thunb.) Makino are separate species. Gene diversity estimates indicate that 64.7% of the total diversity is due to differences between species and 49.7% of the overall variation is due to differences between subsections.
    [Show full text]
  • MICROSTRUCTURE of FRUITS and SEEDS of SELECTED SPECIES of Hydrangeaceae (Cornales) and ITS SYSTEMATIC IMPORTANCE
    Acta Sci. Pol., Hortorum Cultus 11(4) 2012, 17-38 MICROSTRUCTURE OF FRUITS AND SEEDS OF SELECTED SPECIES OF Hydrangeaceae (Cornales) AND ITS SYSTEMATIC IMPORTANCE Maria Morozowska1, Agata WoĨnicka1, Marcin Kujawa2 1 Poznan University of Life Sciences 2 Adam Mickiewicz University Abstract. The paper presents the results of the study on fruit and seed morphology and anatomy of some chosen species of Hydrangeaceae. Fruit micromorphology, seed shape and size, seed coat pattern, testa thickness, and endosperm cells were investigated in Hy- drangea heteromalla, H. paniculata, Philadelphus californicus, P. delavayi, P. incanus, P. inodorus, P. pubescens var. verrucosus, P. tenuifolius, Deutzia compacta, D. rubens, and D. scabra. Differences of potential taxonomic significance were found in the orna- mentation of the fruit and the pistil surface in the Hydrangea species. The examined seeds were characterized by reticulate primary sculpture with different size and shape of the testa cells. The protrusive secondary sculpture was observed on the Hydrangea seeds. The seeds of the Philadelphus species were characterized by the rugate secondary sculpture. The seeds of the Deutzia species had sunken secondary sculpture of different patterns and these differentiations are of systematic importance. The endosperm cell walls were very thin in the Hydrangea and Philadelphus seeds, while they were evenly thick in the Deut- zia seeds. That difference may be of systematic importance. The average thickness of the two-layered testa was 3.51–11.50 μm. Its inner and outer layers thickness varied from 2.27–9.25 μm and 1.24–4.05 μm, respectively. Most of the differences were found to be significant.
    [Show full text]
  • Plant Guide Summer
    Plant Guide Summer China is home to more than 30,000 plant species – one-eighth of the world’s total. At Lan Su, visitors can enjoy hundreds of these plants, many of which have a rich symbolic and cultural history in China. This guide is a selected look at some of Lan Su’s current favorites. Please return this guide to the Garden Host at the entrance when your visit is over. A Gardenia G Star Jasmine M Persicaria B Velvet Leaf Hydrangea H Silk Tree N Silky-Leaved Berry C Magnolia I Rose O Crape Myrtle D Banana J Lysimachia P Lily Turf E Hosta K Pomegranate Q Lotus F Evergreen hydrangea L Hypericum R Water Lily A master species list is available at the entrance. It is also available online at www.lansugarden.org/plants PLANT Guide Summer Gardenia A Hosta E (Gardenia ‘Kleims Hardy’) (Hosta plantaginea) Native to China, the gardenia is one Find these shade lovers tucked of the Garden’s most fragrant plants. throughout the garden. Their pure These evergreen shrubs with creamy white flowers are fragrant, especially white, star-shaped flowers will survive at night. Cultivated since the Han our winters, if protected. dynasty (202 BCE to 220 CE), this plant’s common name in China is “jade hairpin”, referring to the use of the flower stalk as a hair ornament. Velvet-Leaf B Evergreen F Hydrangea Hydrangea (Hydrangea aspera ‘Macrophylla’) (Dichroa febrifuga, D. versicolor) Native to China, this fuzzy leaved Native to China, these hydrangea hydrangea has wonderful lace-cap relatives are semi-evergreen with flowers in summer and velvety soft dark green leaves.
