S. Doc. 109-19, a Botanic Garden for the Nation
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Backgrounder: the New York Botanical Garden's Legacy Of
Moore in America: Monumental Sculpture at The New York Botanical Garden May 24 – November 2, 2008 Backgrounder: The New York Botanical Garden’s Legacy of Natural and Designed Landscapes The New York Botanical Garden, a 250-acre site that has been designated a National Historic Landmark, offers a wealth of beautiful landscapes, including a hardwood Forest, ponds, lakes, streams, rolling hills with dramatic rock outcroppings carved by glaciers, and New York City’s only freshwater river, which runs through the heart of the Forest in a magnificent rock gorge. These picturesque natural features have been further enhanced by more than a century of artful plantings, gardens, and landscapes designed by the nation’s leading landscape architects and garden designers. As a result of both its natural and human legacies, the Botanical Garden today offers an exceptional setting for outdoor sculpture. Scenic beauty and stunning natural features Following the New York State Governor’s approval on April 28, 1891, of The New York Botanical Garden Act of Incorporation, a site needed to be selected for the location of this new educational and scientific institution. Selection turned to an undeveloped park in the central Bronx. In 1887, a published description of this area notes, “it would be difficult to do justice to the exquisite loveliness of this tract without seeming to exaggerate…gigantic trees, centuries old, crown these summits, while great moss and ivy-covered rocks project here and there at different heights above the surface of the water, increasing the wildness of the science.” An 1893 newspaper account describes the romantic vistas of an old stone house, snuff mill, and other artifacts of previous land use, while surrounded with “almost every tree known to the American forest in the Northern clime.” The underlying bedrock, dark gray Fordham gneiss, shapes many rock outcrops, rolling hills, and steep slopes, ranging from 20 to 180 feet above sea level. -
Medicinal Plants in Papua New Guinea
___________________________________________________________________________ 2015/CSA/014 Agenda Item: 7b PNG Traditional Knowledge System and Science Advice: PNG Perspective Purpose: Information Submitted by: Papua New Guinea Third APEC Chief Science Advisors and Equivalents Meeting Kuala Lumpur, Malaysia 14-16 October 2015 19/10/2015 PNG Traditional Knowledge System and Science Advice: PNG Perspective Teatulohi Matainaho Chairman/ CEO and Chief Science Advisor PNG Science and Technology Council/ Secretariat Traditional (Indigenous) Knowledge System “Traditional Knowledge System (TKS) is the basis upon which many indigenous communities survive on. Indigenous people value their unique knowledge systems, their languages, their agriculture, folklore, arts, medicinal knowledge, and their philosophies of life as important systems of knowledge” Steven Winduo (2009) 1 19/10/2015 • In Papua New Guinea, like many Pacific Islands societies, indigenous knowledge systems continue to remain the strength of survival, for many groups of people living within their tribal boundaries in the islands, in the valleys, in the mountains, or along rivers. • Indigenous knowledge may not necessarily be in its original form, but transformed in a form that has incorporated aspects of the introduced knowledge together with the inherited knowledge. PNG Traditional knowledge systems Agriculture and Foods Health and Navigation Wellbeing PNG Fishing Forestry and Traditional Methods and Botanicals Knowledge Harvest Systems Biodiversity Building and and Construction Conservation Cultural Expression and Language 2 19/10/2015 PNG Traditional Medical Knowledge • Documentation of herbs used in traditional medicine in PNG including traditional medical practices • A systematic survey conducted throughout the country over 16 years • Leading to establishment of Traditional Medicine Database PNG Traditional Medicine Database A national repository of medicinal plants usage in PNG. -
Agriculture and the Future of Food: the Role of Botanic Gardens Introduction by Ari Novy, Executive Director, U.S
