SALT is a diversified farming system which can be considered agroforestry since rows of permanent shrubs like coffee, cacao, citrus and other fruit trees are dispersed throughout the farm plot.
The strips not occupied by permanent crops, however, are planted alternately to cereals (corn, upland rice, sorghum, etc.) or other crops (sweet potato, melon, pineapple, castor bean, etc.) and legumes (soybean, mung bean, peanut, etc.).
This document discusses soil conservation and water harvesting in agriculture. It describes various methods of soil conservation like strip cropping, grassed waterways, stone lines, and soil bunds. It also outlines ways of harvesting and storing water such as using rooftops, diversion channels, shallow pans, ponds and tanks. Maintaining these structures and using the harvested water for irrigation, livestock and domestic purposes is also covered.
Awareness lecture series conducted in Anuradhapura (31.01.2019) and Trincomalee (05.02.2019) organized by Climate Resilient Integrated Water Management Project - UNDP
Watershed management aims to conserve soil and water resources through various treatment measures. Deterioration of watersheds occurs due to faulty agriculture, forestry, mining and other human activities, resulting in less production, increased erosion, and lowered water tables. Watershed development components include soil management, water management, afforestation, and other interdependent activities. Measures for watershed treatment include contour trenches, bench terracing, check dams, plantation, and other methods suitable for agricultural land and hill slopes. The overall goal is to develop watersheds in a sustainable manner.
This document discusses strategies for controlling soil pollution and conserving water and nutrients in agricultural environments. It explains the causes of soil pollution from excessive fertilizer and chemical use, plastic waste, and contaminated runoff. Methods to control pollution include proper chemical disposal, recycling, and organic farming. The document also describes constructing water retention structures like ditches and basins to conserve runoff and prevent erosion. Constructing these helps ensure water availability for crops and livestock.
This document discusses soil pollution and conservation of resources in agriculture. It covers causes of soil pollution like excessive fertilizer and chemical use, as well as their negative effects. Control methods are described such as proper disposal, composting, and organic farming. The document also discusses constructing water retention structures like ditches and pits to conserve surface runoff. Importance of trees for soil and water conservation is explained. Growing trees through nursery management and transplanting is covered.
This document discusses the use of bamboo in construction. Some key points:
- Bamboo is a fast-growing grass used widely in construction, with over 1 billion people living in bamboo houses. It has many advantages as a building material.
- Bamboo grows quickly, is strong yet lightweight, and can be worked with simple tools. Properly constructed bamboo buildings are resistant to weather events.
- The document explores traditional and improved bamboo construction techniques used around the world, particularly in Central and South America. It also discusses methods to improve the durability of bamboo through preservation techniques.
- Details are provided on an experimental two-story bamboo house constructed in Colombia to demonstrate innovative and durable bamboo building designs.
Photos of stone terraces, erosion control, treehouse, irrigation, ricefields, creek. Presented at a WASWAC meeting at Bu. of Soils and Water Management, DA.
SALT is a diversified farming system which can be considered agroforestry since rows of permanent shrubs like coffee, cacao, citrus and other fruit trees are dispersed throughout the farm plot.
The strips not occupied by permanent crops, however, are planted alternately to cereals (corn, upland rice, sorghum, etc.) or other crops (sweet potato, melon, pineapple, castor bean, etc.) and legumes (soybean, mung bean, peanut, etc.).
This document discusses soil conservation and water harvesting in agriculture. It describes various methods of soil conservation like strip cropping, grassed waterways, stone lines, and soil bunds. It also outlines ways of harvesting and storing water such as using rooftops, diversion channels, shallow pans, ponds and tanks. Maintaining these structures and using the harvested water for irrigation, livestock and domestic purposes is also covered.
Awareness lecture series conducted in Anuradhapura (31.01.2019) and Trincomalee (05.02.2019) organized by Climate Resilient Integrated Water Management Project - UNDP
Watershed management aims to conserve soil and water resources through various treatment measures. Deterioration of watersheds occurs due to faulty agriculture, forestry, mining and other human activities, resulting in less production, increased erosion, and lowered water tables. Watershed development components include soil management, water management, afforestation, and other interdependent activities. Measures for watershed treatment include contour trenches, bench terracing, check dams, plantation, and other methods suitable for agricultural land and hill slopes. The overall goal is to develop watersheds in a sustainable manner.
