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Artykuły w czasopismach na temat "Landscape arboretum"
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Ruban, Luidmila. "LANDSCAPE DIVERSITY OF THE NATIONAL DENDROLOGICAL PARK "SOFIYIVKA" OF THE NATIONAL ACADEMY OF SCIENCES OF UKRAINE". Current problems of architecture and urban planning, nr 63 (14.04.2022): 87–99. http://dx.doi.org/10.32347/2077-3455.2022.63.87-99.
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The article reveals the landscape diversity of the historical garden and park landscape – the National Dendrological Park "Sofiyivka" of the National Academy of Sciences of Ukraine in the city of Uman, Cherkasy region, founded in 1796-1800. In the classification of landscape gardening landscapes, developed by the Ukrainian landscape architect, doctor of biological sciences Rubtsov L.I., 6 types of landscapes are distinguished. The landscape of the NDP "Sofiyivka", as an object of landscape gardening art, belongs to the group of anthropogenic landscapes and is classified as a cultural, recreational, slightly modified landscape (historical core of the park) and modified landscape (Grekova and Lesnaya beams). On the territory of the arboretum, all types of landscape gardening landscapes are presented: forest, park, meadow, garden, regular, alpine landscapes. Most of the historical core of the park is occupied by the park landscape; the forest landscape has been preserved closer to the boundaries of the arboretum. The meadow landscape exists both at the bottom of the beams and in elevated places, such as on the Fungus lawn. The garden type of landscape is presented in the English Park, created in 1890 91 by Pashkevich V.V. and in a series of new monocultural gardens (of lilacs, magnolias, maples, chrysanthemums, dahlias, daylilies, hosts, etc.). The Kamyanka River is an alpine (or mountainous) type of garden and park landscape due to natural granite outcrops and shifted boulders. Examples of the regular landscape are the amphitheater, alleys, greenery protection strips, as well as the regularly planned area of the new entrance to the arboretum from the street Kyivskaya with a fountain and a rosary. These garden and park landscapes of the arboretum "Sofiyivka" are the most valuable natural ecosystem formations within the arboretum, which must be preserved and maintained accordance with the strategic principles of ecological unity and reproduction of natural resources.
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Creech, D., D. McDonald, D. Kulhavy i P. Blackwell. "Utilizing a GIS Vegetation Model for a Campus-as-arboretum Development". HortScience 33, nr 4 (lipiec 1998): 591d—591. http://dx.doi.org/10.21273/hortsci.33.4.591d.
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This paper outlines the history of the SFA Arboretum's effort to establish a campus-as-arboretum at the university. In 1996, the participants created a robust Geographic Information System (GIS) for the campus forest based primarily on a 1993-95 campus mapping and tree inventory project in the 144-acre main core of the campus (Wilson to North St.; College to Starr). The project served as the MS thesis of Susan Perkins. In brief, the campus model reveals a pine-dominated Type 2 forest (one rapidly approaching maturity), difficult campus hydrology issues, and a landscape low on diversity with 68 species represented. In 1996, the Arboretum's AutoCAD® map and Excel® tree data files were integrated into the College of Forestry Unix-based ArcInfo® platform. This now provides full GIS capabilities for landscape planners. The resultant maps based on user queries reveal a robust vegetation analysis and management tool. In 1997, the SFA administration, Physical Plant, Grounds, College of Forestry, and SFA Arboretum initiated a “campus beautification” funding campaign. The SFA Arboretum will play a key role in building unique, documented, and mapped woody ornamental collections for the campus. This provides a unique opportunity in the South for long-term Zone 8 woody plant evaluation in a high-visibility and “perpetual” landscape.
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Hanchek, Anne M. "417 PB 092 BENNETT/JOHNSON PRAIRIE USER SURVEY". HortScience 29, nr 5 (maj 1994): 490f—490. http://dx.doi.org/10.21273/hortsci.29.5.490f.
