Bartlett Tree Tips

Total Page:16

File Type:pdf, Size:1020Kb

Bartlett Tree Tips TREE TIPS TREE & SHRUB CARE FROM BARTLETT TREE EXPERTS Trees and soil fungi Important tips for When caring for trees, it’s easy to see trees is because no attention was paid planting a tree fungi as the enemy, since most tree to improving the poor soil conditions diseases and decay organisms are fungi. in these studies. Soils that lack However, many fungi are important mycorrhizas are too hot, too dry, too contributors to tree health. Symbiotic wet, lack organic matter, lack oxygen, associations with mycorrhizal fungi etc., and without addressing the soil are absolutely critical for optimum tree environment, any added fungi will soon health and growth. perish. A better option is to create a soil environment where natural and applied Not all fungus is bad! Mycorrhizal mycorrhizas can flourish. fungi are critical to tree health. Mulching trees, de-compacting soils, There is no question scientifically that managing moisture, and adding mycorrhizal fungi benefit trees, but organic matter are all methods for some debate exists about how to best improving soil biology. By creating a encourage these associations. Most soil environment as similar as possible Planting a tree is a fun family project. research shows that plants perform to the forest floor, trees and their To help assure that your new tree better with mycorrhizas, however, only beneficial microbes will thrive. thrives, look for these two problems a few experiments show any benefit to often found in young trees from a trees when mycorrhizal fungi are added garden center or nursery -- circling to soil. Many times this is because roots and stem buried too deep. spores in store-bought mycorrhiza packs Follow these steps to correct both are dead on arrival. Product selection is conditions during planting: also important because trees have very 77 Loosen and spread out the specific fungal associates, which vary roots. If some circling roots depending on species, environmental have become woody, they can conditions, soil type, and more. be cut (not torn). When left as Perhaps the most important reason is, a circling root can develop several studies show little benefit a chokehold around the trunk from adding mychorrhizal fungi to eventually killing the tree. 77 Locate where the roots begin to spread at the stem base. This is the root flare; it should be Our original process called Root positioned slightly above the Invigoration uses an air spade to soil line. This will encourage clear away debris from roots without better root health. Roots begin damaging them. It allows air and establishment within the top foot water uptake to improve, helping soil of soil. conditions to be more beneficial. 77 Dig a hole three to five times the diameter of the root ball. This allows the roots to expand properly and become well established. If you wish to plant a larger tree, contact your Bartlett Arborist Representative for advice. Sudden Oak Death The ample rains of last winter TREE & SHRUB were welcomed in California, MAINTENANCE CALENDAR but one potential downside is that previous wet winters MARCH have resulted in an increased Have Bartlett monitor for fireblight, and treat incidence of Sudden Oak Death and/or prune out when seen (SOD), caused by the fungus- Spring caterpillars such as leafrollers and like pathogen Phytophthora California oakworm start to appear and may ramorum. Citizen-science require control by your Arborist surveys led by researchers at Protect pines from red turpentine beetles and UC-Berkeley in 2016 showed other bark beetles a concerning increase in the APRIL number of bay laurels that are harboring the pathogen, and Check irrigation systems in preparation for dry season spread from bay laurels to oaks is the most common disease Monitor/treat apples for coddling moth transmission process. Fungicide treatments to susceptible fruit and shade trees should be applied by your Arborist The two longstanding recommendations for managing MAY SOD include potassium phosphite Have Bartlett release predator mites for spider bark treatments to improve mite management resistance, and removal of bay Monitor soil moisture and irrigate once deeply if laurel foliage from within the the month is dry immediate area of valuable oaks. Affected bay laurel leaves Affected oak trunk If needed, Phytophthora root disease treatments These remain the best options, should be applied and new research from UC-Berkeley has shown improvement in efficacy of Second pine beetle treatments should begin these treatments when gypsum soil amendments are included. Amending soils according to nutrient analyses has always been a key component of Bartlett’s plant health programs, and gypsum is a common component