This document discusses strategies for controlling soil pollution and conserving water and nutrients in agricultural environments. It explains the causes of soil pollution from excessive fertilizer and chemical use, plastic waste, and contaminated runoff. Methods to control pollution include proper chemical disposal, recycling, and organic farming. The document also describes constructing water retention structures like ditches and basins to conserve runoff and prevent erosion. Constructing these helps ensure water availability for crops and livestock.
This document discusses soil pollution and conservation of resources in agriculture. It covers causes of soil pollution like excessive fertilizer and chemical use, as well as their negative effects. Control methods are described such as proper disposal, composting, and organic farming. The document also discusses constructing water retention structures like ditches and pits to conserve surface runoff. Importance of trees for soil and water conservation is explained. Growing trees through nursery management and transplanting is covered.
This document discusses the use of bamboo in construction. Some key points:
- Bamboo is a fast-growing grass used widely in construction, with over 1 billion people living in bamboo houses. It has many advantages as a building material.
- Bamboo grows quickly, is strong yet lightweight, and can be worked with simple tools. Properly constructed bamboo buildings are resistant to weather events.
- The document explores traditional and improved bamboo construction techniques used around the world, particularly in Central and South America. It also discusses methods to improve the durability of bamboo through preservation techniques.
- Details are provided on an experimental two-story bamboo house constructed in Colombia to demonstrate innovative and durable bamboo building designs.
Photos of stone terraces, erosion control, treehouse, irrigation, ricefields, creek. Presented at a WASWAC meeting at Bu. of Soils and Water Management, DA.
David Asbury owns and operates several organic farms in Colorado, including Full Circle Farms and Rocky Mountain Pumpkin Ranch. He recently purchased Strawberry Hill Farm, a five-acre property that had been neglected. The mission is to design an organic commercial apple orchard on the property that includes soil-enriching plants and creates a regenerative environment for people, wildlife, and plants. The design divides the property into zones, with Zone 1 focusing on the area around the house, adding landscaping for outdoor living spaces, drainage solutions, and noise buffers to address challenges from the nearby highway.
The document discusses different types of stones that can be used in landscaping and their applications. It provides details on limestone, sandstone, granite, quartzite, flagstone, slate, cobblestone and other stones. It describes how each stone can be used in walkways, patios, retaining walls, swimming pool floors, pathways, and other landscape features. It also discusses waterproofing methods for roof terraces and features of firefighting shafts.
This document discusses methods for planting and protecting tree saplings. It recommends selecting tree species based on location, using high-quality saplings from recognized nurseries, and planting during the rainy season. Proper planting methods include digging pits, adding compost, and watering regularly. Young trees require protection from animals, which can be provided through trenches, stone walls, iron guards, wire mesh, or wooden guards. Successful tree growth depends on selection, planting, watering, and protection.
Residential rain gardens are shallow depressions planted with native species that allow stormwater runoff from impervious surfaces like roofs and driveways to naturally infiltrate into the ground. They remove pollutants from runoff and add landscape value. Proper siting and installation is important, considering factors like soil drainage and slope. The document outlines steps for sizing, excavating, amending soil, planting, and maintaining a rain garden to maximize stormwater infiltration and pollution removal.
Revegetation - Keeping farmland productive for future generations by Ayla Web...Art4Agriculture
The Cream of the Crop Competition invites students in NSW secondary and tertiary education institutions to create a PowerPoint or a video which can be published on the web and win $500.
The competition invites NSW secondary and tertiary students to promote the importance of agriculture to their peers, to encourage a better understanding of agriculture as well as promote agricultural careers and rural life.
Afforestation of ravine land meghraj poudelsahl_2fast
This document discusses afforestation of ravine lands. It begins with introducing what ravine lands are, how they are formed, and issues they cause. The objectives are to define ravine lands, identify factors influencing their location, outline ravine afforestation practices, and list suitable plant species. It describes methods used like literature review and selecting materials. Results discuss types of ravines, formation stages, need for afforestation, locality factors, soil preparation methods, and choice of species depending on soil type. National practices in countries like Nepal are also outlined. It concludes more protection and afforestation of ravines is needed using suitable soil preparation and plant species selection methods.
