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Seshadripuram Journal of Social Sciences (SJSS) Peer Reviewed Open Access Journal
Vol.2 Issue 2, June 2020
Journal Home Page: https://mcom.sfgc.ac.in/online-journal ISSN 2581-6748
Seshadripuram Research Foundation, Bengaluru Page 269
SUSTAINABLE METHODS IN AGRICULTURE & ITS ALLIED
ACTIVITIES FOR SUFFICIENCY ECONOMY AND LIFESTYLES
Author: - PROF.SAMPATH KUMAR.R
Department of Humanities
ST.FRANCIS DE SALES COLLEGE,
ELECTRONIC CITY BANGALORE-100
Co-Author:- R.ANUSHA
III BA
Department of Humanities
ST.FRANCIS DE SALES COLLEGE,
ELECTRONIC CITY BANGALORE-100
Table of contents
Abstract
Introduction
Literature review
Objective
Hypothesis
Methodology
Scope of study
Research design
Data analysis
Statistical representation of data
Findings
Conclusion
Suggestions & Recommendations
References
ABSTRACT
The Agriculture in India dates back to Indus Valley Civilization and even before that in some
places of Southern India. India ranks second worldwide in farm outputs. As per 2018,
agriculture employed 50% of the Indian work force and contributed 17-18% to country's
GDP. Sustainable development is the organizing principle for meeting human
development goals while simultaneously sustaining the ability of natural systems to provide
the natural resources and ecosystem services upon which the economy and society depends.
The desired result is a state of society where living conditions and resources are used to
Seshadripuram Journal of Social Sciences (SJSS) Peer Reviewed Open Access Journal
Vol.2 Issue 2, June 2020
Journal Home Page: https://mcom.sfgc.ac.in/online-journal ISSN 2581-6748
Seshadripuram Research Foundation, Bengaluru Page 270
continue to meet human needs without undermining the integrity and stability of the natural
system. Sustainable development is that, meets the needs of the present without
compromising the ability of future generations. Sustainable
agriculture is farming in sustainable ways the needs in the present without compromising the
ability of future generations to meet their own needs based on an understanding of ecosystem
services. It is a long-term methodological structure that incorporates profit, environmental
stewardship, fairness, health, business and familial aspects on a farm setting. The integrated
economic, environmental, and social principles are incorporated into a “triple bottom line”
(TBL); where the general impacts of the farms are assessed. Sustainability of farming
systems is the mechanism of farmer’s management of the soil, water and other resources,
relying on farm and other additional inputs to maintain the productivity of the farming system
in the long run without affecting the production environment of the farm along With the
operational view, the study was conceptualized with the objectives to develop sustainability
index for measuring sustainability of farming systems, sustainability level of irrigated and
rained farming systems. Sustainability is considered in relation to organic farming — a sector
growing rapidly in many countries. Indian organic food sector has experienced important
growth during recent years. Indian smallholders are facing challenges to enter and sustain in
the organic food sector and benefit from this growth in a sustainable way. Sustainability
indices can be useful tools for evaluating the farms to isolate degradative factors and identify
ecologically conservative practicesIn this context, the aim of this paper is to analyze
sustainable agricultural methods for sufficiency economy and lifestyles along
withsmallholder farmer’s attitudes, objectives and barriers towards production of Agriculture
and its allied activities of farming systems practiced in the selected agro-climatic zones.
KEYWORDS: Sustainable development, Sustainable agriculture, “triple bottom line” (TBL),
agro-climatic zones, Organic farming, Sustainability production Environment.
INTRODUCTION
Agriculture is the one of the most important sector in India and also it is a pillar of
Indian economy.
Indian Agriculture production in most part of the country is close related to the
optimum use of available natural and human resources of the country.
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Vol.2 Issue 2, June 2020
Journal Home Page: https://mcom.sfgc.ac.in/online-journal ISSN 2581-6748
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Therefore, riding on the back of agro climatic condition and rich natural resource
base, India today has become the world’s largest producer of numerous commodities.