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Why do people visit the grounds of a botanical garden or arboretum? What draws them to that “experience of nature”? What can we do as horticulturists, landscape architects, and educators to make garden areas more appealing and fulfilling to visitors? The Prairie Interpretive Committee of the Minnesota Landscape Arboretum asked these questions in 1991 as it convened to analyze the current and future status of the Arboretum's Bennett/Johnson Prairie. To understand visitor usage and needs, Arboretum members were surveyed about frequency of visits, reasons for visiting, specific visitor services, and suggestions for improvements. Among the 151 responses, the major reasons for visiting were the pleasures of walking, observing, and being at peace. “Open”, “wild,” and “natural” were common key words. There was keen interest in native plants and their historical role as well. Sitting areas, maps, path markers, plant labels, and self-guided tours were the primary requests for improvement. A high percentage found the demonstration area interesting and useful. The Interpretive Committee used this research to guide the landscape architect, create a brochure, and develop an integrative master plan for the prairie area.
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Chan, Charlotte R., i Robert D. Marquard. "Horticultural Research at The Holden Arboretum". HortScience 31, nr 4 (sierpień 1996): 627e—627. http://dx.doi.org/10.21273/hortsci.31.4.627e.
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The Holden Arboretum, established in 1931, is the largest arboretum in the United States. Its mission is to promote the knowledge and appreciation of plants for personal enjoyment, inspiration, and recreation; for scientific research; and for educational and aesthetic purposes. Of the Arboretum's 3100 acres, 800 acres support collections and display gardens, while the balance comprise natural areas. The collections include nearly 8,000 accessions from 76 plant families; about 700 plant species, some rare or endangered, occupy the natural areas. The education component of the mission connects the Arboretum with the public through school programs, classes, horticultural therapy, and seasonal internships. Two research fellowships are also available. The Holden Arboretum has expanded the research emphasis. The David G. Leach Research Station, part of the Arboretum since 1986, focuses on rhododendron and magnolia breeding and research. Built in 1993, the Horticulture Science Center is a modern research and production facility able to more fully implement and support a broad range of formal horticultural research. The main objective of the research program is to develop superior woody ornamentals for the landscape through hybridization. Additional research emphasizes reproductive biology and using biochemical markers (isozymes and RAPDs) to answer basic questions about the genera under study (Aesculus, Hamamelis, Cercis).
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Popova, N. N. "Bryoflora of protected landscape gardens of the city of Voronezh". Проблемы ботаники южной сибири и монголии 20, nr 1 (20.09.2021): 357–61. http://dx.doi.org/10.14258/pbssm.2021072.
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The bryoflora of protected landscape gardens of regional and local significance includes 45 species, whichis more than 80 % of the bryoflora of urban ecosystems of Voronezh; 14 species grow in natural parks, about 40 speciesgrow in natural monuments, 20 species – in landscape gardens of local significance; 2 species from the Red Book of theVoronezh Region are marked as part of the brifolora; the Arboretum of the Voronezh Agrarian University, the Arboretumof the Voronezh Forestry University, the Severny Square, the Central Park of the City of Voronezh, the Patriots Park, andthe Scarlet Sails Park have the greatest environmental value.
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Mykhailyk, S. M., S. A. Glukhova i O. I. Shynder. "Spicy plants in the landscape compositions of the Syrets Arboretum". Plant varieties studying and protection 18, nr 3 (21.12.2022): 162–70. http://dx.doi.org/10.21498/2518-1017.18.3.2022.268997.
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Purpose. To analyze the taxonomic and varietal diversity of the collection of spicy plants of the Syrets Arboretum, evaluate their decorative qualities and determine the directions of use in landscape design. Methods. The subject of the study is spicy plants grown on the territory of the Syrets Arboretum, which are a part of the collection of open ground plants. The species and varieties of this group of plants were introduced in the arboretum from 1949 to 2021. In the process of research, methods of analysis and synthesis, comparison and generalization of information were used. Results. It has been established that the collection of spicy plants of the Syrets Arboretum includes 69 taxa belonging to 33 genera, 12 families. There are 52 species and 25 cultivars among them. The largest number of representatives are in the families Lamiaˆceae – 32 taxa, Amaryllidaceae – 11 taxa and Asteraceae – 9 taxa. The life forms of spicy plants are represented by woody (19 taxa) and herbal plants (50 taxa, of which 10 annual, 2 biennial, and 38 perennial forms). The traditional fields of application of spicy plants are food, medicine (pharmacology) and perfumery. In addition, their decorative varieties and cultivars are used to create landscape compositions. In particular, on the territory of the Syrets Arboretum, spicy plants are the compositional basis of the thematic “garden of spicy aromatic plants”, they are used as elements of classic flower beds and summer compositions, thematic compositions (national and pharmacy gardens, vegetable flower beds), alpine slides and rocky gardens, etc. Conclusions. Many years of experience in landscape design and creation of floral arrangements in the Syrets Arboretum showes that spicy plants are an important element in all types of tested decorative compositions. It is revealed that out of 69 spicy plants that grow on collectible plantings of the Sirets Arboretum, 51 have decorative qualities and are used as decorative-floral and decorative-deciduous species. The taxonomic and varietal variety of spicy plants has considerable potential for breeding work and creation of highly decorative landscape compositions of various purposes. Due to the availability of different life forms and biomorphological features, it is advisable to use spicy plants in different types of plantations for decorative gardening and landscape design.