SWaRMA_IRBM_Module6_#4, Sediment management including landslide and river ban...ICIMOD
This presentation is the part of 12-day (28 January–8 February 2019) training workshop on “Multi-scale Integrated River Basin Management (IRBM) from the Hindu Kush Himalayan Perspective” organized by the Strengthening Water Resources Management in Afghanistan (SWaRMA) Initiative of the International Centre for Integrated Mountain Development (ICIMOD), and targeted at participants from Afghanistan.
The document discusses soil management practices for cashew plantations in Sri Lanka. It notes that cashew is commonly grown on various soil types ranging from coastal sands to laterite soils. Soil fertility varies widely between soils. Contour planting, contour drains, terracing, and cover crops are recommended to control erosion and increase organic matter, thereby sustaining soil productivity and cashew yields over the long term. Improper fertilizer and pesticide use can lead to pollution if not properly managed.
This document discusses farm drainage and wet soil management. It notes that average monthly rainfall on the farm is 400mm from June to September. Proper drainage can increase pasture growth by 20% and provide a 100% return on investment in the first year. The document provides guidance on diagnosing drainage issues through soil pits, developing a farm drainage plan, using different drainage techniques for different soil types like open drains for sandy soils and mole drains for clay soils. It also covers drain maintenance, options for managing salinity and acid sulfate soils, and emphasizes that the key to managing both is improved drainage.
This document discusses the importance of proper soil conditions and aeration for tree root systems. It notes that tree roots need oxygen to survive and flourish, but that many landscape planting conditions deprive roots of oxygen due to soil compaction, overwatering of lawns, and lack of organic matter. The document recommends using Rootwell systems, which are pipe wells that provide targeted aeration and watering to tree root zones. Studies by Davey Tree and Michigan State University found that Rootwell systems improved tree health and growth in compacted soils compared to trees without the system. The document provides details on Rootwell specifications and installation guidelines.
The document discusses how rain gardens help reduce stormwater runoff and pollution in streams. Rain gardens allow 30% more water to soak into the ground, reducing runoff. They filter out pollutants from sources like fertilizers, oil, sediment, and bacteria. Installing a rain garden involves determining the location, planning the size based on drainage area and soil type, digging the garden in a bowl shape with a berm, and planting native water-tolerant plants. Rain gardens provide benefits like preventing flooding, limiting erosion and water pollution, and providing wildlife habitat.
This document provides information on rose production technology. It discusses the classification of roses, their importance and uses, propagation methods including cutting, layering and budding, climate requirements, soil requirements, planting methods, aftercare including manuring, use of plant growth regulators, irrigation, weeding, mulching and pruning. The key aspects covered are the different types of roses, their propagation through cuttings and budding, climate and soil needs for rose cultivation, and maintenance practices like manuring, irrigation, weeding and pruning.
Landscaping refers to modifying the visible features of an area of land through the incorporation of living elements like plants, natural elements like landforms and water bodies, and human-created elements like structures and fences. Key landscape elements include plants, water features, and stones. Plants are used for their aesthetic and environmental benefits, including defining spaces, providing privacy, and modifying microclimates. Water features like fountains and ponds enhance the landscape and provide habitat. Stones are used for paving, retaining walls, sculptures, and other structural and decorative purposes. Together, the thoughtful incorporation of these natural and manmade elements can transform an area of land.
Vernacular Architecture green house bali AnjuDaharia
The Green School in Bali, Indonesia was founded by John and Cynthia Hardy, environmentalists and designers from Bali. The campus spans over 8 hectares divided by the Ayung River, with classrooms on one side and housing on the other. All buildings use sustainable materials like bamboo, mud, and grass roofs. Over 25,000 bamboo poles have been used to construct buildings like the Heart of School, a large bamboo structure connecting the areas divided by the river. The campus aims to be a model of sustainable design with organic gardens and integration with the natural environment.