of our custom California soil prescriptions. Preventative treatments are far more effective than treating once ‘bleeding’ cankers are present, but effective management options exist for actively ‘bleeding’ trees as well. SOD-infected or drought stressed oaks are also more susceptible to beetle attack; fortunately, WONDERS OF NATURE preventative treatments against these pests are also available. One gigantic plant! There is a forest in Utah that is actually one giant plant. Known as Pando (Latin for “I spread”), or the Trembling Giant, it is a clonal When to prune flowering trees colony of a single male quaking aspen Because flower buds develop on the (Populus tremuloides). Scientists last year’s growth, if trees are pruned determined it to be a single living organism due to identical genetic too early the full potential of the markers and its assumed to have one floral display is lost. Pruning should massive underground root system. occur after the flowers begin to fade and not later than two weeks The clonal colony covers 106 acres, weighs nearly 6,600 afterward. We can advise you about short tons, and has over 40,000 stems (trunks), as some die ornamental pruning and the best care they are replaced by new stems growing from the roots. Tree rings show the average age of Pando’s stems is 130 years. The for your flowering trees. roots are 80,000 years old. TREE FOCUS: Coast Live Oak (Quercus agrifolia) History Native to California from Mendocino County south to Northern Mexico, the coast live oak is one of the most common and widespread trees of coastal California. This tree’s contorted and gnarled trunk spared it from use as lumber. Interestingly though, in the 18th and 19th centuries shipbuilders sought out the odd, angular branches to make special joints. Culture 77 Performs best in rocky well-drained soils. The live oak is 77 Often found in proximity to California bay laurel in moist one of coastal areas and valley oak on drier plains and hillsides. California’s most 77 Drought tolerant, though may need some summer common trees. irrigation during very dry years. 77 Most often multi-stemmed, younger trees are very dense and bushy in appearance while older trees (75+ years) develop thinner crowns with visible branch architecture. Concerns 77 Susceptible to sudden oak death (SOD). 77 Health and stability may be affected by decay fungi, more often when roots are disturbed or damaged. 77 Planted live oaks are impacted by powdery mildew, pit scale insects and gall wasps more often than native acorn-grown trees. 77 Drought stressed trees are also attacked by western oak bark beetles, leading to “foamy canker”. 77 May be completely defoliated during California oakworm outbreaks. Bartlett Management Practices 77 We recommend annual treatments for SOD, treatments to prevent beetle infestation are also recommended during moisture stress. 77 We should prune early in development to focus on preventing or subordinating co-dominant stems. 77 Treatment for oakworms should be performed during outbreaks which typically last 2-3 years. Fun with trees Make a flowering tree with a child Blow painting creates a wonderful tree with interesting branches! Add brown or black poster paint to a small bowl of water. Then the adult drips the watery paint on the paper and the child blows through a straw. Repeat the steps of drip and blow to create your tree. Flowers are made with little torn and crinkled up pieces of colored tissue paper. The adult dabs a spot of craft glue and child presses on the flower. Add as many as the child likes! Compliments of Spring has sprung and its a great time to focus on your landscape - Bartlett can help! Maintaining trees at Pebble Beach Whether you are playing the world famous Pebble Beach golf links or just enjoying the natural beauty of Monterey, you’ll certainly see a few feature trees pruned by Bartlett Tree Experts’ San Jose office. In the last few years, we’ve brought our talented staff to provide scientific tree care in areas that need our unique expertise. At Pebble Beach, we crown cleaned Monterey Cypress groves to reduce end-weight over structures and golf cart paths. We also performed some restoration pruning on a Japanese maple garden and did some unexpected storm damage clean-up. As Bartlett’s service area has expanded, we look forward to caring for more properties on Monterey Peninsula as well as returning to Pebble Beach next year. James Mahutga, crew leader, Geno Vitale, climber, and grounds persons Arturo Ramirez and Heber Lagunes worked on this project. published by THE F. A. BARTLETT TREE EXPERT COMPANY (877) BARTLETT (877-227-8538) in U.S. and Canada • www.bartlett.com © 2017 The F. A. Bartlett Tree Expert Company For Tree Tips information contact [email protected] CA1.
