\" urban farming \" submitted in partial fulfilment for the award of degree of bachelor of...
TRANSCRIPT
A
PROJECT REPORTON
“URBAN FARMING”
SUBMITTED IN PARTIAL FULFILMENT FOR THE AWARD OF
DEGREE OF BACHELOR OF CIVIL ENGINEERING
BY:120450106008 RUSHI PATEL
120450106042 DHWANI PRAJAPATI
120450106057 NAMRATA VASHI
130453106015 SMIT GOHIL
GUIDED BY:
Mrs. Payal Shah
DEPARTMENT OF CIVIL ENGINEERING
Shri S’ad Vidya Mandal Institute of Technology,
Bharuch
Gujarat Technological UniversityAhmedabad, May 2016
Shri sa’d Vidya Mandal Institute of Technology, Bharuch
DeclarationWe hereby declare the project report for the project entitled “URBAN
FARMING” submitted in partial fulfillment for the degree of
Bachelor of Engineering in Civil engineering 8th semester of Gujarat
Technological University, Ahmedabad, is a bonafide record of the
project work carried out at Shri sa’d Vidya Mandal Institute of
Technology, Bharuch under the guidance of Prof. Payal Shah and that
no part of any of these has been directly copied from any students
reports or taken from any other source, without providing due reference.
Name of the student Sign of Students
1. RUSHI PATEL
2. DHWANI PRAJAPATI
ii
3. NAMRATA VASHI
4. SMIT GOHIL
ABSTRACT
Urban agriculture is the practice of cultivating, processing, and distributing food in or around a
village, town, or city. It can also involve animal husbandry, aquaculture, agro forestry, and
horticulture. These activities also occur in peri-urban areas as well.
In India we have practiced implementing urban farming projects cities of Delhi, Hyderabad and
Mumbai. My paper aims at making a study on these projects and outcomes of their
implementation.
The population living in cities is continuously increasing worldwide. In developing countries,
this phenomenon is exacerbated by poverty, leading to tremendous problems of employment,
immigration from the rural areas, transportation, and food supply and environment protection.
Simultaneously with the growth of cities, a new type of agriculture has emerged; namely, urban
agriculture. Here, the main functions of urban agriculture are described: its social roles, the
economic functions as part of its multi-functionality, the constraints, and the risks for human
consumption and the living environment. We highlight the following major points. (1)
Agricultural activity will continue to be a strong contributor to urban households. Currently,
differences between rural and urban livelihood households appear to be decreasing. (2) Urban
agricultural production includes aquaculture, livestock and plants. The commonest crops are
perishable leafy vegetables, particularly in South-east Asia and Africa. These vegetable
industries have short marketing chains with lower price differentials between farmers and
consumers than longer chains. The city food supply function is one of the various roles and
objectives of urban agriculture that leads to increasing dialogue between urban dwellers, city
authorities and farmers. (3) One of the farmers’ issues is to produce high quality products in
highly populated areas and within a polluted environment. Agricultural production in cities faces
the following challenges: access to the main agricultural inputs, fertilizers and water; production
in a polluted environment; and limitation of its negative impact on the environment. Urban
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agriculture can reuse city wastes, but this will not be enough to achieve high yields, and there is
still a risk of producing unsafe products. These are the main challenges for urban agriculture in
keeping its multi-functional activities such as cleansing, opening up the urban space, and
producing fresh and nutritious food.
ACKNOWLEDGEMENT
We take this opportunity as a privilege to thank all individuals without whose
support and guidance we could not have partially completed our project in this
period of time. First and foremost we would like to express our deepest gratitude to
our Project Guide Mrs. Payal Shah, M.E. (Water Resources Management),
Assistant Professor in Civil Engineering Department, Shri S’ad Vidya Mandal
Institute of Technology, Bharuch, for her invaluable support, motivation and
encouragement throughout the period, this work was carried out. Her readiness for
consultation at all times, her educative comments and inputs, her concern and
assistance even with practical things have been extremely helpful.
Our special thanks to Mrs. Ruchi Gupta, M.Tech. (Structure), Head of
Department of Civil Engineering Department, Shri S’ad Vidya Mandal Institute of
Technology, Bharuch for her encouragement during the project. We are also
thankful to all the working staff of Civil Engineering Department.
Finally we thank all the unmentioned names and Invisible hands who helped us in
bringing this Project Report to the present form.
DATE: Rushi Patel
iv
Dhwani Prajapati
Namrata Vashi
Smit Gohil
SHRI S’AD VIDYA MANDAL INSTITUTE OF TECHNOLOGY,
BHARUCH
CERTIFICATEThis is to certify that the project entitled, “URBAN
FARMING” has been carried out by Rushi Patel, Dhwani
Prajapati, Namrata Vashi and Smit Gohil under my guidance
in partial fulfillment for the degree of Bachelor of Engineering
in Civil Engineering of Gujarat Technological University,
Ahmedabad during the academic year 2015-16. The students
have successfully completed all the activities under my
guidance.
Internal Guide External Examiner Head of the Department
v
Mrs. Payal Shah Mrs. Ruchi Gupta
M. E. (WRM), M. Tech. (Structure),
Asst. Prof., Civil Dept., H.O.D., Civil Dept.,
SVMIT, Bharuch. SVMIT, Bharuch.