The country is a leading producer of coconuts, mangoes, milk, bananas, dairy
products, ginger, turmeric, cashew nut, pulses and black pepper. It is also the second
largest producer of rice, wheat, sugar, cotton, fruit and vegetables. Indian agriculture
production is closely related to sufficient and wise water management practices.
Most of the agriculture practices in India confined to a few monsoon months. During
the monsoon season, India is usually endowed with generous rainfall; although not
infrequently, this bountiful monsoon turns into terror, causing uncontrollable floods in
different parts of the country and ultimately affecting agriculture production.
Agricultural Sector, world over, has experienced a phenomenal growth since the mid-
twentieth century. The growth, driven by Green Revolution technology, has made a
significant dent on aggregate supply of food grains, ensuring food security to the
growing population. The next stage of growth however, faces a serious challenge in
terms of sustainability.
INDIAN AGRICULTURE SECTOR is one of the most prominent sectors of the
Indian economy. It is the source of livelihood for almost two third of the population
workforce in the country. Indian agriculture provides employment to 65% of the
labour force, accounts for about 27% of GDP, contributes 21% of total exports and
raw material to several industries. The livestock sector contributes an estimated 8.4%
to the country GDP and 35.85% of the agriculture output.
In India about 75% people are living in rural areas and are still dependent on
agriculture, about 43% of India’s geographical area is used for agriculture activities.
The estimated food grain production is about 211.17 metric tons in the country.
Sustainable agriculture is an “integrated system of plant and animal production
practices having a site specific application that will, over the long term:
(a) Satisfy human food and fiber needs;
(b) Enhance environmental quality;
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Journal Home Page: https://mcom.sfgc.ac.in/online-journal ISSN 2581-6748
Seshadripuram Research Foundation, Bengaluru Page 272
(c) Make efficient use of non-renewable resources and on-farm resources and
integrate appropriate natural biological cycles and controls;
(d) Sustain the economic viability of farm operations; and
(e) Enhance the quality of life for farmers and society as a whole.
1990 Indian Farm Bill. “For a farm to be sustainable, it must produce adequate
amounts of high-quality food, protect its resources and be both environmentally safe
and profitable. Instead of depending on purchased materials such as fertilizers, a
sustainable farm relies as much as possible on beneficial natural processes and
renewable resources drawn from the farm itself.”
Sustainable Agriculture comprises “management procedures that work with natural
processes to conserve all resources, minimize waste and environmental impact,
prevent problems and promote agro ecosystem resilience, self-regulation, evolution
and sustained production for the nourishment and fulfillment of all.”
The key principles for sustainability are to:
i. integrate biological and ecological processes such as nutrient cycling, nitrogen
fixation, soil regeneration, allelopathy, competition, predation and parasitism into
food production processes,
ii. minimize the use of those non-renewable inputs that cause harm to the environment or
to the health of farmers and consumers,
iii. make productive use of the knowledge and skills of farmers, thus improving their self-
reliance and substituting human capital for costly external inputs, and
iv. Make productive use of people's collective capacities to work together to solve
common agricultural and natural resource problems, such as for pest, watershed,
irrigation, forest and credit management.
v. Sustainability is the ability to exist constantly. In the 21st century, it refers generally
to the capacity for the biosphere and human civilization to coexist. It is also defined as
the process of people maintaining change in a balanced environment, in which the
Seshadripuram Journal of Social Sciences (SJSS) Peer Reviewed Open Access Journal
Vol.2 Issue 2, June 2020
Journal Home Page: https://mcom.sfgc.ac.in/online-journal ISSN 2581-6748
Seshadripuram Research Foundation, Bengaluru Page 273
exploitation of resources, the direction of investments, the orientation of technological
development and institutional change are all in harmony and enhance both current and
future potential to meet human needs and aspirations.
