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Sustainable farming as a viable option for enhanced
food and nutritional security and a sustainable
productive resource base
A field Report
Prepared by
ASSET Research
Under contract from the
An initiative of the Development Bank of Southern Africa and the Department of Environment Affairs
Deliverable 4: Field report
January 2015
Prof. James Blignaut
This report was prepared by ASSET Research:
PO Box 144
Derdepark
Pretoria
0035
Please use the following reference when citing this report:
Knot, J., De Wit, M.P., Blignaut, J.N., Midgley, S., Crookes, D.J., Drimie, S & Nkambule N.P. 2014.
Sustainable farming as a viable option for enhanced food and nutritional security and a sustainable
productive resource base. An investigation. Field report. Prepared for the Green Fund, Development
Bank Southern Africa. Pretoria: ASSET Research.
iii
Table of Contents
Executive summary .......................................................................................................................... vi
1 Background ............................................................................................................................... 1
2 Introduction .............................................................................................................................. 2
3 Methodology and approach ....................................................................................................... 3
4 Questionnaire data .................................................................................................................... 5
5 Synthesis of results .................................................................................................................... 7
5.1 Vision and mission statements .......................................................................................... 7
5.2 Definition of “sustainable agriculture” ............................................................................ 11
5.3 Work undertaken............................................................................................................ 13
5.4 Research agenda and topics ............................................................................................ 17
5.5 Specialisation of organisations ........................................................................................ 17
5.6 Publications .................................................................................................................... 18
5.7 Suggested policy interventions ....................................................................................... 19
6 Discussion of results ................................................................................................................ 23
6.1 General discussion .......................................................................................................... 23
6.2 Discussion per sector ...................................................................................................... 25
7 Conclusion ............................................................................................................................... 29
Appendix 1 ...................................................................................................................................... 32
Appendix 2 ...................................................................................................................................... 55
iv
List of Acronyms
ARC Agricultural Research Council
BAP Bad agriculture practises
BAASA Biodynamic Agricultural Association of South Africa
CA Conservation Agriculture
CAFIP Conservation Agriculture Farmers Innovation Programme (by GSA)
CBNRM Community Based Natural Resource Management
CC Cover crops
CSA Conservation South Africa
CSA Climate Smart Agriculture
CV Conventional Farming practices (CF is used for Conservation Farming)
DAFF Department of Agriculture, Forestry and Fisheries
FFF Foundations for Farming
FGW Farming God’s Way
GM Genetically modified (includes Round-up Ready crops)
GMCC Green Manure Cover Crops
GSA Grain SA (South Africa)
HDG High Density Grazing
HEI High External Input
IPM Integrated Pest Management
IVIS Integrated Value Information System
KEL GNT KEL Growing Nations Trust
LEI Low External Input
NGO non-governmental organization
NT No till (or no-tillage)
OCA Organic Conservation Agriculture
OSSIC Organic Sector Strategy Implementation Committee
PES Payment for Ecosystems Services
PGS Participatory Guarantee Systems
RR Round-up ready (a genetically modified crop)
SAED Sustainable Agricultural Enterprise Development
SAOSA South African Organic Sector Organization
TC Traction Centre
UHDSG Ultra High Density Strip Grazing
UN FAO United Nations Food and Agricultural Organization
v
List of Figures
Figure 1 Visual overview of work load per category ...................................................................... 14
List of Tables
Table 1 Area covered where respondents work............................................................................. 5
Table 2 The spread of feedback per research sector and type of institution, based on 33
respondents ..................................................................................................................... 6
Table 3 Summary of keywords from 32 respondents regarding the vision statement .................... 9
Table 4 Summary of keywords from 28 respondents regarding the mission statement ............... 10
Table 5 Elements of "sustainable agriculture" as mentioned by 30 respondents.......................... 12
Table 6 Summary of works most mentioned by 31 respondents .................................................. 14
Table 7 Research topics regarding sustainable agriculture as mentioned by respondents ............ 15
Table 8 Entries under ‘work undertaken’ by institutions regarding (sustainable) agriculture ....... 16
Table 9 Summarised research agenda for the next 5–10 years as given by respondents .............. 17
Table 10 Summarised areas of specialisation ................................................................................ 18
Table 11 Summary of policy recommendations ............................................................................. 20
Table 12 Keyword entries under policy recommendations by institutions regarding (sustainable)
agriculture based on 28 respondents ............................................................................. 21
Table 13 SWOT analyses of the maize, citrus and beef sectors ...................................................... 27
Table A1a List of respondents for the questionnaire ....................................................................... 32
Table A1b Questionnaires sent (grouped per sector) ....................................................................... 34
Table A2 Description of vision statements ..................................................................................... 35
Table A3 Description of mission statements .................................................................................. 37
Table A4 Definition of “sustainable agriculture” ............................................................................ 39
Table A5 Work undertaken in the field of “sustainable agriculture” ............................................... 42
Table A6 Organisations’ research agenda for the next 5-10 years .................................................. 46
Table A7 Organisations’ fields of specialisation.............................................................................. 49
Table A8 Policy recommendations................................................................................................. 51
Table A9 Standard questionnaire used for this survey ................................................................... 55
vi
Executive summary
ASSET Research is contracted by the Green Fund through the Development Bank of Southern Africa to
consider sustainable farming practices as a viable option for food and nutritional security while still
being economically productive. As part of this investigation, this report provides an overview of
current activities, perceptions and lessons from the field. A questionnaire was distributed to 87
individuals and institutions actively involved in sustainable (or related) agricultural practices, focusing
largely on dryland maize, citrus and beef farming and production. From these, 33 responses were
received, that is an acceptable response rate of 38%. From the responses received it is evident that:
much is already happening with respect to sustainable farming practices within the country
and that a very large body of knowledge exists with respect to this topic;
the term “sustainable” or “sustainability” is used by a large number of the respondents within
either or both their vision and mission statements, but that the term remains vague,
ambiguous and is used to mean different things to different people. The definition or
interpretation thereof, however, has to do with care and prudent management for the
environment, but the extent, the means and the objectives vary substantially;
while there exists a large body of knowledge on the subject, practices are mostly driven by
individuals and individual institutions. There is no coherent action and/or general thrust
towards more sustainable farming practices. Activities are ad hoc and driven by individual and
varying motives. Given the successes, a farm and bottom-up policy-based approach is
recommended to develop a nation-wide thrust towards sustainable farming practices;
the transition from conventional to more sustainable practices, however, cannot happen
overnight – it requires a slow and progressive approach. Neither is it likely that an up-scaling
from small to medium sized activities to large-scale operations will happen overnight. Gradual
transition is more likely, to be aided with long-term support programmes. This has
implications for the type of policies to consider. Most respondents confirm the need for
practical, on-farm support policies. The recommendations refer to financial support,
increased knowledge (i.e. training, extension and mentorship), improved applied research and
dissemination of the effects of bad agriculture practises (BAP). Respondents also emphasised
the need for improved implementation of existing policies (compliance monitoring and follow-
through with non-compliance), streamlining of sustainable agricultural discourse and
regulations, and reviewing existing policies.
1
1 Background
The purpose of this field report is to capture efforts, ideas, achievements, and approaches of various
role-players who are part of the current food production systems in South Africa and contribute
towards ongoing sustainable ways of farming. This report serves as a tool for the different ASSET
Research students working on this project’s data, analysis and modelling efforts. It also serves as a
repository of practical information on current sustainable farming systems in the country.
Sustainable agriculture is a concept that is discussed both in the agricultural sector and beyond. South
Africa’s agricultural sector is very diverse, including many sub-sectors across divergent agro-ecological
systems. The relevant question, therefore, is what “sustainable” means in a practical sense in the
South African context. To attempt an answer to this question, Asset Research did a field study which
is reported on in this document. It details sustainable agricultural practices based on feedback and
opinions from South African field, research and policy experts. Furthermore, it contains information
from various stakeholders defining sustainable agriculture. The questions that have been addressed
include the following:
What are the working areas?
Define sustainable agriculture.
What work has been done or is currently carried out regarding sustainable agriculture?
What are the research agendas for the next 5 - 10 years?
What are the areas of specialisation?
Are there any related publications?
What policy intervention successfully promotes sustainable agriculture?
What policy tools can be used to best support sustainable agriculture in South Africa?
This project is funded by the Greenfund1 which was established by the Department of Environmental
Affairs and is administrated by the Development Bank of Southern Africa. The Greenfund seeks to
stimulate research and operations in activities related to and in stimulation of the green economy.
This field report is a follow-up on earlier project deliverables, including preparatory documents, a
student colloquium report and a baseline report2. The final objective of this project is to draft policy
recommendations on how to support sustainable agriculture in South Africa.
1 For more information, visit www.sagreenfund.org.za.
2 Blignaut, J.N., De Wit, M.P., Knot, J., Midgley, S., Crookes, D.J., Drimie, S & Nkambule N.P. 2014. Sustainable agriculture: A viable option
for enhanced food and nutritional security and a sustainable productive resource base in South Africa: An investigation. Baseline Review.
Prepared for the Development Bank Southern Africa. Pretoria: ASSET Research.