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LIST OF FIGURES
Figure - 1 Activity Sheet
Figure – 2 Environment Sheet
Figure – 3 Interaction Sheet
Figure – 4 Object Sheet
Figure – 5 User Sheet
Figure – 6 Empathy Mapping
Figure – 7 Ideation Canvas
Figure – 8 Product Development Canvas
Figure - 9 Food System
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LIST OF TABLES
SR NO TABLE NO TABLE NAME
1 Table - 1 Prior Art Search
2 Table – 2 Characteristics of Urban Farm
LIST OF ABBREVIATIONS
vii
ABSTRACT
ACKNOWLEDGEMENTS
CERTIFICATE
TABLE OF CONTENTS
LIST OF FIGURES
LIST OF TABLES
LIST OF ABBREVIATIONS
LIST OF SYMBOLS
Chapter 1: INTRODUCTION………………………………………………...…….....4
1.1 Introduction…………………………………………………….………………….....….. 4
1.2 Problems Summary……….. …………………………………………….………..…….. 4
1.3 Aim & Objectives of the project………….……………………………………..…...….. 5
1.4 Brief Literature Reviews………….……………………………………………..…...….. 6
1.5 Prior Art Search (PAS) ……………………………...…..……...…….….………..…….. 7
1.6 Plan of their work………………………………………………… ……..………..…….. 8
Chapter 2: DESIGN METHODOLOGY………………………….................................9
Chapter 3: URBAN FARMING ………………………………..….................................22
3.1 Introduction……………………………………………………………….………....….. 22
3.2 Characteristics of Urban Farming…………………… ……………………....……..….. 23
3.3 Why Urban Farming matters??..................….......................................................…..….. 24
3.4 Unleashing the potential of Urban Farming ….………...……….……...……….…..….. 27
3.5 Urban Farming Land Types………… …..…………..……….……………...….…..….. 29
3.6 Urban Farming Practices…….. …..…………..……….………………………...…..….. 30
3.7 Challenges and Consideration for Farming Practices………...………..……….…....….. 33
Chapter 4: LITERATURE REVIEW ………………………………..…....................
4.1 Urban agriculture in India and its challenges
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Chapter 5: CASE STUDIES ………………………………..…....................
REFERENCES …………………………………………………..…....................................35
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INTRODUCTION Chapter:1
1.1 Introduction
Urban farming, however, refers to the growing, cultivating and distributing of food within a city
or town boundary to generate revenue.
The meaning of Urban Agriculture is not confined to the cultivation of a few vegetables and
fruits for daily use or a few flower plants in the home garden. On the contrary, it
broadens to entrepreneurship of different crops and livestock production and/or agricultural
product management processes. Urban agriculture can be identified as the agricultural
entrepreneurship carried out in urban and suburban areas or within municipal limits. Various
methodologies are employed to bring about agricultural diversity related to factors such as
production, processing and marketing. The key attempt here is to maximize limited land space,
water availability and recycling of food and non-food materials in the process of sustainable
development.
1.2 Problem Summary
Urbanization is one of the key drivers of change in the world today as the world's urban
population will almost double from the current 3.5 billion to more than 6 billion by 2050. It is a
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challenge not only for urban areas but also for rural areas. Supporting the most vulnerable group
in an urbanizing world, demands discussions on food, agriculture and cities in the context of
rural-urban linkage. Now a day we see that globally concept of urban agriculture is quite popular.
This involves farmers finding space in the city - backyards, vacant lots, parking lots, rooftops,
parks, private or public spaces to grow food for wholesale and retail sales to urban consumers.
This revenue-generating aspect of urban farming creates a whole new set of challenges and
opportunities for the farmers themselves and for local governments. It is these unique challenges
and opportunities of urban farming.
1.3 Aim and objectives of the project
AIM:
Farmers will live in towns.
To provide employment to the peoples.
Link between livelihoods and informal sectors.
To supply food to the peoples.
OBJECTIVES
a) Farmers will live in towns
According to the 2005 Revision of World Urbanization Prospects (UN, 2006), by 2030,
more than 50 per cent of the African population is expected to live in cities.
For example, in Cameroon today, 50 per cent of the population already lives in cities; by
2030, this number is expected to be more than 70 per cent. With the rise of mega-cities,
secondary towns and small urban settlements will spread into rural areas, increasing
population densities even in remote areas.
The traditional distinctions between urban and rural lifestyles are becoming redundant, and
we can reasonably expect a convergence in developing countries between these two
lifestyles (Cohen, 2004).
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b) Urban agriculture will provide employment
The social impact of agriculture is still predominant in Africa. In the absence of formal
employment opportunities from other sectors of the economy, industries and services,
agriculture remains a necessary contributor to livelihoods
However, the economic impact of agriculture at the country level is not always so
significant.
The social impact of agriculture is therefore very important, especially for small-scale
farming. As much as 80 per cent of all farms are family farms, accounting for most rural
employment.
The social impact of agriculture is therefore very important, especially for small-scale
farming. As much as 80 per cent of all farms are family farms, accounting for most rural
employment.
The lack of employment opportunities in the industrial sector or in the service sector makes
agriculture essential to the livelihoods of millions of people in developing countries
Trends in urban growth and the rise of urban farmers will affect productivity in agriculture
by reducing the area of arable land, especially in regions of high population density. They
will also influence environmental issues, such as reduced fallow time and multiple
cropping cycles in one year
c) Livelihoods and the informal sector
Rural-urban linkages are increasing and the distinction between the two sectors is already
causing conceptual problems for national statistics institutes
Very little is known about local economic activities and livelihoods.
