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The document describes a proposed system for urban fog farming. Nylon mesh humidity catchers would be installed above existing settlements and combined with vegetation. The transpiration from the plants would add extra humidity to the air captured by the nets. A drip irrigation system using locally-made ceramic pots would allow a minimal and constant watering of the plants in an efficient manner. This would facilitate growing crops to provide basic sustenance by taking advantage of unused urban air space.
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Canada: BC: Building a Rain Garden
Rain gardens are landscaping features designed to collect rainwater runoff from impervious surfaces like roofs and driveways. They are simply depressed garden spaces that hold runoff and allow it to infiltrate soils. Properly designed rain gardens should only hold surface water for 1-2 days to avoid mosquito issues, and they provide habitat for beneficial insects like dragonflies that prey on mosquitoes. The document provides steps for determining the size of a rain garden based on drainage area and selecting a suitable location, and outlines design and installation procedures.
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Transpiration is the loss of water vapor from the aerial parts of plants. It occurs through stomata on leaves and stems. Transpiration is influenced by environmental conditions like relative humidity and air currents, as well as physiological factors within the plant like the rate of water absorption and thickness of the cuticle. While transpiration causes water loss from the plant, it also serves important functions like mineral absorption, maintaining turgor pressure, and facilitating gas exchange.
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Transpiration is the process by which water absorbed by plant roots is evaporated from leaves into the atmosphere. It allows plants to receive nutrients by absorbing more water through their roots, maintaining a constant water flow. Transpiration occurs through the xylem tubes in plant stems, with water evaporating from leaf pores and forming droplets that create a transpirational pull moving water up from the roots.
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This document discusses transpiration in plants. Transpiration is the loss of water from a plant in the form of water vapor. Water is absorbed by roots and transported through xylem to leaves, where it escapes through small pores. There are four main types of transpiration: stomatal, cuticular, lenticular/lenticellate, and bark transpiration. Stomatal transpiration makes up 50-97% of total transpiration and occurs through leaf stomata. Transpiration helps transport minerals within the plant, lowers leaf temperature, and maintains optimal turgor pressure for growth.
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This document provides information on identifying drought stress in lawns and plants and recommendations for watering during drought. It describes signs that a lawn is thirsty, such as footprints remaining or leaves wilting. It recommends watering lawns about 1 inch at a time in the early morning. For trees and shrubs, it suggests watering newly planted and stressed plants and using mulch. Watering should penetrate 6 inches of soil and avoid wetting leaves and stems.
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Transpiration is the process by which water absorbed by plant roots is evaporated from leaves into the atmosphere. It allows plants to receive nutrients by absorbing more water through their roots, maintaining a constant water flow. Transpiration occurs through the xylem tubes in plant stems, with water evaporating from leaf pores and forming droplets that create a transpirational pull moving water up from the roots.
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This document discusses the process of transpiration in plants. It explains that transpiration involves the loss of water vapor through stomata and describes three key reasons why transpiration is important: cooling plants, creating transpirational pull to transport water, and providing structural support. It also lists and describes several factors that affect the rate of transpiration, such as temperature, light intensity, humidity, and wind. An experiment is proposed to measure transpiration rates under different environmental conditions using a homemade potometer.
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This document discusses the importance of water for plants. It outlines how water is used in photosynthesis, as a solvent, for chemical transport, and generating water pressure. The document also examines how water is present in the atmosphere through relative humidity, and how it regulates transpiration and photosynthesis. Factors that impact transpiration like wind speed, humidity, light intensity and temperature are explored. The document also looks at different forms of precipitation, how plants are classified based on their water relations, and the key roles water plays in plant growth and reproduction through processes like photosynthesis, transpiration and providing turgor pressure.
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- An environmental assessment was conducted of the farm site and surrounding watershed to identify significant landscapes and land uses.
- Design recommendations were developed for best practices in developing an ecotourism site that is environmentally sustainable and protects natural resources.
