The document provides information on Konso vernacular architecture and landscape in Ethiopia. It describes the geographical and climatic characteristics of Konso, the attractive terraced landscapes, and population of around 263,000. It then discusses the cultural characteristics of the Konso people, including their generation grading system, oral traditions, and principles of equality, peace, and truth. The document also examines Konso fortified villages, houses, granaries, and moora public spaces in detail. It provides examples of different house types used for storage, living, and social gatherings, describing their construction methods.
This document discusses passive design strategies for buildings in cold climatic zones. It provides information on passive heating, cooling, and design elements like solar orientation, thermal mass, insulation, and ventilation. It then summarizes two case studies: the Himurja building in Shimla, which uses features like air heating panels, double glazed windows, and solar energy systems, and the MLA Hostel in Shimla, which incorporates strategies such as solar orientation, insulation, sunspaces, and innovative heating systems.
The document describes the traditional houses and settlements of the Dorze people in Ethiopia. The Dorze are known for their tall beehive-shaped huts, which can last up to 60 years. The huts are constructed entirely from local organic materials like bamboo, leaves, and grass using techniques that allow the entire structure to be transported if needed. Inside the huts, there is space for cooking, sitting, sleeping, and storage. Smaller huts may include spaces for guests, workshops, and livestock.
PASSIVE SOLAR BUILDING DESIGN IN MOUNTAIN REGION OF NEPALUpashna Poudel
This document presents a case study on passive solar building design in the mountain region of Nepal, specifically in Jomsom, Mustang. It provides background on the climate and climatic zones of Nepal. The climate of Jomsom is described as a cool temperate climate with short warm seasons and long cool seasons. Various passive solar design strategies are reviewed from literature like direct gain, indirect gain, isolated gain and the use of bioclimatic charts to analyze the climatic context and determine appropriate passive techniques. Meteorological data from Jomsom is analyzed on the bioclimatic chart to identify suitable design strategies for the local climate like passive solar heating, air movement, thermal mass effect and night ventilation.
This document discusses Ethiopian vernacular architecture and house typologies. It defines vernacular architecture as indigenous architecture that develops in response to local needs, materials, climate and culture. It then describes three major types of Ethiopian houses based on construction materials and structural systems: rigid frame houses made of stone or brick, flexible frame houses with one end planted in the ground, and fully flexible frame houses. Specific house types from regions like Tigray, Oromia are then outlined, detailing their construction methods, materials and designs.
History of Ethiopian Architecture, Harer, vernacular houses Toffik Abdela Hassen
The document discusses the traditional architecture of Harar, Ethiopia. It describes the three main house types: Harari, Indian, and mixed. The Harari type is the most common and consists of a rectangular structure organized around an interior courtyard. Key features include the gidir gar reception room, kirtat storage alcove, and dera storage room. Houses are constructed of local stone and wood, following traditional techniques. The document also provides background on Harar's history and climate.
Vernacular architecture of Tigray and Dorze Houses Yohannes Goytom
The Dorze people of Ethiopia are known for their beehive-shaped huts built from vertical wood poles and woven bamboo. Reaching heights of 12 meters, the huts are subdivided into sections for cooking, livestock, bedrooms, and brewing and can last 60-80 years. When foundations deteriorate, the entire structure is carefully lifted and relocated. The Tigray people of northern Ethiopia construct rectangular or rounded stone houses with flat, wood-covered roofs and beautifully carved exterior stone steps. Interior walls are painted white using crushed limestone, while ceilings feature curved wood in geometric patterns. Wealthier homes include three free-standing buildings within stone fences.
Inference from case studies for designing ISBTMridul Bhandari
The document compares two interstate bus terminals (ISBT) in India based on their design features and facilities. Both have a hot and dry climate. The ISBT in Vadodara has a smaller campus and built-up area compared to the ISBT in Kashmiri Gate, New Delhi. Some positive aspects of the ISBTs are facilities for disabled access, fire safety measures, and a connected shopping mall. However, some negative aspects are lack of accessibility for disabled people to certain areas, poor ventilation in administrative areas, and absence of clear signage leading to confusion over entries.
This document discusses passive design strategies for buildings in cold climatic zones. It provides information on passive heating, cooling, and design elements like solar orientation, thermal mass, insulation, and ventilation. It then summarizes two case studies: the Himurja building in Shimla, which uses features like air heating panels, double glazed windows, and solar energy systems, and the MLA Hostel in Shimla, which incorporates strategies such as solar orientation, insulation, sunspaces, and innovative heating systems.
The document describes the traditional houses and settlements of the Dorze people in Ethiopia. The Dorze are known for their tall beehive-shaped huts, which can last up to 60 years. The huts are constructed entirely from local organic materials like bamboo, leaves, and grass using techniques that allow the entire structure to be transported if needed. Inside the huts, there is space for cooking, sitting, sleeping, and storage. Smaller huts may include spaces for guests, workshops, and livestock.
PASSIVE SOLAR BUILDING DESIGN IN MOUNTAIN REGION OF NEPALUpashna Poudel
This document presents a case study on passive solar building design in the mountain region of Nepal, specifically in Jomsom, Mustang. It provides background on the climate and climatic zones of Nepal. The climate of Jomsom is described as a cool temperate climate with short warm seasons and long cool seasons. Various passive solar design strategies are reviewed from literature like direct gain, indirect gain, isolated gain and the use of bioclimatic charts to analyze the climatic context and determine appropriate passive techniques. Meteorological data from Jomsom is analyzed on the bioclimatic chart to identify suitable design strategies for the local climate like passive solar heating, air movement, thermal mass effect and night ventilation.
