This document provides guidance on site planning, landscaping, and stormwater management for federal facilities. It discusses selecting sites that reduce automobile dependence and avoid disrupting wildlife or cultural resources. Proper site planning is important for energy efficiency and should include thorough site surveys. Parking lots and driveways should be planned to reduce heat absorption. Landscaping should use native and drought-resistant plants, efficient irrigation, and harvested rainwater or wastewater. Stormwater management aims to infiltrate water on-site through porous pavement and vegetation rather than piping it off-site, to reduce pollution and flooding while recharging groundwater.
The document provides site analysis information for a proposed heritage museum to be constructed in Kashmere Gate, New Delhi. It details the nearby transportation connections and landmarks. The objectives of the museum are to showcase Queens and prominent women of Delhi from the 17th to 19th centuries. The proposed site is 13.7 acres with good road connectivity. Case studies of the National Science Museum and National Museum in New Delhi are also included, outlining facilities, circulation, structure, finishes and observations.
Unit 02 Elements of Landscape Architecture and Landscape DesignGeeva Chandana
This document provides an overview of the key elements and concepts in landscape architecture. It discusses landscape architecture, landforms, planting design, water features, and urban landscapes. The document is divided into 5 units that cover the introduction to landscape architecture, elements of landscape design, history of landscape architecture, urban landscapes, and landscape exercises. It also provides details on landforms, contour lines, ridge and valley systems, watersheds, vegetation, and planting design principles.
The Infinity Resort Corbett is located in Corbett, Uttarakhand near the Kosi River. It is situated on 22 acres and features pitched roof buildings. Guest rooms have walls made of river stones, chimneys, and bamboo ceilings. Facilities include a swimming pool shaped like a mango, a pagoda-style building called the Golghar, and a sundeck overlooking the river. The resort aims to blend architecture with the natural landscape using local materials.
FINAL B.ARCH THESIS PRESENTATION IIT ROORKEE:
City Centre ,Rohini ,Delhi ,Thesis project (2013)
A Mixed use development project comprises of diverse activities and functions located at the
sprawling District centre in Rohini with site area of 16 acres.With a AIM to explore the symbiotic
character of COMMERCE and CULTURE and to evolve a contemporary model of conventional
Indian market.
This case study examines the City Centre Kolkata project, a commercial, cultural, and social hub in Kolkata, India designed by architect Charles Correa. The project aims to create a space that serves as a node for various activities. Located in Salt Lake City, it incorporates mixed uses on its 50,400 square meter site. Key aspects of the design include replicating conventional Indian shopping markets with an open, clustered layout, and connecting public spaces and diverse activities through built forms and linkages. Floor plans show the arrangement of functions across levels, while sections illustrate the integration of interior and exterior spaces.
The India Habitat Centre is located on Lodhi Road in New Delhi. It was designed by architect Joseph Allen Stein and covers an area of 9 acres. It is a cultural center that hosts various events like plays, concerts, exhibitions and conferences. The complex contains galleries, restaurants, an auditorium and landscaped outdoor spaces. It was designed to segregate pedestrian and vehicular movement with level changes and connected buildings to create courtyards throughout.
Landscape architecture is the design of outdoor public spaces to achieve environmental, social, and aesthetic goals. This report discusses the importance of landscape design and key landscape elements, including vegetation, landforms, sculptures, water bodies, pavement materials, site amenities, street furniture, and lighting. Proper use of these elements can improve visual appeal, functionality, and quality of life.
The document provides site analysis information for a proposed heritage museum to be constructed in Kashmere Gate, New Delhi. It details the nearby transportation connections and landmarks. The objectives of the museum are to showcase Queens and prominent women of Delhi from the 17th to 19th centuries. The proposed site is 13.7 acres with good road connectivity. Case studies of the National Science Museum and National Museum in New Delhi are also included, outlining facilities, circulation, structure, finishes and observations.
Unit 02 Elements of Landscape Architecture and Landscape DesignGeeva Chandana
This document provides an overview of the key elements and concepts in landscape architecture. It discusses landscape architecture, landforms, planting design, water features, and urban landscapes. The document is divided into 5 units that cover the introduction to landscape architecture, elements of landscape design, history of landscape architecture, urban landscapes, and landscape exercises. It also provides details on landforms, contour lines, ridge and valley systems, watersheds, vegetation, and planting design principles.
The Infinity Resort Corbett is located in Corbett, Uttarakhand near the Kosi River. It is situated on 22 acres and features pitched roof buildings. Guest rooms have walls made of river stones, chimneys, and bamboo ceilings. Facilities include a swimming pool shaped like a mango, a pagoda-style building called the Golghar, and a sundeck overlooking the river. The resort aims to blend architecture with the natural landscape using local materials.
FINAL B.ARCH THESIS PRESENTATION IIT ROORKEE:
City Centre ,Rohini ,Delhi ,Thesis project (2013)
A Mixed use development project comprises of diverse activities and functions located at the
sprawling District centre in Rohini with site area of 16 acres.With a AIM to explore the symbiotic
character of COMMERCE and CULTURE and to evolve a contemporary model of conventional
Indian market.
This case study examines the City Centre Kolkata project, a commercial, cultural, and social hub in Kolkata, India designed by architect Charles Correa. The project aims to create a space that serves as a node for various activities. Located in Salt Lake City, it incorporates mixed uses on its 50,400 square meter site. Key aspects of the design include replicating conventional Indian shopping markets with an open, clustered layout, and connecting public spaces and diverse activities through built forms and linkages. Floor plans show the arrangement of functions across levels, while sections illustrate the integration of interior and exterior spaces.