Agriculture and the Future of Food: The Role of Botanic Gardens Introduction by Ari Novy, Executive Director, U.S. Botanic Garden Ellen Bergfeld, CEO, American Society of Agronomy, Crop Science Society of America, and Soil Science Society of America The more than 320 million Americans alive today depend on plants for our food, clothing, shelter, medicine, and other critical resources. Plants are vital in today’s world just as they were in the lives of the founders of this great nation. Modern agriculture is the cornerstone of human survival and has played extremely important roles in economics, power dynamics, land use, and cultures worldwide. Interpreting the story of agriculture and showcasing its techniques and the crops upon which human life is sustained are critical aspects of teaching people about the usefulness of plants to the wellbeing of humankind. Botanical gardens are ideally situated to bring the fascinating story of American agriculture to the public — a critical need given the lack of exposure to agricultural environments for most Americans today and the great challenges that lie ahead in successfully feeding our growing populations. Based on a meeting of the nation’s leading agricultural and botanical educators organized by the U.S. Botanic Garden, American Society of Agronomy, Crop Science Society of America, and Soil Science Society of America, this document lays out a series of educational narratives that could be utilized by the U.S. Botanic Garden, and other institutions, to connect plants and people through presentation -
Admirable Trees of Through Two World Wars and Witnessed the Nation’S Greatest Dramas Versailles
Admirable trees estate of versailles estate With Patronage of maison rémy martin The history of France from tree to tree Established in 1724 and granted Royal Approval in 1738 by Louis XV, Trees have so many stories to tell, hidden away in their shadows. At Maison Rémy Martin shares with the Palace of Versailles an absolute Versailles, these stories combine into a veritable epic, considering respect of time, a spirit of openness and innovation, a willingness to that some of its trees have, from the tips of their leafy crowns, seen pass on its exceptional knowledge and respect for the environment the kings of France come and go, observed the Revolution, lived – all of which are values that connect it to the Admirable Trees of through two World Wars and witnessed the nation’s greatest dramas Versailles. and most joyous celebrations. Strolling from tree to tree is like walking through part of the history of France, encompassing the influence of Louis XIV, the experi- ments of Louis XV, the passion for hunting of Louis XVI, as well as the great maritime expeditions and the antics of Marie-Antoinette. It also calls to mind the unending renewal of these fragile giants, which can be toppled by a strong gust and need many years to grow back again. Pedunculate oak, Trianon forecourts; planted during the reign of Louis XIV, in 1668, this oak is the doyen of the trees on the Estate of Versailles 1 2 From the French-style gardens in front of the Palace to the English garden at Trianon, the Estate of Versailles is dotted with extraordi- nary trees. -
UNITED STATES BOTANIC GARDEN Office of Executive Director, 245 First Street SW., Washington, DC 20024 Phone, 202–226–8333
LEGISLATIVE BRANCH 45 fire-protection systems in the Capitol and Capitol complex; renovation, restoration, congressional office buildings; removal and modification of the interiors and of architectural barriers throughout the exteriors of the Thomas Jefferson and Capitol complex; publication of a new John Adams Buildings of the Library of history of the Capitol, the first such work Congress and provision of off-site book in almost a century; installation of an storage facilities for the Library; and improved Senate subway system; work management oversight of the Thurgood on security improvements within the Marshall Federal Judiciary Building. For further information, contact the Office of the Architect of the Capitol, U.S. Capitol Building, Washington, DC 20515. Phone, 202–228–1793. Internet, www.aoc.gov. UNITED STATES BOTANIC GARDEN Office of Executive Director, 245 First Street SW., Washington, DC 20024 Phone, 202–226–8333. Internet, www.usbg.gov. Conservatory, 100 Maryland Avenue SW., Washington, DC 20024 Phone, 202–225–8333 Production Facility, 4700 Shepherd Parkway SW., Washington, DC 20032 Phone, 202–563–2220 Director (Architect of the Capitol) ALAN M. HANTMAN, Acting Executive Director HOLLY H. SHIMIZU The United States Botanic Garden informs visitors about the aesthetic, cultural, economic, therapeutic, and ecological importance of plants to the well-being of humankind. The U.S. Botanic Garden has artistic an administration building, and an off- displays of plants, exhibits, and site Production facility. The Garden is educational programs promoting currently undergoing a significant botanical knowledge through the expansion and transformation. The cultivation of an ordered collection of Conservatory, one of the largest plants; fostering plant conservation by structures of its kind in this country, re- acting as a repository for endangered opened on December 11, 2001, after species; and growing plants for the undergoing major renovation that beautification of the Capitol complex. -
Epidermal Morphology of the Pinnae of Angiopteris, Danaea, and Maraffia
American Fern Journal 81(2]:44-62 (1991) Epidermal Morphology of the Pinnae of Angiopteris, Danaea, and Maraffia CRISTINAROLLERI,AMVIBLIA DEFERRARI, AND MAR~ADEL CARMENLAVALLE Laboratory of Botany, Museo de La Plata, Paseo del Bosque, 1900 La Plata, Argentina This is a study of adult epidermis morphology in 17 species of Angiopteris Hoffm., Danaea J. E. Smith, and Marattia Swartz. Epidermal patterns, adult stomata, indument, and idioblasts were studied. Hill and Camus (1986) made an overview of characters of some extant species of Marattiales as part of a cladistic study of extant and fossil members of the order. The epidermal characters they used were subsidiary cells of the stomata, dimensions of the stomata, walls of epidermal cells, and idioblasts. The only character of indument they included in their study was the presence or absence of scales. Rolleri et al. (1987) made the first detailed study dealing with pinna and pinnule indument in the Marattiaceae, although Holttum (1978) had made some general comments on petiole and rhizome scales of Angiopteris, illustrating two species. He suggested that Angiopteris pinna trichomes were diagnostic but needed detailed study. Rolleri et al. (1987) strongly pointed out that epidermal characters are diagnostic at the species level in the Marattiaceae and speculated on generic affinities within the Marattiales. Adult epidermis was described according to the terminology of Rolleri and Deferrari (1986) and Rolleri et al. (1987). Adult stomata were described following the criteria of Stace (1965),van Cotthem (1970, 1971),and Wilkinson (1979). Lellinger's (1985) concept of trichomes was adopted, as well as the terminology of Theobald et al. -
Things to Do on Capitol Hill
Things to Do on Capitol Hill Supreme Court of the United States http://www.supremecourt.gov/visiting/visiting.aspx Hours: Monday – Friday 9:00 a.m. – 4:30 p.m. Address: 1 First St NE Washington, D.C. 20543 The Supreme Court Building was designed by Cass Gilbert and built from 1931 to 1935. The Court first sat in the building on Monday, October 7, 1935. The building, majestic in size and rich in ornamentation, serves as both home to the Court and the manifest symbol of its importance as a coequal, independent branch of government. Although the Supreme Court does not offer guided walking tours, visitors are encouraged to tour the building on their own and take advantage of a variety of educational programs including Courtroom Lectures, a visitors’ film, and court-related exhibitions. The Courtroom is located on the First Floor. Court sessions are open to the public on a first-come, first-served basis. The U.S. Capitol Visitor Center https://www.visitthecapitol.gov/ Hours: Monday – Saturday 8:30 a.m. – 4:30 p.m. Address: First St NE Washington, D.C. 20515 The United States Capitol in Washington, D.C., is a symbol of the American people and their government, the meeting place of the nation's legislature. The Capitol also houses an important collection of American art, and it is an architectural achievement in its own right. It is a working office building as well as a tourist attraction visited by millions every year. The Library of Congress https://loc.gov/visit/ Hours: Thomas Jefferson Building: Monday – Saturday 8:30 a.m. -
Mastering Moisture Management for Controlling Greenhouse Pests and Diseases