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Creech, David L. "The SFA Arboretum: The First Ten Years". HortScience 32, nr 4 (lipiec 1997): 594G—595. http://dx.doi.org/10.21273/hortsci.32.4.594g.
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The SFA Arboretum is evidence that small horticulture programs can capitalize on what's right outside the back door of the building. Initiated in 1985 as a lab project in a landscape plant materials course on the south side of the Agriculture building, the collection has grown to over 3000 taxa displayed in a ten-acre public garden setting. The Arboretum's mission is to 1) promote the conservation and use of native plants, 2) evaluate “new” landscape plant materials, and 3) serve as a living laboratory for students in Horticulture, Agriculture, Biology and Forestry. Funding improvements in the last two years and the creation of a Board of Advisors and a Volunteer Corps organization has addressed problems in routine landscape maintenance and getting “new” garden developments off the ground. A “Plants with Promise” program acquires, tests, propagates, distributes and promotes superior “new” woody plants. Outstanding performers include Bignonia capreolata 'atrosangainea', Campsis grandiflora, Cinnamomum chekingensis, Euschapis japonica, Scuttelaria suffretescens 'pink', Sinojackia rehderiana, Taxodium mucronatum, Viburnum propinquum, various Styrax species and varieties, several Michelia species, Illicium henryi, three Mexico oaks, and many others. AutoCAD maps and a plant inventory database tracks plant location and acquisition data. A just-completed GIS-based analysis of the university forest paves the way for a campus-as-arboretum effort. The premise of this paper is that high-visibility, easy-access display/evaluation gardens offer Horticulture Departments the opportunity for enhanced student recruitment, community involvement, external funding, environmental education, and the potential for significant contributions to the nursery industry.
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Creech, David, Greg Grant i Dawn Parish. "The SFA Mast Arboretum Plant Evaluation Program". HortScience 35, nr 4 (lipiec 2000): 567B—567a. http://dx.doi.org/10.21273/hortsci.35.4.567b.
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The SFA Mast Arboretum began as a landscape plant materials class project on the south side of the Agriculture building in 1985. In 2000, over 20 theme gardens now occupy 18 acres. The garden is computer mapped and an accessioning system is in place. Theme garden developments include daylilies, herbs, a rock garden, a xeriscape, plants for shade, wetland, and bog conditions, a line of vines, an Asian Valley, conifers and hollies, and numerous gardens that trial and display herbaceous perennials. Recent developments include a children's garden and, the biggest project to date, an 8-acre SFA Ruby Mize Azalea garden, with a grand opening in Apr. 2000. Theme gardens are utilized to display collections. Significant assemblages include Rhododendron (400 cultivars and selections), Acer (168 cultivars), Camellia (210 cultivars), Loropetalum (18 taxa), Cephalotaxus (43 taxa), Magnolia (47 taxa), Abelia (37 taxa), Ilex (73 taxa), and others. Plant performance and observational information is recorded. Second author Grant has numerous plant introductions in the past 5 years, many that are well represented in the nursery industry and recognized by TAMU's Coordinated Educational and Marketing Assistance Program (CEMAP) as “Texas Superstar” promotions (trademarked). SFA Mast Arboretum plants are promoted via distributions, trade articles, and the Arboretum's website: www.sfasu.edu/ag/arboretum.
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Creech, David. "THE SFASU ARBORETUM WOODY AND HERBACEOUS PLANT EVALUATION PROGRAM: PLANTS WITH PROMISE". HortScience 30, nr 3 (czerwiec 1995): 433e—433. http://dx.doi.org/10.21273/hortsci.30.3.433e.