Recommended publications
  • Great Trees Teacher Self-Guided Tour (SGT) Grades 4-8
    Great Trees Teacher Self-Guided Tour (SGT) Grades 4-8 Welcome! This tour is designed to offer suggestions and structure to your visit. You can go in any order, and please modify and add activities to fit the needs and interests of your class. If your students get excited about a plant, a piece of sculpture, or wildlife outside of the tour – go for it! The Morris Arboretum is a wonderful place with much to see and learn! Some of the activities are easier if written out. Have students bring something to take notes on. Garden Etiquette • The most important rule is RESPECT – respect the trees and other plants, animals, and of course, people. • Students are allowed off the paths, but they should not go into mulched areas. The mulch is there to protect delicate plants and root systems. • Students MAY NOT climb trees. This damages the bark, limbs, leaves, and disturbs creatures living in the trees. • Eat and drink only in designated lunch areas. • There are bathrooms in the garden, noted on the map, as well as in the Visitor Center. • Have fun and learn about the beauty and importance of trees in our environment. Tree Identification On many of the trees, there are copper identification tags embossed with the common name of tree, the scientific name of the tree, its place of origin, and the year it was accessioned (the year it was recorded into the collection – not necessarily the year it was planted.) Find one and show students how to read them. Please DO NOT take these tags off the trees.
    [Show full text]
  • Pando – Colony
    Nature’S MARVELS Pando – Colony Credit: J Zapell of Golden Clones Sonam Choudhary ALL, thin trunks with smooth white bark marked with that possesses same genetic makeup. Pando is the oldest of all black horizontal scars and prominent black knots, Pando clonal colonies on Earth. Tare the most picturesque and graceful trees, distributed Also known as the trembling giant, the grove spread in widely in North America. Pando, meaning ‘I spread’ in Latin, approximately 106 acres of land with a number of 47,000 is the name given to the colony of quaking aspens that look or so trees, really is a single organism. The individual trees like a forest but is actually a single organism. Yes, that is true! are not individuals, but stems of a gigantic single clone. The Scientifically known as Populus tremuloides, it is a clone is truly massive, estimated to weigh collectively about deciduous poplar tree and is one of the several species 6,000,000 kilograms, making it the heaviest known organism commonly referred as aspen. This enormous golden grove is on the planet. All the trees are genetically identical to each located in the Fishlake National Forest of Utah states of United other sharing a single colossal underground root system. The States. Pando is called a clonal colony which occurs in plants, root system of Pando is believed to be 80,000 years old. The fungus and bacteria. A clonal colony is a group of organisms colour of Pando turns brilliant gold when summer shifts into 54 | Science Reporter | June 2018 fall, the best time to see them.
    [Show full text]
  • Conservation Genomics and Pollination Biology of an Endangered, Edaphic- Endemic, Octoploid Herb: El Dorado Bedstraw (Galium Californicum Subsp
    Conservation genomics and pollination biology of an endangered, edaphic- endemic, octoploid herb: El Dorado bedstraw (Galium californicum subsp. sierrae; Rubiaceae) Dylan Burge Department of Ecology and Evolutionary Biology, University of California, Los Angeles, Los Angeles, CA, USA ABSTRACT El Dorado bedstraw (Galium californicum subsp. sierrae) is a federally endangered dioecious, octoploid, perennial herb found only in the Pine Hill region of El Dorado County, CA, USA. Like many species of Galium, El Dorado bedstraw is capable of both sexual and asexual reproduction, spreading via stem-layering as well as seeds. El Dorado bedstraw is also dioecious, and thus dependent on pollinators to transfer pollen from male to female stems. The capacity for asexual reproduction has conservation implications for this plant, due to the potential for populations to become dominated by a small number of clones in the absence of recruitment from seeds. No previous work has examined either the population genetics or pollination biology of this plant. Here, double-digest restriction site-associated DNA sequencing was used to develop a genetic dataset for a sample of El Dorado bedstraw (12 individuals from each of seven locations). Genomic data was used to calculate population genetic statistics and quantify the degree to which clonality affects the sampled populations. Visual observation of insect visitors at every sampling location was used to assess the potential for pollen transfer within and among Submitted 7 February 2020 locations. A total of 23 clonal colonies were detected across 82 successfully sequenced Accepted 4 September 2020 stems, consisting of an average of 2.4 individuals (range: 2–6).