- A multidisciplinary team from the University of Minnesota and University of West Indies collaborated on the project to provide expertise and analysis to inform the ecotourism development.
Transpiration and factors affecting transpiration
this presentation include types of transpiration, theories for transpiration, mechanism of transpiration and factors affecting rate of transpiration.
Transpiration
The document discusses the process of transpiration in plants. It defines transpiration as the movement of water through a plant and its evaporation from aerial parts such as leaves, stems, and flowers. Approximately 10% of the moisture in the atmosphere is released by plants through transpiration, with the remaining 90% coming from evaporation from other sources like bodies of water. Transpiration occurs through three main processes: stomatal transpiration, cuticular transpiration, and lenticular transpiration, with stomatal transpiration accounting for 80-90% of the water lost by plants. The rate of transpiration is influenced by various plant and environmental factors and can be measured using different methods. Transpiration plays an important role
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This study aimed to determine if wind affects the rate of transpiration in Centaurea cyanus plants. Using a potometer setup, the transpiration rates of plants with and without an applied air current were measured every 3 minutes for 30 minutes. The results showed that the plant exposed to wind had a 68% higher transpiration rate compared to the control plant without wind. This supports the hypothesis that wind increases transpiration by blowing away humid air at the leaf surface and replacing it with drier air, accelerating the evaporation of water from the plant.
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1. Transpiration is the movement of water from the roots of a plant through the xylem and leaves where it evaporates from the surfaces of mesophyll cells and exits through stomata.
2. Factors like light, temperature, humidity, and wind affect the transpiration rate by influencing how open the stomata are and the rate of evaporation.
3. Water is transported throughout the plant via the xylem through a combination of cohesion, adhesion, and transpirational pull which creates a column of water with tensile strength that pulls water up from the roots to the leaves.
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2) Good drainage and adequate organic matter in the soil supports plant growth by improving water retention and nutrient availability while allowing for oxygen movement to the roots.
3) Amendments like compost and manure should be incorporated throughout the soil to improve structure, while inorganic amendments can be used to improve drainage in poorly drained soils.
transpiration
transpiration in plants , introduction, historical background, definition and types , rate of transpiration , materials, methedology and working plans , observation and result , discussion and conclusion .
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Transpiration is the evaporation of water from plants through their stomata. It allows plants to transport water and minerals throughout their systems and cool their leaves. The rate of transpiration is affected by environmental factors like light, temperature, humidity, wind, and soil water availability. Plants have adaptations like thick cuticles, small leaves, and sunken stomata that help reduce water loss through transpiration.
TRANSPIRATION
Transpiration is the process by which plants absorb water through their roots and release water vapor through pores in their leaves. It serves two main functions: cooling the plant and pumping water and minerals to the leaves for photosynthesis. The majority (80-90%) of water loss from plants occurs through stomatal transpiration, which takes place through specialized pores called stomata located mostly on the undersides of leaves. Transpiration is important as it creates suction that draws water up from the roots and cools the plant through evaporative cooling.
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Transpiration is an important, natural process .This topic might seem easy and basic,but is an essential part for any science student.
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Water Loss
The document discusses different types of water loss from plants, including transpiration, guttation, and secretion/bleeding. It provides details on each process:
- Transpiration is the primary means of water loss, occurring through stomata. It is a controlled process that allows for gas exchange.
- Guttation involves the exudation of water from specialized pores called hydathodes, occurring primarily at night due to root pressure. The water lost contains minerals and is in liquid form.
- Secretion and bleeding refer to the loss of liquid solutions from plant glands and cuts, respectively.
The document then examines factors that influence transpiration and guttation rates like light, temperature,
Transpiration
This document discusses transpiration in plants. It defines transpiration as the process where water is lost as water vapor from plant leaves and other aerial parts. It then covers experiments that demonstrate transpiration, such as using cobalt chloride paper or observing water condensation. The document explores the mechanism of stomatal transpiration and factors that influence the transpiration rate, such as temperature, light intensity, and humidity. It also examines adaptations plants have evolved to reduce excessive water loss through transpiration.