This document discusses Ethiopian vernacular architecture and house typologies. It defines vernacular architecture as indigenous architecture that develops in response to local needs, materials, climate and culture. It then describes three major types of Ethiopian houses based on construction materials and structural systems: rigid frame houses made of stone or brick, flexible frame houses with one end planted in the ground, and fully flexible frame houses. Specific house types from regions like Tigray, Oromia are then outlined, detailing their construction methods, materials and designs.
History of Ethiopian Architecture, Harer, vernacular houses Toffik Abdela Hassen
The document discusses the traditional architecture of Harar, Ethiopia. It describes the three main house types: Harari, Indian, and mixed. The Harari type is the most common and consists of a rectangular structure organized around an interior courtyard. Key features include the gidir gar reception room, kirtat storage alcove, and dera storage room. Houses are constructed of local stone and wood, following traditional techniques. The document also provides background on Harar's history and climate.
Vernacular architecture of Tigray and Dorze Houses Yohannes Goytom
The Dorze people of Ethiopia are known for their beehive-shaped huts built from vertical wood poles and woven bamboo. Reaching heights of 12 meters, the huts are subdivided into sections for cooking, livestock, bedrooms, and brewing and can last 60-80 years. When foundations deteriorate, the entire structure is carefully lifted and relocated. The Tigray people of northern Ethiopia construct rectangular or rounded stone houses with flat, wood-covered roofs and beautifully carved exterior stone steps. Interior walls are painted white using crushed limestone, while ceilings feature curved wood in geometric patterns. Wealthier homes include three free-standing buildings within stone fences.
Inference from case studies for designing ISBTMridul Bhandari
The document compares two interstate bus terminals (ISBT) in India based on their design features and facilities. Both have a hot and dry climate. The ISBT in Vadodara has a smaller campus and built-up area compared to the ISBT in Kashmiri Gate, New Delhi. Some positive aspects of the ISBTs are facilities for disabled access, fire safety measures, and a connected shopping mall. However, some negative aspects are lack of accessibility for disabled people to certain areas, poor ventilation in administrative areas, and absence of clear signage leading to confusion over entries.
The document discusses different climate types and their key characteristics:
- Climate Hot and Humid located between 15°N-S with day temperatures 27-32°C, high humidity, and annual rainfall of 2000-5000mm.
- Hot and Dry located 15-30°N/S with day temperatures 43-49°C, low humidity, and low annual rainfall of 50mm.
- Composite climate near tropics with temperatures and rainfall varying between dry and wet seasons.
The document discusses design considerations for shelters in hot dry climates. Key points include:
- Compact, enclosed designs with shaded outdoor spaces are best to reduce heat gains.
- Orientation should maximize northern exposure and minimize eastern/western walls. Shading is critical.
- Thermally massive construction with night ventilation is needed to dissipate stored heat. Openings should be small during the day and large at night.
- Courtyards, vegetation, and ground contact can help regulate indoor temperatures. Light-colored roofs and walls reflect solar radiation.
A grid slab or waffle slab is a reinforced concrete floor system with a waffle-like pattern of ribs. The ribs form a grid that runs in two directions, giving the underside a waffle-like appearance. This allows the slab thickness to be minimized while maintaining strength. Waffle slabs provide good load distribution, vibration control, and structural stability, making them suitable for use in airports, hospitals, and other large structures.
This document provides information about residential buildings and rooms. It discusses various types of residences like detached houses, semi-detached houses, terraced houses, cottages, bungalows, and flats. It also describes the functions and standards for key rooms like living rooms, dining rooms, kitchens, bedrooms, and bathrooms. Circulation types like vertical and horizontal are explained. Furniture and international standards for room sizes are presented.
Santiago Calatrava Valls is a Spanish architect, sculptor and structural engineer born in 1951 in Spain. He is internationally renowned for his organic architectural structures that take inspiration from nature. Some of his most notable works include the Turning Torso skyscraper in Malmo, Sweden, which twists 90 degrees as it rises; the Chicago Spire tower designed to be the world's second tallest building; and pedestrian bridges and a building for Florida Polytechnic University that promote natural light and ventilation.
The Bhonga is a traditional cylindrical construction used in the Kutch district of Gujarat, India, which has high earthquake risk. A Bhonga consists of a single room with thick earthen walls and a thatched roof. Bhongas are constructed using locally available materials like mud, bamboo, and cow dung in a way that makes them earthquake resistant. The circular structure, thick walls, and lightweight materials help Bhongas withstand seismic activity common to the region.
This document discusses Ethiopian vernacular bamboo architecture and its potential for adaptation in modern urban housing. It provides details on bamboo resources in Ethiopia, traditional Sidama housing construction processes and materials, and socio-cultural and environmental aspects of vernacular architecture. While vernacular architecture is adapted to the local climate and uses sustainable resources, challenges to its wider adoption include a lack of bamboo recognition in building codes, limited markets and awareness, and disconnect between stakeholders. Adapting vernacular approaches could help reduce the construction industry's environmental footprint.