    [Show full text]
  • The Oldest Living Things in the World Rachel Sussman
    THE OLDEST LIVING THINGS IN THE WORLD RACHEL SUSSMAN 17 19 8 11 25 30 13 3 1 9 26 23 16 22 29 36 32 7 4 5 10 Research/Studio 31 35 Study Gallery Study 15 27 12 24 28 21 34 2 20 14 37 Entrance / 33 Connections Gallery Entrance 6 Exhibition Guide BRAIN CORAL I first learned to scuba dive in order to photograph this coral, which is about 60 feet underwater and about 18 feet across. Corals and sponges ANTARCTIC BEECH are the only animals that surpass the 2,000-year minimum required to be The Antarctic Beech that now live in Queensland, Australia used to part of the Oldest Living Things project. populate Antarctica in its milder days...180 million years ago. As Gondwana broke apart and the south got colder, the Antarctic Beeches worked Brain Coral; crest # 0210-4805 themselves northward to more suitable climes. Imagine the perseverance 9 (2,000 years old; Speyside, Tobago) and the cooperation over generations it would require for some trees to make such a journey. Are we there yet? Their oldest surviving progeny are BRISTLECONE PINE 13,000 years old. This particular tree is around 6,000. Bristlecone pines are the oldest unitary organisms in the world, known to surpass 5,000 years in age. In the 1960’s a then-grad student cut down Antarctic Beech #1211-2717 what would have been the oldest known tree in the world while retrieving 1 (6,000 years old; Lamington National Park, Queensland, Australia) a lost coring bit. A cross section of that tree was placed in a Nevada casino.
    [Show full text]
  • Non–Nest Mate Discrimination and Clonal Colony Structure in the Parthenogenetic Ant Cerapachys Biroi
    Behavioral Ecology doi:10.1093/beheco/ars227 Advance Access publication 22 January 2013 Original Article Non–nest mate discrimination and clonal colony structure in the parthenogenetic ant Cerapachys biroi Daniel J.C. Kronauer,a,b,c Kazuki Tsuji,d Naomi E. Pierce,a and Laurent Kellerc aMuseum of Comparative Zoology, Harvard University, Cambridge, MA 02138, USA, bLaboratory of Insect Social Evolution, The Rockefeller University, New York, NY 10065, USA, cDepartment of Ecology and Evolution, University of Lausanne, Lausanne CH-1015, Switzerland, and dDepartment of Agro- Environmental Sciences, Faculty of Agriculture, University of the Ryukyus, Nishihara, Okinawa 903- 0213, Japan Understanding the interplay between cooperation and conflict in social groups is a major goal of biology. One important factor is genetic relatedness, and animal societies are usually composed of related but genetically different individuals, setting the stage for conflicts over reproductive allocation. Recently, however, it has been found that several ant species reproduce predominantly asexu- ally. Although this can potentially give rise to clonal societies, in the few well-studied cases, colonies are often chimeric assemblies of different genotypes, due to worker drifting or colony fusion. In the ant Cerapachys biroi, queens are absent and all individuals reproduce via thelytokous parthenogenesis, making this species an ideal study system of asexual reproduction and its consequences for social dynamics. Here, we show that colonies in our study population on Okinawa, Japan, recognize and effectively discriminate against foreign workers, especially those from unrelated asexual lineages. In accord with this finding, colonies never contained more than a single asexual lineage and average pairwise genetic relatedness within colonies was extremely high (r = 0.99).