The India Habitat Centre is located on Lodhi Road in New Delhi. It was designed by architect Joseph Allen Stein and covers an area of 9 acres. It is a cultural center that hosts various events like plays, concerts, exhibitions and conferences. The complex contains galleries, restaurants, an auditorium and landscaped outdoor spaces. It was designed to segregate pedestrian and vehicular movement with level changes and connected buildings to create courtyards throughout.
Landscape architecture is the design of outdoor public spaces to achieve environmental, social, and aesthetic goals. This report discusses the importance of landscape design and key landscape elements, including vegetation, landforms, sculptures, water bodies, pavement materials, site amenities, street furniture, and lighting. Proper use of these elements can improve visual appeal, functionality, and quality of life.
Introduction to Site Planning. These slides should be able to provide urban planners a simple guide to factors and issues to consider in planning a a site. These slides were prepared for urban design class for masters students in Makerere University Kampala ( Uganda)
Bharat Bhavan is a cultural center located in Bhopal, India that was designed by architect Charles Correa and inaugurated by Indira Gandhi in 1982. It is built into a hillside with a series of terraces and courtyards that cascade down toward a lake. The complex includes galleries, a museum of tribal art, an auditorium, a library of Indian poetry, a print shop, and a studio for artists-in-residence. Correa's design emphasizes spirituality through ritualistic pathways that reference Indian architecture and imply sanctity as visitors move from the highest terraces down to an amphitheater by the lake.
The document summarizes three case studies of landscape design projects:
1) Miller Garden by Dan Kiley, a modernist residential garden from the 1950s with geometric layout and prominent honey locust allee.
2) Diana Memorial Fountain by Kathryn Gustafson, a memorial in London featuring an oval granite stream bed that allows visitors to access the water.
3) Fengming Mountain Park by Martha Schwartz Partners, a demonstration park in China with a zigzag path descending through sculptural pavilions and water features meant to evoke the surrounding landscape.
Spatial organisation is all about creating space through land form, built elements & Trees. The essence of landscape lies in the creation of quality space in temporal scale.
The document discusses site analysis for building design. Site analysis is the process of studying the existing environment and how it will influence a structure's design and layout. Key factors in site analysis include topography, vegetation, soil, climate, sunlight, and regulatory considerations. Contour lines are used to represent the topography and slope of the land, which greatly impacts building design. A thorough site analysis must be completed before beginning the design process.
The ChonGae Canal restoration project in central Seoul, South Korea involved removing nearly four miles of elevated highways to uncover and restore seven miles of the polluted ChonGae waterway. A new park called the "Sunken Stone Garden" was built at the water's edge, creating a vibrant public space. The design accommodates 100-year storms by including high levee walls along the sides of the canal. Since the restoration, air pollution has dropped 36% along the stream, temperatures are 5 degrees lower, and biodiversity has greatly increased.
This document discusses the use of vegetation in landscape architecture. It describes how plants can complement existing architecture by emphasizing lines and masses or by creating outdoor rooms. It categorizes plants into trees, shrubs, and groundcover based on form. It provides details on deciduous and evergreen trees. The document also discusses plant characteristics like form, size, texture, and functional uses for climate control, noise barriers, and directing movement. Plants can be used aesthetically as living sculptures or to provide coherence.
Urban atriums are partially or fully enclosed public spaces that provide climate-controlled environments for pedestrians. They create multi-purpose gathering spaces that foster connections between streets, plazas, and buildings. Atriums add to public space inventory by joining indoor and outdoor areas and allowing year-round use. Their design must balance access control, circulation flows, and amenities to succeed as public spaces.
The document provides information about the Garden of Five Senses located in New Delhi, India. It was designed by Pradeep Sachdeva and Associates to be a public leisure space that stimulates the five senses. The 20-acre site includes various garden areas like the Khaas Bagh, Neel Bagh, and Color Gardens. It has seen increasing visitor numbers annually and hosts various festivals. The design was meant to respect the local ecology and relate to the historic Qutub Minar complex nearby.
Amanora Park Town is a 400-acre integrated township located in Hadapsar, Pune. It includes various residential projects like Gateway Towers, Gold Towers, and Adreno Towers, as well as commercial areas and amenities like a school, mall, and hospital. The township was conceived as India's first fully developed smart city and incorporates latest technologies. It is situated near various IT parks with connectivity to the airport and railway station.
CHANDNI CHOWK REDEVELOPMENT
HUMAN SETTLEMENT AND PLANING
AREA REDEVELPOED
ABOUT CHANDNI CHOWK
A RS 65-CRORE PROJECT
CHANDNI CHOWK SECTION SHOWING SERVICES
PLAN-1
PLAN-2
PLAN-3
PLAN-4
The Aranya Low-Cost Housing project in Indore, India provided serviced housing plots and infrastructure for 6,500 low-income families. The project was led by architect Balkrishna Doshi and included mixed income neighborhoods organized around a central spine. It featured a hierarchy of pedestrian-prioritized roads and distributed open spaces to improve accessibility. Climate-responsive design like north-south orientation and shared walls minimized solar heat gain. The "site and service" approach provided basic infrastructure like water, sewer, and electricity to allow residents to construct homes appropriate to their needs.
gandhinagar town planning literature studyTanmay Roy
Gandhinagar is the capital city of Gujarat, located 23 km north of Ahmedabad. It was planned in the 1960s after Ahmedabad became the capital of Gujarat following Partition. The city is built on land that was once part of the Pethapur state. It has a population of over 200,000 and a planned layout with sectors, roads aligned to avoid sun glare, and public buildings like the assembly hall near the center. Gandhinagar has good transportation links and is an administrative and economic hub of Gujarat.