1. The Sidama people live in the Southern Nations, Nationalities, and Peoples' Region of Ethiopia. They have three main styles of housing - lowland, temperate, and highland - depending on the climate.
2. Houses are constructed using local materials like bamboo, wood, and grass. Construction begins by erecting a central pole and attaching circular walls. Roofs have a dome-like shape constructed of bamboo strips.
3. Sidama housing has benefits like cultural relevance, environmental sustainability through use of local materials, and economic viability. However, challenges include lack of quality materials and need for improved construction techniques.
TERI -BANGLORE_Case study
this case study is prepared for my studio project _sustainable corporate office . we did a study tour at TERI for a day and report is made in accordance with the goals of sustainable (12 point's )
The document provides information on the vernacular house of Chencha located in Ethiopia. Chencha is located 37km north of Arba Minch at an elevation of 2732 meters above sea level. The landscape is characterized by flat plateaus bordered by steep slopes. The climate is influenced by seasonal rainfall patterns. The inhabitants of Chencha are known as the Dorze people, known for their weaving. Chencha houses are constructed entirely of bamboo in an oval shape typically within family compounds. Construction involves erecting vertical bamboo poles and weaving horizontal poles to form decreasing circles until a curved roof is formed, then covered with bamboo leaves.
The document summarizes the vernacular architecture of Gujarat, India. It describes the traditional building styles that developed in response to the hot, dry climate and scarce resources. These include circular Bhunga houses made of mud walls and thatched roofs, which are durable and well-suited to the desert conditions. The document also outlines the settlement patterns, with curvilinear streets and rows of houses built using locally-available materials like mud, bamboo, and grass in accordance with construction techniques that provide stability despite extreme weather.
"Architecture of Athpahariya" is about the research, observation and documentation of Architecture and Settlement of Athpahariya or locally known as Athapre peoples.
Athpahariya people live only in Dhankuta District. They used to be called Rai but now they are enlisted as different ethnic group of nepal.
passive design strategies in composite & warm-humid climates.Janmejoy Gupta
The document discusses passive solar design considerations for mud huts in Jharkhand, India. It examines how climate impacts rural building design with a focus on the composite climate of the region. Key factors discussed include site selection, orientation, shading calculations, housing forms, window size and placement, indoor temperature balance, and settlement patterns. Climate data from Ranchi and Jamshedpur districts is analyzed to determine optimal design strategies like orientation and shading devices that minimize heat gain in summer and maximize it in winter for thermal comfort.
The Gurage people traditionally inhabit a fertile, semi-mountainous region in southwest Ethiopia, about 125 kilometers southwest of Addis Ababa, bordering rivers to the north and southwest. They have also migrated to other parts of Ethiopia. Gurage houses have a distinctive style with rows of false banana plants around each house, which provide livelihood and building materials. Houses consist of distinct sleeping, cooking, and living areas constructed using local wood and bamboo with thatched roofs.
Geoffrey Bawa was a Sri Lankan architect known as the father of tropical modernism. He studied in England but returned to Sri Lanka in 1949 where he transformed his rubber plantation home Lunuganga into a series of outdoor rooms and gardens connected by pathways. This inspired him to become an architect. Some of his most notable works included Lunuganga with its Italian-inspired gardens, the sprawling Ruhunu University campus composed of simple pavilions connected by covered walkways, and his adaptive reuse of row houses in Colombo into his residence featuring courtyards and gardens. Bawa's designs were influenced by local styles but brought in modernist ideas. He is renowned for his sensitivity to site and
The document discusses different climate types and their key characteristics:
- Climate Hot and Humid located between 15°N-S with day temperatures 27-32°C, high humidity, and annual rainfall of 2000-5000mm.
- Hot and Dry located 15-30°N/S with day temperatures 43-49°C, low humidity, and low annual rainfall of 50mm.
- Composite climate near tropics with temperatures and rainfall varying between dry and wet seasons.
The document provides a history of architecture from prehistorical to ancient Near East civilizations. It describes the evolution of dwellings from caves and huts in the Paleolithic era to long houses and pit houses in the Neolithic. Mesopotamian architecture included ziggurats, palaces and the Ishtar Gate. Ancient Egyptian architecture featured mastabas, pyramids, rock-cut tombs, temples and dwellings made of mud bricks. Temples had elements like pylons, obelisks, hypostyle halls and sanctuaries.
The document provides information on the vernacular architecture of North-East India, focusing on the states of Arunachal Pradesh, Assam, and Nagaland. It describes the traditional construction materials and styles used by tribes in each state. The Adi and Nyishi tribes of Arunachal Pradesh typically build wooden or bamboo houses raised on stilts, with thatched roofs. In Assam, bamboo is widely used and houses have higher plinth levels. The Sema tribe in Nagaland traditionally builds villages on hilltops, using timber, bamboo, and thatch in construction.
The document discusses different climate types and their key characteristics:
- Climate Hot and Humid located between 15°N-S with day temperatures 27-32°C, high humidity, and annual rainfall of 2000-5000mm.
- Hot and Dry located 15-30°N/S with day temperatures 43-49°C, low humidity, and low annual rainfall of 50mm.
- Composite climate near tropics with temperatures and rainfall varying between dry and wet seasons.