2
2 Introduction
“Sustainable” and “sustainability” are probably two of the most used words in recent agriculture,
economic and development discourse. But what does “sustainable agriculture” mean and how does
it look like in the South African context?
The baseline document of this project highlighted the different schools of thought on alternatives
ways of farming as compared to conventional ways. Also, when referring to “sustainable farming” or
“sustainable agriculture” numerous approaches, philosophies and management practices come to
mind. Examples thereof are no-till (NT), Conservation Agriculture (CA), organic farming, agro-ecology,
biodynamic agriculture, permaculture, nature farming (“natuurboerdery”), ecological agriculture,
holistic farming and precision farming. There are, however, more concepts such as Climate Smart
Agriculture.
It appears that the sustainability of agriculture practice is also linked to the level of inputs used.
Literature refers to high and low external input models (HEI, LEI). One of the respondents to the
questionnaires documented in this report, stated that current conventional farming is ‘polluted’ with
a “product driven approach”. In other words, those farming systems are high external input driven.
The question that then comes to mind is whether today’s farmers are product (i.e. seed, fertiliser,
diesel, pesticides and insecticides) dependent. The alternative question is whether South African crop
farmers can farm with only soil, seed and water. Does sustainable agriculture mean moving toward
zero input products?
This report is based on research conducted to document what South African institutions and farmers
are doing to promote agriculture (sustainable agriculture). South Africa is a vast and outstretched
country covering many ecotypes and climatic zones, and it includes numerous and variable rainfall
areas, soil types, farming systems and different types of farmers (i.e. small scale, commercial,
emerging commercial). Because of these vast differences, it is impossible to reflect or even to attempt
to state what sustainable agriculture is in the South African context. Therefore, three farming sectors
that represent many South African farmers were selected: dryland maize production, beef and citrus.
The report is structured as follows: The research method is discussed, followed by a discussion of the
data. A synthesis of the results is then provided and the report is concluded with a discussion of the
results. The individual responses are provided in annexures.
3
3 Methodology and approach
In order to gain a rapid yet as thorough as possible overview of current activities, perceptions and
lessons from the field in terms of sustainable farming, 87 organisations and individuals were
approached by the research team to provide their views through use of a questionnaire survey (see
Appendix 2). These organisations represented a cross-section of agricultural organisations, research
institutions, sector organisations, farmers, NGOs, UN and government working in citrus, beef and
dryland maize agriculture. Using existing networks as a start, the research team used a “snowballing
technique” to confirm key informants and build a broad platform of respondents. There was a limited
time frame for this deliverable (6 weeks) and the team decided not to send the questionnaire out to
a large audience due to limited time for follow-ups, interviews and data analysis. Each respondent
had the opportunity to cross-reference other role players and provide information regarding other
sustainable agricultural success stories, promotional work, or research that they are aware of. It is
interesting to note that most of these names and institutions were already included on the initial
mailing list. An additional seven organisations were referenced were subsequently approached early-
2015. The team is confident that the role players who were contacted adequately represents the
citrus, beef and dryland maize sectors.
An open-ended questionnaire (included in Appendix 2) was sent by email to 87 different people from
different organisations.
If any respondent’s feedback was unclear, the questionnaire was returned asking the respondent to
clarify if possible. Some respondents phoned to discuss the matter, and follow-up phone calls as well
as the follow-up meetings were very successful. These conversations gave the opportunity to discuss
some of the written responses and feedback data was added to the questionnaire, as a result. If the
respondent made comments that were not covered by questions on the questionnaire these were
then added as well. Whenever extra information was added to the questionnaire the respondent was
asked if she/he agreed. Some respondents, however, did not complete the entire form. Only the
completed replies were used in this report.
Five follow-up phone calls and seven follow-up meetings were conducted. As a result four forms (2,
24, 61, 68 – see Annexure 1) were completed by the author of this report and returned to the
respondents with the request to confirm. There was email correspondence with 22 respondents after
the initial questionnaire was sent. Email correspondence with nine of the 22 related to technical
clarity and a follow-up on the content. Email correspondence with the other 13 was administrative of
nature (re-sending the questionnaire, sending additional information on ASSET Research, and on one
occasion the baseline report was requested).
The results were then entered into an Excel database. All data provided on the questionnaire was
inserted resulting in the different tables (Appendix 1: Table A1–A8). The database was developed by
securing the key word(s) in the respondents’ replies. Matching keywords were grouped together. The
feedback from the respondents are summarised in the tables both in the text and in the appendices.
The data is presented in Section 5 based on keyword analysis. Each question was analysed on a
separate sheet in the Excel spreadsheet.
The synthesis of main messages were done. A mass of information were presented in shorter format
and some choices were made in the process. The questions on the questionnaire can be seen in
4
Appendix 2. Feedback received during follow-up phone calls, emails and visits is also included here.
The last question on the questionnaire (regarding policy suggestions) is presented in a table. The
respondents’ feedback can be seen in Appendix 1. The results were selected based on keywords in
the text. In order to present the respondents’ suggestions in a clear and practical way the authors
included the first and last columns (i.e. pressing issue and example). The authors’ intention is guiding
the reader with a complete overview of what policy suggestion addresses what pressing issue. The
example column reflects the work undertaken/examples from the respondents themselves.
5
4 Questionnaire data
This section provides a short overview of the data generated by the questionnaires.
Table 1 provides a summarised list of the 87 people and institutions that received the questionnaire
(see Appendix 1 for a detailed list). The number of completed questionnaires returned by email or
resulting from telephone conversations, interviews and follow-ups were 33 (38%). Tables 1 and 2
reflect the various areas (i.e. provinces) as well as sectors (e.g. farmer, researcher, and government)
represented by the respondents. Refer to the appendices for information on indicators such as %
spread across provinces, % spread across sectors and % spread across different types of institution.
Table 1 Area covered where respondents work
Percentage Frequency mentioned
Areas where the 33 respondents work*
2% 1 Limpopo
18% 8 WC
9% 4 EC
13% 6 KZN
2% 1 NW
18% 8 FS
9% 4 Gauteng
4% 2 NC
0% 0 Mpumalanga
9% 4 Country-wide
9% 4 Lesotho
2% 1 Swaziland
2% 1 Southern Africa (Namibia, Botswana, Zimbabwe)
2% 1 Africa
100% 45 TOTAL
Key: * – by estimation/author’s interpretation based on data from the questionnaires, but some have multiple
entries (for example respondent 31 is based in KZN, with country-wide members)
6
Table 2 The spread of feedback per research sector and type of institution, based on 33 respondents
Go
vern
men
t
Farm
ers
Co
nsu
ltan
ts
NG
Os
Scie
nce
& R
esea
rch
(in
cl.
Un
iver
sity
)
Co
op
erat
ion/
mem
ber
ship
as
soci
atio
n
Sect
or
gro
up
s
Pri
vate
fir
ms
Farm
er lo
bb
y gr
ou
p
Total
Maize
10.3%
2.6% 5.1% 7.7% 2.6% 2.6% 30.8%
Beef - 12.8% 7.7% 5.1% 0.0% 2.6% 28.2%
Citrus - - - - - - 2.6% - - 2.6%
General 2.6% 2.6% 7.7% 2.6% 5.1% 5.1% 7.7% 5.1% 38.5%
TOTAL 2.6%
25.6%
10.3%
17.9%
10.3% 5.1%
10.3% 7.7%
10.3% 100.0%
7
5 Synthesis of results
In total, 33 of 87 respondents returned completed questionnaires. The following is a break-down of
the number of respondents who completed the respective questionnaire sections:
Vision statement – 32
Mission statement – 28
Definition of sustainable agriculture – 30
Description of work done by the institution – 31
Research agenda for the next 5–10 years – 27
Specialisation of the institution – 31
Policy recommendations – 28
The question regarding publications was asked, but the data was not analysed. The details are
described under each sub-heading.
5.1 Vision and mission statements
Of the 33 completed questionnaires, 32 and 28 respondents completed the vision and mission
statement sections, respectively.
The vision is a reflection of what the organisation or institution stands for, but it is interesting to note
the choice of words used in the different vision and mission statements (see Tables 3 & 4). Of the
total number of respondents, 37.5% used the word “sustainable” in their vision statement, and 57.1%
mentioned the word “sustainable” in their mission statement. This implies that “sustainable” is a
laden concept in itself.
Other keywords used were benchmark, excellence, profitable, conserve, wellness, vibrant, united,
credible, valued, healing and restoration. The vision statements also reflect research, business,
networking, humane and stewardship values in line with the types of respondents.
Promotion and facilitation of knowledge, findings, and information was mentioned by 19% of the
respondents. This indicates the importance of networking and facilitation efforts of certain sector
groups and membership associations.
The aspects “transformation” and “life change” from a religious (Christian) point of view was
mentioned by five of the 33 (i.e. 15.1%) respondents. This is captured in vision statements from
farmers and NGOs such as: “Transformation through sustainable agriculture”, “improved wellness and
harmony for Creation”; “MCC envisions communities worldwide in right relationship with God, one
another and creation”; “...harmonious living of people in their natural social and economic
environments” and “Healing and restoration of the land, people and business that we are involved in”.
These respondents indicate that stewardship (and custodianship) of the natural resources is needed
based on Gods’ mandate to man to look after the earth.