    [Show full text]
  • Ecology and Management of Morels Harvested from the Forests of Western North America
    United States Department of Ecology and Management of Agriculture Morels Harvested From the Forests Forest Service of Western North America Pacific Northwest Research Station David Pilz, Rebecca McLain, Susan Alexander, Luis Villarreal-Ruiz, General Technical Shannon Berch, Tricia L. Wurtz, Catherine G. Parks, Erika McFarlane, Report PNW-GTR-710 Blaze Baker, Randy Molina, and Jane E. Smith March 2007 Authors David Pilz is an affiliate faculty member, Department of Forest Science, Oregon State University, 321 Richardson Hall, Corvallis, OR 97331-5752; Rebecca McLain is a senior policy analyst, Institute for Culture and Ecology, P.O. Box 6688, Port- land, OR 97228-6688; Susan Alexander is the regional economist, U.S. Depart- ment of Agriculture, Forest Service, Alaska Region, P.O. Box 21628, Juneau, AK 99802-1628; Luis Villarreal-Ruiz is an associate professor and researcher, Colegio de Postgraduados, Postgrado en Recursos Genéticos y Productividad-Genética, Montecillo Campus, Km. 36.5 Carr., México-Texcoco 56230, Estado de México; Shannon Berch is a forest soils ecologist, British Columbia Ministry of Forests, P.O. Box 9536 Stn. Prov. Govt., Victoria, BC V8W9C4, Canada; Tricia L. Wurtz is a research ecologist, U.S. Department of Agriculture, Forest Service, Pacific Northwest Research Station, Boreal Ecology Cooperative Research Unit, Box 756780, University of Alaska, Fairbanks, AK 99775-6780; Catherine G. Parks is a research plant ecologist, U.S. Department of Agriculture, Forest Service, Pacific Northwest Research Station, Forestry and Range Sciences Laboratory, 1401 Gekeler Lane, La Grande, OR 97850-3368; Erika McFarlane is an independent contractor, 5801 28th Ave. NW, Seattle, WA 98107; Blaze Baker is a botanist, U.S.
    [Show full text]
  • Plants in Contemporary Poetry: Ecocriticism and the Botanical
    Plants in Contemporary Poetry Examining how poets engage with and mediate botanical life, Plants in Contemporary Poetry affords a glimpse into the ontologies, epis- temologies, and semiospheres of flora and, by extension, the natural world. Highlighting the botanical obsessions of seminal poets writing in English today, the book calls attention to the role of language in de- constructing the cultural codes that limit an understanding of plants as intelligent beings. Ryan argues that, as poetic thought harmonizes with vegetality, writers gain direct knowledge of, and profound inspiration from, the botanical world. Plants in Contemporary Poetry provides a timely intervention in the prevailing tendency of ecocritical scholarship to date to examine animal, rather than plant, subjectivities and life- worlds. A sensuous return to vegetal being is actualized in this study through a focus on the contemporary poetries of Australia, England, and the United States. The lively disquisition traverses a cross section of contemporary poetic genres from confessionalism and experimentalism to radical pastoralism and ecopoetry. Through readings of eight poets, including Louise Glück, Les Murray, Mary Oliver, and Alice Oswald, Plants in Contemporary Poetry centers on the idea of the botanical imagination and proposes a unique conceptual model the author calls vegetal dialectics. Drawing from developments in neuro-botany and contributing to the area of critical plant studies, the book also develops phytocriticism as a method for responding to the lack of attention to plants in ecocriticism, ecopoetics, and the environmental humanities. This ground-breaking study reminds readers that poetic imagination is as important as scientific rationality to appreciating the mysteries of plants on an increasingly imperiled planet.