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The mission of the SFASU Arboretum is to promote the conservation, selection, and use of the native plants of Texas and to encourage diversity in the urban landscape philosophy of the region. A decade since its inception, the 10-acre arboretum features many uncommon, unusual, and difficult-to-find species and cultivars, many deserving greater use in the region. The living collection has been acquired through botanical gardens, arboretums, private collections, the nursery industry, and expeditions. The list of promising plants that have surfaced includes many that are not easily available in the trade. The issues involved in woody and herbaceous plant evaluation include computer mapping and record keeping constraints, the long-time frame for evaluation with many woody plants, and difficulties in propagation. The arboretums's plant acquisition policy and record keeping and computer mapping system is currently tracking more than 2500 taxa in the living collection. An overview of the first decade of plant performance and a strategic plan for acquisition, propagation, evaluation, distribution, and promotion are presented.
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Meyer, Mary Hockenberry, i Karl Foord. "Consumer Preferences and Perceptions of Gardening Information". HortTechnology 18, nr 1 (styczeń 2008): 162–67. http://dx.doi.org/10.21273/horttech.18.1.162.
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A survey of gardeners in Minnesota found they get their information from friends and garden centers. Older gardeners were less likely to use the Internet. The highest interest was indicated for annuals, perennials, and containers, followed by trees and shrubs. Most participants had not attended a gardening class in the past year and indicated they learn best from talking with friends. Publications are of interest to gardeners, and they highly value color photos and illustrations. The University of Minnesota and Minnesota Landscape Arboretum were perceived as significantly more credible and trustworthy than garden centers, and participants felt these institutions should provide educational programs, even if survey respondents were not participating in these programs. About half the participants were not able to comment on the level of bias of the university and arboretum, and other traits (credible, trustworthy, expert, and knowledgeable) were unknown to one-third to one-half of the participants. Participants knew more about these traits for garden centers and home stores. Participants in this survey indicated they look for convenient sources of gardening information and, although many felt the land-grant university and arboretum were highly credible and knowledgeable, they were still more likely to use other sources for their gardening information. This poses a challenge to universities and arboreta to use new ways to reach gardeners.
Rozprawy doktorskie na temat "Landscape arboretum"
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Griesel, David. "The urban arboretum". Master's thesis, University of Cape Town, 2018. http://hdl.handle.net/11427/28061.
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Trees in the urban fabric are often overlooked, and their significance in the effect of their presence that they hold is most often lost. Trees are seen as something of an afterthought, something purely aesthetic, or even something that poses a problem to the city instead of a solution to certain problems. Through my study project, the "Urban Arboretum", the objective is to explore all the different potential possibilities and opportunities that trees could have in the urban realm, not only pertaining to aesthetics, but also in terms of spatial and architectural qualities, as well as cultural connotations, and especially the productive and ecological potential that they hold. Through the study and understanding of these objectives they are applied to a chosen site through the concept of the dissertation which is "the Architecture of the Forest" This concept functions through the design and active maintenance of the scientific principles of succession of species.
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Adams, Scott, i scott@tcl net au. "Time and Emergence: Designing the non-instant landscape". RMIT University. Architecture and Design, 2007. http://adt.lib.rmit.edu.au/adt/public/adt-VIT20080123.091331.
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The aim of this research is to re-consider the discipline of landscape architecture that I practice and know. To consider an aspect of design method or process that is new to my way of working. THrough the critical reflection of past projects, the notion of time, emergence, and the non-instant landscape, has become the focus of this research. How to design for something that can't appear instant or complete at its inception. What approach is taken to respond to the potential changes of the landscape over time? What strategies can be developed to design on very large sites within limited budgets? The Canberra Arboretum project has become the virtualtesting ground for this design research. Exploring ways to design and develop forests the 205-hectare site that anticipate and respond to the emergent effects of time.
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Chi, Curtis H. "Architecture and site: a field research center for the studies of environmental science, horticulture, landscape architecture, and forestry". Thesis, Virginia Polytechnic Institute and State University, 1993. http://hdl.handle.net/10919/53344.
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The relationship of building to site is the most fundamental aspect in the creation of architecture. As man is a product of nature and his environment the way in which he chooses to after that environment in the process of building reveals not only his attitude towards his physical surroundings, but his purpose and justification for dwelling there. Not all attitudes will be the same, just as purpose will vary from person to person and structure to structure.