The Jawahar Kala Kendra in Jaipur, India is a cultural center designed by architect Charles Correa in the 1980s-1990s. Inspired by Jaipur's original city plan of nine blocks representing the nine planets, Correa designed the center as nine square blocks, with each block representing and housing a different cultural function - including administration, art galleries, workshops, auditorium, and more. By invoking the cosmic symbolism of Jaipur's original design and using local materials, Correa created a center that preserves Rajasthani art and culture in a way that reflects the traditions and history of the city.
Dakshinachitra is a 10-acre living museum in Chennai that showcases the art, architecture, crafts, and traditions of South India. It contains recreated houses and settlements from the four South Indian states - Kerala, Tamil Nadu, Karnataka, and Andhra Pradesh. Visitors can explore the different housing types and craft demonstrations, as well as cultural performances. The museum aims to authentically represent and preserve the diverse cultural heritage of South India.
Green infrastructure refers to using natural and engineered systems like vegetation and soils to manage stormwater. It provides stormwater control as well as social, economic, and environmental benefits. Some common types of green infrastructure include green roofs, rain gardens, porous pavements, vegetated swales, pocket wetlands, planter boxes, green parking lots, rain barrels, and downspout disconnection systems. Trees and forests are also important parts of green infrastructure that help filter water and reduce runoff.
Stormwater management aims to reduce surface runoff from rain and snowmelt by promoting infiltration and replenishing groundwater. It is important in urban areas with many impervious surfaces to prevent flooding and pollution. Traditional methods only moved water away, while modern approaches try to restore natural water cycles through retention basins, infiltration basins, bioswales, green roofs, and low impact development techniques. Calculating surface runoff estimates how much water will flow over an area based on its size, average rainfall, and surface type to help design effective drainage systems.
Introduction to Site Planning. These slides should be able to provide urban planners a simple guide to factors and issues to consider in planning a a site. These slides were prepared for urban design class for masters students in Makerere University Kampala ( Uganda)
Bharat Bhavan is a cultural center located in Bhopal, India that was designed by architect Charles Correa and inaugurated by Indira Gandhi in 1982. It is built into a hillside with a series of terraces and courtyards that cascade down toward a lake. The complex includes galleries, a museum of tribal art, an auditorium, a library of Indian poetry, a print shop, and a studio for artists-in-residence. Correa's design emphasizes spirituality through ritualistic pathways that reference Indian architecture and imply sanctity as visitors move from the highest terraces down to an amphitheater by the lake.
The document summarizes three case studies of landscape design projects:
1) Miller Garden by Dan Kiley, a modernist residential garden from the 1950s with geometric layout and prominent honey locust allee.
2) Diana Memorial Fountain by Kathryn Gustafson, a memorial in London featuring an oval granite stream bed that allows visitors to access the water.
3) Fengming Mountain Park by Martha Schwartz Partners, a demonstration park in China with a zigzag path descending through sculptural pavilions and water features meant to evoke the surrounding landscape.
Spatial organisation is all about creating space through land form, built elements & Trees. The essence of landscape lies in the creation of quality space in temporal scale.
The document discusses site analysis for building design. Site analysis is the process of studying the existing environment and how it will influence a structure's design and layout. Key factors in site analysis include topography, vegetation, soil, climate, sunlight, and regulatory considerations. Contour lines are used to represent the topography and slope of the land, which greatly impacts building design. A thorough site analysis must be completed before beginning the design process.
The ChonGae Canal restoration project in central Seoul, South Korea involved removing nearly four miles of elevated highways to uncover and restore seven miles of the polluted ChonGae waterway. A new park called the "Sunken Stone Garden" was built at the water's edge, creating a vibrant public space. The design accommodates 100-year storms by including high levee walls along the sides of the canal. Since the restoration, air pollution has dropped 36% along the stream, temperatures are 5 degrees lower, and biodiversity has greatly increased.
This document discusses the use of vegetation in landscape architecture. It describes how plants can complement existing architecture by emphasizing lines and masses or by creating outdoor rooms. It categorizes plants into trees, shrubs, and groundcover based on form. It provides details on deciduous and evergreen trees. The document also discusses plant characteristics like form, size, texture, and functional uses for climate control, noise barriers, and directing movement. Plants can be used aesthetically as living sculptures or to provide coherence.
Urban atriums are partially or fully enclosed public spaces that provide climate-controlled environments for pedestrians. They create multi-purpose gathering spaces that foster connections between streets, plazas, and buildings. Atriums add to public space inventory by joining indoor and outdoor areas and allowing year-round use. Their design must balance access control, circulation flows, and amenities to succeed as public spaces.
The document provides information about the Garden of Five Senses located in New Delhi, India. It was designed by Pradeep Sachdeva and Associates to be a public leisure space that stimulates the five senses. The 20-acre site includes various garden areas like the Khaas Bagh, Neel Bagh, and Color Gardens. It has seen increasing visitor numbers annually and hosts various festivals. The design was meant to respect the local ecology and relate to the historic Qutub Minar complex nearby.