Mastering Moisture Management For controlling greenhouse pests and diseases Ryan Dickson, Ph.D. State Specialist, Greenhouse Management and Technologies University of New Hampshire Cooperative Extension 2017 Tri-State IPM Workshop Series Why is moisture management an important part of IPM? The way moisture is managed affects… • Spread of diseases • Plant health • Nutritional quality Adjust cultural practices to manage moisture for improved plant health and lower susceptibility to pests Splashing water from overhead and diseases can help spread pathogens Algae growth on substrate and floor • Symptom of overwatering • Algae harbors pests, disease, and is unattractive Fungus gnats and shore flies • Populations increase with overwatering • Larvae feed on root tips, damage plants, spread disease Where to look when fine-tuning moisture management? 1. Substrate type and container geometry 2. Irrigation practices 3. Water quality and treatment Importance of air (oxygen) and water balance in the root zone Roots need both air (oxygen) and water Oxygen needed for… • Root respiration • Pathogen resistance Water needed for… • Delivering nutrients • Plant turgidity and growth Importance of air (oxygen) and water balance in the root zone Pore spaces filled mostly Air Air with water H2O • High nutrient availability, leaf expansion, and shoot H2O H O 2 H2O growth • Low oxygen for roots H O H2O 2 H2O • Occurs in dense media, after irrigating H2O H2O H2O Air H2O H2O Importance of air (oxygen) and water balance in the root zone Pore spaces filled more with -
S. Doc. 109-19, a Botanic Garden for the Nation
147 Bartholdi Park artholdi Park, a two-acre garden on the south side of the Conservatory, serves as a demonstration garden where visitors can learn to apply the latest horticultural techniques to their home landscapes. In geometrically arranged beds that complement the magnificent classical fountain designed by Frédéric Auguste Bartholdi, the garden features perennials Band annuals in innovative combinations. The plantings are constantly updated to showcase new varieties, design trends, and garden maintenance methods. Every type of plant is represented in Bartholdi Park—deciduous trees, evergreens, shrubs, perennials, annuals, vines, ground covers, roses, and bulbs. An urban microclimate, created by the southern exposure of the garden and the shelter of surrounding buildings, sustains many otherwise tender plants through most of the year. At each entrance, plants are positioned to frame (above) Rose the fountain, which is surrounded from spring to fall by colorful flowers. Gardens are designed in (Rosa ‘Alchymist’). a variety of styles to complement distinct themes. Each garden uses trees and shrubs as backdrops U.S. Botanic Garden for the showy blossoms of annuals and perennials. The largest theme garden, the Heritage Garden, (opposite) Bartholdi Park uses hardy species native to North America to encourage wildlife-friendly gardening. in midsummer. Bartholdi Park is also a refuge—an island of green where visitors, office workers, and a sur- prising diversity of birds and pollinators can find respite from the stresses of the city. Secluded benches offer quiet shade in the summer and sheltered sunlight in the winter. In warm weather, the splash of the fountain rhythmically underscores the chirps of nesting birds and the drone of busy insects. -
Pollination and Botanic Gardens Contribute to the Next Issue of Roots
Botanic Gardens Conservation International Education Review Volume 17 • Number 1 • May 2020 Pollination and botanic gardens Contribute to the next issue of Roots The next issue of Roots is all about education and technology. As this issue goes to press, most botanic gardens around the world are being impacted by the spread of the coronavirus Covid-19. With many Botanic Gardens Conservation International Education Review Volume 16 • Number 2 • October 2019 Citizen gardens closed to the public, and remote working being required, Science educators are having to find new and innovative ways of connecting with visitors. Technology is playing an ever increasing role in the way that we develop and deliver education within botanic gardens, making this an important time to share new ideas and tools with the community. Have you developed a new and innovative way of engaging your visitors through technology? Are you using technology to engage a Botanic Gardens Conservation