The document discusses design considerations for shelters in hot dry climates. Key points include:
- Compact, enclosed designs with shaded outdoor spaces are best to reduce heat gains.
- Orientation should maximize northern exposure and minimize eastern/western walls. Shading is critical.
- Thermally massive construction with night ventilation is needed to dissipate stored heat. Openings should be small during the day and large at night.
- Courtyards, vegetation, and ground contact can help regulate indoor temperatures. Light-colored roofs and walls reflect solar radiation.
A grid slab or waffle slab is a reinforced concrete floor system with a waffle-like pattern of ribs. The ribs form a grid that runs in two directions, giving the underside a waffle-like appearance. This allows the slab thickness to be minimized while maintaining strength. Waffle slabs provide good load distribution, vibration control, and structural stability, making them suitable for use in airports, hospitals, and other large structures.
This document provides information about residential buildings and rooms. It discusses various types of residences like detached houses, semi-detached houses, terraced houses, cottages, bungalows, and flats. It also describes the functions and standards for key rooms like living rooms, dining rooms, kitchens, bedrooms, and bathrooms. Circulation types like vertical and horizontal are explained. Furniture and international standards for room sizes are presented.
Santiago Calatrava Valls is a Spanish architect, sculptor and structural engineer born in 1951 in Spain. He is internationally renowned for his organic architectural structures that take inspiration from nature. Some of his most notable works include the Turning Torso skyscraper in Malmo, Sweden, which twists 90 degrees as it rises; the Chicago Spire tower designed to be the world's second tallest building; and pedestrian bridges and a building for Florida Polytechnic University that promote natural light and ventilation.
The Bhonga is a traditional cylindrical construction used in the Kutch district of Gujarat, India, which has high earthquake risk. A Bhonga consists of a single room with thick earthen walls and a thatched roof. Bhongas are constructed using locally available materials like mud, bamboo, and cow dung in a way that makes them earthquake resistant. The circular structure, thick walls, and lightweight materials help Bhongas withstand seismic activity common to the region.
This document discusses Ethiopian vernacular bamboo architecture and its potential for adaptation in modern urban housing. It provides details on bamboo resources in Ethiopia, traditional Sidama housing construction processes and materials, and socio-cultural and environmental aspects of vernacular architecture. While vernacular architecture is adapted to the local climate and uses sustainable resources, challenges to its wider adoption include a lack of bamboo recognition in building codes, limited markets and awareness, and disconnect between stakeholders. Adapting vernacular approaches could help reduce the construction industry's environmental footprint.
1. The Sidama people live in the Southern Nations, Nationalities, and Peoples' Region of Ethiopia. They have three main styles of housing - lowland, temperate, and highland - depending on the climate.
2. Houses are constructed using local materials like bamboo, wood, and grass. Construction begins by erecting a central pole and attaching circular walls. Roofs have a dome-like shape constructed of bamboo strips.
3. Sidama housing has benefits like cultural relevance, environmental sustainability through use of local materials, and economic viability. However, challenges include lack of quality materials and need for improved construction techniques.
TERI -BANGLORE_Case study
this case study is prepared for my studio project _sustainable corporate office . we did a study tour at TERI for a day and report is made in accordance with the goals of sustainable (12 point's )
The document provides information on the vernacular house of Chencha located in Ethiopia. Chencha is located 37km north of Arba Minch at an elevation of 2732 meters above sea level. The landscape is characterized by flat plateaus bordered by steep slopes. The climate is influenced by seasonal rainfall patterns. The inhabitants of Chencha are known as the Dorze people, known for their weaving. Chencha houses are constructed entirely of bamboo in an oval shape typically within family compounds. Construction involves erecting vertical bamboo poles and weaving horizontal poles to form decreasing circles until a curved roof is formed, then covered with bamboo leaves.
The document summarizes the vernacular architecture of Gujarat, India. It describes the traditional building styles that developed in response to the hot, dry climate and scarce resources. These include circular Bhunga houses made of mud walls and thatched roofs, which are durable and well-suited to the desert conditions. The document also outlines the settlement patterns, with curvilinear streets and rows of houses built using locally-available materials like mud, bamboo, and grass in accordance with construction techniques that provide stability despite extreme weather.
"Architecture of Athpahariya" is about the research, observation and documentation of Architecture and Settlement of Athpahariya or locally known as Athapre peoples.
Athpahariya people live only in Dhankuta District. They used to be called Rai but now they are enlisted as different ethnic group of nepal.
passive design strategies in composite & warm-humid climates.Janmejoy Gupta
The document discusses passive solar design considerations for mud huts in Jharkhand, India. It examines how climate impacts rural building design with a focus on the composite climate of the region. Key factors discussed include site selection, orientation, shading calculations, housing forms, window size and placement, indoor temperature balance, and settlement patterns. Climate data from Ranchi and Jamshedpur districts is analyzed to determine optimal design strategies like orientation and shading devices that minimize heat gain in summer and maximize it in winter for thermal comfort.
The Gurage people traditionally inhabit a fertile, semi-mountainous region in southwest Ethiopia, about 125 kilometers southwest of Addis Ababa, bordering rivers to the north and southwest. They have also migrated to other parts of Ethiopia. Gurage houses have a distinctive style with rows of false banana plants around each house, which provide livelihood and building materials. Houses consist of distinct sleeping, cooking, and living areas constructed using local wood and bamboo with thatched roofs.