Amanora Park Town is a 400-acre integrated township located in Hadapsar, Pune. It includes various residential projects like Gateway Towers, Gold Towers, and Adreno Towers, as well as commercial areas and amenities like a school, mall, and hospital. The township was conceived as India's first fully developed smart city and incorporates latest technologies. It is situated near various IT parks with connectivity to the airport and railway station.
CHANDNI CHOWK REDEVELOPMENT
HUMAN SETTLEMENT AND PLANING
AREA REDEVELPOED
ABOUT CHANDNI CHOWK
A RS 65-CRORE PROJECT
CHANDNI CHOWK SECTION SHOWING SERVICES
PLAN-1
PLAN-2
PLAN-3
PLAN-4
The Aranya Low-Cost Housing project in Indore, India provided serviced housing plots and infrastructure for 6,500 low-income families. The project was led by architect Balkrishna Doshi and included mixed income neighborhoods organized around a central spine. It featured a hierarchy of pedestrian-prioritized roads and distributed open spaces to improve accessibility. Climate-responsive design like north-south orientation and shared walls minimized solar heat gain. The "site and service" approach provided basic infrastructure like water, sewer, and electricity to allow residents to construct homes appropriate to their needs.
gandhinagar town planning literature studyTanmay Roy
Gandhinagar is the capital city of Gujarat, located 23 km north of Ahmedabad. It was planned in the 1960s after Ahmedabad became the capital of Gujarat following Partition. The city is built on land that was once part of the Pethapur state. It has a population of over 200,000 and a planned layout with sectors, roads aligned to avoid sun glare, and public buildings like the assembly hall near the center. Gandhinagar has good transportation links and is an administrative and economic hub of Gujarat.
The Jawahar Kala Kendra in Jaipur, India is a cultural center designed by architect Charles Correa in the 1980s-1990s. Inspired by Jaipur's original city plan of nine blocks representing the nine planets, Correa designed the center as nine square blocks, with each block representing and housing a different cultural function - including administration, art galleries, workshops, auditorium, and more. By invoking the cosmic symbolism of Jaipur's original design and using local materials, Correa created a center that preserves Rajasthani art and culture in a way that reflects the traditions and history of the city.
Dakshinachitra is a 10-acre living museum in Chennai that showcases the art, architecture, crafts, and traditions of South India. It contains recreated houses and settlements from the four South Indian states - Kerala, Tamil Nadu, Karnataka, and Andhra Pradesh. Visitors can explore the different housing types and craft demonstrations, as well as cultural performances. The museum aims to authentically represent and preserve the diverse cultural heritage of South India.
Green infrastructure refers to using natural and engineered systems like vegetation and soils to manage stormwater. It provides stormwater control as well as social, economic, and environmental benefits. Some common types of green infrastructure include green roofs, rain gardens, porous pavements, vegetated swales, pocket wetlands, planter boxes, green parking lots, rain barrels, and downspout disconnection systems. Trees and forests are also important parts of green infrastructure that help filter water and reduce runoff.
Stormwater management aims to reduce surface runoff from rain and snowmelt by promoting infiltration and replenishing groundwater. It is important in urban areas with many impervious surfaces to prevent flooding and pollution. Traditional methods only moved water away, while modern approaches try to restore natural water cycles through retention basins, infiltration basins, bioswales, green roofs, and low impact development techniques. Calculating surface runoff estimates how much water will flow over an area based on its size, average rainfall, and surface type to help design effective drainage systems.
Atmospheric rivers are narrow bands of moisture-filled air that flow from the tropics to higher latitudes. These weather phenomena can be thousands of miles long and carry as much water vapor as the Amazon River. Atmospheric rivers have a significant impact on global climate patterns, often bringing much-needed rain to drought-stricken regions or causing devastating floods in others.
Waterproofing Repairing Basement Walls
Wet basement walls can lead to serious problems, including mold, rot, musty odors and structural damage. The problem may be as simple as hairline cracks in the concrete or as severe as bowing and buckling foundation walls. Whatever the situation, you can count on your local waterproofing contractor to diagnose and fix it with trusted, permanent solutions that include interior drainage systems, sump pumps, dehumidifiers and basement vapor barriers. Each comes with a long-term, nationally backed, transferable warranty and is designed to work together to keep your home permanently dry.
Drainage St. Louis Missouri
The drainage system of your property is an essential part of a well-designed landscape. A proper drainage system will protect your home, yard, and landscaping from excessive moisture, soil erosion, mosquito breeding, and other problems caused by too much water. At Big Bend Landscaping, we provide a wide variety of drainage solutions to fit your individual needs.
Downspout Piping Drain Grates
Downspouts are not only an important part of the water drainage system of your home; they also make it possible to collect rain and run-off water for reuse in irrigating plants, washing cars, or other outdoor activities. Downspouts are usually installed in the eaves of your home to collect and carry stormwater away from the foundation of your house, keeping it from entering your basement or other areas of your home.
French Drains
A French drain is a popular drainage solution for lawns and other landscaped areas of your home. When constructed properly a French drain will eliminate areas of standing water which can be an ideal breading ground for mosquitoes.
Generally, the term “French drain” refers to a perforated (holes drilled into the pipe for water to drain) PVC drain pipe that
How to Find Professional Drainage Contractors ?DrainagTeaame
When it comes to finding a professional drainage contractor, you need to take your time and do your research. There are many factors to consider, including experience, reputation, and pricing. Here are some tips on how to find the right drainage contractor for your needs.