To plant a tree successfully, one must select the right species for the location, dig a hole twice as wide as the root ball, create a pedestal for drainage, place the tree in the hole so the crown is level with the soil, backfill with native soil and compost or manure, water thoroughly, and mulch around the base to conserve moisture and suppress weeds. Proper planting techniques help ensure the tree survives and thrives in its new home.
Traditional agricultural implements like the harrow, hoe, hand weeder, moat, chain pump, and dhekli provide several advantages. The harrow cultivates soil to allow crops to grow faster while killing weeds. Hoes are used to shape soil, remove weeds, and harvest root crops. Hand weeders are affordable and require little labor. Moats historically provided defense for buildings. Chain pumps bring water up from wells without labor, saving time and money.
A presentation about rain garden design, installation, and maintenance. Presented by Kate Venturini, Landscape Restoration Specialist with the University of Rhode Island, during the Buzzards Bay Coalition's 2014 Decision Makers Workshop series. Learn more at www.savebuzzardsbay.org/DecisionMakers
The document outlines plans for a sustainable site project at Easton's Resident. The objectives are to 1) divide and reorganize the space, 2) improve stormwater management and water infiltration, 3) develop a natural landscape, and 4) increase social capital through food production. The plans include dividing the space into different functional areas, implementing water capture and filtration features like rain gardens and bioswales, and establishing diverse native plant communities.
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.
Avenue tree and ornamental plants cultivation focuses on growing upright trees suitable for planting along streets and in parks/gardens. Avenue trees provide shade, help counteract rising temperatures from climate change, and improve outdoor spaces. Good avenue trees have straight trunks, balanced crowns, and can withstand traffic/paving once mature. Common choices include trees that tolerate partial paving and have uniform growth habits without irregular branching. Larger avenue trees are preferable as they are less vulnerable to damage and have more environmental benefits.
TRENDS IN SOLID WASTE MANAGEMENT Digital Technologies can play a crucial role in making Metro Rizal's waste management systems more circular and sustainable
David Asbury owns and operates several organic farms in Colorado, including Full Circle Farms and Rocky Mountain Pumpkin Ranch. He recently purchased Strawberry Hill Farm, a five-acre property that had been neglected. The mission is to design an organic commercial apple orchard on the property that includes soil-enriching plants and creates a regenerative environment for people, wildlife, and plants. The design divides the property into zones, with Zone 1 focusing on the area around the house, adding landscaping for outdoor living spaces, drainage solutions, and noise buffers to address challenges from the nearby highway.
The document discusses different types of stones that can be used in landscaping and their applications. It provides details on limestone, sandstone, granite, quartzite, flagstone, slate, cobblestone and other stones. It describes how each stone can be used in walkways, patios, retaining walls, swimming pool floors, pathways, and other landscape features. It also discusses waterproofing methods for roof terraces and features of firefighting shafts.
This document discusses methods for planting and protecting tree saplings. It recommends selecting tree species based on location, using high-quality saplings from recognized nurseries, and planting during the rainy season. Proper planting methods include digging pits, adding compost, and watering regularly. Young trees require protection from animals, which can be provided through trenches, stone walls, iron guards, wire mesh, or wooden guards. Successful tree growth depends on selection, planting, watering, and protection.
Residential rain gardens are shallow depressions planted with native species that allow stormwater runoff from impervious surfaces like roofs and driveways to naturally infiltrate into the ground. They remove pollutants from runoff and add landscape value. Proper siting and installation is important, considering factors like soil drainage and slope. The document outlines steps for sizing, excavating, amending soil, planting, and maintaining a rain garden to maximize stormwater infiltration and pollution removal.
Revegetation - Keeping farmland productive for future generations by Ayla Web...Art4Agriculture
The Cream of the Crop Competition invites students in NSW secondary and tertiary education institutions to create a PowerPoint or a video which can be published on the web and win $500.
The competition invites NSW secondary and tertiary students to promote the importance of agriculture to their peers, to encourage a better understanding of agriculture as well as promote agricultural careers and rural life.
Afforestation of ravine land meghraj poudelsahl_2fast
This document discusses afforestation of ravine lands. It begins with introducing what ravine lands are, how they are formed, and issues they cause. The objectives are to define ravine lands, identify factors influencing their location, outline ravine afforestation practices, and list suitable plant species. It describes methods used like literature review and selecting materials. Results discuss types of ravines, formation stages, need for afforestation, locality factors, soil preparation methods, and choice of species depending on soil type. National practices in countries like Nepal are also outlined. It concludes more protection and afforestation of ravines is needed using suitable soil preparation and plant species selection methods.