International Education Review Volume 17 • Number 1 • April 2020 wider audience with the work of your garden? We are currently looking for a variety of contributions including Pollination articles, education resources and a profile of an inspirational garden and botanic staff member. gardens To contribute, please send a 100 word abstract to [email protected] by 15th June 2020. Due to the global impacts of COVID-19, BGCI’s 7th Global Botanic Gardens Congress is being moved to the Australian spring. Join us in Melbourne, 27 September to 1 October 2021, the perfect time to visit Victoria. Influence and Action: Botanic Gardens as Agents of Change will explore how botanic gardens can play a greater role in shaping our future. -
An Introduction to Harvesting and Selling Alaska Cut Flower Peonies James D
AN INTRODUCT I ON TO HA RVEST I NG A ND SELL I NG AL A SK A CUT FLOWER PEON I ES by James D. Auer and Patricia S. Holloway AFES Miscellaneous Publication 2008-03 April 2008 School of Natural Resources and Agricultural Sciences Agricultural & Forestry Experiment Station 2 Preface 1. Introduction ince 2001, The University of Alaska Fairbanks Georgeson by James D. Auer SBotanical Garden (GBG) has conducted research on the This paper has been written to provide current and future feasibility of growing peonies as a field crop for Alaska growers Alaska peony growers background knowledge on harvesting and (Holloway et al. 2005). The purpose of the research has been selling flowers at local and wholesale levels. These Alaskans have to establish guidelines for field cultivation, identify appropriate invested a lot of time and hard work into cultivating peonies; cultivars, and catalog pests and diseases that will affect my goal is that this paper will provide the information necessary management decisions for field cultivation. Since beginning to let them take the next step and bring their product to market, this project, at least 12 growers in Alaska have planted peony and be successful in doing so. fields ranging from plots of 50 plants to more than 7,000 plants. I began this research in May of 2007 in working toward Some of these growers will have flowers ready for sale within my M.S. in resource and applied economics. Much of the two years. information presented here is rooted in my experience selling The biggest challenge for these and other Alaskans flowers grown at the Georgeson Botanical Garden (GBG) entering the business of cut flowers is learning the techniques during that summer. -
Greenhouse Effect How We Stay Warm the Sun’S Energy Reaches Earth Through Radiation (Heat Traveling Through Space) What Is Insolation?
Greenhouse Effect How we stay warm The Sun’s energy reaches Earth through Radiation (heat traveling through Space) What is Insolation? The incoming solar radiation (energy from the Sun) that reaches Earth When and where does the most intense Insolation occur? Time of Day: Noon Time of Year: June 21 (NH) Where: Near the Equator How much solar radiation reaches Earth? The Earth’s surface only absorbs 51% of incoming solar radiation Global Heat Budget Condensation & •Energy is transferred from the Earth’s surface by radiation, conduction, convection, radiation, evaporation, and water condensation. •Ultimately, the Sun’s heat and Earth’s energy transfer is a major cause of weather. Greenhouse Effect • The Process by which atmosphere gases absorb heat energy from the sun and prevent heat from leaving our atmosphere. • In other words, greenhouse gases trap heat energy and keep it close to earth. • 3 Main Greenhouse Gases: CARBON DIOXIDE (CO2), Methane, and WATER VAPOR The Greenhouse Effect works like a Greenhouse Is the Greenhouse Effect Good or Bad? • It is necessary for life (good)- it keeps our climate toasty warm and prevents it from fluctuating (changing) too much. Is the Greenhouse Effect Good or Bad? • It is bad when: there are too many greenhouse gasses and the climate gets warmer (GLOBAL WARMING) Consider the Greenhouse effect on other planets Mercury Venus What is Global Warming? • An increase in average global temperatures • It is caused by an increase in Greenhouse Gases in the Atmosphere What causes an Increase in Greenhouse gases? • 1. CARBON DIOXIDE is added to the atmosphere when people burn coal, oil (gasoline), and natural gas FOSSIL FUELS, for transportation, factories, and electricity.