LITERATURE REVIEW
Hart [1994], who organized the INFORUM E-mail conference, felt that we do not
have a very good idea of how to develop and use indicators of sustainability
The SANREM CRSP Indicators of Sustainability Workshop proceedings edited by
Bellows [1994] contains a variety of articles.
Defining Soil Quality for a Sustainable Environment [Doran et al. 1994] was
published by the Soil Science Society of America.
Defining and Measuring Sustainability: the Biogeophysical Foundations edited by M.
Munasinghe and W. Shearer [1995]
Soil Quality, A Guide to Conservation [NWAF, 1996] held in Ames, Iowa
Drawing on Marchand et al. (2014), Gasparatos (2010) categorizes sustainability
assessment tools
The analysis by Bernard et al. (2014) suggests a number of indicators that characterize
agricultural non-sustainability as a result of major actors' decisions, choices and
interactions with farms.
NEED FOR THE STUDY
Agriculture plays an important role in the economic growth and development and has
therefore remained the largest platform. Agricultural performance in the 90s has erratically
fluctuated widely with a declining trend over the period. The close relationship between the
performances of agriculture and that of the economy obviously imply that agriculture must
grow at a high rate for it to spur economic growth. However, for agriculture to grow at the
expected rate, it is imperative that quality investments are done in key areas that have
potential for growth. In the last three decades the government has realized that non-targeted
investments in agriculture could be disappointing. Any future investments in agriculture must
therefore be focused to avoid such disappointments and achieve the intended objectives. For
Seshadripuram Journal of Social Sciences (SJSS) Peer Reviewed Open Access Journal
Vol.2 Issue 2, June 2020
Journal Home Page: https://mcom.sfgc.ac.in/online-journal ISSN 2581-6748
Seshadripuram Research Foundation, Bengaluru Page 274
example, even with the general poor performance of agriculture, few sub sectors such as
horticulture and dairy have performed well. Thus investments in agriculture should be
targeted to areas that are likely to attain high productivity aiming for sustainable agriculture
enhancing sufficiency of sustainability.
OBJECTIVE
To study the issues and challenges with status of the agricultural sector and trends.
To identify the impact of economic reform on Indian agriculture and key factors those
encourage the growth of agriculture sector.
To identify areas of intervention that could achieve sustainable agricultural growth.
To find the future prospects and solution for India.
To consider the wider social and ecological impact of the organic production and
processing system
To process organic products using renewable resources.
To produce fully biodegradable organic products.
To promote the healthy use and proper care of water, water resources and all life
therein.
To understand the nature and importance of sustainable agriculture;
Determine the level of interest by farmers about learning sustainable agriculture
practices associated with sustainability.
HYPOTHESIS
Null Hypothesis (in a statistical test) the hypothesis that there is no significant
difference between specified populations.
RESEARCH METHADOLOGY:
Qualitative method Primary Data collection using Interview method
Instrument used- Questionnaire by Interview
Secondary data for literature review.
SCOPE OF STUDY
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In a broad sense, sustainability is the capacity to endure. The concept is applied to
ecosystems and human development efforts and its meaning is to a considerable
extent contextual.
Sustainability is often defined as resting on three pillars or having three dimensions:
environmental, social and economic sustainability.
So the scope of “continuing indefinitely” is broad and wide-ranging. You need to
communicate your sustainability efforts, in order to differentiate yourself from mere
“organic” farmers, and to leverage that resource-sustainability into economic
sustainability.
A sustainable agriculture is ecologically sound, economically viable, socially just and
humane. Sustainability rests on the principle that we must meet the needs of the
present without compromising the ability of future generations to meet their own
needs.
The contribution of organic agriculture, sustainable forest management as well as
agriculture-based ecotourism meets this challenge head-on by:
Replacing polluting agricultural practices with approaches that can reverse the
dramatic trends in biodiversity loss;
Promoting market-based incentives that compensate farmers for their stewardship
efforts, thus maintaining their economic viability;
Thriving on community participation in land conservation.