Adaptation In Plants
The document discusses how plants are adapted to their environments through transpiration and adaptations related to water transport and conservation. It describes how plants take in water through their roots, which then moves up through the plant and is released through stomata in the leaves. When conditions are hot and dry, transpiration and respiration rates increase, causing more rapid water loss. The rate of transpiration can be measured using a potometer. Plants in dry environments have adaptations like curled leaves that trap moisture and limit stomata to one side only, and thick waxy cuticles, to reduce water loss through transpiration.
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This document discusses the importance of water for plants. It outlines how water is used in photosynthesis, as a solvent, for chemical transport, and generating water pressure. The document also examines how water is present in the atmosphere through relative humidity, and how it regulates transpiration and photosynthesis. Factors that impact transpiration like wind speed, humidity, light intensity and temperature are explored. The document also looks at different forms of precipitation, how plants are classified based on their water relations, and the key roles water plays in plant growth and reproduction through processes like photosynthesis, transpiration and providing turgor pressure.
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- An environmental assessment was conducted of the farm site and surrounding watershed to identify significant landscapes and land uses.
- Design recommendations were developed for best practices in developing an ecotourism site that is environmentally sustainable and protects natural resources.
- A multidisciplinary team from the University of Minnesota and University of West Indies collaborated on the project to provide expertise and analysis to inform the ecotourism development.
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this presentation include types of transpiration, theories for transpiration, mechanism of transpiration and factors affecting rate of transpiration.
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The document discusses the process of transpiration in plants. It defines transpiration as the movement of water through a plant and its evaporation from aerial parts such as leaves, stems, and flowers. Approximately 10% of the moisture in the atmosphere is released by plants through transpiration, with the remaining 90% coming from evaporation from other sources like bodies of water. Transpiration occurs through three main processes: stomatal transpiration, cuticular transpiration, and lenticular transpiration, with stomatal transpiration accounting for 80-90% of the water lost by plants. The rate of transpiration is influenced by various plant and environmental factors and can be measured using different methods. Transpiration plays an important role
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This study aimed to determine if wind affects the rate of transpiration in Centaurea cyanus plants. Using a potometer setup, the transpiration rates of plants with and without an applied air current were measured every 3 minutes for 30 minutes. The results showed that the plant exposed to wind had a 68% higher transpiration rate compared to the control plant without wind. This supports the hypothesis that wind increases transpiration by blowing away humid air at the leaf surface and replacing it with drier air, accelerating the evaporation of water from the plant.
Transport in plants 3 transpiration
1. Transpiration is the movement of water from the roots of a plant through the xylem and leaves where it evaporates from the surfaces of mesophyll cells and exits through stomata.
2. Factors like light, temperature, humidity, and wind affect the transpiration rate by influencing how open the stomata are and the rate of evaporation.
3. Water is transported throughout the plant via the xylem through a combination of cohesion, adhesion, and transpirational pull which creates a column of water with tensile strength that pulls water up from the roots to the leaves.
Proper Planting Results in Healthy, Water-Efficient Plants: Make Every Drop C...
1) Proper planting techniques such as incorporating organic amendments, using mulch, planting in fall, and watering thoroughly before planting can help newly planted plants establish strong root systems and reduce water needs.
2) Good drainage and adequate organic matter in the soil supports plant growth by improving water retention and nutrient availability while allowing for oxygen movement to the roots.
3) Amendments like compost and manure should be incorporated throughout the soil to improve structure, while inorganic amendments can be used to improve drainage in poorly drained soils.
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Transpiration is the evaporation of water from plants through their stomata. It allows plants to transport water and minerals throughout their systems and cool their leaves. The rate of transpiration is affected by environmental factors like light, temperature, humidity, wind, and soil water availability. Plants have adaptations like thick cuticles, small leaves, and sunken stomata that help reduce water loss through transpiration.