8
The restoration of people is mentioned by 4 of 33 respondents (i.e. 12%) as part of their vision
statements. For example, “...Ubunthu principle”, “harmonious living of people”, “healthy sustainable
societies”, “restoration of people ,...” and “...life change...”. The vision and mission statements also
reflect a pro-poor attitude and a “keep the money for as long as possible within the communities”-
sentiment.
Sustainable agriculture, therefore, is more than crops, cattle and soil. A few respondents (5.6% and
3.1%, respectively) reflected that sustainability has several entry points (i.e. economic, social, and
environmental). This will be discussed below.
9
Table 3 Summary of keywords from 32 respondents regarding the vision statement
Key % score Frequency mentioned
Description of vision statement by respondent
R 2.8% 1 benchmark of success
R 2.8% 1 creating value
R 2.8% 1 improvement of grain crops
R 2.8% 1 excellence in research
R 5.6% 2 reference to 3 elements of sustainability
R 2.8% 1 Profitable
R 2.8% 1 conserve & biodiversity
R 5.6% 2 sustainable farming
R 5.6% 2 exchange forum/network
R 2.8% 1 UHGSG
R 5.6% 2 feeding nation (food security)
R 2.8% 1 convert to CA
R 2.8% 1 mechanisation
R 2.8% 1 climate smart
R 2.8% 1 capacity building
R 2.8% 1 organic
R 5.6% 2 directive support
R 2.8% 1 seed only agriculture
R 13.9% 5 transformation & life change
R 8.3% 3 people & environment
R 2.8% 1 CC
R 2.8% 1 wellness and creation
R 2.8% 1 agri-business
R 2.8% 1 healthy societies
R 2.8% 1 Promote biodynamic agriculture
SUM 100% 36 SUB TOTAL
S 18.8% 6 promotion and facilitation
S 15.6% 5 stewardship
S 12.5% 4 people care
S 15.6% 5 Christian-based
S 6.3% 2 small-scale farmer
S 37.5% 12 sustainable (in vision statement)
TOTALS
Key: R = response keyword by respondent; S = sum or clustering of related keywords by author based on
respondents keywords.
The main keywords from the mission statements are “conserve agricultural land” and “increased
community wellbeing” (mentioned by 9.2% of the respondents for both concepts). Promotion and
sector support, and training/development of human capital both constitute 6.2% of the responses.
10
Twenty five percent of the respondents’ summarised keywords put emphasis on agri-business
development and productivity.
Table 4 gives more detail on each of the responses to the question on mission statements.
Table 4 Summary of keywords from 28 respondents regarding the mission statement
Key % score Frequency mentioned
Description of mission statement by respondents
R 1.5% 1 supply quality prim products
R 1.5% 1 optimise resources
R 3.1% 2 reference to 3 elements of sustainability
R 3.1% 2 premier science & research institution
R 6.2% 4 develops human capital (CBP)/training
R 4.6% 3 fosters innovation
R 6.2% 4 sector support and services/promote & facilitate the interest of agriculture
R 4.6% 3 production systems linked to healthy food (incl. food safety)
R 9.2% 6 conserve agric land/NRM/resilient landscapes
R 3.1% 2 UHDSG
R 1.5% 1 sustainable production through sustainable land-use
R 4.6% 3 to convert all rain-fed production to full CA practices
R 3.1% 2 low cost and low energy mechanisation
R 4.6% 3 organics
R 9.2% 6 community wellbeing (people care)/increased (social) resilience/pro-poor
R 1.5% 1 decision-making and policy support + measure policy impact
R 1.5% 1 sound economic development and agri-business
R 4.6% 3 networking (harnessing like-minded people)
R 3.1% 2 enhance productivity
R 3.1% 2 applied research
R 1.5% 1 provide HQ OPV seed
R 1.5% 1 CC (cover crops)
R 1.5% 1 holistic decision-making and management
R 1.5% 1 supply, handling, acquisition agricultural products
R 1.5% 1 profit and LEI
R 6.2% 4 GAP (good agricultural practices)
R 1.5% 1 compassion
R 1.5% 1
integrated
R 1.6% 1 bringing the Gospel
R 1.5% 1
increase the production and consumption of biodynamic produce
SUM 100% 65 SUB-TOTAL
S 10.7% 3 Christian paradigm
S 25.0% 7 agri-business development & productivity
S 57.1% 16
"sustainable" mentioned in mission statement
TOTALS
Key: R = response keyword by respondent; S = sum or clustering of related keywords by author based on
respondents keywords.
11
5.2 Definition of “sustainable agriculture”
Of the 33 completed questionnaires, 30 had responses to this question.
The keyword regarding the definition of “sustainable agriculture” that was mentioned most often is
“ensuring future production” (11.6%). Second to this (8.1%) was reference to the triple bottom-line of
agricultural sustainability involving social, economic and environmental aspects. In 7% of the
responses, the third most-mentioned keywords mentioned are increased productivity. This links with
the 25% of respondents that mentioned increased productivity under mission statement. Production
that is not destructive, and is without erosion, deterioration of environment or diminishing natural
capital was the fourth most-mentioned keywords (i.e. 5.8%).
Sustainable agriculture has elements of LEI farming (mentioned by 4.7% of the respondents) and
addresses present needs (mentioned by 4.7% of the respondents) without failing to address future
food production (mentioned by 11.6% of the respondents).
Some respondents (20%) used the term “sustainable” in their definition of sustainable agriculture.
However, this is less than the use of the term in the vision and mission statements (57% and 37.5%
respectively).
Five respondents (15%) made reference to the importance of natural systems. Two respondents made
apparent contradictory statements. One respondent views sustainable agriculture as a closed system
and the other views it as an open system. The three other respondents referred to ecosystems and
enhancing environmental processes.
A clear view of sustainability reflected that it is a process of learning and there is no blueprint available.
Also, there are no standard set of solutions for any given situation. What is evident is farmer-centred
solution seeking (as seen in the applied research partnerships of GrainSA, ARC and others).
Furthermore, sustainable agriculture is all about soil.
There was a concern noted on the mis-use of the term and people using “sustainability” glibly for their
own marketing and/or certification purposes.
As with the vision and mission statements, there is a deeper ‘call’ for addressing and defining
“sustainable agriculture”. It is “the responsibility of land owners and land-users” and there should be
a love for farming. “Sustainability is brought about by an intense love of the environment and soil
which drives a soul to commit to building a healthy and well-structured fertile soil. Driven by the heart
of the individual supported by the law, science, and research with dedication from an ‘enlightened
extension’ service team”.
Sustainable agriculture pleads for an ecotype-specific or selected-area approach. “Consequently,
what constitutes ‘sustainable agriculture’ in the South African context may be quite different to other
regions. This is because the ‘agricultural needs’ in some regions are potentially different to those in
other regions.”
In conclusion, all the definitions given had aspects related to conservation (at the very least not
diminishing social/natural capital); meeting the needs of the present without detracting from the
ability of future agriculturalists to meet their needs; and mimicking nature and natural processes.
While these are all true, sustainability further offer a call to take care of the South African farmers as
12
land-users. The respondents emphasised that farming should be financially profitable for the farmers
otherwise they go out of business which in turn means that there is no one to produce food and look
after the environment. The translation of this need into policy is captured under “recommended
policies” below.
Table 5 Elements of "sustainable agriculture" as mentioned by 30 respondents
Key % score Frequency mentioned
Elements of "sustainable agriculture" as mentioned by respondents
R 1.2% 1
application of best technologies to open system principles (ecosystem process)/organic (enhancing env processes)
R 1.2% 1 subject technology to an operational open system
R 4.7% 4 LEI elements
R 1.2% 1 reduced complexity
R 5.8% 5
use NR for agricultural production without erosion or deterioration to the environment (low impact food production taking cost of food into consideration)
R 3.5% 3 CA is sustainable crop production
R 11.6% 10 ensuring future production (longevity)
R 1.2% 1 economically viable, produces optimal yields and has low environmental impact
R 1.2% 1 a process of learning and innovation with farmers
R 8.1% 7 3 elements of sustainability (social/econ/ecol)
R 3.5% 3 2 elements of sustainability (econ/ecol)
R 2.3% 2 improve the biological, chemical and physical properties of the soil
R 2.3% 2 increased nutrition/food quality
R 7.0% 6 increased production of crops (productivity/efficient(cy))
R 1.2% 1 improved pastures and animals
R 1.2% 1 vogue use of "sustainable"
R 2.3% 2 optimal production (with acceptable profit)
R 2.3% 2
foremost profitability for the farmer (i.e. beyond a hand-to-mouth existence)
R 3.5% 3
the ability of maintaining the health and vigour of soil and other resources
R 2.3% 2 it is a responsibility by land owners and land users
R 2.3% 2
TOTAL commitment to follow the principles and practices proved by research to create sustainability. Legislation only writes the rules it does not carry them out!
R
2.3% 2
diligent implementation of the principles and practices that will enable harvesting a successful crop. A successful crop can only happen when properly marketed (alternative markets?).