Local economic activities are difficult to assess, because of
a. underground production such as registered traders with deliberately concealed production;
b. Illegal production such as fuel smuggling.c. informal production, “unregistered traders” mostly at household
level;d. household production for auto-consumption
A major feature of Urban Agriculture (UA) is the diversity of the socio-economic profiles
of the actors involved, and their varying income and livelihood strategies, a reflection of
the diversity of the labor and capital basis in urban areas
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The informal sector also needs to be taken into account, because it impacts most other
sectors of an economy and the methodological frameworks for surveys.
1.4 Brief literature review
Chapter I introduces the thesis by briefly describing the background of problems and
significance of the study. The research objectives, methodology, scope and limitations are
identified.
Chapter II gives overview of design of canvases.
Chapter III includes Urban Farming.
Chapter IV summarizes results of the literature review.
Chapter V summarizes case studies.
1.5 Prior Art Search (PAS)
Sr.
noPatent topic
Publicatio
n number
Publication
dateInventor
1 New generation farm system 31/2015 31 July 2015 Dr m g gireeshan
2Method & system for decontaminating
soil29/2015 17 July 2015 Yoshida, hideo
3 Mixotrophic method of aquaculture 21/2015 22 may 2015 Farshad
4 Solar multipurpose handcart for hawkers 26/2015 26 June 2015 Dr. B. Kothavale
5Design of weed assisted wastewater
bioremediation system for irrigation use17/2014 25 April 2014 Dr. P. Khankhane
6Automatic water provider at limited time
& amount10/2014 7 march 2014 Vijay khuperkar
7New invented procedure for fertilizer
applications2/2014 10 Jan 2014 nilesh malekar
8 Vertical farming 46/2013 15 Nov 2013 R. K. Bharti
9 Glasscrete building blocks 52/2014 26 Dec 2014 N. Sudharsan
10Method and system for controlling
irrigation 28/2015 10 July 2015
Kolar,
channabassappa
11A machine for cultivation in agricultural
field15/2014 11 April 2014
Sankar narayan
mahato
12 A system for pollution control gardening 17/2014 25 April 2014 Ghosh, parphull
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chandra
13A system for watering and seeding the
farming land9/2014 28 Feb. 2014
Suresh mukati s/o
harikishanji
mukati
14 Structure for aquatic farming 44/2012 2 Nov 2012 Vadassery, nelson
Table – 1
1.6 Plan of the work
1. The results of this project are presented in several different formats.
2. This written report helps to define and describe urban agriculture and local food system
efforts within urban, rural, metropolitan areas and all other cities across the nation.
3. A report is a static document that is good only at the time of writing.
4. Thus, a second output of this project is a dedicated web page created within SVM
Institute of Technology extension’s website to provide information and resources on
urban agriculture as part of larger food system efforts.
5. The third output, maximum use of existing resources that cities can use to support and
encourage agriculture and local food system strategies.
6. This report also affords access to existing ordinances concerning urban agriculture as
well as educational and promotional efforts made by cities to help advocates and
practitioners of urban agriculture.
7. this report is meant to be a dynamic tool that can help cities share information and
resources with each other and the general public in the rapidly emerging field of urban
agriculture
8. Now in actual practice following steps we need to follow
i. First of all we have collect the data from concern authority. I need the help
from the agricultural department to work ahead on my particular project.
ii. After that we have to decide proper site at which we can apply our concept
of urban farming.
iii. Whichever place we decide, we need to perform all agricultural test
related to soil.
iv. We have to decide few important decision for farming such as crop
pattern, irrigation techniques, type of crop, crop period.
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v. Then we need to collect all the equipment which is required especially for
urban farming.
vi. According to all test result we need to select proper soil which is most
suitable for crop.
vii. The arrangement for proper sunlight is made at economical cost.
viii. After that we have to check that, the method which is used for urban
farming is beneficial to us or not.
DESIGN METHODOLOGY Chapter:2Observation Record Sheet (AEIOU Framework)
Activity Planning
Surveying
Crop pattern
Requirement for crop
Availability of source
Estimation
Investigation
Agricultural activities
Soil test
Activities are goal- directed sets of actions – paths towards things people want to
accomplish .this network shows activities which are involved in farming, irrigation etc.
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Figure - 1
Environment
Style
Type of crop
Irrigation method
Terrace farming
Staircase farming
Gallery farming
Materials
Fertilizers
Soil structures
Pots
Atmosphere
Humid
Arid
Sunlight proportions
This whole framework includes that how environment effect the different type of the urban
farming techniques.
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Figure - 2
Interactions
Irrigation department:- Responsible of irrigation department is to
construction and maintenance of irrigation system, flood protection and
drainage works, to cater the power needs the state irrigation department
Agricultural department:- Responsible of agricultural department is to
coordination and monitoring of Agriculture Production Programme
Urban authority
Building planner
Residential people
Different material agencies
Interaction are between a person and someone or something else, they are the building blocks of
activities. This network is all about the interaction in urban farming.