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Transpiration is the process by which plants absorb water through their roots and release water vapor through pores in their leaves. It serves two main functions: cooling the plant and pumping water and minerals to the leaves for photosynthesis. The majority (80-90%) of water loss from plants occurs through stomatal transpiration, which takes place through specialized pores called stomata located mostly on the undersides of leaves. Transpiration is important as it creates suction that draws water up from the roots and cools the plant through evaporative cooling.
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This document provides tips for efficient landscape watering, including proper irrigation system design, adjusting watering schedules seasonally, using separate valves for different plant water needs, and checking and maintaining irrigation systems. Key recommendations are to water in the early morning, apply water evenly without runoff, and adjust watering based on weather and plant needs. Resources for water-efficient landscaping best practices and programs are also listed.
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Transpiration is an important, natural process .This topic might seem easy and basic,but is an essential part for any science student.
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This document provides guidance on simple treatment methods for emergency drinking water at the point-of-use. It describes straining water through a clean cloth to remove debris, aeration to increase oxygen and remove contaminants, and storage to allow settling and die-off of bacteria over time. It also outlines basic filtration methods like sand filters and charcoal or ceramic filters, noting that filtered water still requires disinfection. Proper treatment can provide a safe short-term water supply until a long-term solution is established.
Water Loss
The document discusses different types of water loss from plants, including transpiration, guttation, and secretion/bleeding. It provides details on each process:
- Transpiration is the primary means of water loss, occurring through stomata. It is a controlled process that allows for gas exchange.
- Guttation involves the exudation of water from specialized pores called hydathodes, occurring primarily at night due to root pressure. The water lost contains minerals and is in liquid form.
- Secretion and bleeding refer to the loss of liquid solutions from plant glands and cuts, respectively.
The document then examines factors that influence transpiration and guttation rates like light, temperature,
Transpiration
This document discusses transpiration in plants. It defines transpiration as the process where water is lost as water vapor from plant leaves and other aerial parts. It then covers experiments that demonstrate transpiration, such as using cobalt chloride paper or observing water condensation. The document explores the mechanism of stomatal transpiration and factors that influence the transpiration rate, such as temperature, light intensity, and humidity. It also examines adaptations plants have evolved to reduce excessive water loss through transpiration.
Adaptation In Plants
The document discusses how plants are adapted to their environments through transpiration and adaptations related to water transport and conservation. It describes how plants take in water through their roots, which then moves up through the plant and is released through stomata in the leaves. When conditions are hot and dry, transpiration and respiration rates increase, causing more rapid water loss. The rate of transpiration can be measured using a potometer. Plants in dry environments have adaptations like curled leaves that trap moisture and limit stomata to one side only, and thick waxy cuticles, to reduce water loss through transpiration.
Environmental Stress on Turfgrass
The document discusses various environmental factors that can affect turfgrass growth and quality. It describes how professional turfgrass managers recognize changes in factors like water, temperature, light, and wear/damage in order to adapt their maintenance practices accordingly. Maintaining proper soil and root conditions helps turfgrass better tolerate environmental stresses. The document provides details on specific stresses and how different turfgrass species vary in their tolerance.
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This document describes plans for redesigning a wide street between a school and market. The design brings back informal street qualities like shared space and access to gray water. During dry seasons, humidity catchers would supply continuous water, creating a social space for water-related activities. During wet seasons, storm water pockets would collect and buffer overflow, making use of the captured resource. The design aims to reclaim the street through shadow and informal qualities, creating a cooled, flexible shared space connecting the school and market.
2
Luanda, the capital city of Angola, is experiencing rapid urbanization and population growth. By 2030, Luanda is projected to be one of the four fastest growing cities in Africa, as the continent's urban population increases by 152% between 2000 and 2030. This rapid growth presents both major challenges, like infrastructure gaps and environmental issues, and opportunities to implement innovative solutions. While problems exist, city planners view challenges as opportunities to create clever planning methods and efficient technologies to manage issues like waste and water supply. Rapid urbanization is occurring as people migrate to Luanda for more opportunities, amenities, and safety compared to rural areas devastated by civil war.
