"The result of this analytic process is a summary, usually a graphical sketch, which sets in relation the relevant environmental information with the morphology of the site in terms of parcel, topography, and built environment."
The study of the physical and environmental characteristics of a site such as topography, geology, climate, hydrology, vegetation, and urban context that influence the design decisions and planning strategies.
Land use planning: Land use planning involves considering how a particular piece of land should be used and making decisions that will help optimize its use.
Site context: Site context refers to the surrounding environment in which a project is located. It includes both the natural and built environments.
Site inventory: Site inventory involves determining the existing conditions of a site, including its physical characteristics, natural systems, and other factors.
Site analysis & evaluation: Site analysis involves evaluating the existing conditions of a site to identify its strengths, weaknesses, opportunities, and threats. It's a critical component of landscape architecture.
Topography: Topography refers to the physical features of a site, including its slope, elevation, and form.
Drainage patterns: Drainage patterns refer to the way water moves across a site, including the direction and velocity of water flow.
Climate and microclimate: Climate and microclimate refers to the weather patterns and local climate of a site, as well as the effects that nearby buildings and other structures may have on temperature, wind, and other factors.
Vegetation: Vegetation refers to the plant life that already exists on a given site.
Soils and geology: Soils and geology are important considerations in landscape architecture, as the type of soil and geology of a given site can impact its suitability for different uses.
Environmental impact assessment: Environmental impact assessment involves evaluating the potential environmental impacts of a project, as well as identifying strategies for mitigating or minimizing these impacts.
Transportation infrastructure: Transportation infrastructure refers to the access points and routes that exist around a given site.
Cultural and historical significance: Cultural and historical significance refers to the cultural and historical context of a site, including any landmarks, historical landmarks, and other relevant considerations.
Social demographics: Social demographics refer to the people who live and work in the area around a site, as well as the larger community and its needs.
Legal and regulatory considerations: Legal and regulatory considerations include any laws, regulations, or other legal requirements that may impact a project.
Sustainability: Sustainability is a crucial factor in landscape architecture, as it involves designing spaces and structures that are environmentally-friendly and can function for the long-term.
Physical Site Analysis: This type of analysis focuses on the physical characteristics of the site, including its topography, soil composition, drainage, and vegetation.
Ecological Site Analysis: This type of analysis focuses on the site's ecology, including its natural resources, wildlife species, and vegetation communities.
Cultural/Historical Site Analysis: This type of analysis focuses on evaluating the site's historical and cultural significance in the local area, including architectural features such as buildings and monuments.
Social Site Analysis: This type of analysis focuses on the social dynamics of the site, including its demographics, cultural norms, and social habits.
Spatial Site Analysis: This type of analysis focuses on understanding how the site is used and experienced in space, including accessibility, circulation, and activity patterns.
Economic Site Analysis: This type of analysis focuses on the financial aspects of a site, including land value, zoning regulations, and potential revenue streams.
Visual/Aesthetic Site Analysis: This type of analysis focuses on the site's visual qualities, including its form, texture, color, and composition.
Legal Site Analysis: This type of analysis focuses on the legal implications of the site's development, including zoning laws, environmental regulations, and other legal considerations.
Environmental Site Analysis: This type of analysis focuses on the environmental impacts of the site's development, including air and water quality, ecological health, and sustainability.
Traffic Site Analysis: This type of analysis focuses on the site's vehicular and pedestrian traffic patterns, including parking, road access, and walkability.
Security Site Analysis: This type of analysis focuses on evaluating the site's security needs, including buildings, parking lots, and open spaces.
Neighborhood Site Analysis: This type of analysis focuses on the surrounding neighborhood and community, including demographics, land use patterns, and community services.
Market Site Analysis: This type of analysis focuses on understanding the market potential of the site, including existing market demand, target markets, and competition.
Solar Site Analysis: This type of analysis focuses on understanding the site's solar potential, including the amount of sunlight received, the direction of sunlight, and shading.
Geotechnical Site Analysis: This type of analysis focuses on understanding the site's ground conditions, including soil types, groundwater levels, and potential geologic hazards.
"Site analysis is dedicated to the study of the climatic, geographical, historical, legal, and infrastructural context of a specific site."
"This result is then used as a starting point for the development of environment-related strategies during the design process."
"Examples of traditional climate-related site analysis tools are the Sundial, the Sun Path Diagram, the Radiation Square, the Wind Rose, and the Wind Square."
"These conventional methods of site analysis are efficient in simple sites with irrelevant close obstructions, where the analysis can be reduced to the parcel at the ground level or even exclusively to its center point."
"More elaborated techniques, like Volumetric Site Analysis, can instead be used to study more intricate and obstructed sites like those of high and dense urban settings."
"The result of this analytic process is a summary, usually a graphical sketch..."
"...which sets in relation the relevant environmental information with the morphology of the site in terms of parcel, topography, and built environment."
"This result is then used as a starting point for the development of environment-related strategies during the design process."
"Examples of traditional climate-related site analysis tools are the Sundial, the Sun Path Diagram, the Radiation Square, the Wind Rose, and the Wind Square."
"These conventional methods of site analysis are efficient in simple sites with irrelevant close obstructions..."
"More elaborated techniques, like Volumetric Site Analysis, can instead be used to study more intricate and obstructed sites..."
"...dedicated to the study of the climatic, geographical, historical, legal, and infrastructural context of a specific site."
"This result is then used as a starting point for the development of environment-related strategies during the design process."
"Examples of traditional climate-related site analysis tools are the Sundial, the Sun Path Diagram, the Radiation Square, the Wind Rose, and the Wind Square."
"These conventional methods of site analysis are efficient in simple sites..."
"More elaborated techniques, like Volumetric Site Analysis..."
"The result of this analytic process is a summary..."
"...which sets in relation the relevant environmental information with the morphology of the site..."
"This result is then used as a starting point for the development of environment-related strategies during the design process."