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Figure - 3
Objects
Different type of soil
Type of fertilizers
Water
Reflected mirror
Agricultural equipment
Object are building blocks of the environment, key elements sometimes put to complex or
unintended uses. This framework shows the different equipment and objects used in urban
farming
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Figure - 4
USER
Irrigation department :- Responsible of irrigation department is to construction and
maintenance of irrigation system, flood protection and drainage works, to cater the power
needs state irrigation department
Agricultural department :- Responsible of agricultural department is to coordination and
monitoring of Agriculture Production Programme
Horticulturist: - Amenity horticulture covers the design, construction, management and
maintenance of living, recreational and leisure areas. Users are the people whose behavior
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preferences, and needs are being observed.it consists of people those are influenced by the
facility of solid waste management
Figure - 5
1) Empathy Mapping
User
Town planner
Farmer
Residential people
Activities
Estimation
surveying
crop pattern
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water requirement
planning
soil test
Stakeholder
Agricultural engineer
Irrigation engineer
Figure - 6
2) Ideation canvas
People
Town planner
Farmer
Residential people
Urban authority
Agricultural engineer
Irrigation engineer
Environment engineer
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Activities
Planning
Surveying
Crop pattern
Requirement for crop
Availability of source
Estimation
Investigation
Situation/Context/Location
Lack of agricultural land
Balancing urbanization with agricultural
Waste reduction
Green jobs and innovation
Parking farming
Balcony farming
Floating farming
Terrace farming
Rapid growth of urbanizations
Props/Tools/Objects/Equipment
Cultivator
Reflector
Pipes
Sprinkler
Chisel
Sprayer
UV rays bulb
Plant cutter
Bike and carts
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Figure - 7
3) Product Development Canvas
Purpose
Increase farming
Utilization of constructed area
Increase crop yield
Reduce pollution
People
Town planner
Farmer
Residential people
Urban authority
Agricultural engineer
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Irrigation engineer
Environment engineer
Product Experience
Use of marginal area
Less use of fertilizer
Less use of pesticides
More economical
Product Functions
Save environment
Availability of pure oxygen
Save water
Food security
Use of recycled water
Component
Raised bed gardening
Grow boxes
Green house production
Nursery pots
Vertical production
Customer Revalidation
Access to water
Access to land
Access to sunlight
Farm structure
Nuisance of farm
Reject ,Redesign, Retain
Dirty environment
Unpleasant smell
Soil contamination
Irrigation with portable water
No water cost
Maintenance
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Figure - 8
URBAN FARMING Chapter:3
3.1 Introduction
Urban agriculture is becoming a household word for many municipalities and most often brings
to mind community gardens or edible landscapes. Urban farming, however, refers to growing
food in the city to generate revenue. This involves farmers finding space in the city - backyards,
vacant lots, parking lots, rooftops, parks, private or public spaces to grow food for wholesale and
retail sales to urban consumers. This revenue-generating aspect of urban farming creates a whole
new set of challenges and opportunities for the farmers themselves and for local governments.
The term “urban” is used here to define the regulatory boundaries of a municipality and is not
intended to imply a particular degree of building density. It is likely that some farmers who are
currently producing food within town boundaries may not self-identify as “urban farmers”.
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The term “food system” includes food production, processing, distribution, marketing,
consumption, and food waste. Like water, energy and waste, the food system plays a
fundamental role in urban systems and many North American cities and towns are beginning to
find ways to make their current food systems (where their food comes from, how it is grown and
distributed, how its consumed, and how food waste is recovered) more sustainable. This includes
decreasing the distance that food travels, preserving local farmland, increasing food security and
awareness about healthy food, and providing facilities for organic waste recovery.
Figure – 9 The dimensions of the food system from land to waste.
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Fig.
3.2 Characteristics of Urban Farming
1. The farmer:
Over the past 10-15 years, the farmer has emerged, willing to revive remnant urban farms or find
space within the confines of the built environment, to produce and sell food. Some of these
farmers are choosing this route simply because they can’t access rural farms due to high land
prices or lack of available land. Many are entrepreneurs, sometimes part of collectives, who are
utilizing innovative growing methods to produce high yields in the small spaces they can find in
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the city. Unlike farmers of the past, these new farmers do not necessarily come from agricultural
backgrounds. A study of Vancouver farmers found that only 35% of operators had experience
growing up on a farm or more than five years farming experience (Schutzbank, 2011). In BC,
there appears to be two new farming cohorts: i) early retirees with start-up capital who are
moving out of large cities into more rural communities, and ii) university educated young people
often with very little start-up capital.
2. Diverse urban farming business models:
Urban farmers and their businesses can vary greatly in both experience and approach. Urban
farming businesses tend to be either a social enterprise or a for profit business model. Social
enterprises often have mandates that address food security, local food and community
development, and the revenue from these farms goes back into the operation. For profit farms are
often started by entrepreneurs with similar mandates to social enterprises, but work under a
conventional for profit model, where revenues go back to the farmer and operation.
3. Alignment with other organizations and businesses:
Being in the city, urban farms are often high profile and can have great potential for
collaboration within the community by building partnerships with developers, the food service
industry, schools, community organizations, and local governments. Some are also becoming
educational hubs for growing and eating healthy food. As a new practice, standards, techniques,
and business operations are still being fine-tuned; however, they are proving to be successful
enough to attract a market in local food retail and foodies alike. They can also align with many
of the food system, green economy, and community development strategies being adopted by
local governments.
