Exploring Relationships Between Vector-Borne Diseases and Landscape Architecture: Aedes aegypti, Aedes albopictus and Landscape Architecture

Thesis (Master's)--University of Washington, 2016-06

Digital Media in Landscape Architecture Design Process

Thesis (Master's)--University of Washington, 2016-08

Cultural identity in landscape architecture, renovation of Managua's lakeside

This thesis examines a design approach in landscape architecture in which cultural and historical values are reinterpreted in a contemporary urban environment. The site of this project is located in Managua's lakeside area, which was destroyed by hurricane Mitch in 1998. The lakeside area has been an attraction to Managua's residents because of its beautiful views and fresh breezes. The majority of Nicaragua's population is of indigenous descent; however, Managua's urban environment is predominantly of European influence. The pre-Columbian heritage of Nicaraguans is hidden in their cultural expressions, such as the names of places and religious rituals. This project provides a new lakeside area for Managua in which cultural identity in landscape architecture is represented in the use of the site and in a rescue of Managua's residents' pride in their pre-Columbian heritage. The lakeside renovation was planned using pre-Columbian design methodology and vocabulary to create a functional and environmentally sens~velandscape.

The application of symphytosociology in landscape architecture in the Western Mediterranean

This essay addresses the application of indigenous plants in Landscape Architecture projects, based on studies carried out in the field of phytosociology and sinphytosociology. Through this knowledge, it is possible to increase and improve the use of indigenous plants in Projects, aiming at the preservation of biodiversity. Thus, to better understand the western Mediterranean territory, we present a brief biophysical characterization, in which we point out the main factors which contribute to the ground coverage’s distribution in the landscape, namely, concerning climate (oceanity, ombroclimate and thermoclimate) and substrate (geology and lithology). In view of the high level of uniqueness of the identified conditions, a synthesis of the potential main existing climatophilous woods is carried out, regarding sinphytosocialogical class/order, furthermore, pointing out, the main serial stages, their vegetation bioindicators and the ecological peculiarities of each stage (regressive or progressive). Therefore, based on the study area, we point out the vegetation bioindicator’s value as a work tool during analysis, thus allowing us to understand the existing edaphoclimatic conditions, as well as to elaborate a quick diagnosis of each potential climatophilous vegetation series. Moreover, based on the main stages of substitution, it is also possible to identify the presence of endemic plants, or under protection status, and finally, the conservation state of the study area. Further ahead, in project proposal phase, based on information gathered previously, we point out the possibility of elaborating a list of plants correctly adapted to the existing mesologicall conditions. Thus, within each serial stage, the necessary ecological conditions for a correct adaption of the vegetation material are referred, therefore, avoiding possible limiting factors to their development, such as precipitation, soil erosion, light availability, salinity, among many others. Lastly, some considerations are made about the main ideas that should be remembered throughout this essay, namely, regarding the importance of the use of sinphytosociology’s knowledge as an analysis tool, as well as of high interest for the elaboration of proposals which aim at the floristic heritage’s conservation and the landscape’s scenic quality. Ce travail traite de l`application de plantes autochtones dans des projets d`Architecture Paysagiste ayant pour base des études réalisées dans le cadre de la phytosociologie et Symphytosociologie. À travers ces connaissances, il est possible d`incrémenter et améliorer l`utilisation de plantes autochtones dans les Projets basés sur la conservation de la biodiversité. Ainsi, afin de mieux comprendre le territorie de la méditérrannée occidentale, on présente une brève caractérisation biophysique, dans laquelle nous soulignons les principaux facteurs qui contribuent à la répartition de la végétation dans le paysage, notamment au niveau climatique (l`océanité, ombrothermique et thermoclimatique) et du substrat (géologie et lithologie). Face aux conditions, identifiées ci-dessus, élévées en originalité, il est utile d`élaborer une synthèse des principaux bois potentiels climatophiles existants au niveau de la classe/ordre symphitosociologique, en soulignant également les principales étapes de série, leurs bioindicateurs végétaux et aux particularités écologiques de chaque étape (régressive ou progressive). Ainsi, sur la base de l`interprétation de la zone d`étude, le bioindicateur végétal se distingue comme un outil de travail durant l`analyse, permettant de cette façon comprendre les conditions édapho-climatiques existantes, ainsi comme élaborer un rapide diagnostic de chaque série de végétation potentielle climatophile. En outre, sur la base des principales étapes de remplacement, il est également possible d`identifier la présence de plantes endémiques, ou avec un statut de protection et enfin l`état de conservation de la zone d`étude. Déjà au stade de proposition du projet, basée sur l`information recueillie précédemment, il y a la possibilité d`établir une liste de plantes bien adaptées aux conditions mésologiques. Ainsi, dans chaque étape de série, les conditions écologiques nécessaires à une bonne adaptation de la matière végétale sont référées, évitant ainsi des facteurs limitant à son développement, tels que les précipitations, l`érosion des soís, disponibilité de la lumière, de la salinité, parmi beaucoup d`autres. Et enfin, quelques considérations se tissent sur les principales idées à retenir tout au long du travail, notamment l`importance d`utiliser la connaissance de la symphytosociologie comme un outil d`analyse d`un grand intérêt pour la développement de propositions pour la conservation du patrimoine floristique et la qualité pittoresque du paysage.