Evidence suggests that organic agriculture and sustainable forest management not
only produce commodities but build self-generating food systems and connectedness
between protected areas. The widespread expansion of these approaches, along with
their integration in landscape planning, would be a cost efficient policy option for
biodiversity
RESEARCH DESIGN
This study is undertaken to determine the sustainability of agriculture for
enhancement of sufficiency for Sustainability for Emerging trends of Knowledge
integration in the field of Agriculture in India. The Study was conducted using
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Questionaire by Interview method (field visit ) amd Random Purposeful Sampling in
Place of Research :
1.University of Agriculture Sciences. Gandhi Krishi Vignan Kendra, Bellary Road,
Bangalore65 (GKVK)
2. Bangalore Veterinary, Animal and Fisheries Sciences university, Hebbal Bangalore-
560024.
•3. Varlkonda village , chikkabalapura District (VC) Bellary road NH-7
•Sample Size – 80 Farmers in Varalakonda Village & Various Departments in GKVK &
Veterinary sciences Bangalore.
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DATA COLLECTION & ANALYSIS
The Data is collected by the study to undertake the sustainability of agriculture for enhancement
of sufficiency for Sustainability for Emerging trends of Knowledge integration in the field of
Agriculture in India. The Study was conducted using Questionnaire by Interview method (field
visit to Farmers land ) in Varlkonda village , chikkabalapura District (VC) Bellary Road NH-7 &
Departments like Sericulture, Agriculture Farm Machinery, Soil and Water Engineering, Food
Processing Units, Solar energy, Horticulture, Biotechnology of University of Agriculture
Sciences. Gandhi Krishi Vignan Kendra, Bellary Road, Bangalore-65 (GKVK) and Various
Departments in Veterinary Science University Bangalore … with Sample Size – 80 Farmers in
Varalakonda Village.
1. SUSTAINABILITY IN SERICULTURE
Organic farming
in mulberry for
sustainable silk
production
In the
case in
sericultur
e.
Mulberry
, the food
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plant of silkworm is a perennial crop and once planted can be maintained for years
together without much effort.
Production of quality mulberry leaves is mandatory for the sericulture farmers to
ensure healthy growth of silkworms and better silk thread harvest.
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2. SUSTAINABILITY OF AGRICULTURE
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3. SUSTAINABILITY IN ORGANIC FARMING
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4. SUSTAINABILITY IN AGRICULTURE FARM MACHINERY
Sustainable agriculture: new green techniques to reduce CO2 emissions
Assessing the real crop requirements so as to apply the precise amount of water,
nutrients and chemicals, reducing energy consumption and unnecessary treatments.
This is the objective of precision agriculture: an emerging field of research and
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innovation in agriculture, based on observing and measuring crop variability using
remote sensing techniques.
Smart farming and precision agriculture involve the integration of advanced
technologies into existing farming practices in order to increase production efficiency
and the quality of agricultural products. As an added benefit, they also improve the
quality of life for farm workers by reducing heavy labour and tedious tasks.
5. SUSTAINABILITY IN SOIL AND WATER
ENGINEERING
Conservation of soil and water resources is urgently needed
to save our planet from degradation. Agricultural engineers
can help to alleviate these crises. The editors of this book
volume have contributed a drop in the ocean.
Mathematical models in the field of soil and water
engineering have become essential tools for the planning,
development, and management of land and water resources.
They are increasingly used to analyse quantity and quality
of stream flow, groundwater and soil water, and different
water resources management activities. Their application in
the fields of soil and water engineering has expanded the horizon of innovative
research.
6. SUSTAINABILITY IN SOLI MANAGEMENT
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8. SUSTAINABILITY IN FOOD PROCESSING INDUSTRIES
9. SUSTAINABILITY IN RENEWABLE ENERGY AND ALTERNATE
ENERGY SOURCES
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Solar power
Solar power is clean green electricity sourced from sunlight. Or in some cases, from
heat from the sun. Installing solar power systems in a residential setting generally
means setting up a solar photovoltaic or a solar thermal system on the roof.