An Atmospheric River (AR) storm, also known as a "Pineapple Express" in some cases, is a meteorological phenomenon characterized by a long and narrow corridor of concentrated moisture in the atmosphere. These atmospheric rivers are like "rivers in the sky" and can transport significant amounts of water vapor over vast distances.
Erosion is a natural occurrence that can damage landscapes and structures. It can also be a safety hazard, especially in slopes or downhill areas. It occurs as a result of natural factors, such as extraordinary rainfall or the lack of vegetation to hold soil in place. Erosion control is an important part of landscape design and must be taken into consideration during the planning process.
A French drain is a drainage system designed to redirect water away from a particular area, typically used to prevent water from pooling around foundations or in low-lying areas. The main component of a French drain is a perforated pipe that is installed in a trench and surrounded by gravel or crushed stone. The pipe allows water to enter and flow through it, while the gravel or crushed stone acts as a filter and provides a path for the water to move away from the area.
Corrugated Piping vs SDR35 for Downspout Drainage SystemsDrainagTeaame
When it comes to downspout drainage systems, choosing the right type of piping is crucial. Corrugated piping and SDR35 are two popular options for this purpose. While both types have their own advantages and disadvantages, it's important to understand the differences between them in order to make an informed decision.
St. Louis, Missouri is a city that has experienced its fair share of flooding due to heavy rainfall and its location on the Mississippi River. Therefore, it is crucial for residential homes in St. Louis to have efficient drainage systems. Residential drainage systems are designed to prevent water from pooling around the foundation of a home, which can cause foundation damage and mold growth.
Our Drainage Expertise & Resources
We offer a variety of drainage solutions to help keep water, snow and debris away from homes, buildings and landscapes. These systems are designed to help protect your property from flooding, structural damage and other costly repairs. Our team of professionals is trained to evaluate your home’s drainage needs and recommend the most appropriate solution.
Uncovering the Benefits of Bioretention Basin ConstructionDrainagTeaame
If you live in St Louis then you know the rain can cause major problems for homes and businesses if proper drainage systems are not in place. A proper drainage system can protect your home from foundation issues, mold and mildew and many other problems that often occur due to flooding or water pooling close to the building's foundation.
Proper foundation drainage is important for homes in St. Louis to prevent water damage. Issues like downspout drainage, sump pumps, and French drains can help direct water away from foundations and basements. Drainage companies can evaluate a home's specific needs and install systems like piping, gutters, and drainage trenches to protect properties from flooding and moisture problems.
A stormwater basin is a vegetated depression designed to store and collect runoff as a permanent pool of water that removes pollutants through settling and biological uptake. Basins are used on sites where it is impractical or impossible to divert stormwater flow to downstream natural or open waters.
The basins are constructed to prevent large volumes of stormwater from rushing into nearby streams during rain and snowmelt events by holding the water until it can be slowly released into stream, soils and groundwater. Basins can be found in urban, suburban and rural settings and resemble ponds or bowl-shaped areas planted with grass.
Some basins hold water at all times, resembling ponds; others drain completely. Both types of basins are useful in reducing flooding and erosion problems associated with development on impermeable surfaces such as roads, parking lots, buildings and rooftops. In addition to preventing flood problems, basins can improve water quality by removing sediment and other pollutants from stormwater before it flows into nearby streams and rivers.
The Green Infrastructure Center helps communities implement green infrastructure solutions to manage stormwater and conserve natural areas. They provide guidance and case studies on using approaches like low impact development, green roofs, rain gardens, and trees to absorb and filter stormwater runoff. Overdevelopment has increased impervious surfaces and the amount of runoff, while reducing natural infrastructure like forests that previously absorbed water. The document discusses the benefits of green infrastructure in reducing flooding and pollution from stormwater while beautifying areas. It provides best practices for retrofitting existing development and incorporating green approaches into new projects.
Group 5 sustainable stormwater management(building services1)kohwenqi
This document provides information on sustainable stormwater management. It begins with an introduction on stormwater and the need for management. Examples of stormwater management techniques are then presented, including rain gardens, bioretention areas, vegetated swales, green roofs, and porous pavement. The installation processes for rain gardens and bioretention areas are described in multiple steps. Advantages and disadvantages of stormwater management are listed. The document concludes with references and appendices.
This document provides information on sustainable stormwater management. It begins with an introduction on stormwater and the need for management. Examples of stormwater management techniques are then presented, including rain gardens, bioretention areas, vegetated swales, green roofs, and porous pavement. The installation processes for rain gardens and bioretention areas are described in multiple steps. Advantages and disadvantages of stormwater management are listed. The document concludes with references and appendices.
Oklahoma Farm to School: Rain Gardens
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For more information, Please see websites below:
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Organic Edible Schoolyards & Gardening with Children =
http://scribd.com/doc/239851214 ~
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Double Food Production from your School Garden with Organic Tech =
http://scribd.com/doc/239851079 ~
`
Free School Gardening Art Posters =
http://scribd.com/doc/239851159 ~
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Increase Food Production with Companion Planting in your School Garden =
http://scribd.com/doc/239851159 ~
`
Healthy Foods Dramatically Improves Student Academic Success =
http://scribd.com/doc/239851348 ~
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City Chickens for your Organic School Garden =
http://scribd.com/doc/239850440 ~
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Simple Square Foot Gardening for Schools - Teacher Guide =
http://scribd.com/doc/239851110 ~
Similar to Literature study on site planning and landscaping (20)
Intelligent buildings are buildings that through their physical design and IT installations are responsive, flexible and adaptive to changing needs from its users and the organizations that inhabit the building during its life time.