R 1.2% 1 love, commitment, dedication, custodian
R 1.2% 1 access to land secured (in order for farmers to invest in environment)
R 1.2% 1 restore agriculture to original potential
R 2.3% 2 food security
R 1.2% 1 tailoring solutions that are ecotype specific (per agro-ecological zone)
R 1.2% 1
farming practice that enables communities to exploit natural resources for economic growth and eking livelihoods
R 2.3% 2 climate smart agriculture addressing climate change and reducing GHG e
R 1.2% 1
it is a system that can be replicated by other farmers without massive capital investment
13
Key % score Frequency mentioned
Elements of "sustainable agriculture" as mentioned by respondents
R 1.2% 1
the production of everything needed to sustain humans, animals, the earth and resources
R 4.7% 4 addressing present needs (current needs not sacrificed)
R 1.2% 1 promotion of GAP by industry, producers
R 1.2% 1 the will and policies of government
R 1.2% 1
a clear understanding of the impacts and advantages of different types of agricultural practices. It is the whole value chain, and it is constantly changing
R 1.2% 1 should suit social context (best fit between farmer and type of farm)
R 1.2% 1 a key to unlocking the Gospel
R 3.5% 3 (ecosystem process)/organic (enhancing env processes)
R 1.2% 1
this means striving towards a closed farming system where fertility and immunity come from within the farm.
SUM 100.0% 86 TOTAL
S 20.% 6 Usage of "sustainable" in definition (besides "sustainable agriculture" is... Or reference to "sustainable development")
Key: R = response keyword by respondent; S = sum or clustering of related keywords by author based on
respondents keywords.
5.3 Work undertaken
The different respondents provided information on the work undertaken by the respective
organization/institution (i.e. current assignments as well as recently - less than 5 years - completed).
Thirty one respondents replied to this question and most mentioned numerous works being
undertaken. This explains the 124 entries in this data sheet.
CA and NT research (36.3%) and capacity building (10.5%) reflected the highest scores. Within these
categories, research on GMCC scored the highest with 24.4% of the 45 research-related works and
8.9% of all 124 entries. Awareness-raising and networking could possibly be lumped together.
14
Table 6 Summary of works most mentioned by 31 respondents
Percentage Frequency mentioned
Work undertaken by respondents in promoting (sustainable) agriculture; based on 124 clustered entries.
36.3% 45 research
8.9% 11 awareness/information
10.5% 13 training
5.6% 7 policy influencing, lobby, strategy
9.7% 12 networking
8.9% 11 grazing related
5.6% 7 markets
2.4% 3 LEI
4.0% 5 food security
8.1% 10 land care & conservation
100% 124 TOTAL
Figure 1 Visual overview of work load per category
Practical 68%Research 45.2%
Landcare/FS 12.1%
Training 10.5%
Markets
8%
Information dissemination and
networking 18.5%
Policy formulation, influencing
5.6%
15
Research was the most-mentioned aspect and in order to have a more clear insight into what
“research” entails, see Table 7.
Table 7 Research topics regarding sustainable agriculture as mentioned by respondents
% score Frequency mentioned
Research related topics mentioned. Nr of respondents: 30; 45 topics
2.2% 1 CA/NT research - plant cultivars
6.7% 3 CA/NT research - fertilizer related
15.6% 7 CA/NT research - general
2.2% 1 CA/NT research - insects/pest related
2.2% 1 CA/NT research - glyphosate related
6.7% 3 CA/NT research - weed management
8.9% 4 CA/NT research - soil related
13.3% 6 CA/NT research - tools and equipment related
6.7% 3 CA/NT research - GrainSA CAFIP
4.4% 2 Ley crops
24.4% 11 GMCC research
2.2% 1 Online bench-marking data collection and analysis programme
2.2% 1 climate change impact related
2.2% 1 impacts of agriculture on mining and vice versa
100.0% 45 TOTAL
Table 8 indicates all work undertaken by the respective organisations/institutions as mentioned by
the respondents. There are some specific work related topics.
16
Table 8 Entries under ‘work undertaken’ by institutions regarding (sustainable) agriculture
Key % score Frequency mentioned
Work undertaken by respondents in promoting (sustainable) agriculture. Nr of respondents: 31
Key % score
Frequency mentioned
Work undertaken by respondents in promoting (sustainable) agriculture. Nr of respondents: 31
R 0.8% 1 energy management applied R 0.8% 1 climate change impact related
R 1.6% 2 conservation areas set aside (biodiversity) R 0.8% 1 impacts of agriculture on mining and vice versa
R 0.8% 1
social responsibility projects have been undertaken with the local communities
R 1.6% 2
LEI
R 0.8% 1 local markets have been created R 0.8% 1 fruit related
R 0.8% 1 CA/NT research - plant cultivars R 3.2% 4 promotion of CA
R 2.4% 3 CA/NT research - fertilizer related R 0.8% 1 to save and grow and enhance biodiversity
R 5.6% 7 CA/NT research - general R 0.8% 1 facilitating NT task force
R 0.8% 1 CA/NT research - insects/pest related R 0.8% 1 home gardening and nutrition
R 0.8% 1 CA/NT research - glyphosate related R 1.6% 2 sustainable land management
R 2.4% 3 CA/NT research - weed management R 0.8% 1 land cover change assessment
R 3.2% 4
CA/NT research - soil related R 1.6% 2
influencing people and change perceptions re sustainable production of food
R 4.8% 6 CA/NT research - tools and equipment related R 0.8% 1 SAED
R 2.4% 3 CA/NT research - GrainSA CAFIP R 0.8% 1 seed saving for organically certified seed
R 1.6% 2 LandCare projects R 1.6% 2 household food security
R 0.8% 1 rural development projects R 0.8% 1 sales of GMCC
R 6.5% 8
awareness and access to information (i.e. farmer days, conferences, popular CA publications, semi-scientific magazines)
R
1.6% 2
holistic livestock management
R 2.4% 3 education and training/ HR development R 1.6% 2 acquisition, marketing and processing of agricultural products
R 0.8% 1 attempt to influence CA policy R 1.6% 2 provide info to farmers
R 1.6% 2 ley crops R 0.8% 1 lobby, policy process participation and network
R 8.9% 11 GMCC research R 2.4% 3 eradication program of invader-/alien species
R 1.6% 2 grazing strategies R 0.8% 1 funding and HR support
R 1.6% 2 high density grazing strategies R 0.8% 1 natural meat initiative
R 0.8% 1 research: legume-based pastures R 0.8% 1 job creation program (agric based)
R 0.8% 1 online bench-marking data collection and analysis programme R 0.8% 1
grassland improvement/quality of grass
R 1.6% 2 mentorship programme R 2.4% 3 networking
R 4.8% 6 CA/NT related training R 1.6% 2 community farming
R 1.6% 2 organic standards/regulations R 0.8% 1 evangelism/discipleship through CA
R 1.6% 2 attempt to influence organic policies R 0.8% 1 organic farming, Biodynamic farming, agro-ecology, permaculture
R 0.8% 1 agro-ecology strategy S 53.3% 16* focusing on smallholder farmers
S 63.3% 19* focusing on commercial farmers
Key: R = response keyword by respondent; S = a compilation by author’s interpretation of respondents work area. * estimation (not 100% accurate, but education figure)
17
5.4 Research agenda and topics
Research constituted almost 9% of all work related to the promotion of sustainable agriculture as
mentioned in Section 6.3. It is therefore important to summarise the various research agendas for
the next 5 - 10 years as indicated by the respondents. The most-mentioned agenda point for the next
5 - 10 years is CA-related research followed by the need to synthesise best teaching and learning
methods. Also, the line integration of livestock into cash crop systems was mentioned five times. This
score is reflected under both CA research and rangeland improvement.
Table 9 Summarised research agenda for the next 5–10 years as given by respondents
Percentage Frequency mentioned
Research agenda for the next 5–10 years as given by the respondents, based on all 61 entries from 27 questionnaires
26.2% 16 CA field research & improved CA farming systems
11.5% 7 economic and market research (value chain)/modelling
4.9% 3 network platforms/partnerships
14.8% 9 beef, rangeland related improvement
19.7% 12 best teaching, learning, adoption-related approaches
6.6% 4 input saving/alternative inputs
4.9% 3 effective strategies, mitigation
4.9% 3 appropriate small holder equipment
3.3% 2 economic/environmental payments tools
1.6% 1 food security
1.6% 1 Biodynamic production
100% 61 TOTAL
5.5 Specialisation of organisations
Thirty one respondents completes this section of the questionnaire mentioning 78 areas of expertise.
Table 10 reflects the summarised fields. There is a wide range of expertise available and most experts
(29.5%) are knowledgeable in agronomy, crop production and crop-related matters. This is followed
by experts in applied economics (12.8%), and cattle farming (11.5%). The social-agricultural/rural
development trainers, facilitators and community development specialists together contribute close
to 18% of the total. The respondents collectively have a wealth of knowledge.
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Table 10 Summarised areas of specialisation
Percentage Frequency mentioned
Areas of specialisation of institutions based on feedback from 31 respondents
29.5% 23 agronomy, crops, CA
9.0% 7 training and facilitation
6.4% 5 soil
11.5% 9 cattle farming
2.6% 2 food security
12.8% 10 applied economics
2.6% 2 information output
2.6% 2 mechanisation
3.8% 3 organic agriculture
9.0% 7 community development
3.8% 3 policy process facilitation
6.4% 5 other
100% 78 TOTAL
These experts (respondents) also have knowledge from a range of agro-ecological zones; a critical
aspect in the development of sustainable agriculture. The provinces (countries) where these experts
(respondents) work are reflected in Table A6 in the appendices.