Geoffrey Bawa was a Sri Lankan architect known as the father of tropical modernism. He studied in England but returned to Sri Lanka in 1949 where he transformed his rubber plantation home Lunuganga into a series of outdoor rooms and gardens connected by pathways. This inspired him to become an architect. Some of his most notable works included Lunuganga with its Italian-inspired gardens, the sprawling Ruhunu University campus composed of simple pavilions connected by covered walkways, and his adaptive reuse of row houses in Colombo into his residence featuring courtyards and gardens. Bawa's designs were influenced by local styles but brought in modernist ideas. He is renowned for his sensitivity to site and
The document discusses different climate types and their key characteristics:
- Climate Hot and Humid located between 15°N-S with day temperatures 27-32°C, high humidity, and annual rainfall of 2000-5000mm.
- Hot and Dry located 15-30°N/S with day temperatures 43-49°C, low humidity, and low annual rainfall of 50mm.
- Composite climate near tropics with temperatures and rainfall varying between dry and wet seasons.
The document provides a history of architecture from prehistorical to ancient Near East civilizations. It describes the evolution of dwellings from caves and huts in the Paleolithic era to long houses and pit houses in the Neolithic. Mesopotamian architecture included ziggurats, palaces and the Ishtar Gate. Ancient Egyptian architecture featured mastabas, pyramids, rock-cut tombs, temples and dwellings made of mud bricks. Temples had elements like pylons, obelisks, hypostyle halls and sanctuaries.
The document provides information on the vernacular architecture of North-East India, focusing on the states of Arunachal Pradesh, Assam, and Nagaland. It describes the traditional construction materials and styles used by tribes in each state. The Adi and Nyishi tribes of Arunachal Pradesh typically build wooden or bamboo houses raised on stilts, with thatched roofs. In Assam, bamboo is widely used and houses have higher plinth levels. The Sema tribe in Nagaland traditionally builds villages on hilltops, using timber, bamboo, and thatch in construction.
The document provides information on the vernacular architecture of North-East India, focusing on the states of Arunachal Pradesh, Assam, and Nagaland. It describes the traditional construction materials and styles used by tribes in each state. The Adi and Nyishi tribes of Arunachal Pradesh typically build wooden or bamboo houses raised on stilts, with thatched roofs. In Assam, bamboo is widely used and houses have higher plinth levels. The Sema tribe in Nagaland traditionally builds villages on hilltops, using timber, bamboo, and thatch in construction.
The main religions in ancient Japan were Shintoism and Buddhism. Shintoism focused on nature worship and small household shrines for ancestors. Buddhism was introduced from Korea in the 6th century and large temples were constructed, with the oldest being Asukadera. Temple architecture initially resembled Chinese styles with wide courtyards and symmetry, but over time became adapted to Japanese tastes and incorporated gardens.
There were three main stages in the development of human settlements according to the document:
1. Early hunter-gatherer nomadic stage with no permanent settlements.
2. Development of grouping into nomadic bands for defense and hunting.
3. Permanent agricultural settlements emerged after the discovery of fire, tools, and agriculture. Specialization and development of arts and sciences occurred. Early structures included huts, tents, caves and megaliths like menhirs, dolmens and cromlechs. Architecture evolved from simple dwellings to planned villages.
The document discusses early human shelters from prehistoric times. It describes how the earliest shelters were found naturally in caves or were simple structures made from available natural materials. While caves were sometimes used, they were likely not the most common dwelling. Shelters evolved from simple rock shelters to constructed huts made of materials like reeds or animal skins. Characteristics of prehistoric shelters included their relationship to the means of survival like hunting and gathering. Permanent settlements emerged as agriculture developed, allowing for more stable food sources and the development of villages and specialized occupations. A variety of primitive shelter types are described that showed adaptations to different environments and materials.
MODULE 1 - Part I - SETTLEMENTS, HOUSING TYPOLOGIES.pdfThirumeni Madavan
1. Settlements have evolved from primitive humans taking shelter in trees and caves, to the formation of permanent villages by Neolithic farmers. Early settlements were located near resources like water and fertile land.
2. There are two main types of settlements - rural settlements where people engage in farming and fishing, and urban settlements where people work in non-rural jobs. Rural settlements have less population density and limited services, while urban settlements offer more jobs, services, and culture.
3. Traditional housing includes detached structures like houses, cottages and bungalows. Plotted developments divide land into individual plots that are then sold for construction. Multi-storey buildings conserve space in cities by stacking floors but require stronger
The Fujian Tulou are large, fortified earth buildings constructed between the 12th and 20th centuries in southeastern Fujian province, China. They housed extended family clans of up to 80 families. Tulou are usually circular or rectangular in shape, with thick compacted earth walls reinforced with materials like stone, bamboo, and wood. The walls are up to 6 feet thick and houses are arranged around an interior courtyard. Each family occupied vertically stacked rooms of identical size, promoting egalitarian living. The thick walls and single guarded entrance made Tulou effective fortresses against bandits. An ancestral hall in the center was used for worship, meetings, and other community functions.