Green Architecture also known as “sustainable architecture” and “green building” is an approach to architectural design which emphasizes the place of the buildings with both local ecosystems & global environment.
This document discusses pneumatic structures, which are membrane structures supported by air pressure. It defines pneumatic structures as membranes carrying loads through tensile stresses and stabilized by prestressing the membrane through external forces or internal pressurization. The document then covers the origins of pneumatic structures, how they work, their key characteristics like being lightweight and flexible, different types including air-supported and air-inflated, materials used, and historical uses.
Form active structure systems utilize curved structures like arches to carry loads across gaps primarily through compression. Arches distribute loads through their curved shape, reducing stresses compared to rigid connections. Key factors in arch design include the rise-to-span ratio to minimize thrust, and the shape which affects cost, stresses, and load distribution. Arches can fail through rotation, sliding at supports, or crushing under high compression, and are reinforced or redesigned to address failure modes. Early arched structures gained stability through added weight and convenient construction shapes, while Gothic cathedrals demonstrated advanced vaulting techniques.
The document summarizes the planning and development of Shahjahanabad, the capital city established by Mughal Emperor Shah Jahan in 1638. Key elements included the Red Fort, which served as the imperial palace complex; the Jama Masjid, the principal mosque; and two main boulevards, Chandni Chowk and Faiz Bazaar. The city was laid out according to geometric principles with walled boundaries and gates. While public spaces like streets and markets were planned, residential areas developed organically without centralized planning. The new capital represented an ideal city design intended to reflect Mughal power and culture.
Presentation on the building bye laws of Amritsar and shall apply to the entire area of Municipal Council or to such other areas, as the State Government may extend by notification in the official gazette.
Padma Shri Achyut P. Kanvinde is a quite known name in the list of contemporary Architects. He is considered as one of forefathers of modern Indian architecture. Kanvinde was born in 1916 in a small village on the Konkan coast raised in a joint family in the village. His mother died when he was two and his father was an arts teacher in Mumbai. Kanvinde was a influenced by his father, who was a portrait and landscape painter.
Louis Henry Sullivan was an influential American architect born in 1856. He helped develop the Chicago School style of architecture and is considered the father of modern skyscrapers. Some of his notable works include the Wainwright Building, the Auditorium Building, and the Carson Pirie Scott Store. Sullivan pioneered tall steel-framed buildings and believed that form should follow function, a principle that became foundational to modern architecture. He had a significant influence on Frank Lloyd Wright and helped heal the schism between architecture and engineering.
Raj Rewal was a prominent Indian architect born in 1934 in Hoshiarpur, India. He received architectural training and education in India as well as London and Paris. Notable for combining modern design with traditional Indian influences, Rewal designed several significant government and institutional buildings in Delhi, including the Hall of Nations exhibition complex. His works emphasized the use of local materials like stone and incorporated structural and spatial concepts from traditional Indian architecture.
The Building Bye-laws are defined as the standards & specifications designed to grant minimum safeguards to the workers during construction, to the health & comfort of the users & to provide enough safety to the public in general.
Sikh Architecture is an amalgamation of religious architecture of the buildings of the faith and traditional Indo-Sarsenic style. It includes all the buildings serving the devotional, ritualistic and religious functions of the Sikh Community. We can spot any Sikh temple from distance by seeing a flag mast (Nishan Sahib) which is draped in yellow or blue with triangular flag with the Sikh insignia fluttering in the breeze. Its dome is different from domes of mosques or Hindu temples, so are its arches, balconies, columns, interiors and general layout.
Uttam Chand Jain is an Indian architect born in 1934 who received honors from IIT Kharagpur in 1958. He established his own practice in 1961 and has designed many institutional, commercial, and residential buildings. His designs reflect the local heritage and use local materials like sandstone. Some of his notable projects include the Jodhpur University campus buildings and the Indira Gandhi Institute of Research and Development which feature courtyard planning and minimize heat through thick walls. He emphasizes contextually appropriate designs and minimizing the use of steel and cement.
Le Corbusier was a pioneering Swiss-French architect and urban planner. The document provides details on some of Le Corbusier's key architectural ideologies and designs including the Pilotis, Roof Garden, Free Floor Plan, Elongated Windows, and Free Facade. It summarizes several of Le Corbusier's landmark buildings such as the Villa Savoye, Unite d'Habitation, Notre-Dame-du-Haut Chapel, and the Mill Owners' Association Building, highlighting his signature design elements and approaches to addressing function and climate.
A science museum is an institution which assembles, studies and conserves the objects, in order to set them before public for communication & knowledge.
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The document describes the Science City complex in Kolkata, India. It is divided into zones for public, semi-public, and private areas. The centerpiece is the Dynamotion hall, a 38-meter high ziggarat structure housing a display of rolling balls demonstrating physics principles. Lighting comes primarily from a central skylight, with additional fluorescent and halogen lights. The complex aims to educate visitors through interactive exhibits while maintaining clear circulation routes. Overall the document provides an overview of the layout and design of the Science City complex.
Passive cooling techniques are least expensive means of cooling a home which maximizes the efficiency of the building envelope without mechanical devices.
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Arch is a curved structure designed to carry loads across a gap mainly by compression. The mechanical principle of the arch is precisely the same as that of the portal frame. The straight pieces of material joined by sharp bends are smoothed into a continuous curve. This increases the cost of construction but greatly reduces the stresses.