5.6 Publications
Not all respondents publish as not all are from a research background. The research-related
organisations (i.e. the ARC, universities and even NGOs) have provided long lists of publications which
can be made available upon request.
A few of the respondents mentioned the importance of information networking and information
dissemination. This is already practiced by the CA facilitator (respondent 15), and the two NT
membership associations from KZN (respondent 31) and WC (respondent 39). The sector
organisations (e.g. 71) and membership organisations (e.g. 68) publish monthly and quarterly digital
newsletters and bulletins. Respondent 50 mentioned that there is a desire among stakeholders to
improve on and share more information and experiences on CA and related aspects. Respondent 71
disseminates information related to biodynamic agriculture.
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5.7 Suggested policy interventions
Tables 11 and 12 as well as Table A8 in appendix mention policy recommendations made by 28 of the
respondents. While “sustainable agriculture” has been defined, work in this field has been
highlighted, research agendas and work expertise has been documented, there is still the question of
how to implement the best practices, good results and institutional efforts pertaining to sustainable
agriculture. The 28 respondents who completed this section of the questionnaire mentioned 113
suggestions. Table 11 provides a summary, while Table 12 reflects all the keywords/key phrases. The
full text of recommendations is captured in Table A8 in the appendix.
The policy recommendation mentioned the most was the need for financial support (17.7%). That
includes suggestions for environmental incentive schemes (PES), increased amounts available for
farmer-driven research, funding and insurance for farmers during the conversion period to
NT/sustainable farming, as well as assistance for converting farmers as they pay the “school fees”.
The other recommendations frequently mentioned were training/mentorship/agricultural extension
(15%), improved applied research (14.2%) and increased/improved dissemination of best (good)
agricultural practices (success stories and research findings) (13.3%).
Improved training suggestions include aspects such as farmer-centred learning sites (demos), return
of expert agricultural extension officers, improved agricultural institutions, change of agricultural
curricula including sustainable agriculture material, and mentor- and stewardship initiatives. This last
aspect has been emphasised by respondents as teaching a new technique is relatively simple, but the
social-cultural and worldview (including set of beliefs, values, norms and perceptions) of farmers need
to be addressed/changed.
There were 16 suggestions on how to improve applied research. This included suggestion on the form
(research coalitions/partnerships) (25%), the how (on-farm) (44%) and topics (31%). There was an
expressed need for applied, on-farm and farmer-driven research (i.e. GMCC, ley crops, improved
pastures and high density grazing). Also, three respondents (2.7% from total entries) pleaded for
government-private research initiatives. An example of this is GrainSA’s CAFIP as reported on by
respondent 18, and the ARC/GrainSA partnership.
There was also a plea for proper dissemination of best practices and publishing of research findings,
success stories and best agricultural practices. The other (summarised) policy suggestions are found
in Tables 11 and 12.
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Table 11 Summary of policy recommendations
Percentage Frequency mentioned Summary of policy recommendations
5.3% 6 land reform
6.2% 7 improved implementation of existing policies (promoting/sanctions)
17.7% 20 financial support & incentive schemes
4.4% 5 mechanisation support
1.8% 2 assistance with markets
15.0% 17 training, mentorship, agric-extension, curriculum change
14.2% 16 improved applied research (initiatives)
13.3% 15 increased dissemination of GAP & effect of bad agricultural practices
4.4% 5 sustainable agriculture discourse and regulations
6.2% 7 CA-related policies (including seed policies)
2.7% 3 parallel approach (smallholder and commercial)
4.4% 5 alternative policy
3.5% 4 Organic standards/products (anti GMO)
0.9% 1 other
100% 113 TOTAL
Table 12 indicates policy recommendations made by the respondents.
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Table 12 Keyword entries under policy recommendations by institutions regarding (sustainable) agriculture based on 28 respondents
% score Frequency mentioned
Policy recommendations based on feedback from 28 respondents % score
Frequency mentioned
Policy recommendations based on feedback from 28 respondents
1.8% 2 resolve landownership by promotion of emergent farmers 0.9% 1 facilitate increased multi-stakeholder understanding of sustainability
1.8% 2 ensure access to overseas markets via government intervention/support 0.9% 1 advocacy on the loss of natural assets is essential so decision makers invest in those areas
1.8% 2 return of expert extension officers
0.9% 1 stop subsidising CF
2.7% 3 establish government-private coalition for farmer-driven research initiatives 0.9% 1
curriculum change (in schools)
2.7% 3 test "sustainable agriculture discourse" 0.9% 1 promote agriculture (agri-business) among youth
1.8% 2 proper seed policies
0.9% 1 strategic and proactive interventions in agribusiness that will support sustainable agriculture
1.8% 2
CA promoting policy
0.9% 1
strategically align climate change and green economy with sustainable agriculture objectives into coherent implementation programmes with political and government support
2.7% 3 safeguard funding and insurance opportunities for farmers converting to NT 0.9% 1
security of land tenure (linked to willingness to invest in green agriculture)
0.9% 1 GMCC promotion policy 0.9% 1 create knowledge dissemination channels
3.5% 4 environmental incentive schemes 0.9% 1 access to finance, financial training and financial discipline
3.5% 4 Farmer-centred training and education 0.9% 1 tenant farming
4.4% 5 on-farm research 1.8% 2 mentorship programs to ensure transfer of knowledge
3.5% 4 appropriate mechanisation support 0.9% 1 holistically developed policies
1.8% 2 access to seed varieties 0.9% 1 policies that will create learning sites all over SA
0.9% 1 alternative meat classification system 0.9% 1 effective M&E and dissemination of ME data
2.7% 3
parallel approach assisting small holder and commercial farmers
0.9% 1
make better use of commonage land (municipality owned land) for assisting black emerging farmers
1.8% 2 government needs to fund research as many NT pioneers are paying "school fees" 0.9% 1
the wheat sector (EFS) can be revived by increasing the import tariffs
1.8% 2 increase local info (research) about GMCC, ley crops and improved pastures 0.9% 1
fair price for producer support/policies
0.9% 1 support to build up marginal soils
0.9% 1 a “safety net” after disasters to assist farmers to stay in business. E.g. subsidised insurance
0.9% 1 advocacy by farmer membership organisations/sector groups
0.9% 1 utilising Green Box Grants e.g. subsidies/grants to farmers converting to sustainable agriculture
0.9% 1 assistance in obtain paradigm shift re sustainable agriculture 1.8% 2 promote stewardship/transformation (training/mentorship) models
0.9% 1 implement sanctions of mismanagement of land and veld 0.9% 1 promote land, people and profit approach
0.9% 1 large size research funded by a farmer-based payment schemes 0.9% 1 Incorporate proper high tech solutions to increase food security
0.9% 1
create tripartite research platform (i.e. farmer, researcher, business)
0.9% 1
gender-sensitive policies in agric
22
% score Frequency mentioned
Policy recommendations based on feedback from 28 respondents % score
Frequency mentioned
Policy recommendations based on feedback from 28 respondents
0.9% 1 encourage practical (applied) research under supervision/coordination of a researcher/scientist 0.9% 1
increase funding directed to agricultural development
0.9% 1 create platforms for debate and feedback sessions 0.9% 1 promote mentorship farming opportunities
2.7% 3 promotion of success stories (best practices) 0.9% 1 strong regulation, compliance monitoring and follow through for non-compliance
0.9% 1 "care of soil" policies
0.9% 1 improved collaborative governance of resource management across departments, including streamlining of relevant environmental/water/agricultural legislation
0.9% 1 conduct unbiased and relevant research on UHD grazing levels 0.9% 1 integrated land use planning/spatial planning at the provincial and municipal scale
1.8% 2 ensure funds for relevant research
0.9% 1 regulatory compliance of Conservation of Agricultural Resources Act 1983 (supporting the revision and implementation of this valuable act)
0.9% 1
change of undergraduate curriculum (incl sust agric)
0.9% 1
Protection and Development of Agricultural Land Facilitation Bill – supporting implementation using existing agricultural and environmental frameworks and regional/municipal fine scale plans (cooperative governance)
0.9% 1 establish the animal traction network in SA
0.9% 1 Comprehensive Agricultural Support Programme (CASP); to focus on sustainable agriculture techniques, training and job creation.
2.7% 3 publish “success stories” & findings 0.9% 1 land reform support
0.9% 1 increased production of CA equipment 0.9% 1 awareness of GMO
0.9% 1 ensure implementation of CA (and other) policies 0.9% 1 animal cruelty
0.9% 1 get organic std approved 1.8% 2 Organic standards (PGS)
1.8% 2 knowledge dissemination and promotion of sustainable agriculture 0.9% 1 The support of the growth of organically grown grain for animal feed.
0.9% 1 improved agricultural institutions and political and economic support for the agricultural sector 100% 113
TOTAL
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6 Discussion of results
The results are discussed in the following section in general as well as per sector. A SWOT analysis is
also done.