8
This document discusses the potential for fog farming in Luanda, Angola. It notes that Luanda experiences little rainfall for most of the year due to ocean currents, but has high humidity. This creates suitable conditions for an experiment in urban fog farming to harvest water from the humid air. The document proposes integrating fog farming techniques on a large scale in Luanda to replace trucked-in water and harness the city's humidity as a renewable water source.
7
The document discusses water management interventions in Viana, Angola. It describes how open drainage systems and water collection can turn water problems into resources. Intervention #1 involves creating active drains and stormwater pockets that function as social spaces. Intervention #2 centers around developing water towers as identifying landmarks that purify water and create meeting places. The towers are designed to utilize local materials and reference local trees to encourage skills and identity.
6
The document describes the divided peri-urban area of Viana in Luanda, Angola. It is physically divided by a highway and railway, and socially divided between informal and formal areas. The project aims to bridge this divide by facilitating accessibility and civic spaces. Viana is developing into a diverse place with urban qualities where the zones meet at the train station. However, the zones remain separated with a lack of connection between the two sides.
4
This document discusses transportation infrastructure challenges in Luanda, Angola. It notes that road infrastructure has not kept pace with urban growth, leading to traffic jams that can extend travel times between Luanda and Viana to 3 hours. The train is a more reliable option, taking only 30 minutes. Informal minibus systems called "chapas" also provide transportation but could be improved. The document proposes that Luanda explore implementing a bus rapid transit system based on existing chapa networks and culture, as well as continuing to support rail transportation to decrease travel times for goods and people. Spending time in Luanda revealed infrastructure as one of the city's greatest challenges, impacting not only traffic but also access to basic facilities for 80
3
Poor urban residents in Luanda identified water supply and sanitation as problems requiring assistance, but did not see housing or construction as issues needing help. As architects, we could help address Luanda's water challenges through water sensitive urban design that views stormwater as a resource rather than just a nuisance, and integrates water management into urban planning.
1
1) The project proposes providing infrastructure instead of housing to the 6 million informal dwellers of rapidly growing Luanda, Angola.
2) A key infrastructure intervention is developing along the railway line from Luanda to facilitate existing settlements and future densification.
3) At the Viana Station area, the project aims to bridge the physical and social divide between formal and informal areas on either side of the railway and highway.
10
The document summarizes plans for improving infrastructure in the Viana area of Luanda, Angola. It discusses:
1. Conducting a traffic study that found most residents use chapas (collective taxis) rather than private cars.
2. Proposing a bridging structure over the railway and highway to provide safer pedestrian access and create an active public space, including accommodating the existing market.
3. Describing how urban fog farming above existing settlements could utilize open areas to assure basic sustenance through humidity capture and drip irrigation.
3
Poor urban residents in Luanda identified water supply and sanitation as problems requiring assistance, but did not see housing or construction as issues needing help. As architects, we could help address Luanda's water challenges through water sensitive urban design that views stormwater as a resource rather than just a nuisance, and integrates water management into urban planning.
1
1) The project proposes providing infrastructure instead of housing to the 6 million informal dwellers of rapidly growing Luanda, Angola.
2) A key infrastructure intervention is developing along the railway line from Luanda to facilitate existing settlements and future densification.
3) At the Viana Station area, the project aims to bridge the physical and social divide between formal and informal areas on either side of the railway and highway through accessible civic spaces and infrastructure.
Book #8
The document describes a proposed system for urban fog farming. Nylon mesh humidity catchers would be installed above existing settlements and combined with vegetation. The transpiration from the plants would add extra humidity to the air captured by the nets. A drip irrigation system using locally-made ceramic pots would provide a controlled, low level of water to the plants. This approach would make efficient use of available space and humidity while requiring minimal water through a low-cost irrigation method.