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Library study sanitary requirements of different buildingsArchistudent Portal
Sanitary requirements of all types of buildings is well explained in NBC and should be referred while designing stage. For more information, visit www.archistudent.net
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Architectural and constructions management experience since 2003 including 18 years located in UAE.
Coordinate and oversee all technical activities relating to architectural and construction projects,
including directing the design team, reviewing drafts and computer models, and approving design
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Organize and typically develop, and review building plans, ensuring that a project meets all safety and
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Prepare feasibility studies, construction contracts, and tender documents with specifications and
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Consulting with clients, work on formulating equipment and labor cost estimates, ensuring a project
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Monitoring the progress of a project to assess whether or not it is in compliance with building plans
and project deadlines.
Attention to detail, exceptional time management, and strong problem-solving and communication
skills are required for this role.
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Fonts play a crucial role in both User Interface (UI) and User Experience (UX) design. They affect readability, accessibility, aesthetics, and overall user perception.
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Decormart Studio is widely recognized as one of the best interior designers in Bangalore, known for their exceptional design expertise and ability to create stunning, functional spaces. With a strong focus on client preferences and timely project delivery, Decormart Studio has built a solid reputation for their innovative and personalized approach to interior design.
2. SITE SELECTION
The site should be selected so as to reduce occupants’ dependence on
automobiles.
Development that interrupts wildlife corridors or break up
contiguous natural areas should be avoided.
Attention should be paid to cultural and agricultural resources when
choosing a site and avoid disruption whenever possible.
Site planning and building siting should be considered part of the
overall building design, particularly as related to cooling-load
avoidance, natural day lighting, passive solar heating, and natural
ventilation.
SITE PLANNING AND FACILITY SITING
Site inventory surveys should be thorough and objective and
include the following: geology, topography, orientation and slope
aspect, soils, hydrology, vegetation, and wildlife habitat. All
structures and physical construction on the site should be mapped
and all prior uses noted.
Proximity of trees to structures and constructed features should
take into account the type of trees (deciduous , coniferous, for
example), growth rate, life span, and ultimate canopy shape—all of
which can influence both shading and solar/daylighting access
3. Orientation on a Site
Both site selection and site planning have a major impact on the relative
“greenness” of any Federal facility being planned. Site selection includes
issues such as transportation and travel distances for building occupants,
impacts on wildlife corridors, and impacts on the hydrology (storm water
flows, wetlands, etc.).
Thoughtful placement of the building on the site promotes energy conservation
by taking advantage of natural site features such as breezes, sunlight, shade,
and topography. Good site planning minimizes site-clearing (saving money), and
preservation of existing vegetation may provide a low maintenance landscape
that avoids supplemental irrigation and fertilizer.
Buffers should be retained along wetlands, erosion prone slopes, and other
fragile areas or locations of special ecological importance.
Natural drainage systems should be used and preserved wherever possible.
Site buildings, roadways, and parking so that water flowing off the developed site
during extreme storm events will not cause environmental damage.
Desirable locations for driveways and parking are generally on south-
facing slopes or the south sides of buildings in snowy climates, and on the east or
north sides of buildings in southern climates—the latter reducing heat buildup
during hot afternoons (existing or newly planted shade trees can cool these
surfaces).
4. PARKING
Parking is the single biggest user of land area at a facility.
Anything that can reduce the area devoted to parking results in a
reduction of polluted surface runoff (stormwater), greater
groundwater recharge, more green area for employee recreation, a
reduction in localized warming from parking lots (“urban heat
island” effect), and improved air quality from more oxygen-
producing plants.
Turning Area
For Standard Cars:
5. Turning area for
heavy duty vehicles:
Lay out surface parking lots to allow for sheetlike drainage to
infiltration and bioremediation strips and swales, minimizing
points of concentration and piped flow, and maximizing
groundwater recharge and pollutant removal.
Stormwater detention/retention facilities should be planned so
that they are aesthetically attractive and environmentally
responsible
Public/private partnerships for parking structures— particularly
when planned with corporate neighbors—should provide
incentive-based opportunities for the private sector.
6. LANDSCAPING General Landscaping Principles:
1.Good general landscaping practices
increase the ecological value of
landscapes while reducing energy
use, minimizing or eliminating the
use of harmful pesticides, minimizing
the use of potable water, and
decreasing stormwater runoff.
2.Recommended practices include
choosing appropriate plantings,
responsibly managing water on the
site—both water we add and rainfall
and choosing appropriate materials
for landscape constr.
3.All landscapes change, grow, and
evolve in a process of succession. By
sensitively working with these
natural dynamics, good landscaping
can provide economy, efficiency, and
satisfaction for the workforce.
7. PLANT MATERIALS
Thoughtful selection and setting of trees, shrubs, and groundcovers to provide
shade and lower ambient air temperature can reduce air conditioning energy use
by 5–20%.
Selection of plant materials for low water consumption, as well as for disease and
pest resistance, can contribute significantly to an environmentally responsible
landscape.
WATER USE
Efficient irrigation is accomplished by grouping plants with similar water
needs. Design irrigation systems to avoid overwatering by using ultra-low-volume
distribution devices.
As the landscape matures, less irrigation is required—especially when native or
well-adapted plants and thick mulches are used.
Reclaimed wastewater, sometimes called Irrigation Quality or IQ water, is
another possible source of water for irrigation.