Mario Botta has said, “The first step in the architectural act is taking possession of the site. It is a conscious act of transforming a unicum, an awareness that grounds the new intervention in the geography, history, and culture of a particular site. The architecture is the constriction of this site. There can be no indifference toward the site. It is the very territory of architecture as well as the primary condition determining the laws by which one must build.”
Within the scope of my project I hoped to define this awareness within myself, this conscious act of defining and creating architecture against a background that demands the site be recognized as a primary generator of architectural form and attitude.Master of Architecture
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Hylton, Lindon B. "Peavy Arboretum : an archaeological and historical investigation of a Willamette Valley landscape". Thesis, 1998. http://hdl.handle.net/1957/35214.
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This thesis documents a period of ecological and cultural change on a Willamette
Valley, Oregon landscape. In particular, this study examines the Peavy Arboretum area
and the cultural changes that accompanied the transformation of the landscape from an
oak savannah in the mid-nineteenth century to a dense Douglas-fir forest in the early
twentieth century. Culturally, the inhabitants of this period included late-prehistoric
native people, Euro-American based fur industry personnel, and Euro-American
settlers.
As a student of history and archaeology, I have used a combination of methods and
sources for this study including surface surveys for cultural materials and features,
archaeological excavations and analysis, and documented materials. Knowledge gained as
a result of surveys and excavations are studied within the context of other Willamette
Valley archaeology, and likewise, documented materials concerning this landscape and its
historic features and people are compared against larger patterns in the history of the
American West.
Geographically, the study area was in a fortunate position to witness cultural
events. Located along the edge of the foothills of the Willamette Valley, its many
desirable features attracted both native people and the first white settlers. The study area was also located along a main route of travel that was used by natives, fur company personnel, travelers, and Euro-American settlers. The section of trail has been a part of regional travel routes known at different times as the Hudson's Bay Company Trail, the California Trail, the Southern Route (Scott-Applegate Trail), and the Territorial Road.
The objective of this thesis was to see what kind of information could be retrieved for a given landscape using a variety of methods practiced in history and archaeology. I believe such a multi-disciplinary approach allowed me to be more flexible and open to all pertinent sources of information. This type of investigation also provided an example of the type of work that could be done professionally when determining the cultural significance of a property. My fascination with the study of landscapes and their cultural features was also influential in my selection of a thesis topic.Graduation date: 1999
Książki na temat "Landscape arboretum"
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United States. Agricultural Research Service. U.S. National Arboretum visitor guide. [Washington, D.C.?]: U.S. Dept. of Agriculture, Agricultural Research Service, 1997.
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Northern treasure. Afton, MN: Afton Historical Society Press, 2008.
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Larry, Haeg. The nature of Saint John's: A guide to the landscape and spirituality of Saint John's Abbey Arboretum. Collegeville, Minnesota: Saint John's University Press, 2015.
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Hériteau, Jacqueline. The National Arboretum book of outstanding garden plants: The authoritative guide to selecting and growing the most beautiful, durable, and care-free garden plants in North America. New York: Simon and Schuster, 1990.
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Hériteau, Jacqueline. The National Arboretum book of outstanding garden plants: The authoritative guide to selecting and growing the most beautiful, durable, and care-free garden plants in North America. New York: Simon and Schuster, 1990.
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Raab, George. Arboreous capers and other delights: Wilderness landscape etchings. Toronto: Contor Industries, 2000.
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Jacob, Irène. Gardens of North America and Hawaii: A traveler's guide : a handbook to gardens, arboreta, and conservatories in the United States and Canada. Portland, Or: Timber Press, 1985.
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Opportunities in landscape architecture, botanical gardens, and arboreta. Lincolnwood, Ill: VGM Career Horizons, 1999.
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Opportunities in Landscape Architecture, Botanical Gardens and Arboreta Careers. New York: McGraw-Hill, 2007.
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US DEPARTMENT OF AGRICULTURE. The National Bonsai and Penjing Museum at the U.S. National Arboretum. [Washington, D.C.]: U.S. Dept. of Agriculture, 1988.