4. Nature of urban farm practices:
Urban farming can be considered part of the spectrum of agricultural geography. Urban sites are
micro-scaled with growing space that is typically less than one acre and within close proximity
to urban activity. Commercial and residential neighbors are closer to urban farms and farming
operations can be impeded by concern for public health, safety, and aesthetics, among others.
Equipment tends to be limited to hand tools with the rare exception of a rototiller or tractor.
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Facilities are usually limited to small greenhouses and tool sheds, rarely large barns. Mixed
produce is a typical crop while chickens or bees can be included only if bylaws permit. Food is
distributed straight to the source whether it is at a farmer’s market, through food deliveries, or
directly to grocers and restaurants. Overall yields are smaller but yields per unit area can be
higher than traditional rural farming.
5. Centralized market and resources in an urban environment:
In a city, urban farmers are closer to their market, to other farmers, and to supportive
organizations which allows them to share training and resources, and to collaborate with others
to reach wider audiences. There also tends to be a larger population of foodies, supportive
restaurants, and grocers that create a demand for urban farming products.
Currently, and for the foreseeable future, urban farming is and will continue to be a small but
potent dimension of local food systems. Small due to the size of the emerging industry, but
potent due to the many other opportunities urban farming can help develop. One of the most
direct benefits of growing food in or near towns and cities is the new source of products and
people that adds value to local communities.
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3.3 Why Urban Farming matters??
Urban farming has emerged at the frontier of a burgeoning trend in local food and community
resiliency. Local food retailers, restaurants, and consumers are responding as partnerships with
chefs and even mainstream grocers are being established. Vegetables farmed in the city are
finding their way onto menus, food carts, and produce stands. As a result, linkages in the local
food chain are becoming stronger in concert with a growing consumer demand for local and
sustainably grown food. Although it is not expected that these farms will ever feed a whole city,
they have great potential for increasing community health through providing secure access to
fresh food in the face of rising food prices, as well as stimulating community wealth with new
sources of jobs and entrepreneurial opportunities.
The urban farming trend is not being ignored by local governments as many municipalities are
starting to incorporate policy for more local food systems into their planning processes. Support
for initiatives associated with food systems is showing up in Official Community Plans,
Agriculture Plans, park and neighborhood designs, and food strategies.
xxxv
At the same time, with this rapidly growing interest, many local governments are struggling with
how this fits into their land use polices, regulatory systems, and scope of operations, especially in
the context of land being re purposed for growing food. Urban farmers are also looking for ways
to eliminate barriers to the practice of farming in the city. The emerging need and opportunity
around urban farming is to integrate these activities in a safe and beneficial way.
The Benefits of Urban Farming
Fig.
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The businesses that comprise the emerging urban farming sector provide a number of benefits to
the community. Food is often grown using low chemical inputs; fresh food products are
distributed and directly marketed to food retailers, farmer’s markets, restaurants, and others often
using alternative or low carbon delivery methods. Farms can be a conduit for waste recovery,
providing supply for the demand for organic composted soil. Also, the presence of the farm is
often highly visible to the public, raising awareness about food and farming, and often providing
opportunities for education about growing and eating fresh produce. Finally, urban farms provide
a training ground for young farmers who are interested in the farming process. These new
farmers are a much needed resource to replace retiring farmers. Specific areas of local
government interest and linkages to urban farming are discussed below.
1. Green Jobs and innovation:
Urban farms foster entrepreneurs and provide a conduit for innovation. Urban farmers with small
growing spaces are coming up with innovative ideas for how to produce high yields and a
reasonable return. Models such as aquaponics, vertical farming, micro-green operations and
greenhouses on rooftops are all innovations that are emerging in North American urban farms.
Although they are just starting out, many of these innovations are getting media coverage and
buy-in from local businesses and consumers, helping to put urban farming on the map. Jobs in
urban farming are being created and job training in urban contexts is preparing would-be farmers
to scale up and move onto larger farms.
Urban farms can be set up as a social enterprise to generate revenue and create jobs for local low
income communities. For example, SOLE food, a Vancouver urban farm, was started as an
initiative to provide employment and training opportunities for Vancouver’s inner-city residents.
In 2012, they employed 25 staff from their sales revenues (Dory, 2012).
2. Waste Reduction:
In BC, food waste makes up 40% of residential waste and organics, and made up a quarter of the
overall waste stream in 2006 (Ministry of Environment, 2010). This category is comprised
primarily of compostable items such as food and yard waste. Urban farms have the potential to
redirect food waste into compost for food production. Reusing organics for farming is a form of
energy recovery and given that more hydrocarbon energy is used to produce food energy, this is
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an important part of making agriculture more sustainable. Urban farms can also provide
composting education to the public to encourage food waste reduction. With heavy foods, such
as water-rich produce, reducing the travel distance to the point of purchase reduces greenhouse
gas emissions and allows for more transportation alternatives such as cycling. In 2011, Loutet
Farm diverted waste from City of North Vancouver parks (16 truckloads) into on site compost
(City of North Vancouver Parks and Environment Advisory Committee, 2012).
3. Urban Revitalization:
Many urban farms are located in under-utilized urban spaces such as vacant lots or under-used
parks. What was once a derelict space can become a lush green space and hub of activity for the
community and urban farmers? Green City Acres, an urban farm in downtown Kelowna, has one
site located on what was once a derelict vacant lot overlooked by surrounding condominiums.