    [Show full text]
  • Clonal Colony in the Early Devonian Cnidarian Sphenothallus from Brazil
    Clonal colony in the Early Devonian cnidarian Sphenothallus from Brazil HEYO VAN ITEN, JULIANA DE MORAES LEME, MARCELLO G. SIMÕES, and MARIO COURNOYER Van Iten, H., Leme, J.M., Simões, M.G., and Cournoyer, M. 2019. Clonal colony in the Early Devonian cnidarian Sphenothallus from Brazil. Acta Palaeontologica Polonica 64 (2): 409–416. The fossil record of polypoid cnidarians includes a number of taxa that were incorrectly identified as either tubiculous worms or plants. The holotype of the putative alga Euzebiola clarkei (Ponta Grossa Formation, Lower Devonian, Brazil), originally described under the name Serpulites sica, is re-described and re-figured as a species of Sphenothallus, a medu- sozoan cnidarian. Unlike Sphenothallus from other localities, the black, organic-walled Ponta Grossa specimen consists of a single parent tube that is confluent with the apical ends of at least 18 daughter tubes. The pattern of arrangement of the daughter tubes, which are arrayed in single file along the exposed face and the two thickened margins of the parent tube, partly resembles the whorl-like pattern of arrangement of colonial polyps of certain scyphozoan cnidarians. For these reasons, the Ponta Grossa Formation material figures prominently in the argument that Sphenothallus was a me- dusozoan cnidarian capable (in at least one species) of clonal budding. Key words: Cnidaria, Medusozoa, Scyphozoa, Hydrozoa, clonal budding, Devonian, Brazil. Heyo Van Iten [[email protected]], Department of Geology, Hanover College, Hanover, IN 47243, USA and Research Associate, Cincinnati Museum Center, Department of Invertebrate Paleontology, 1301 Western Avenue, Cincinnati, OH 45203, USA. Juliana de Moraes Leme [[email protected]], Department of Sedimentary and Environmental Geology, University of São Paulo, 05508-080, SP, Brazil.
    [Show full text]
  • Longevity of the Brazilian Underground Tree Jacaranda Decurrens Cham
    Anais da Academia Brasileira de Ciências (2013) 85(2): 671-677 (Annals of the Brazilian Academy of Sciences) Printed version ISSN 0001-3765 / Online version ISSN 1678-2690 www.scielo.br/aabc Longevity of the Brazilian underground tree Jacaranda decurrens Cham. RUY J.V. ALVES1, NÍLBER G. DA SILVA2, ALUÍSIO J. FERNANDES JÚNIOR2 and ALESSANDRA R. GUIMARÃES2 1Museu Nacional, Departamento de Botânica, Universidade Federal do Rio de Janeiro, Quinta da Boa Vista, s/n, São Cristóvão, 20940-040 Rio de Janeiro, RJ, Brasil 2Programa de Pós-Gradução em Botânica, Museu Nacional, Universidade Federal do Rio de Janeiro, Quinta da Boa Vista, s/n, São Cristóvão, 20940-040 Rio de Janeiro, RJ, Brasil Manuscript received on January 2, 2012; accepted for publication on October 5, 2012 ABSTRACT Underground trees are a rare clonal growth form. In this survey we describe the branching pattern and estimate the age of the underground tree Jacaranda decurrens Cham. (Bignoniaceae), an endangered species from the Brazilian Cerrado, with a crown diameter of 22 meters. The mean age calculated for the individual was 3,801 years, making it one of the oldest known living Neotropical plants. Key words: Bignoniaceae, cerrado, campo rupestre, longevity, underground trees. INTRODUCTION age estimates (43,600 y) was attributed to a genet The highest longevity estimates have been (not a single individual) of Lomatia tasmanica attributed to clonal plants, and their maximum (Proteaceae) by Lynch et al. (1998). age estimates indicate the slowest possible genet In the Brazilian Cerrado biome, underground turnover rate in a population (de Witte and Stöcklin trees are a rare clonal growth form known for over 2010).