Book #8
The document discusses redesign plans for Shadow Street to make it a more flexible shared space. It proposes bringing back informal street elements and uses, including shared spaces, access to gray water, and spaces for informal activities. This would make the street a more social space where the market can interact with pedestrians. The redesign aims to reclaim the street through increasing shadow coverage and introducing more informal qualities like storm water pockets and humidity harvesting nets.
Book #7
The document describes 3 potential sites for architectural interventions in Viana, Angola. Site 1 is an existing informal market that operates in an open space without permanent structures. The market serves around 2,500 people currently and will increase to 5,000 people with future development. Site plans and sections are provided showing concepts for adding a permanent roof structure and grid system to provide stalls and organization to the market.
Book #6
The document describes a water tower that provides fresh water to a local community. It has standardized internal construction for the water tanks and filtration systems that allows for cost-effective mass production. The unique outer skin is locally specific, giving each tower its own identity and creating a sense of place. The space around the tower is designed to be a comfortable civic area providing ventilation, shade, and a place for social gathering.
Book #5
1. Drainage and water management are major challenges in Luanda, causing problems for urban flow and safety. Open drainage systems can help turn this problem into a resource.
2. An open drainage intervention is proposed, using active drains and storm-water pockets that function differently in dry and rainy seasons. This approach provides spatial qualities, access to water, and turns the drain into a social space.
3. Locally available materials like sandbags, gabon boxes, and sisal plants are proposed to construct drains and control erosion in a way that promotes local production and ecological solutions.
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Book #8
- 1. THE WATER-POINT POCKET DRY SEASON POCKET RAIN SEASON Low water stand High water stand
- 2. URBAN FOG FARMING By facilitating a densification in height above existing settlements, open areas can be utilized for urban fog farming, as assuring basic substenance. Humidity cathers are here combined with vegetation, which because of its transpiration will add ekstra humidity to the nets. Humidity catcher Humid air from the atmosphere is catched in net made of nylon mesh. The farming is based on drip-irrigation with the use of local ceramic pots that let a constant and mini- The transpiration from the plants add extra humidity to the air. mum of water to drip through to the plants. Absorption Light energy and Carbon The drip-irrigation allows for an efficiently low water-consumption, and is a cheap method that can be Dioxide is absorbed by the leaf. run manually by local initiatives. Transpiration Loss of water from the leaf surface to the atmosphere. Percepation Rainfall is absorbed in the earth and and absorbed by the roots of the plant or tree. Xylem vessel Are found just below the bark and transport water and nutrients up the Drip irrigation plant or tree. Locally produced clay pots let a controlled amount of water drip through to the plants, and are extremely water efficient.
- 3. THE BRIDGING MARKET SIMPLE STRUCTURE FLEXIBLE SHAPE PUBLIC FLOOR ADD-ON CONNECTING TO AND USING THE TEXTILES PROVIDE SHADE, AND EXISTING PEDESTRIAN BRIDGE CAN BE PUT UP WHERE NECESSARY THE ADD-ON UNITS CAN GROW TO MEET THE NEED FOR PUBLIC PROGRAM OR SHADED SPACES
- 4. VIANA STATION HUB ACTIVE DRAIN 5 15 THE WATER-TOWER HUMIDITY HARVESTING NETS ADD-IN GRIDS THE STORM-WATER POCKET ACTIVE DRAIN 5 15 LONG-SECTION VIANA STATION LONG-SECTION VIANA STATION HUB HUB
- 5. 5 URBAN FOG FARMING URBAN FOG FARMING 15 CHAPA STATION EXISTING TRAIN STATION URBAN FARMING 1:100 CHAPA LANE CHAPA LANE THE BRIDGING MARKET
- 6. ADD-ON BRIDGE 5 15 CHAPA STATION