Znajdź pełny tekst źródłaCzęści książek na temat "Landscape arboretum"
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"218 arboretum [n]". W Encyclopedic Dictionary of Landscape and Urban Planning, 38. Berlin, Heidelberg: Springer Berlin Heidelberg, 2010. http://dx.doi.org/10.1007/978-3-540-76435-9_566.
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Ozturk, Banu, i Robert Brzuszek. "Crosby Arboretum (Picayune, Mississippi): A Natural World for All". W Advances in Landscape Architecture. InTech, 2013. http://dx.doi.org/10.5772/55815.
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Lorbiecki, Marybeth. "Love and the Restoration of Ourselves". W A Fierce Green Fire. Oxford University Press, 2016. http://dx.doi.org/10.1093/oso/9780199965038.003.0030.
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A little girl in Raytown, Missouri, used to spend part of almost every day in a special place in the woods near her house. The place had a calming effect on her. “Sometimes I go there when I’m mad . . . and then, just with the peacefulness, I’m better. I can come back home happy, and my mom doesn’t even know why.” In his book Last Child in the Woods, Richard Louv recounts the end of this fifth grader’s story. “And then they just cut the woods down. It was like they cut down part of me.” I know this same feeling. When I was her age, I watched the prairiesavannah I loved to explore turned into a housing development, chasing away my friends, the meadowlarks. I watched my aging Irish poet friend, Ken Olsen, try to fight the city to save the little bit of woods next to his house from being turned into an apartment complex. The loss nearly gave him a heart attack … or it did give him one, just not one that could be seen. Another friend mourned for weeks after the city cut down the oak in front of her apartment complex that offered dappled green shade to her fourth-floor home. It’s grief, pure and simple. But with all grief, life goes on, sometimes even when we don’t want it to. And there’s hope in that. The land systems long to rejuvenate, just as we long to have them back. Leopold’s restoration work at the Shack and the Arboretum have expanded exponentially, into every ecosystem on land and even into ocean ecosystems, such as coral reefs, kelp beds, tidal communities, and oyster beds. Because so much damage has been done, this is one of the most vibrant, growing, and needed areas of the Leopold legacy. Steven Brower, a landscape architect and Leopold family historian from Burlington, often walks the woods, caves, and bottomlands where Aldo roamed as a child. Brower’s eyes penetrate the landscapes with a kind of x-ray vision, seeing what once was underneath what is today.
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Rakow, Donald A., Meghan Z. Gough i Sharon A. Lee. "Initiatives to Promote Ecosystem and Human Health". W Public Gardens and Livable Cities, 112–41. Cornell University Press, 2020. http://dx.doi.org/10.7591/cornell/9781501702594.003.0006.
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This chapter examines four programs where public gardens have contributed horticultural and ecological expertise to partnerships for the management of public landscapes and to increase public access to nature. In collaboration with other community institutions, the Missouri Botanical Garden, Lewis Ginter Botanical Garden, the UC Davis Arboretum and Public Garden, and Phipps Conservatory and Botanical Gardens have assumed a range of roles, including those of community convener, technical expert, and innovator, as part of initiatives that support the environmental health of their communities. The initiatives investigated in this chapter demonstrate that efforts to improve a community's environmental conditions must recognize the importance of understanding what the natural environment means locally and that a community has more than one story about its relationship to the natural environment. A community's history and the experiences of all its residents influence the perceived relevance of the natural environment, and the ways in which people conceptualize the need for and potential benefits of green space. In the cases of Lewis Ginter Botanical Garden in Richmond and the Missouri Botanical Garden in St. Louis, these environmental initiatives succeeded when they met their respective communities where they were, both physically and experientially. The chapter reveals an overarching recognition that partners and community stakeholders cannot “buy into” an environmental vision or initiative if they do not understand it.
Streszczenia konferencji na temat "Landscape arboretum"
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Demidenko, G. A. "Elements of landscape architecture in the arboretum of Krasnoyarsk". W Botanical Gardens as Centers for Study and Conservation of Phyto-Diversity. TSU Press, 2020. http://dx.doi.org/10.17223/978-5-94621-956-3-2020-17.
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Bol’shakov, A. G., i B. Engel. "The principle of landscape conformity in the project of the academic arboretum". W SiliconPV 2021, The 11th International Conference on Crystalline Silicon Photovoltaics. AIP Publishing, 2022. http://dx.doi.org/10.1063/5.0092536.
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