6.1 General discussion
The term “sustainable” is used in the respondents’ vision statements (37.5%), mission statements
(57.1%) and definitions of “sustainable agriculture” (20%). The use of the term indicates that
institutions incorporated ‘sustainability’ in their vision and mission strategies; however, the frequency
of its use might indicate an unthoughtful or quick use of the concept. The term should not be used
vaguely or glibly, or for the wrong reasons (e.g. a marketing strategy). To this point, three respondents
pleaded for proper testing or assessment of “sustainable agricultural discourse”.
The sector representation was higher for maize and beef than for citrus. The lower representation of
the citrus sector was expected as it only has 1900 producers. Quite a bit of work has been undertaken
across the sectors to move towards sustainable agriculture.
The previous deliverable (the baseline report) mentioned a wide use of concepts associated with
sustainable agriculture, such as permaculture, agro-ecology and biological farming. Not much of this
was mentioned by the respondents indicating that the name of the concept does not matter as much
as the results.
The organic farming and biodynamic farming sectors are in the process of defining and documenting
certain regulation and guidelines. This refers to the organic farming regulations for organic farming
and Demeter standards for biodynamic agriculture. Both concepts were mentioned but ranking very
low. ‘Organic’ was mentioned more often than biodynamic production/agriculture. Many respondents
indicated that NT and ‘full CA’ are the routes to sustainable agriculture.
It is important that NT and CA be defined as was done in the baseline report. Many respondents, as
mentioned above, indicated that NT and ‘full CA’ are the routes to sustainable agriculture. It was
indicated in the baseline report that OCA (organic CA) was the desired direction or ‘final destination’
of a crop production or farming system. Whether or not this is achievable was not a question in the
questionnaire. It was, however, asked on a few occasions during phone conversations and interviews.
The few respondents were doubtful whether a low external input OCA system would work but they
did not disagree with the term or thinking behind it.
One potential respondent (i.e. correspondence took place, but no was questionnaire returned)
indicated that NT is just one step better than CV. The baseline report mentioned that conventional
NT with high dependence on external inputs (i.e. fertilizer, GM crops, herbicides, pesticides) is not a
desired final production system. Rather, it is argued that a LEI should be promoted in line with the
organic sector respondents. GMCC are crucial in building NT gradually to CA. This was also confirmed
by the respondents. Only one respondent made reference to an increased awareness of the impact of
GMOs. This might suggest that among the majority of respondents, who are promoting NT/CA, there
is GMO tolerance. We suggest a wise use of GM crops and herbicide (especially glyphosate) is
recommended for a specific period of time, with the aim of phasing out these external inputs and
24
move towards OCA. Policies should be geared towards this goal with proper documentation on
farmers’ production methods, input-accounting and development of CA regulations (like SAOSO and
BDAASA). Follow-up research is needed to recommend applicable farmer-scale-based policies and
policy instruments (e.g. PES, incentives, sanctions), and implementation strategies. This could possibly
be outsourced to the recommended partnerships/coalitions or membership organisations as
mentioned previously.
The researchers on this project are convinced that sustainable agriculture needs to gradually grow
towards LEI and this needs a two-way approach. Therefore, the parallel approach of assisting small
holder and commercial farmers across the different sectors on the way to sustainable agriculture is
recommended. This approach was followed in Brazil (with a high uptake of NT cover cropping). By
analysing the work being undertaken by the respondents, it is estimated that they were already
targeting smallholders (55%) and commercial farmers (65%). Note that many respondents work with
both groups of farmers. Also, the data presented indicates that knowledge, expertise and
commitment is present within the divergent set of respondents.
Furthermore, alternative markets need to be explored accompanied by a full value chain analysis. The
expertise is available among the respondents to facilitate this process and it is recommended that
more research be done on this aspect.
A prominent aspect from the feedback was the desire for on-farm, applied and suitable practical
research as running long, current research and extension programs alone is not sufficient. It appears
that government-funded research programmes is slow in releasing funds, in turn hampering effective
research. A high percentage of respondents recommended a government–private partnership or
government–farmer–business coalition. In a positive trend, these alternative research approaches
are currently promoted on farms with farmer study groups, and in partnerships between farmers and
scientists. In addition, there was a significant call for making more information available to farmers
and assumingly the general public. The different sector- and membership organisations are doing
good work with farm tours, email-based information bulletins, conferences, etc. Farmers learn from
one another and ‘seeing is believing’ in this regard. There is a need for documented success stories in
both the commercial and smallholder sectors (as part of the parallel approach mentioned above).
Interestingly, through interaction with the respondents it is clear that there is a link to them between
sustainable agriculture and Christianity. Christian and faith-based organisations are booking success
in the adoption of sustainable agriculture because they address faith, belief systems, norms and
values. Promoting agricultural technology (like NT, precision farming, etc.) is part of the solution, but
it should be fully embedded in the social-cultural and religious settings. This aspect is mentioned by
4 of the 30 responses to the vision statement question.
Another recommendation is the intentional increase of relevant platforms where relevant parties and
stakeholders can meet and share not only successes but also progress made (measured ME). The
focus should be on reinforcing relationships and agreed topics. For example, both CA and organic
propagandist agree on the use of GMCC. This could be an excellent starting point in practical
discussions for farm level at different scales, recording feasible steps or milestones (organic agriculture
at large scale is not feasible overnight).
It is worth taking note of work already undertaken by the respondents to this questionnaire. Funds
are secured for these organisations and projects, and a coalition between a few of these can assist
25
South Africa and policy-makers with the effective transition to sustainable agriculture by providing
expertise in policy processes and formulation, economic modelling and PES.
6.2 Discussion per sector
6.2.1 Dryland maize production
The literature review3 in the previous baseline report suggested that sustainable agriculture is a step-
wise or gradual process. If dryland maize production was to be compared to a journey it starts at
conventional farming practices (i.e. allowing primary and secondary tillage) and ends at organic CA
(OCA). Intermediate steps on this journey would, for example, be reduced (minimum) tillage, strip
tillage, chemical based NT, NT cover cropping (HEI CA), LEI CA including CC/GMCC and ley crops4.
Respondents, however, doubted whether OCA can be achieved. “Perhaps” and “maybe” are words
that characterise the responses indicating that OCA might be attained with good agricultural practices
and responsible use of chemicals, over a (long) period of time, and with a correct mind-set. One
respondent rephrased OCA to be “biological LEI CA”.
The conventional farm situation, irrespective of where it is situated in South Africa, does not allow for
an overnight conversion from CV to OCA. Such a drastic shift will be economic suicide at commercial
level. Even at small-scale farm level it is almost impossible.
Under current CV it is found that the soil quality is low with nutrient imbalances, low in soil organic
matter, low in soil structure, and highly weed infested. These ‘imperfections’ need to be addressed
keeping in mind that expenditure should be limited and most farmers cannot permit a failure which
will knock them out of business. This has obvious and known effects on food production and national
food security.
Steps, however, are undertaken by organisations (e.g. ARC, GrainSA, the Maize Trust, NGOs) to
promote CC, GMCC and, to a far lesser extent, ley crops. The success of NT and CC are globally
contributed to the use of cover crops. Respondent 55 commented that “[c]over cropping is not a new
discipline which requires expensive research. It is an old agricultural technique which was documented
by the Chinese 1100 years BC. The fact that this technique is still around today is evidence that it still
works”.
GMCC incorporated in the NT/CA cash crop systems seem to work. Positive results of work done are
reported on by respondents 2, 4, 15, 24, 31, 38, 40, 41, 51, 53, 55, 68, 81 and 89. But more research
is needed in this regard. More research is also needed on developing sound crop rotations moving
away from <RR maize – RR soya> rotation under NT. The Highveld farmers (i.e. especially Eastern Free
State) produce far less wheat as a decade ago.
It is evident that NT/CA farmers struggle to build up adequate levels of soil cover. Non-grazed cash
crop residue does not seem to maintain an adequate soil cover. In South Africa, organic material
3 Blignaut, J.N., De Wit, M.P., Knot, J., Midgley, S., Crookes, D.J., Drimie, S. & Nkambule, N.P. 2014. Sustainable agriculture: A baseline report
in South Africa: An investigation. Prepared for the Development Bank Southern Africa. Pretoria: ASSET Research.
4 Ley crops refer to the effective incorporation of pastures (pure grass or legume-based) into cash crop rotations.
26
deteriorates at a high level. CC strategies to address lack of soil cover are inter-seeding: fall CC into
standing maize, winter CC directly after maize (or soya, sunflower) or summer CC (whether or not it is
followed by a winter CC) were cash crop is replaced by summer CC or ley crop. The CC research efforts
from the above-mentioned respondents include foreign species, but locally adapted crops prevail.
More research is needed on cash and cover crop seed varieties and cultivars (as mentioned by
respondents 4, 6, 24 and 31).
Converting high productive soils to perennial ley crops for 2–5 years requires a huge paradigm shift.
A few decades ago, marginal (risky farming) soils were converted to pastures (i.e. especially Eragrostis
Curvula). However, more research is needed on GMCC, CC and ley crops linked to cash crop and
livestock farming. The need for successful integration of livestock into CA was mentioned by
respondents 18, 24, 27, 38, 51, E2 and E4, and applies for most mixed-farming enterprises. Financial
figures together with large-scale examples are needed to demonstrate success for different eco-types
in South Africa. We recommend more research on UHDSG in extensive grazing and mixed-farming
enterprises.