Since the farm was established, the farmer has been receiving accolades from many of the
condominium owners for beautifying and activating the space (Stone, 2012).
4. Community education and development:
A 2007 study of producers showed that urban agriculture groups tend to play a role in social
cohesion, education, and advocacy for specific causes or policy changes (Santanderau & Castro,
2007). Farms in the city can become urban features that inspire awareness and conversations
about food, whether supportive or controversial. Many farmers will attest to the streams of local
and out of town visitors who come to see their farms in action.
Urban farms can also become community hubs that celebrate and raise awareness about local
food. Events such as festivals, harvest dinners, cooking, or growing demonstrations, and
educational programs can inspire DIY activities involving growing your own food, making
cheese, beekeeping, cooking and preparing food. Some programs cater to certain groups such as
ethnic groups, low income families, seniors, and children. Urban farmers often host public events
that involve other organizations or industry sectors including local chefs and food and farm
organizations. Many farmers are also asked to speak about local farming or teach growing
techniques. Some urban farmers are also technically savvy with websites, blogs, Twitter and
Facebook accounts dedicated to promoting their farm and educating the virtual world about local
food.
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The associated benefits of urban farms extend too many facets of the health and wealth of a city.
These can include education and training about eating and growing local food, increased
awareness about where food comes from, and training for farmers, all of which are in great need
as older generations of farmers continue to retire and urbanization continues to rise.
3.4 Unleashing the Potential of Urban Farming:
Farming in urban spaces can pose a number of unique challenges for both regulators and farmers.
For example, in many towns and cities, agriculture is not a permitted use outside of the
Agricultural Land Reserve or on agriculturally zoned lands. To an extent this makes sense as
agricultural and urban land uses have historically been separated to avoid conflicts between
differing land uses. However, modern urban farms tend to be smaller scale and focused on higher
value crops and low impact growing techniques, thereby avoiding some of the historical
problems of integrating agriculture where people live, work, learn, and play.
This section will describe and discuss these challenges based on the key dimensions or processes
of the urban farming practice from both regulatory and urban farming standpoints, as well as
provide examples of local government responses to these challenges.
Dimensions of urban farming include:
Land and Land Access
Production
Processing and Distribution
Celebration and Education
Waste Recovery
Key policy, land use, and administrative barriers for urban farmers:
A lack of policy and regulations addressing urban farming in statutory plans (such
as OCPs) and zoning bylaws.
Possible noise,dust, traffic, pesticide use, and odor associated with farming
activities.
An increase in real or perceived risks to health and safety.
A lack of appreciation of the regulatory and farming realities.
A lack of licensing specific to the nature and operations of farming businesses.
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Restrictions on the selling of produce from farm sites.
Restrictions on keeping small livestock and farm animals (e.g., chickens and
bees).
Restrictions on farm structures such as greenhouses and storage sheds.
3.5 Urban Farming Land types:
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3.6 Urban Farming practices:
The core characteristics of urban farm practices are summarized below. While there is great
diversity of techniques and approaches within urban farming, this description is intended to
orient the reader to some of the most common characteristics of urban farming.
1. Farm practices:
Urban farming practices tend to be more intensive involving techniques such as SPIN farming
and permaculture to allow for high yields in small spaces. Other innovative urban farming
techniques are also emerging such as aquaponics, a system that combines aquaculture (raising
aquatic animals in tanks) with hydroponics (cultivating plants in water), and vertical farming
operations (for definitions see glossary). While not all urban farms will necessarily be organic, it
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is desirable to limit or prohibit the use of agricultural chemicals in urban areas, as many
municipalities have done already with cosmetic pesticide bans.
2. Crops:
The most common type of crops for an urban farmer are fresh produce (salad greens, vegetables,
berries, and fruit). Fresh produce is less regulated and easier to package and transport than other
food products such as meat and eggs. Livestock is less common due to regulations, space, care,
and nuisance complaints.
3. Soils and growing mediums:
As most urban farmers use organic (i.e., natural) methods of production (i.e., no chemical
fertilizers), healthy soil is vital for healthy crops. Compost is one of the main ingredients for
growing, and a key feature of any farm. However, due to space restrictions or regulations that
prohibit them from composting, many farmers cannot produce enough compost, relying on
imported soil instead. Urban farms have the potential to become centers for organic waste
recycling, where neighborhood food waste could be composted and put back into food
production. Soil contamination in urban areas is a common concern for farmers and measures are
often used to mitigate this, such as soil testing, soil remediation and utilizing raised planter boxes
for production.
4. Water:
Like any farm, a reliable water source is required for irrigating crops, washing harvest and
equipment, and general farm hygiene. Water in a city can come from many sources including
piped water, well water, and treated storm water.
5. Structures:
Structures required for urban farms can include storage sheds for tools and equipment, potting
sheds, greenhouses, cold or dry storage structures such as root cellars, and kitchen facilities for
food handling and processing. Some urban farms may also require facilities for teaching, which
could include kitchens and classrooms.
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6. Value-added processing:
The sale of value-added products such as canned fruit, pickled vegetables, and jams/jellies, are
considered medium to high risk according to provincial health regulations. This means that there
are many restrictions on small scale processing and regulations are often very challenging for
small producers to adhere to.