SWaRMA_IRBM_Module6_#4, Sediment management including landslide and river ban...ICIMOD
This presentation is the part of 12-day (28 January–8 February 2019) training workshop on “Multi-scale Integrated River Basin Management (IRBM) from the Hindu Kush Himalayan Perspective” organized by the Strengthening Water Resources Management in Afghanistan (SWaRMA) Initiative of the International Centre for Integrated Mountain Development (ICIMOD), and targeted at participants from Afghanistan.
The document discusses soil management practices for cashew plantations in Sri Lanka. It notes that cashew is commonly grown on various soil types ranging from coastal sands to laterite soils. Soil fertility varies widely between soils. Contour planting, contour drains, terracing, and cover crops are recommended to control erosion and increase organic matter, thereby sustaining soil productivity and cashew yields over the long term. Improper fertilizer and pesticide use can lead to pollution if not properly managed.
This document discusses farm drainage and wet soil management. It notes that average monthly rainfall on the farm is 400mm from June to September. Proper drainage can increase pasture growth by 20% and provide a 100% return on investment in the first year. The document provides guidance on diagnosing drainage issues through soil pits, developing a farm drainage plan, using different drainage techniques for different soil types like open drains for sandy soils and mole drains for clay soils. It also covers drain maintenance, options for managing salinity and acid sulfate soils, and emphasizes that the key to managing both is improved drainage.
This document discusses the importance of proper soil conditions and aeration for tree root systems. It notes that tree roots need oxygen to survive and flourish, but that many landscape planting conditions deprive roots of oxygen due to soil compaction, overwatering of lawns, and lack of organic matter. The document recommends using Rootwell systems, which are pipe wells that provide targeted aeration and watering to tree root zones. Studies by Davey Tree and Michigan State University found that Rootwell systems improved tree health and growth in compacted soils compared to trees without the system. The document provides details on Rootwell specifications and installation guidelines.
The document discusses how rain gardens help reduce stormwater runoff and pollution in streams. Rain gardens allow 30% more water to soak into the ground, reducing runoff. They filter out pollutants from sources like fertilizers, oil, sediment, and bacteria. Installing a rain garden involves determining the location, planning the size based on drainage area and soil type, digging the garden in a bowl shape with a berm, and planting native water-tolerant plants. Rain gardens provide benefits like preventing flooding, limiting erosion and water pollution, and providing wildlife habitat.
This document provides information on rose production technology. It discusses the classification of roses, their importance and uses, propagation methods including cutting, layering and budding, climate requirements, soil requirements, planting methods, aftercare including manuring, use of plant growth regulators, irrigation, weeding, mulching and pruning. The key aspects covered are the different types of roses, their propagation through cuttings and budding, climate and soil needs for rose cultivation, and maintenance practices like manuring, irrigation, weeding and pruning.
Landscaping refers to modifying the visible features of an area of land through the incorporation of living elements like plants, natural elements like landforms and water bodies, and human-created elements like structures and fences. Key landscape elements include plants, water features, and stones. Plants are used for their aesthetic and environmental benefits, including defining spaces, providing privacy, and modifying microclimates. Water features like fountains and ponds enhance the landscape and provide habitat. Stones are used for paving, retaining walls, sculptures, and other structural and decorative purposes. Together, the thoughtful incorporation of these natural and manmade elements can transform an area of land.
Vernacular Architecture green house bali AnjuDaharia
The Green School in Bali, Indonesia was founded by John and Cynthia Hardy, environmentalists and designers from Bali. The campus spans over 8 hectares divided by the Ayung River, with classrooms on one side and housing on the other. All buildings use sustainable materials like bamboo, mud, and grass roofs. Over 25,000 bamboo poles have been used to construct buildings like the Heart of School, a large bamboo structure connecting the areas divided by the river. The campus aims to be a model of sustainable design with organic gardens and integration with the natural environment.