Solar energy is a renewable free source of energy that is sustainable and totally
inexhaustible, unlike fossil fuels that are finite. It is also a non-polluting source of
energy and it does not emit any greenhouse gases when producing electricity.
Solar electricity can supplement your entire or partial energy consumption. Using
solar power means reducing your energy bills and saving money. Low maintenance
and unobtrusive, installing solar panels adds value to your home.
10. SUSTAINABILITY IN HORTICULTURE
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Sustainable gardening includes the more specific sustainable landscapes, sustainable
landscape design, sustainable landscaping, sustainable landscape architecture,
resulting in sustainable sites. It comprises a disparate group of horticultural interests
that can share the aims and objectives associated with the international post-
1980s sustainable development and sustainability programs developed to address the
fact that humans are now using natural biophysical resources faster than they can be
replenished by nature
Included within this compass are those home gardeners, and members of the
landscape and nursery industries, and municipal authorities, that integrate
environmental, social, and economic factors to create a more sustainable future.
Organic gardening and the use of native plants are integral to sustainable gardening
11. SUSTAINABILITY IN VETERNIARY
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STATSTICAL REPRESENTATION OF DATA
Analysis undertaken to determine the sustainability of agriculture for enhancement of
Sustainability for Emerging trends of Knowledge integration in the field of Agriculture in
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India. The Study was conducted using Questionnaire by Interview method (field visit ) and
Random Purposeful Sampling in Place of Research
No of YES = 28/30*100= 93.3%
No of No= 2/30*100=6%
Both YES & NO= 6.66%
FINDINGS
Sustainable agriculture for a better world
Growing a sustainable, healthy and resilient agricultural sector while creating strong
and secure supply chains
Farm Sustainability Assessment
The contribution to scaling and accelerating sustainable agriculture that feeds the
world, protects the planet and improves farming lives.
Pioneering sustainable agriculture to protect the environment, farmers, employees and
communities and safeguard farmed species.
Learning journeys, high quality targeted training and a wide range of online webinars
to help food and drink companies implement sustainability throughout their supply
chains.
A sustainable, thriving and resilient agricultural sector that protects the earth’s
resources, human rights and animal welfare and delivers value to our members and
across our whole supply chains.
0
20
40
60
80
100
120
NO OF YES NO OF NO BOTH YES & NO
STASTICAL DATA REPRESENTATION OF SUSTAINAIBILITY OF AGRICULTURE
Series 1 Column2 Column1
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Harness the collaborative power of the people to accelerate widespread adoption of
sustainable agricultural practices.
Sustainable agriculture aimed to :
• Produce safe and healthy food Farms produce high quality, safe and healthy
food.
• Conserve natural resources What is taken out of the environment is put back
in, so that resources such as water, soil and air are kept in good condition for
future generations. Chemical inputs such as fertilisers and pesticides are used
judiciously. Sustainable agriculture also has a role to play in mitigating
climate change and adapting to it.
• Ensure economic viability Farms generate enough income to keep going.
Sustainable farms help to strengthen the economy and contribute to balanced
territorial development.
The Karnataka budget for 2018-19 on Thursday allocated Rs 550-crore for
progressive and sustainable farming after waiving a whopping Rs 34,000 crore loans
of 17-lakh farmer families across the state.
Presenting a pro-farmer budget in the assembly, Chief Minister H.D. Kumaraswamy,
who holds the Finance portfolio, told lawmakers that Israeli model of sustainable
irrigation could suit the state's farmers in improving their lives.
The budget allocated Rs 150 crore for creating Israeli model of irrigation, which
makes use of drip irrigation methods to conserve water, in 5,000 hectares of dry land
in each of the districts of Kolar, Chitradurga, Koppal and Gadag.