    [Show full text]
  • Production and Characterization of Intergeneric Hybrids Between Dichroafebrifuga and Hydrangea Macrophylla Sandra M
    J. AMER. Soc. HORT. Sci. 133(1):84-91. 2008. Production and Characterization of Intergeneric Hybrids between Dichroafebrifuga and Hydrangea macrophylla Sandra M. Reed and Keri D. Jones Floral and Nursery Plants Research Unit, U.S. National Arboretum, Agricultural Research Service, U.S. Department ofAgriculture, Tennessee State University Otis L. Floyd Nursery Research Center, 472 Cadillac Lane, McMinnville, TN 37110 Timothy A. Rinehart Southern Horticultural Laboratory, Agricultural Research Service, U.S. Department of Agriculture, 810 Highway 26 West, Poplarville, MS 39470 ADDITIONAL INDEX WORDS. wide hybridization, bigleaf hydrangea, ploidy, SSRs, flow cytometry ABSTRACT. The potential of producing an intergeneric hybrid between Dichroa febrfuga Lour. and Hydrangea inacrophy/la (Thunb.) Ser. was investigated. Reciprocal hybridizations were made between a D. febrfuga selection (GUIZ 48) and diploid (Veitchii) and triploid (Kardinal and Taube) cultivars of H. inacrophylla. Embryo rescue was employed for about one-third of the crosses that produced fruit, and the rest were allowed to mature on the plant and seed- collected and germinated. Reciprocal hybrids, which were verified with simple sequence repeat markers, were produced from both embryo rescue and seed germination and with both diploid and triploid H. nzacrophylla cultivars. Hybrids were intermediate in appearance between parents, but variability in leaf, inflorescence, and flower size and flower color existed among the hybrids. A somatic chromosome number of 2n = 6x = 108 was tentatively proposed for D.febrfuga GUIZ 48. Chromosome counts and flow-cytometric measurements of nuclear DNA content indicated that some of the hybrids may be aneuploids, but neither analysis was definitive. Although hybrids with H. macrophylla as the pistillate parent did not form pollen-producing anthers, D.
    [Show full text]
  • Plant Breeding & Evaluation
    SNA RESEARCH CONFERENCE - VOL. 51 - 2006 Plant Breeding & Evaluation Thomas G. Ranney Section Editor and Moderator 555 SNA RESEARCH CONFERENCE - VOL. 51 - 2006 Evaluation of Different Cultivars of Turf Grass for Heat Tolerance and Identifi cation of Heat Inducible Genes Abraham B. Abraha1, S. Zhou1, R. Sauve1 and Hwei-Ying Johnson2 1Institute of Agricultural and Environmental Research, Tennessee State University, 3500 John A. Merritt Blvd, Nashville, TN 37209 2Cooperative research, Lincoln University, Jefferson City, MO 65101 [email protected] Signifi cance to industry: Heat stress is a major factor limiting the growth of turf grasses. This will continue to be the primary concern in turf grass management as temperature increases with global warming. Many of the favorable characteristics may currently exist in native plants; thus, the evaluation of turf grass could prove a valuable approach and can expand the utility of these cultivars for warm-season areas. In addition, the results from this research can provide a technical guidance for seedling different cultivars according to the maximum and minimum season temperatures. The cloned genes can be incorporated into sensitive cultivars to expand their growth period. Nature of Work: High temperatures cause changes in protein structures, disabling them from carrying out their cell function (1). Elevated temperature can accelerate senescence, diminish photosynthetic activities, and reduces yields and quality (5, 6, 9). The turf grass industry in United States continues to grow rapidly due to strong demand for residential and commercial property development, rising affl uence, and the environmental and aesthetic benefi ts of turf grass in the urban landscape. According to National Turf grass Evaluation Program (NTEP), Bermuda grass is a warm-season grass while cool-season grasses include perennial ryegrass, Kentucky bluegrass and bent grass.