    [Show full text]
  • Copyrighted Material
    1 Introduction Once known as ‘polyzoans’ or ‘ectoprocts’, bryozoans are unique in being the only animal phylum in which the great majority, if not all, species form colonies. But what exactly constitutes a colony? In the context employed here it is an ­aggregate of genetically identical, conjoined modules, unlike a colony of sea- birds or of ants. Coloniality has evolved on numerous occasions among aquatic invertebrates. However, coloniality is not homologous between bryozoans and corals or hemichordates, although these independently evolved groups of colonial animals do exhibit several similarities. The most important feature of colonial invertebrates is their modular construction: new modules (zooids) are added during the growth of the colony and, with a few exceptions, remain physically attached to their neighbours throughout the life of the colony. The process of adding a zooid – termed budding – involves mitotic cell divisions only. Thus, all of the zooids in a bryozoan colony are genetically identical clones. 1.1 Zooids Bryozoan zooids are small, typically measuring under a millimetre in length. However, because bryozoan colonies can contain a large number of zooids, individual colonies are typically a centimetre to a few decimetres in size. For example, seven‐year‐old colonies of Flustra foliacea, the so‐called ‘hornwrack’, less than 10 cm tall have been estimated to contain more than 100 000 zooids (StebbingCOPYRIGHTED 1971). Much larger colonies occur MATERIAL in a few bryozoan species: a 2‐metre diam- eter colony of the Recent cheilostome Pentapora foliacea (the ‘Ross coral’) was recorded from British coastal waters in the early nineteenth century (Lombardi, Taylor, and Cocito 2010).
    [Show full text]
  • Listening to the Story of a Single Plant
    Listening to the story of a single plant: Devil’s Club Once upon a time, about thirty years ago…..at the age of thirty, I found a large sheltered area of devil’s club, which saved me from being attacked by brownies near Mt. Iliamna. Thank you, Creator, for providing us with such a powerful plant: one with so many uses - but most of all, which provides shelter for animals (and sometimes silly people.) The Story of Devil’s Club can teach us many things: Every plant’s life is a journey Land stewardship Sustainable harvesting Listening to plants Fast forward twenty years: Scientific Research Devil’s Club Oplopanax horridus Ginseng Family (Araliaciae) Oplo means “weapon” in Greek Panax is from pan, meaning “everything” Horridus means “bristly” or “wild” Dena’ina: heshkeghka’a “big, big prickle” Deciduous shrub Can be 5 – 10 ft. tall Thorns or stiff, slender spines cover stems, leaf petioles, and veins on leaf surfaces. Leaves usually start to emerge in late May, early June How old is a stem? At top of each stem is a crown of large leaves Leaves are maple-shaped, with irregularly lobed margins. Each leaf is borne on long basally swollen petioles (stems) The inflorescence is called a terminal umbelliferous raceme. Individual flowers are small, made up of a greenish white corolla of 5 petals. 5 stamens and 2 stigmas (usually). Late July. Pollination appears to occur via brownish beetles. I don’t know. Berries are somewhat flattened. The styles are persistent. Berries red when ripe. Within the berries are usually 2 tan seeds.
    [Show full text]
  • Quaking Aspen Trees 30 Nov 2016
    Quaking Aspen Trees 30 Nov 2016 242-2016-24 Yes, that is me the author of this article hugging a Quaking Aspen Tree Now for the rest of the story! Alpine Scenic Loop Please take a look at the above map. Do you see the green arrow in the center? Well, this is the location of the quaking aspen grove and the tree I’m standing by. It is at the summit of the Alpine Scenic Loop that is located in north-central Utah. This is one of the most beautiful spots on earth. The Alpine Scenic Loop Summit looking though the quaking aspens towards Mt. Timpanogos Easily the most popular scenic drive in the Uinta-Wasatch-Cache National Forest, the Alpine Scenic Loop (the red line on the map) is a 20-mile narrow, windy road famous for great scenery especially in the fall when the aspens change color. The loop begins at the mouth of American Fork Canyon on SR-92 at 5,000 feet elevation, and follows the canyon to its summit at 8,000 feet. There you have a great view of Mt. Timpanogos through impressive quaking apsen groves. Campgrounds and picnic areas are numerous and there is a place to park near the aspen groves. If you need to go to the bathroom, there are a couple of port-a-potties but I prefer to walk into the woods to do my business. Some of the attractions along the Alpine Scenic Loop include the Timpanogos Cave, Aspen Grove (where the trail starts for the hike up Mt.
    [Show full text]