Private organisations (cooperative business, input suppliers) are more neutral in their approach
especially when it comes to profit-making through sales of inputs. Cooperatives don’t prescribe
members on what production system to use. Their profit margins are correlated to increased
production and tons of produce.
6.2.2 Citrus production
It is necessary to follow-up with WWF-SA regarding the carbon calculator. The carbon calculator tool
is a pro-active step by the citrus sector to be ahead and in line with retailer requirements. With this
tool farmers can be ‘mapped’ and their ‘sustainability score’ known. It would be great to assess the
usefulness of this tool, for example, in the maize and beef sectors as well.
6.2.3 Beef
A few respondents (i.e. 24, 31, 36, 38 and 60) pleaded for alternative high density grazing strategies.
However, more research is needed on feedlots and potential alternative markets. A full value chain
analysis is also important. Respondents suggested alternative grazing strategies, other meat
classification methods with increased benefits for the farmers, and a parallel approach for
smallholders and commercial farmers.
27
Table 13 SWOT analyses of the maize, citrus and beef sectors
Strengths Weaknesses Opportunities Threats
Maize Membership associations (MA) and sector organisations (i.e. GrainSA, KZN NT club, WC NT association and FS agriculture, Africa Conservation Tillage Network) established and effective. MA actively assist farmers with regular agronomic and technical updates, organising green and brown tours, and organise farmer (practical) conferences and stimulate applied research. Applied research platforms created (i.e. farmer study groups) under coordination of researchers. Funds are available for farmer-based research via the Maize Trust. Increased networking and collaboration among organisations (i.e. AgriSA, GrainSA, ARC, etc). This could be seen in the many cross references that were made by respondents to GrainSA, for example. Encouraging number of farmers that developed their initial (conventional) NT systems into cover-crop based CA systems5
Sustainability is to a certain extend still linked to HEI or “high product driven” production systems. Lot of conventional (university) research is not practical/farmer-friendly/applied enough. NT (maize) associated with high levels of herbicide & associated build-up of weed resistance to glyphosate and GM crops (68). Organic CA seems to be a bridge too far due to difficulty of weed control (without tillage or chemicals allowed), out of balance soils, slow build-up of soil quality (-fertility/-health), dependence of crop residue as winter feed, limited (cash) crop rotation options and (mindset) dependence on external inputs (fertilizer, pesticides).
Increased number of farmer-driven cover crop research happening at commercial level. Extend information network, mailing lists and network platforms. Agri Dwala reflects a successful example in SA of a partnership (i.e. in the form of a Trust) between commercial farmers and farm workers. This model offers hope for productive land restitution. Farmers are looking into organic pesticides and organic fungicides (E2).
Government-funded research is slow in releasing funds. As a result of that trial research inputs are often late. Reduced number of field experts (agronomy, research, livestock, etc.) research institutes and replaced by more managerial staff. Disagreement and confusion about ‘controversial’ issues (i.e. safety of GM crops, safety of glyphosate, Albrecht soil balancing approach, Savory grazing strategies).
Citrus Enormous wealth of experience and knowledge among citrus growers. High percentage of export growers are export driven and acquainted with market regulations, standards and procedures. SA citrus growers high on water-use efficiency. A levy-based production system in place which enables the Citrus Growers Association to conduct sector relevant research, implement quality control and advise citrus growers on markets, regulations and standards.
Primarily export market dependent. Economic sustainability is crucial, but ‘regulations and standards’ are set by export markets (large retailers).
There are a small number of organic citrus growers, especially in the EC. The proactive steps undertaken by the citrus sector in collaboration with WWF-SA are encouraging. The citrus sector, through the development of an environmental assessment tool (carbon calculator) intends to be pro-active and develop one guiding set of production standards. This can potentially help the sector as citrus growers currently try to apply to many different set of standards (i.e. EU, UK, Middle east, Far East, Russia). The conventional citrus growing practices, moved to environmentally friendly production
CBS (Citrus black spot) can only be controlled at this stage by applying fungicides between 3-6 times, which has an impact on environment. The organic fungicide does not adequately control CBS.
5 Conservation Agriculture (CA) is based on implementing three principles simultaneously. The three principles are: (1) minimum disturbance of the soil, (2) permanent soil cover, and (3) sound crop rotations including
legumes. CA is often referred to as “correct NT” (31), “fully-fledged NT”, or when all three principles are applied it is referred to as “full CA”(38,39).
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Strengths Weaknesses Opportunities Threats
systems thanks to overseas retailer demands (especially EU, UK). “We are closer to sustainability than one might think...”.
Beef The Green Choice alliance (see p54, respondent E4) is a communication network of Agriculture and Business in SA have potential to further sustainable small holder beef production, range land improvement and job creation.
SA beef classification systems are developed by feedlots and specifically designed to penalise grass-fed back grounding by beef farmers. In that case there is less competition for feedlots as well as a higher supply of weaner calves. A new meat classification system is needed to allow beef producers to supply beef of pastures at a later (st)age with heavier carcasses (i.e. implies reduced production cost for farmers).
Increased awareness among respondents regarding alternative grazing strategies (i.e. high and ultra-high density (strip) grazing). CA traction tools and equipment and planting equipment available in SA (ox drawn NT planters, rotary punch planters, etc.).
General (agriculture-related)
Many respondents (8.1%) described sustainable agriculture related to economic, social and environmental aspects (an additional 3.5% linked environmental and economic aspects) Many good policies exist in SA.
Too many schools of thought in the ‘sustainable agriculture’ context. Commercial farmers don’t see organic farming at large scale an option. Biodynamic agriculture relatively unknown. Biodynamic and organic agriculture have ‘tight’ set of standards. Consumer relative unaware of agricultural production issues & food quality. 26/28 (93%) of the respondents (excluding organic related respondents: 44, 46, 53) did not mention “organic farming” at all in written or verbal feedback, which indicates that “organic” is not a well-used discourse.
CA needs to get its own policy. Explore the use of sewerage for fertilisation of farm land. Many respondents from the NGO sector provided ‘transformation-based’ extension and promotion models addressing farmers’ perceptions, worldview, set-of-beliefs, social-cultural mind-set issues. If this component of the trainings, awareness sessions and information dissemination can be 50-70% it might speed up the uptake of sustainable agriculture.
The many good existing SA agriculture and environmental policies are not implemented because of lack of capacity in the governmental structures. The rift between the various different schools of thought in the organic sector has never been wider (BAASA, SAOSA). Organic regulation denied due to legislative issues.
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7 Conclusion
This field report captures efforts, ideas and achievements about sustainable agriculture from a
divergent set of respondents. The respondents represented farmers (26%), NGOs (18%), consultants,
researchers and farmer lobby groups (combined total of 31%). The remaining respondents
represented government, sector groups, private firms and membership associations. The maize, beef
and general agricultural sector were also represented strongly. The citrus sector was the least
represented mainly due to the limited number of growers in the sector as compared to maize and
beef. The respondents illustrated what ‘sustainable’ means, what it practically implies in their work
undertaken, and gave useful policy recommendations for the rolling out of sustainable agriculture.
The vision and mission statements clearly indicate that respondents are promoting sustainable
agriculture. The word ‘sustainable’ is used by a significant number of respondents in their vision and
mission statements. It implies that respondents incorporated ‘sustainable’ discourse and started to
implement it.
Statements included keywords such as healing, restoring, conserve and credible, just to mention a
few. It indicates that conventional or current ways of farming are in need for an overhaul, or at the
very least that current production systems need restoring and healing. It further indicates that the
balance between social, economic and environmental attention in agriculture is currently skewed to
predominantly economics. This view is countered by the respondents by promoting sustainable
agriculture to incorporate social, economic and environmental key values. The most mentioned key
issues in the vision statements were: promotion and facilitation of knowledge, findings and
information (19%); stewardship (Christian transformation) (15%); and people care (restoration) (12%).
The most mentioned key issues in the mission statements were: conserve agricultural land (9%);
increased community wellbeing (9%); promotion and sector support (6%); and training/development
of human capital (6%).
The key-words most used for the definition of “sustainable agriculture” were: ensuring future
production (11.6%); the triple bottom-line of agricultural sustainability involving social, economic and
environmental aspects (8.1%); and increased productivity (7%). Production without erosion, without
deterioration of environment/diminishing natural capital, or that is not destructive was mentioned by
5.8% of the respondents.
The respondents’ work/projects addresses almost the complete spectrum of agriculture as seen in
Figure 1. The most work done by the respondents is practical (68%) related to NT/CA research, land
care, food security and training. Other work done relates to information dissemination and networking
(18.5%), exploring markets (value chain research, predictions and modelling) (8%) and policy
formulation and influencing (facilitating with regulations) (5.6%).
Also, the respondents’ research agendas for the next 5–10 years and the institutions’ specialisations
are in line with work undertaken. This indicates a practice-driven approach focusing on production
systems (farming systems with crop-grazing interface), economic value chain research and modelling
(11.5%), and driving increased awareness/publication of sustainable agricultural examples. Effective
strategies and mitigation (4.9%) and PES (3.3%) (which might be affiliated to policies) only add up to
8.2% of the respondents’ planned agendas. This implies that future policies should consider a bottom-
30
up approach rather than a top-down approach as the strength in the South African agricultural context
lies with its producers.