To plant a tree successfully, one must select the right species for the location, dig a hole twice as wide as the root ball, create a pedestal for drainage, place the tree in the hole so the crown is level with the soil, backfill with native soil and compost or manure, water thoroughly, and mulch around the base to conserve moisture and suppress weeds. Proper planting techniques help ensure the tree survives and thrives in its new home.
Traditional agricultural implements like the harrow, hoe, hand weeder, moat, chain pump, and dhekli provide several advantages. The harrow cultivates soil to allow crops to grow faster while killing weeds. Hoes are used to shape soil, remove weeds, and harvest root crops. Hand weeders are affordable and require little labor. Moats historically provided defense for buildings. Chain pumps bring water up from wells without labor, saving time and money.
A presentation about rain garden design, installation, and maintenance. Presented by Kate Venturini, Landscape Restoration Specialist with the University of Rhode Island, during the Buzzards Bay Coalition's 2014 Decision Makers Workshop series. Learn more at www.savebuzzardsbay.org/DecisionMakers
The document outlines plans for a sustainable site project at Easton's Resident. The objectives are to 1) divide and reorganize the space, 2) improve stormwater management and water infiltration, 3) develop a natural landscape, and 4) increase social capital through food production. The plans include dividing the space into different functional areas, implementing water capture and filtration features like rain gardens and bioswales, and establishing diverse native plant communities.
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.
Avenue tree and ornamental plants cultivation focuses on growing upright trees suitable for planting along streets and in parks/gardens. Avenue trees provide shade, help counteract rising temperatures from climate change, and improve outdoor spaces. Good avenue trees have straight trunks, balanced crowns, and can withstand traffic/paving once mature. Common choices include trees that tolerate partial paving and have uniform growth habits without irregular branching. Larger avenue trees are preferable as they are less vulnerable to damage and have more environmental benefits.
TRENDS IN SOLID WASTE MANAGEMENT Digital Technologies can play a crucial role in making Metro Rizal's waste management systems more circular and sustainable
My Fashion PPT is my presentation on fashion and TrendssMedhaRana1
This Presentation is in one way a guide to master the classic trends and become a timeless beauty. This will help the beginners who are out with the motto to excel and become a Pro Fashionista, this Presentation will provide them with easy but really useful ten ways to master the art of styles. Hope This Helps.
3. Name l Mujahid Habib
Born l Rampur l U.P.
Birth l 1st January 1992
Sex l Male
Nationality l Indian
about me
general informa
tion
EDUCA
TION
LANGUAGES
ADDITIONAL EXPERIENCES
TOOLS
EXPERIENCE
INTERESTS
90% 90% 80%
50%
90%
60% 70%
90% 80% 95%
50%
75% 75% 80%
Hindi l Mother tongue
l Understanding l Speaking l Writing
English l Upp.Intermediate l Upp.Intermediate l Upp.Intermediate
Urdu l Upp.Intermediate l Upp.Intermediate l Basic
2007 l l High School
2009 l l Intermediate (10+2)
2015 l l B.Arch (1st Division)
2019 l l M.Arch ( !st Division with distinction)
Learning new things, doing creative work, like composing songs, writing,
video editing, sketching, painting ,graphic designing etc, travelling and
reading.
•Completed my 16weeks training from Archimedes India Associates
(Specialised in Hospital Designing)
•Worked with Arg Technocrats,Samia International (two months)
(Project-Housing)
Worked with Tech mitigation Point consultancy as a freelancer (Jan
2015-Jan 2017) Project-Farmhouse,Residential
Worked with Akshay Kaul & Associates (May 2016-April 2017)
Project- Landscape and Architectural Design and ecological
planning (Farmhouses, Residence, College, Hospital
Working with Orionn Architects (Since June 2018)
Working as an independent Architect (Residential and Recreation)
• Participated in 52nd and 53rd Annual NASA Convention
• Participated in International Conference on Islamic Arts and Architecture ,held
during 11th-13th Nov. 2011 at Faculty of Architecture and Ekistics,Jamia
Millia Islamia University ,New Delhi
• Worked for MTV and Deisel in designing Sets for Parkour and Freerunning
Extreme Sport.