This document discusses vernacular architecture in Himachal Pradesh, India. It begins by providing background on the state's flora, fauna, culture, and people. It then describes typical features of houses in the region, including construction materials, layout, floor plans, and use of spaces. Larger structures like palaces and granaries are also summarized. Granaries in particular served as important shared storage spaces, integrated into houses or as free-standing buildings. The document highlights the importance of adapting to the hilly terrain and using local resources in the region's architectural traditions.
Traditional Japanese architecture was influenced by geography, geology, history, religion and climate. The main styles that developed included shinden-zukuri houses for aristocracy with symmetrical layouts connected by hallways allowing enjoyment of nature. Samurai developed shoin-zukuri houses featuring alcoves reflecting the tea ceremony. Shinto shrines had distinctive torii gates and sandō approach. Buddhist temples contained pagodas and main halls housing Buddha images. Castles were strongly fortified demonstrating lordly power. Construction used wood with techniques like yariganna wood splitting for beauty.
This document provides information on vernacular architecture in Himachal Pradesh, India. It discusses the typical layout of houses, which have high plinths and are constructed parallel to mountains using local materials like wood and stone. Floors are used for different functions, with living spaces higher up. Darbargadhs were grand houses of village leaders with enclosed courtyards. Transitional spaces like plinths and balconies were used for socializing. Settlements developed near resources. Granaries for food storage could be independent buildings or within houses. The document includes plans and images illustrating these architectural features.
A wide-ranging talk on the development of housing from nomadic shelters to modern eco-housing whilst at the same time describing how this has profoundly affected human social culture moving from a nomadic lifestyle to agriculture and industry which requires land ownership, with the development of villages, towns and cities to high rise urban sprawl with its associated problems.
The document summarizes the evolution of housing structures from nomadic tribes to modern homes. It discusses how housing changed as humans transitioned from nomadic hunter-gatherer groups to settled agriculture. Early shelters were temporary structures that could be easily erected and dismantled. Permanent structures emerged as people domesticated plants and animals. Towns and cities developed with specialized occupations and social organization. Housing designs evolved with new building materials like stone, brick, concrete and availability of furnishings. Modern structures employ innovative materials and sustainable designs to meet the needs of urbanized populations.
The document discusses key aspects of Indus Valley Civilization architecture and urban planning. Some key points:
1) The Indus Valley cities had sophisticated urban planning with standardized brick homes, streets laid out on a grid, drainage and water supply systems.
2) Homes were arranged around courtyards and had indoor kitchens, wells, and covered drains connected to street drains. Larger homes and public buildings were located along streets.
3) An extensive drainage system with covered drains and soak pits served the cities. The public bath at Mohenjo-Daro had a stone-lined pool and was equipped with drains.
4) The granaries found were large brick structures
The document provides information on the Indus Valley Civilization including its location, time period, urban planning features, architecture, and structures. Some key points:
- The Indus Valley Civilization flourished around cities along the Indus River from about 2600 BCE to 1900 BCE, noted for urban planning and sanitation systems.
- Cities had designated residential and industrial areas, and were divided into lower and upper districts. Houses had well-planned drainage.
- Structures included multi-room homes, a large public bath at Mohenjo-Daro, and a massive granary complex indicating an advanced, urban society.
1) African societies developed in diverse ways depending on their environments, with some taking nomadic lifestyles while others transitioned to settled agriculture.
2) The kingdom of Aksum in Ethiopia became a powerful trading nation by controlling trade routes between Africa, India, and Europe. It adopted Christianity in the 4th century AD.
3) Starting around 1000 BC, Bantu-speaking peoples migrated southward from their homeland, spreading their languages and skills across much of sub-Saharan Africa over the next 1500 years. Their migrations were driven partly by population growth, environmental changes, and conflicts between tribes.
The document provides information about traditional dwellings called mokhoro in Lesotho, South Africa. It discusses the materials used to construct mokhoro, including thatched roofs made from grass, walls made from plastered clay or mud bricks, and floors made from a mixture of dung, grass, and cow dung. It also describes the layout of traditional villages in Lesotho, with dwellings linked together and separated into family units, as well as a central meeting place. The document concludes by noting that while mokhoro construction has modernized with new materials, the traditional designs should still be preserved.
ANCIENT INDIAN ARCHITECTURE -INDUSVALLEY CIVILIZATION AND VEDIC AGENajiaSyefa
history of indian architecture - indusvalley civilization , the vedic age , timeline of evolution of religion in india and how it affected the architecture of the ancient india.
The Indus Valley Civilization developed between 3300-1300 BCE in what is now Pakistan and northwest India. Two major cities, Harappa and Mohenjo-Daro, had populations over 5,000 and sophisticated urban planning with standardized bricks, streets, wells, and drainage systems. Residences had multiple rooms around a central courtyard and some included bathing areas. The civilization engaged in extensive regional trade, crafts like seal carving, and an early form of religion that some scholars link to later Hinduism and Buddhism.
Similar to KONSO VERNACULAR ARCHITECTURE ppt.pptx (20)
Renaissance architecture developed in Italy between the 15th and 17th centuries as a revival and development of elements from ancient Greek and Roman architecture. It emphasized symmetry, proportion, and classical orders like Tuscan, Doric, Ionic and Corinthian columns. Key innovations included the use of semicircular arches, hemispherical domes, and niches instead of complex Gothic styles. Major Renaissance architects like Brunelleschi, Alberti, Bramante, Raphael, and Michelangelo studied classical forms and helped spread the Renaissance style across Italy and beyond.