Grounds of farm house for David Adler Jr. at Libertyville, Ill. Revised garden layout

Changes in plantings indicated in pen. Unsigned. 88 x 52 cm. Scale 1/8" = 1' [from photographic copy by Lance Burgharrdt]

Plan for fish ponds; estate of Mr. James A. Allison

Black and red ink on linen; some pencil. Location of ponds, buildings and gardens; elevations; two cross-section details of pond depth and drainage; some penciled topographical lines, elevations and changes in location of buildings, walkways and ponds. 93 cm. x 57 cm. [Marion College] [from photographic copy by Lance Burgharrdt]

Topographical survey; grounds of Mr. James A. Allison

Ink on linen. Elevations, location of drainage tiles, buildings and vegetation. Includes some penciled lines and notes. 94 cm. x 80 cm. Scale: 1"= 50' [Marion College] [from photographic copy by Lance Burgharrdt]

Grounds of J.B. Berryman Esq. ... Detail plan for swimming pool

Black and red Ink on tracing paper. General plan with elevations, cross-sections. Signed. 73 cm. x 50 cm. Scale: general plan: 1"=20'; details: 1"=1' and 1/4"=1' [from photographic copy by Lance Burgharrdt]

Grounds of home for crippled children

Ink and pencil on linen. Plantings, arbor, portions of roads, new buildings, types and locations of proposed plantings. Signed. 105 cm. x 90 cm. Scale: 1"=50' [from photographic copy by Lance Burgharrdt]

Drives and walks; Chicago

W.A. Otis and E.H. Clark, architects. O.C. Simonds & Co., landscape gardeners. Unsigned. 70 cm. x 74 cm. Scale: 1"=100' [from photographic copy by Lance Burgharrdt]

Plan of quarter section with two neighborhood centers

Ink on linen. Street plan with parks and centers, pools, footpaths, tennis courts, gardens. Signed. 97 cm. 84 cm. Scale: 1' = 120' [from photographic copy by Lance Burgharrdt]

Survey showing actual location of trees on Columbus Park site; [Chicago]

Unsigned. 140 cm. x 105 cm. Scale: 1"=50' [from photographic copy by Lance Burgharrdt]

Proposed Chicago Technical University Agricultural High School; Chicago

Colored pencil on tracing paper. Buildings, gardens, pools. Signed. 135 cm. x 65 cm. Scale: 1"=100' [from photographic copy by Lance Burgharrdt]

Planting plan for the garden areas. Property of O.C. Doering, Esq.

Yellow and black ink on linen. Building outlined in yellow. Location, type of plantings, water pipes, walkways; notes with planting instructions. 105 cm. x 82 cm. Scale: 1"=10' [from photographic copy by Lance Burgharrdt]

Preliminary sketch. Gardens for J. Farson, esq.; Oak Park, Ill.

Ink and watercolor on tracing paper. Profile, plan. Signed. 40 cm. x 34 cm. Scale: 1"=50' [from photographic copy by Lance Burgharrdt]