• Worked with Techmitigation Point in Designing Farm House in
Gurgaon,Haryana
23. EAST SOUTH EDGE SERVICE ROAD: POROUS
CONCRETE
WEST EDGE ROAD: GRASS AND GRAVEL
PAVERS
NORTH LOADING BAY: POROUS ASPHALT
MANUAL FILLING AND GANTRY AREA:
GRAVEL
ROAD TEXTURES -
FINISHES IN LANDSCAPE
24. POTENTIAL RAIN WATER STORAGE AREAS
UNDER THE LOADING/
UNLOADING
BAY AND EAST EDGE
SERVICE ROAD
BEHIND ELECTRICAL/
WORKSHOP
UTLITY AREA
1
2
TANK LOCATION
25. UNDER THE LOADING/ UNLOADING
BAY AND EAST EDGE SERVICE ROAD
BEHIND ELECTRICAL/ WORKSHOP
UTLITY AREA
38. 1. BAMBOO FENCING
BAMBOO FENCING
OF A SLOPE
The posts (pegs) are live bamboo that
will sprout to provide foliage
Detail showing live bamboo peg
with sprouting leaves
• to prevent soil creep or surface
erosion on a slope
• to hinder gully extension
• to control flood waves along a
river bank
•Live bamboo pegs
for the main posts so that the
whole structure becomes
rooted.
•Shrubs and grasses
planted on the upper side of
the fence to hold small soil
particles.
39. 2. BRUSH MATTRESS
A layer of interlaced live
branches placed on a bank
face or slope
•to hinder erosion
• to reduce the river
velocity along the bank
•to accumulate sediment
•Mattress constructed from live
stakes, fascines, and branches
from species that root easily.
•For loose soil a layer of
biodegradable material such as
loosely woven jute can be
placed under the mat on steep
slopes.
40. •Locally available woven jute net is used as a form of armour on the slope and low growing
grass is planted through the holes.
•The technique is often used to reduce landslides along roads.
•The aim is to protect the bare slope from rain splash erosion, to improve the condition of
the site.
3. JUTE NETTING
Jute netting is a useful way of
stabilizing steep slopes where it is
difficult to establish vegetation
41. 4. CRIB WALL Newly constructed live crib wall made of
bamboo
Live crib wall on slope
SECTION OF A LIVE CRIB WALL
•A box structure made of
interlocking struts and back-
filled with boulders or soil
•used to stabilize steep
banks and protect them
against undercutting.
•Used when volume of
soil to be stabilized is
relatively small.
•Live branches and well-rooted
plants placed between
interlocking logs where they can
grow and develop a root network
that further strengthens the wall
•installed at an angle of 10–15°
towards the slope to increase
stability
42. 5. LIVE FASCINE
•A fascine is a bundle of sticks or brushwood
used in construction, generally to strengthen an
earthen structure, fill ditches, or make a path
across uneven or wet terrain.
•Live fascines are bundles of live branches
intended to grow and produce roots.
•can be placed in shallow trenches
on a stream bank to reduce erosion across the
bank and increase soil stability
•Live fascines can also be used to reinforce
slopes and increase drainage and infiltration
47. Works on natural Wetland process
Suitable to Indian climatic conditions
Unique feature is the use of different types of
aquatic, flowering and ornamental plant that are
locally available for treatment and aesthetic
purpose
Physical, chemical and biological combine in
Phytorid to remove contaminants from the waste
water.
Phytorid technology
49. Live fascine
Live fascines are bundles of live branches intended to grow and produce roots.
Live fascines placed in shallow trenches
to reduce erosion and increase soil stability
Used to reinforce slopes and increase
drainage and infiltration
58. work ca
t
alog
ACADEMIC PROJECTS
1st Year
Bus Stop
Design
College
Gate
Design
Mother
Dairy &
Safal
2nd Year
Architec
t
Residenc
e
Schoo
l
Museu
m
Haat
Design
3rd Year
Hospita
l
3 Star
Hotel
Auditorium
/Art
Gallery
4th Year
Housin
g
Urban
Designin
g
5th Year
Rampur Kisaan
Vikaas Kendra
HOTEL AUDITORIUM
HOSPITAL
URBAN DESIGN
HOUSING THESIS PROJECT