The document provides information on the geographical, climatic, and cultural characteristics of the Amhara region in northern Ethiopia. It then discusses key features of Amhara vernacular architecture, including the use of stone and chikka materials in round and rectangular structures. Houses typically have stone foundations and walls, with thatched roofs. The traditional settlement pattern involves scattered family compounds enclosed with fences.
1. Urban sociology examines issues in metropolitan areas like migration trends, economics, poverty, and race relations.
2. It seeks to understand how populations react to their urban environment and how these dynamics affect lives and structures.
3. Studying urban sociology can provide insights for policies and strategies to improve city growth and address problems arising from social interactions.
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2. GEOGRAPHICAL AND CLIMATIC CHARACTERISTICS
• Konso is found in the southwest of Ethiopia at about 600 Kms away from Addis
Ababa.It covers an area of about 2354.3 km2 It is surrounded by Derashe, Amaro
and Burji Special Woredas and the Oromia Regional State and Debub Omo Zones,
in the north, northeast, east, south and west respectively.
• The Konso has varied climate: high temperature, dry, hot and rainfall and different
landscapes like hilly, valley and flat land. Most of the areas of Konso are
characterized by dry and hot Climate with temperature that ranges from 27-50
degree Celsius. The hilly landscape treated with extensive dry stone masonry
terraces that serve the society for more than 400 years attested. According to the
environmental condition classification, Konso is in a hot climatic zone with altitude
below 1,500 meters (4,900 ft) above sea level.
3.
4. CHARACTERS OF KONSO LANDSCAPE
Attractive far view of the terracing
farmland of konso.
5. One of the atractive landscape
arround Gessergio Kebele in
Konso. called New York
7. The dray stone terracing accumulate the rain
water in the rainy season and protect the soil
erosion from the farm land.
8. THE KONSO POPULATION
• According to population estimate by
the Office of Statistics and Population
of Southern Nations, Nationalities and
Peoples’ Regional State (SNNPRS), and
the Central Statistics Agency (CSA,
2007), the Konso population projected
for 2011 was 262,993. The population
had been formed in a number of
smaller, organized, self governing and
fortified villages, later transformed into
towns.
9. CULTURAL CHARACTERISTICS OF KONSO
• Under the spiritual leadership of the Aylo family, the founding group of the nine
Konso clans, they organized and developed their traditional Konso culture.
According to their tradition, even at that very early time they had the generation
grading system (xhelta) and an advanced agricultural system as well. Political
power, like today, peacefully passed from the older generation grade to the
younger one after a fixed period of years, based on the clan or their alliance
number. The Konso clans are 9 and their alliances make up 5. It is in the interest of
a region to choose one of their own as chief.
10. con’t
• The Konso had evolved an efficient organization to make decisions consistent with public
opinion and to enforce law and order.
• The Konso still dislike the idea of being ruled by one man. They are against
totalitarianism and authoritarianism in that they reject the idea of being governed by
one man, and of arbitrary personal authority.
• Within the family, the father can beat his children or wife, but only within reason. He
would be restrained if he used too great violence on any of them.
• The Konso have a well-developed language called Afa'xhonso, rich in proverbs, riddles,
puzzles, figurative speeches, idioms, etc., and complex in syntax.
• Among the basic Konso moral principles are equality of human beings (qhittuma a'inna
nama), peace and harmony (nagayta isho afa olli dhagaya), and truth (dhuga'ta).
11. LITERATURE REVIEW
• We review a literature called KONSO FORTIFIED VILLAGES: integrating architecture with nature By
Arch. Sara Capurro (University of Genoa), Eng. Enrico Castelli (Konso Cultural Centre) and Arch.
Lorenzo Fontana (University of Genoa)
• the Konso traditionally lived in stone walled settlements on hillsides for defence
from wild animals and human enemies
• The age of these fortified towns is unknown.
• Within the Konso settlements are closely spaced, fenced, individual households, as
well as walkways, public and ritual spaces such as the moras, ranging in size from
small sitting areas to large spaces with a men’s house and a dancing area.
• Most settlements have a place where the inhabitants watched out for enemies
approaching the settlement called mora.
12. THE KONSO FORTIFIED VILLAGE
• The Konso live in about 39 villages spread in a
650 square kilometer territory subdivided into
three distinct regions; Garati in the east, Takati
in the west and Turo in the north. As to
(Capurro, 2012) , the Konso walled villages
contains vernacular houses, households, walk
ways, closed fences for every Individual
residential compound (Tikka), public spaces
(Morra), and small seating spaces formed
under shades and communal footpath are
located and respected for the Konso
landscape.
13. FOREST
• The Konso notion of a a forest (mura),
gives us what special interest they
attach to these natural resources.
Outside the farmlands, almost no tree
survived the demand for construction
timber or firewood; only a special
reason or purpose, commonly
acknowledged by the entire
community could save the small but
intact forests in neighborhoods of the
villages.
• some of them are traditionally
connected with a clan leader.
14. STONE WALLS
• The great defensive walls are found not only on the
external ring of the town, but even inside, in
concentric rings that speak of centuries of growth of
residential communities that found a sustainable
balance and equilibrium within the environment,
thus making it possible to settle permanently and for
a long time.