    [Show full text]
  • Production and Characterization of Intergeneric Hybrids Between Dichroa Febrifuga and Hydrangea Macrophylla
    J. AMER.SOC.HORT.SCI. 133(1):84–91. 2008. Production and Characterization of Intergeneric Hybrids between Dichroa febrifuga and Hydrangea macrophylla Sandra M. Reed and Keri D. Jones1 Floral and Nursery Plants Research Unit, U.S. National Arboretum, Agricultural Research Service, U.S. Department of Agriculture, Tennessee State University Otis L. Floyd Nursery Research Center, 472 Cadillac Lane, McMinnville, TN 37110 Timothy A. Rinehart Southern Horticultural Laboratory, Agricultural Research Service, U.S. Department of Agriculture, 810 Highway 26 West, Poplarville, MS 39470 ADDITIONAL INDEX WORDS. wide hybridization, bigleaf hydrangea, ploidy, SSRs, flow cytometry ABSTRACT. The potential of producing an intergeneric hybrid between Dichroa febrifuga Lour. and Hydrangea macrophylla (Thunb.) Ser. was investigated. Reciprocal hybridizations were made between a D. febrifuga selection (GUIZ 48) and diploid (‘Veitchii’) and triploid (‘Kardinal’ and ‘Taube’) cultivars of H. macrophylla. Embryo rescue was employed for about one-third of the crosses that produced fruit, and the rest were allowed to mature on the plant and seed- collected and germinated. Reciprocal hybrids, which were verified with simple sequence repeat markers, were produced from both embryo rescue and seed germination and with both diploid and triploid H. macrophylla cultivars. Hybrids were intermediate in appearance between parents, but variability in leaf, inflorescence, and flower size and flower color existed among the hybrids. A somatic chromosome number of 2n =6x = 108 was tentatively proposed for D. febrifuga GUIZ 48. Chromosome counts and flow-cytometric measurements of nuclear DNA content indicated that some of the hybrids may be aneuploids, but neither analysis was definitive. Although hybrids with H. macrophylla as the pistillate parent did not form pollen-producing anthers, D.
    [Show full text]
  • Ploidy Variation and Genetic Diversity in Dichroa
    HORTSCIENCE 45(2):208–213. 2010. close relationship between the genus Dichroa and H. macrophylla (Hufford et al., 2001; Soltis et al., 1995). Morphological investiga- Ploidy Variation and Genetic Diversity tions also support a close relationship between these two species (Hufford, 2001). Simple in Dichroa sequence repeat (SSR) markers indicate H. 1 macrophylla is more genetically similar to D. Timothy A. Rinehart febrifuga than to other Hydrangea species USDA-ARS, Southern Horticultural Laboratory, 810 Highway 26 West, (Rinehart et al., 2006). SSR markers also in- Poplarville, MS 39470 dicate a relationship between H. indochinesis and D. febrifuga (Rinehart and Reed, 2008). Brian E. Scheffler Hydrangea indochinesis was considered by USDA-ARS, Genomics and Bioinformatics Research Unit, 141 Experiment McClintock (1957) to be a synonym for H. Station Road, JWDSRC, Stoneville, MS 38776 macrophylla ssp. stylosa (H. f.) Thomson, but Hinkley (2003) has referred to it as H. Sandra M. Reed scandens ssp. indochinesis Merr. SSR marker USDA-ARS, Floral and Nursery Plants Research Unit, Tennessee State data indicate that H. indochinensis is more University Otis L. Floyd Nursery Research Center, 472 Cadillac Lane, closely related to D. febrifuga than to H. macro- phylla or H. scandens (L. f.) Ser. (Rinehart and McMinnville, TN 37110 Reed, 2008). Additional index words. simple sequence repeats, SSR, microsatellite markers, Hydrangea Hybridization studies support a close genetic macrophylla, Dichroa febrifuga, Dichroa versicolor, Hydrangea indochinensis relationship between H. macrophylla and D. febrifuga. Fertile reciprocal hybrids between H. Abstract. Recent evidence suggests a close genetic relationship between Hydrangea macrophylla and D. febrifuga have been pro- macrophylla (Thunb.) Ser.
    [Show full text]