Zero Budget Natural Farming (ZBNF) is a set of farming methods, and also a
grassroots peasant movement, which has spread to various states in India. It has
attained wide success in southern India, especially the southern Indian state of
Karnataka where it first evolved. The movement in
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• Sustainable agriculture frequently encompasses a wide range of production
practices, including conventional and organic. A regionally integrated system
of plant and animal production practices are designed to produce long-term
results such as:
• Production of sufficient human food, feed, fiber, and fuel to meet the needs of
a sharply rising population
• Protection of the environment and expansion of the natural resources supply
• Sustainment of the economic viability of agriculture systems
CONCLUSION
• Agriculture is still the mainstay of livelihood in all the developing countries like India
where more than 70% of population is engaged in it.
• It has a large potential of employment.
• Agriculture is perceived differently by different groups of its practitioners like
someone it is the main source of livelihood which sustain them but for others its treated as a
weapon to sabotage the course of humanity
• In this age of space development and computer revolution, agriculture has also got
transformation to a great extent
• The world has witnessed rapid economic growth over the past decade. This growth
has put enormous pressure on the environment in the form of water shortage, air and water
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pollution, depletion of natural resources, biodiversity loss, and land degradation. Traditional
environment management pursues reactive policies with monitoring, legal regimes to reduce
pollution, which is not sustainable
• In order to achieve sustainable development, a paradigm shift is needed from reactive
policies towards more preventive policies.
• Sustainable development means attaining a balance between environmental protection
and human economic development and between the present and future needs. It requires an
integration of economic, social and environmental approaches towards development
• Sustainable agricultural production is the key to ensure food and livelihood security
and would require a multi-functional/multi-tier institutional mechanism for ensuring
convergence and establishing linkage at all levels.
• sustainable agricultural practices have to balance environmental health and Economic
profitability in order to promote social and economic equity.
• Therefore, stewardship of both natural and human resources is of prime importance.
In simple terminology, „sustainable agriculture‟ involves the processes that would enable us
to meet the current and long term societal needs for food, fibre and other resources, while
maximising benefits through the conservation of natural resources and maintenance of
ecosystem functions.
• The priority of exalting human capabilities at the individual (farmer) level and
ensuring food security at the national level, through efficient and equitable use of resources
are compatible with the concept of „sustainable agriculture‟.
• Indian agriculture now faces the challenge of ensuring food security amidst
constraints such as stagnating net sown area, deterioration of land quality, reduction in per
capita land availability etc.
• As a result, agricultural productivity has been witnessing stagnation in recent years.
Besides, issues such as competing demand for water in the context of changing demographics
and its various end uses, further aggravates the degree of risks in the agriculture sector.
• These have considerable implications for food and livelihood security for the growing
population because agriculture is the backbone of Indian economy contributing to the
sustainability as emerging trends for knowledge integration.
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SUGGESTONS & RECOMMENDATIONS
• To promote sustainable foods production, the government should limit the consumption
of meat products.
• We should purchase local agriculture products, particularly fruits, vegetables, and crops.
• Research on agriculture should take climate and the nutrition plants have into
consideration.
• More subsidy and research funding should be provided for organic and eco-friendly
agriculture.
•
• Agriculture in the city should be encouraged and promoted.
• It is suggested that meat consumption should be limited, and people should have meat-
free diets at least once a week
• maintenance or enhancement of farm productivity in the long term;
• amelioration, minimization or avoidance of adverse impacts on natural resource base for
agriculture and associated ecosystem;
• minimization of residues from chemicals in agriculture or of adverse effects of practices;
• maximization of the net social benefit derived from farming, which involves considering
net social benefits of agriculture when positive and negative effects are considered and making
such choices among alternatives as to maximize benefits by using certain production systems
and practices; and
• rendering farming systems sufficiently flexible to manage risks associated with vagaries
of climate and markets
REFERENCES
.