Gray-water is untreated wastewater generated within the facility from shower
and bath, laundry, and bathroom sinks (not from toilets, urinals, kitchen sinks, or
dishwashers). In some parts of the country, gray-water can be used for below-
ground irrigation.
Rainwater harvesting can often satisfy all landscape water needs while helping
to reduce storm water runoff.
Watershed management for water quality and habitat protection/improvement
should be carefully addressed on most sites.
8. LANDSCAPE MATERIALS AND STRUCTURES
To pave surfaces in landscaped areas, use loosest masonry units, flagstones,
gravel, turf block, “geo-webs” (flexible or rigid synthetic grid structures) planted
with grass or groundcovers, crushed shells, mosaics of reused concrete slab, and
forest-derived materials.
Mulches hold soil moisture, reduce weed growth, slow erosion, build soil
texture, increase root density by keeping soil cooler in summer and warmer in
winter, and feed important soil microorganisms (which, in turn, buffer soil pH).
Mulches add color, texture, contrast, and definition. They can consist of leaves;
grass clippings; shredded wood from site clearing, utility, or commercial sources;
pine bark; pine straw; nut hulls;or sawdust.
Storm water Management
Storm water is precipitation that does not soak into the ground or evaporate but flows
along the surface of the ground as runoff. Conventional practice for storm water
management—concentrating runoff and carrying it off a site as quickly as possible
through storm sewers— causes various environmental problems, including erosion and
downstream flooding, pollution loading of surface waters, and reduced groundwater
recharge. Responsible management of storm water involves a combination of strategies
to reduce the amount of runoff generated, to reduce the amount of pollutants that are
transported in the runoff, and to remove pollutants that runoff. Generally, the most
important management strategy for storm water is to provide for infiltration into the
ground as close as possible to where the precipitation falls.
9. Strategies for improving storm water management can also improve wildlife habitat
on a site, improve water quality in the region, and help to recharge underground
aquifers.
Storm water runoff and erosion during construction are of particular concern and
generally necessitate actions well beyond practices for storm water management once
the facility is developed.
10. Technical Information
A stormwater analysis includes soil analysis, topography mapping, peak flow
calculations, and examination of historical patterns of stormwater flow. It should
also predict (with new facilities) or quantify (with existing facilities) the vehicular
pollutants that reach the runoff stream, such as oil, gasoline, heavy metals,
detergents, and cleaners.
Minimize impervious paved surfaces. Minimize the size of parking lots and
the width of roadways. Use porous paving, such as porous asphalt, porous
concrete, modular block pavers, and specialized grass-paving systems.
Separate impervious surfaces with turf, gravel, or vegetation to increase
infiltration. Avoid curbs where possible—they increase the concentration of
pollutants. When there are no curbs, rainwater runs off driveways, sidewalks, and
roads and goes directly into the ground.
Consider green roofs as a stormwater management strategy. By capturing and
absorbing rainfall, green (vegetated) roofs function like stormwater detention
basins by slowing down the flow of runoff.
Rainwater harvesting systems can also reduce stormwater production, though the
potential benefit is determined in largepart by the size of the storage cistern(s).
Reduce pollutants in stormwater. Minimize the use of road salt, sweep streets
regularly, reduce animal waste, and reduce car use.
Reducing reliance on cars can be achieved through emphasis on public trnsprtn
bicycle and pedestrian paths, and carpooling.
11. Plantings in the Sustainable Landscape:
Plant selection and placement around buildings can help us benefit from sunlight
and airflow while minimizing negative impacts of those forces. Plants
proeconomicalmeans of modifying microclimate and are an investment in future
energy savings. They can complement design features of buildings that are
intended to conserve energy or provide passive solar heating, daylighting, and
natural ventilation.
Simple, flowing designs usually require less maintenance. When choosing
and placing plants,their mature size and form should be anticipated.
Wildlife habitat should be created: Designing plantings that foster
biodiversity should be a consideration for any facility. With the increasing loss of
open space, providing wildlife habitat and wildlife corridors in the landscaping
around buildings is increasingly important ecologically.
Xeriscaping is a specialized type of landscaping and plant selection for low
water use. While xeriscaping strategies are most important in dry Southwestern
climates, they can be important on certain soils and in certain microclimates in
many parts of the country—especially areas prone to periodic droughts.
Bio-engineering is a relatively new specialty of landscaping in which plants are
used for erosion control and other “engineering” functions. What civil engineers
generally do with rip-rap-lined channels, wire-mesh shrouded gabions, and rock
fill, skilled landscapers can often do with natural, biodegradable mats, fiber-rolls,
and native plantings.
12. The use of herbicides, pesticides, and fertilizers in the landscape
should be avoided.
Reliance on natural “bio-filtration” systems to remove pollutants
should be increased:
Vegetated swales, vegetated infiltration basins, and constructed wetlands
should be used to remove pollutants through biological action.
Microorganisms and plants in the biologically active layer of soil (close to the
surface) and in wetlands are highly effective at removing or detoxifying many
of the pollutants in stormwater.
Specialized mechanical means of removing stormwater pollutants
should be considered in locations where very high levels of pollutants are
generated, such as fuel storage yards, filling stations, and large parking lots.
Stormwater runoff at construction sites should be avoided:
Construction activities can cause high stormwater runoff, erosion, and
pollution discharge into streams and rivers. Avoid soil compaction because
heavily compacted soil absorbs water less efficiently. Heavily compacted
areas can be made more permeable through “deep ripping.”