• The walls are made by stratification of irregular basalt
stones without any mortar: a structure considered
one of the most ancient typologies, known as pelagic
or cyclopic. The inner walls, which are the oldest and
often the tallest, reach a height of 4 meters and a
width of 2.5 meters.
• wood is used in the upper part in order to make the
compounds impenetrable.
15. Rampant Walkways and Gates
• The defensive purpose for these
megalithic walls is also underlined by
the presence of rampant walkways
that, in times of war, were allowing the
warriors fast deployment to the
endangered section.
• The technique of Konso warriors was
based on throwing heavy stones or
spears, not using arrows or firearms;
this is the reason why, unlike other
warrior societies, thewalls never
present any slit in their continuous
structure.
16. ZIGZAG PATHWAYS
• In some villages, as in Olanta, access to
the main gate was originally possible
only by a zigzag path, enclosed by high
walls, following the climb of the hill.
Sections of the path vary: in some
points it is narrow while in at least two
sections it opens into a wide square.
This is a feature related to its defensive
purpose: while enemies have to climb
the hill following the “S” path in order
to attack the village, warriors could
conceal themselves in the squares to
counterattack them by the side.
17. HOUSE
• The Pafta, or cave house is archaic and rare to
find these days, being extensively used only in
the Kolme area. Using the natural slope of the
compound, a cavity is excavated to obtain a
rectangular shape; logs are disposed
horizontally and a front wall erected using
stones cut in order to have a flat surface with
straight angles. The door in the centre of the
wall is usually lower than a standing person.
The roof is of earth, flat and solid enough to
have cows walking on it. When covered by
grass and from a distance, the house
disappears into the landscape.
18. Granaries
• In the lower part of the compound, are several
granaries, presenting the same shape of the
double roofs just described. The granary itself
is a sort of cylindrical basket covered with
chikka, presenting only one lateral wooden
flap. It is sustained by four poles, one and half
meters above the ground, the space under it is
used as stable for cows, goats and sheep;
animals in Konso are kept inside the
compound, water and fodder are brought daily
to them by women.
19. MOORA
• The term moora, in the local language,
indicates a well-defined typology of public
space, and, for each village there are many of
them, from ten to twenty, with different
functions, shapes and attributes.It’s the place
of social and spiritual life.
• Morra is not only an open public spaces it has
several elements located in Morra; the Paffta
( public thatched roof housing unit),Pahpaha
(the wide open public space), Olahitta ( the
generation pole), Arumma (the circular
stone), flat stone and Daka Dirumma(the
stone of manhood)
20. KONSO VERNACULAR HOUSES
• Konso vernacular houses are divided into three major parts:
(1) those which serve as a storage housing character like Kossa, Alita kossa, Reqa, and Agita:
(2) housing characteristics that serve as living cottages like Manna and Elfennotta (Elphign): and
(3) social service housing character called Paffta that is located only in open communal spaces
known as Morra.
houses are constructed with thatched roof and wall surfaces, having one small sized exit and entrance
door (Harra).
houses are constructed with thatched roof and wall surfaces, having one small sized exit and entrance
door (Harra).
21. AGITA
• Agita has two floor levels with different spatial functions. Their spaces are
located at ground floor level and on the upper floor level with different uses.
The upper floor level is supported by four columns called Tudayata and it
creates a secret spatial storage functional room called Kudda.
22. Agita and Manna need a similar construction system and building form but Agita
follows a slightly different system because it does not use central wooden column
and it has a raised floor surface supported by four wooden columns (with 1.4 meter
length).
23. MANNA
• Manna is built mostly by or for the second born person of every Konso family. The Manna house unit
is built on the upper part of Tikka in the compound. The construction involves steps such as
collection of local building materials, positioning of the central pillar (which is wooden), digging of
the hole for the pillar, reinforcing the pillar, raising the wooden wall surface, reinforcing the wall by
horizontal bracing, and, finally, installing the thached roof (Kekisha) and wall surface (Kembeba).
• Manna is functionally used as sleeping space for husband and wife, maternity services and Cheka
preparation. Manna has one small exit and entrance door (Harra).
24. • the construction of a Manna housing character starts from the main entrance of the hut
called Harra, which is built from a timber wood (particularly the vertical left and right side
membranes). Its top should be a wooden lintel building element called Mendurayeda.
Then the central wooden column of the house (Tudata) would be in place. The walls
would then be constructed and the diagonal roof bracing (known as Kololta) would be
connected to the wall surface.
25. Reqa
• Reqa is located in all of the Konso residential compounds and it is constructed on the lower level of
the konso residential compound (Arhata). Reqa has three special architectural spaces: the ground
floor level is used as storage facility for crops, local beer (Cheka) preparation and sleeping or sitting
space for grandfather of the family. The upper floor level has two architectural spaces Tudata and
Arhita.
• Reqa is the storage housing character of the Konso society which is administered by the father of the
family. It is constructed with wood for building columns, flooring beams, floor finish, roofing beams,
and inclined supporting roof bracing materials. Grass is applied as a construction material to the two
types of roof surface. Rope is made from animal skin, grass, or bark of local trees. It is used to tighten
every connection of wooden joints. Stone is very important building material easily available in Konso
and used for floor finish and unmortared masonry foundation and for resting or sitting space under
shade areas.