• Petersen, R. K. D. 2000. Public perceptions of agricultural biotechnology and
pesticides: recent understandings and implications for risk communication. Am. Ent: 46:8–
16.
• Integrated pest management (Caroll and Risch, 1990), integrated crop
management (LEAF, 1991), low input agriculture, low input sustainable agriculture
(Edwards, 1987), low external input sustainable agriculture (Reijntjes et al.,
1992), agroecology (Altieri, 1995), permaculture (Mollison and Slay, 2000), biodynamic
farming (Steiner, 1924) and organic farming (Scofield, 1986). The references provided
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Seshadripuram Journal of Social Sciences (SJSS) Peer Reviewed Open Access Journal
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Seshadripuram Research Foundation, Bengaluru Page 298
Annexure
Sl.NO QUESTIONNAIRE RESPONSES YES NO
1. Do The Farmers Have Knowledge About Organic
Farming
95%- 5%
2. What are the efforts towards Organic Farming Rotating crops and
embracing diversity
Planting cover crops
Reducing or
eliminating tillage
YES
3. What are the changes in their Yielding Levels of
Farming Pattern
Increase in yielding
levels
YES
4. Do the farmers have Trained towards Organic
Farming for sustainability
Trained YES
5. What are the efforts for sustainability of
Programmes for Agriculture & Organic Farming
YES
6. What are the efforts towards Sustainability which
includes the revival of water resources i.e.., Rain
water harvesting ect..,
YES
7. Do they have positive impact towards Sustainability
leading to ecological and social balances
Positive YES
8. Are the farmers making efforts to replace petroleum/
disel vehicles into edible oil oriented vehicles to
achieve Sustainability
YES
9. What are the Alternatives for achieving
sustainability of Agriculture / Are they using it ?
YES
10. What are the Organic way of farming for
sustainability of Agriculture of various Departments
of GKVK & Veterinary Science , Are they
practices?
YES
11. Sustainability lies in continuation too , hence do the
farmers are willing their kids to continue farming
YES
12. An Average area of farming land towards
Sustainability
11 hectares
13. Alternative energy sources usage for Sustainability ? YES
14. Do they have knowledge about Genetically modified
seed technology For Sustainability?
YES
15. Do they have Milking machines for dairy farmers
which contributes towards sustainability?
YES
16. Any instructions from soil testing & irrigation
leading to sustainable economy?
YES
17. Have you ever heard the sustainable agricultural
production expression?
YES
18. According to your opinion, what points play a
significant role in the building up a sustainable
agricultural structure?
YES
Seshadripuram Journal of Social Sciences (SJSS) Peer Reviewed Open Access Journal
Vol.2 Issue 2, June 2020
Journal Home Page: https://mcom.sfgc.ac.in/online-journal ISSN 2581-6748
Seshadripuram Research Foundation, Bengaluru Page 299
19. According to your opinion, what are the characters
of environmental friendly foods?
YES
20. Please mark those elements, which must be taken
into account during formation of ecological farming.
YES
21. According to your opinion, do statements below
meet principals of ecological farming? Please mark
your opinion using the scale connected to the
sentences to express your opinion. (1: completely do
not, 5: completely do. Use the values between the
two endpoints to moderate your opinion).
YES
22. The information of sustainable farming can
influence your decision during food purchasing!
YES
23. Are they Using of polythene bags for plant growth
experimentation?
YES
24. Does the Sustainable marketing is important for the
sustainability ?
YES
25. Do you encourage farmers to focus on organic and
biological control in their farming in your place?
YES
26. State of the art of organic agriculture - research,
practice and societal benefits
YES
27. Is There The organic roadmap to sustainability in
agriculture
YES
28. What is the attitude towards sustainable agriculture,
either positive or negative
Positive YES
29. Assessing sustainability at farm-level YES
30. Sustainable farming as a viable option for enhanced
food and nutritional security and a sustainable
productive resource base
YES