Links between certified commercial and/or community kitchens provide an opportunity for urban
farmers and local food processors. Selling value added products can provide a key source of
revenue and help decrease food waste. Future urban farms could also have on-site food
processing facilities for larger scale food processing. This would help decrease food waste before
it is consumed (e.g., over-ripe fruit and bruised vegetables that can’t be sold from local grocers)
and provide a diversity of local food products.
Table - 2
3.7 Challenges & Considerations for Farming Practices:
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Urban farmers can face certain challenges that are not necessarily experienced by rural farmers.
These include:
1. Small livestock: The raising and selling of most livestock (and related products such as
honey, milk, eggs), if permitted at all, is usually limited to bees and chickens. The sale of
both eggs and chickens are regulated by Provincial health regulations. However, small
livestock is often considered an essential part of the farm system and is an important
component of nutrient cycling or pollination. Bees and chickens in urban areas can also be
problematic due to real or perceived risks associated with health and safety; how to deal with
them is often a divisive public policy issue. However, there are ample resources and
examples of how to manage and plan for bees, hens, and other fowl including examples of
how to keep them safely, ethically, and with no negative impact on neighbors.
2. Access to water: Irrigation can be a challenge if infrastructure is not in place, if the water
source is limited (e.g., well water), or if the water is metered, which adds an extra cost. There
also may be concerns around the use of potable water for irrigation in terms of straining local
drinking water resources and adding costs for the general tax base. Accessing water for
gardening or small-scale farming can be a more serious concern in places with water
restrictions or a lack of ground or surface water access. Municipal water hook ups may be
expensive or simply not available.
3. Soil: Often soil in urban areas is contaminated or too compacted to use, which may limit in-
ground growing potential. Soil testing may be required for food production, which can be
expensive. With limited space for compost production, urban farmers often have to bring in
soil, which can be cost prohibitive and in some cases may require a soil deposition permit. In
terms of composting, some municipalities prohibit composting outright limiting soil healthy
production.
4. Farm structures: Structures such as greenhouses and storage facilities and fencing may
require building permits, or may be prohibited altogether by zoning bylaws. Greenhouses are
also associated with light and noise pollution and require careful regulation in residential
areas (e.g., maximum size, light pollution mitigation strategies, etc.).
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5. Nuisances: Nuisances from farm activities that may cause concern include aesthetics, dust,
unpleasant odors, disruptive noises, visual impact of farm buildings and unkempt gardens,
and contamination of surface or ground water sources. Due to the fact that the Right to Farm
Legislation may or may not apply fully or in part to urban farming activities, municipalities
may find that they need to more heavily regulate farm practices and/or and mediate
conflicting stakeholder interests through consultation and facilitation, especially in
geographic areas with facing challenges.
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LITERATURE REVIEW Chapter:4
Before embarking on to the study of any area of interest it is essential to look into the pertinent
work previously done on it. Since it gives a fabulous insight about the topic and gives way to
mend away the lacunae left in the process of exploration of the research study. It helps in finding
out the new horizons of our field of research. Therefore this chapter is devoted for an analysis of
various literatures available on urban farming.
4.1 URBAN AGRICULTURE IN INDIA AND ITS CHALLENGES
Pranati Awasthi Infrastructure Systems, CTRANS
IIT RoorkeeABSTRACT
Urbanization is one of the key drivers of change in the world today as the world's urban
population will almost double from the current 3.5 billion to more than 6 billion by 2050. It is a
challenge not only for urban areas but also for rural areas. Supporting the most vulnerable group
in an urbanizing world, demands discussions on food, agriculture and cities in the context of
rural-urban linkage.
Now a day we see that globally concept of urban agriculture is quite popular. And we Indians are
quite famous for copying the most prevalent styles of developed nation in India without proper
assessment. Urban agriculture is no doubt a concept that has made significant impact in few
cities of world like Boston, US and Bangkok, Thailand.
Urban agriculture is the practice of cultivating, processing, and distributing food in or around a
village, town, or city. It can also involve animal husbandry, aquaculture, agro forestry, and
horticulture. These activities also occur in peri-urban areas as well.
In India we have practiced implementing urban farming projects cities of Delhi, Hyderabad and
Mumbai. My paper aims at making a study on these projects and outcomes of their
implementation.
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CONCLUSION
Urban agriculture, at first glance, may appear to be a fairly simple topic: Scatter a few plots
about the City and let residents start gardening. In reality, however, urban agriculture impacts a
community in a variety of ways, from providing food security, environmental benefits, and even
modifying a city’s urban form. Similarly, in spite of its
seeming simplicity, urban agriculture does not just happen. To foster the development and
growth of urban agriculture, a city may have to consider implementing techniques that include
zoning ordinances, comprehensive plans and, in some cases, state legislation.
The take-away lesson for us is that people’s livelihoods have to be at the center of any discussion
about sustainability and making changes. At a most basic level the need to provide for oneself
and one’s family is a major driver of behavior. We need to be able to recognize this tension
between short-term livelihood decisions and long-term sustainability goals and forge a path that
works with people’s need to provide for their families, but does so in an environmentally and
socially conscious way.
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CASE STUDIES Chapter:5
5.1. CASE OF HYDERBAD
Urban agriculture is the new culture that is catching up in Hyderabad city. More than 4000
households in the outskirts of the city currently are self reliant for the vegetable needs of the
family. This time Horticulture department for a change is giving subsidy directly to the citizens
instead of farmers who want to grow of complete nutrients set of vegetables.
Horticulture department director K Devamuni Reddy said that the initiative as part of urban
farming is met with good response since it was initiated two months back. "We give the citizens
who are ready to grow a cluster of vegetables at their home a subsidy of Rs 360 and they have to
spend other Rs 1200 from their pockets" he added. This subsidy kit involves four silatin round
beds, red earth, farmyard manures, 14 bags and other essential things to grow a garden at home.
Officials said though the citizens have to spend additional Rs 400 to 500 for transporting,
response has been more than good. Mostly people in Uppal, Dilsukhnagar, LB nagar,
Vanastalipuram who have own houses have shown good interest with more than 4000 subsidy
kits being distributed so far. Officials plan to increase this number to another 1000 in next few
months.
5.1.1. Challenges faced
On Paper, on reports, and on official projections, Official records all seems to be attractive and
successful, but the realistic scene is completely opposite. The four areas mentioned in the news
report, UPPAL, Dilsukhnagar, L.B.Nagar and Vanasthalipuram are so crowded, houses in these
areas have no space for gardening or for drying the clothes, houses are built on 200 to 500 square
yards have double or triple storied buildings, as these areas fetch good rents, most of the owners
have rented out, tenants are not allowed to grow any trees or vegetables, very few houses on the
outskirts of the city, say near Hayathnagar, Ghatkesar and others may have purchased few kits,
but the result may not have been satisfactory.
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5.2. CASE OF DELHI
The Yamuna River runs through the middle of Delhi -- India's second largest metropolis and
home to a population of over 18 million inhabitants. But very few of this city's residents or
visitors know that along the banks of the Yamuna live thousands of urban farmers. Contrary to
what one who learns of them might assume, these urban farmers are not recent migrants forcibly
displaced from rural areas and only able to find work in Delhi as agricultural laborers. Rather,
they have been cultivating vegetables along the banks of Yamuna for several generations. Yet
still, since they are without government identification cards and do not own the property on
which they farm, these farmers are among the most vulnerable population in urban Delhi -- not
only unknown, but also invisible. Despite having no access to government services, living under
constant threat of eviction, and having to rebuild their houses each year after the river banks
flood during the monsoons, the Yamuna farmers speak enthusiastically about farming vegetables
in the Delhi city center in favor of growing grain crops in the rural provinces as they did
generations ago. But with the recently opened metro stations along the banks of the Yamuna and
the likelihood of new developments, the future of this vulnerable population is uncertain. From
preliminary research, one comes under the impression that there is little to no significant urban
agriculture in Delhi. But as one goes deep inside will find out that there is in fact extensive urban
agriculture in Delhi, and on a scale that far exceeds that of the cities that typically come to mind
on the subject. Yet, urban agriculture in Delhi exists in such a way that it is both intensively
practiced and decidedly irrelevant.
5.2.2. Challenges faced
The Yamuna farmers present a paradoxical situation. On the one hand, they are a very significant
subject for urban agriculture globally in terms of the sheer scale of their production. But at the
same time, there is the imminent threat of development and it is unlikely that the farmers will
exist in this capacity for much longer
5.3 The City of Campbell River
Although farming is not a primary industry in the City of Campbell River, agriculture plays an
important role both socially and economically. In fact, the City has a vision to produce 10% of
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its own food by 2031, and has developed strategies to move in that direction. In 2011, the City
adopted its Agricultural Plan, which outlined a number of strategies to support agriculture and
urban farming, and in 2012, the City’s Sustainable Official Community Plan outlined agriculture
as a key driver of social and economic vitality.
With a significant amount of viable farm land within City boundaries (both ALR and non-ALR
land), and a foundation of agricultural knowledge and local food interest, the groundwork is
being laid toward realizing the City’s vision.
5.3.1 Urban farming in Campbell River:
Approximately 5,000 hectares of viable Agricultural Land Reserve (ALR) within City
boundaries.
Growing conditions both inside and outside of the ALR to support a wide range of crops
including blueberries, grapes, and mushrooms.
Existing farmers with the skills and desire to teach others about growing food, especially
youth.
Interest exploring new ways to farm including agriculture trusts, co-ops, and direct farm
marketing.
Greenhouse production and alternative crops.
The Farmer’s Market has been identified as playing a key role in distributing local food
and becoming a community gathering space.
Extension services and education offered by North Island College are already in place
including local food workshops and video series.
Opportunities for linkages with the existing agricultural industry in nearby Comox
Valley.
Coastal Roots Vegetables is a local farm that produces over 20 crops on an acre of land.
Produce is sold to the residents through a seasonal veggie box program (Coastal Roots
Vegetables, 2010).
Ross Mountain Blueberry Farm is a one acre urban farm operating on a residential
acreage in the City of Campbell River. This farm is possible because nursery and large
crops are allowed in specific residential areas (Ostler, 2011).
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5.3.2 Conclusion:
Although Campbell River is just beginning their local food and agriculture movement, the
groundwork and community interest exists to realize movement in this area. This example is of
particular interest for those who are looking to food and agriculture to contribute to community
revitalization and local economic development.
Ross Mountain Blueberry Farm, Campbell River, BC
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