This thinking is confirmed by the policy recommendations made by the respondents. Those
recommendations most mentioned (totalling 60.2%) confirm the need for practical on-farm support
policies. The most recommendations refer to financial support (17.7%), increased knowledge (i.e.
training, extension, mentorship) (15%), improved applied research (14.2%) and dissemination of
good/best agricultural practices (13.3%).
Respondents emphasized the need for improved implementation of existing policies (compliance
monitoring and follow-through with non-compliance), streamlining of sustainable agricultural
discourse and regulations, and reviewing existing policies.
The following are key implications of this field report:
Work is being done across different categories (see Figure 1).
Research work done ranks high especially for 1) GMCC/ley crops; 2) CA general (i.e. various
comparative studies with CV, as well as comparative studies under CA by comparing row
width, cultivars, equipment, soil types); 3) tools and equipment; and 4) fertilizer effect and
weed control.
Networking is ongoing especially on NT/CA (e.g. WCNTA (39), KZN NT club (31), ACT (50),
private). To a lesser extent also with SAOSA (44) and BDAASA (71)
There is a need for market research and policy influencing/formulation.
Policy assistance for ongoing on-farm applied research through funding, effective
private/government partnerships (GrainSA (15), ARC (2, 4, 6)).
Land reform and poverty alleviation are not pertinently mentioned but there is a high report
on people care and to include the social dimension to the economic and increased
environmental awareness under sustainability. Respondents call for agricultural productivity
for both smallholder and commercial sector without endangering/jeopardising future
resources.
Work undertaken by respondents are already almost equally geared towards both smallholder
and commercial.
From keywords as mentioned in the preceding baseline report, only organic, agro-ecology and
permaculture are mentioned; holistic management is mentioned in feedback with “organic”
being the most tangible with other three as approaches to agriculture. Feedback related to
“organic” and “biodynamic” driven by mainly three and one from 33 respondents,
respectively, was lower than feedback to NT/CA. That may suggest that NT/CA is the most
prominent approach currently to achieve sustainability. The emphasis by respondents was on
full CA, reducing external inputs moving towards organic (exploring organic pesticides) rather
than HEI NT. This confirms the view stated in the baseline report that NT alone is not
sustainable, but that it is a step in the process to full CA.
31
What needs to be done going forward? The following are a few suggestions:
More research is required on citrus and beef. The citrus sector was represented by only one
respondent. The beef sector lacks input from sector organisations, intensive and extensive
system experts. Student follow-up research suggested.
Food health was under-reported on. A follow-up study is needed on the issue of food health
(nutrition)/policies from an economic value chain analysis (as recommended by respondents)
by exploring the use of GM crops and related chemical weed control programs. The suggestion
is that farmers using GM/chemicals should be registered (pressing issues are health and safety
of GM, weed resistance to glyphosate (development of ‘killer weeds’)).
Practical: green bookkeeping (analyse the citrus sector’s carbon calculator as an example for
multiple sector use) on levels of fertilizer, pesticides, herbicides and diesel on farm. How
practical is this? Can we learn from EU countries in this regard? Does this fit with a bottom-up
policy approach? Follow-up research is suggested by students on different production systems
(i.e. input costs, description of inputs use (frequency, quantity, rates)). We suggest in
additional follow-up modelling research taking the production-related input costs and detail
and link it to environmental, economic and social sustainability indicators.
A clear strategy of phasing out the external inputs should be mentioned. The suggestion is
that research be done to determine how practical this is and who will manage compliance
(research coalition perhaps as suggested as an actor by few respondents).
Only 6.5% of respondents advocated for a CA policy. If organic CA is the ultimate form of
sustainable agriculture then future research is needed to explore how this CA policy or merge
with organic policy could potentially look like. This policy might refer to other sustainable
agriculture concepts (i.e. agro-ecology, biodynamic, permaculture).
Respondents called for increased networking and creating platforms for discussion (including
awareness raising, sharing results, networking, and knowledge think tank). As a result of this
brief study a few respondents can already be linked/grouped and/or clustered. It is suggested
that sector organisations meet across sector boundaries and create a higher level ‘policy
pusher’ as well as pro-production strategies across parallel approach of assisting both small
holder and commercial farmers in SA to sustainable agriculture.
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Appendix 1
Table A1a List of respondents for the questionnaire
Nr. # filled Respondents nr from data base
Name of Organisation
1 1 1 ZZ2
2 1 2 Agricultural Research Council (ARC)
3 ARC-IGKW
4 1 4 ARC-GCI (Potch)
5 ARC-SGI
6 1 6 ARC-ISCW
7 ARC-ISCW
8 ARC-PPRI
9 ARC-ISCW
10 ARC-ISCW
11 ARC-ISCW
12 Consultant (ARC)
13 ARC other
14 Maize Trust
15 1 15 Grain SA
16 Riemland study group
17 Vrede study group
18 1 18 Ottosdal NT club/ Ascent study group
19 Sandgrond-ontwikkelings-komitee (Kroonstad, Wesselsbron)
20 Sandgrond-ontwikkelings-komitee
21 Brandfort studie groep
22 Marquard studie groep
23 1 24 Clocolan NT farmers
24 “Tweespruit NT farmers”
25 “Ficksburg NT farmers”
26 1 27 “Ladybrand NT farmers”
27 “Senekal NT farmers”
28 “Zastron NT farmers”
29 Cedara Agricultural College Kwazulu Natal Government, Department of Agriculture
30 1 31 Kwazulu Natal NT club
31 KZN NT researcher
32 1 36 Karoo Grazing Experiment
33 University of Pta, Veterinary Faculty
34 1 38 Western Cape Government, Department of Agriculture
35 1 39 Western Cape No Till Association
36 1 40 University of Fort Hare, Faculty of Science and Agriculture
37 1 41 UFH – consultant
38 Bountiful Grains Trust
39 Foundations for Farming SA
40 Foundations for Farming Zimbabwe
41 1 43 Foundations for Farming Lesotho
42 1 44 SAOSA (South African Organic Sector Organization)
43 1 45 BFAP (Bureau for Agricultural Policy)
44 1 46 Agro Organics
33
45 Biological Farming Institute
46 Department of Agriculture, Forestry and Fisheries (DAFF)
47 United Nations FAO Southern Africa Regional office
48 1 49b United Nations FAO Lesotho office
49 1 50 ACT (Africa Conservation Tillage Network)
50 1 51 KEL Growing Nations Trust
51 1 52 Kroon Technifarm
52 1 53 Mahlathini Organics
53 1 55 Southern African Cover Crop Solutions (SACCS)
54 Rooivleis Produsente Organisasie
55 Bonsmara genootskap
56 Senekal farmer
57 1 60 Lamprechts Educational Services
58 1 61 Citrus Grower’s association
59 University of Stellenbosch, Faculty of AgriSciences
60 Stellenbosch University Sustainability Institute
61 University of the Free State: Department of Sustainable Agriculture
62 University of Free State: Soil department
63 Nigel Farmer
64 University of Pretoria
65 University of Pretoria
66 1 68 OVK
67 SENWES
68 1 71 Biodynamic Agriculture Association of Southern Africa,
69 1 72 Free State Agriculture
70 Ecoport
71 WWF-SA - Sustainable Farming Programme
72 Confronting Climate Change project
73 Terra soil
74 Walt landgoed
75 1 81 Moolmanshoek
76 Grassland Society (of SA)
77 Dole
78 Soiltech Zululand
79 Soiltech Zululand
80 1 89 Mennonite Central Committee
81 Agri SA
82 Sparta Beef
83 1 E2 Agri Dwala Ltd Pty
84 1 E4 Conservation SA
85 Landmark Foundation
86 Permaculture Design SA
87 Elsenburg Training
- 33 - TOTALS
34
Table A1b Questionnaires sent (grouped per sector)
Government -
National
Farmers Consultants NGOs Science & Research
(incl Univ & college)
Co-operations/
membership
association
Sector groups Private firms Farmer (lobby) group
Maize 1.ZZ2
24-29 NT farmers
Eastern FS
59. Senekal Farmer
65. Nigel NT farmer
42.Bountiful Grain
Trust, Port Elizabeth
43.Foundations For
Farming SA/
Zimbabwe/ Lesotho
51.KEL Growing
Nations, Lesotho
2-13. ARC 14. Maize Trust
15. GrainSA
17-23. GrainSA farmer
groups
Beef
24,27-29 NT farmers
Eastern FS
59. Senekal farmer
65. Nigel NT farmer
60.Lampbrechts
Educational Services
37. Univ of Pretoria,
Veterinary Faculty
40. University of Fort
Hare (UFH), Animal
Traction systems
56. Rooivleis
Produsente
Organisasie
57.Bonsmara
genootskap
E1. Sparta Beef
Citrus 61.Citrus Grower’s
Association
86. Dole
General 48. DAFF 81. Moolmans-hoek
E2. Agri Dwala Trust
36. Karoo Grazing
41. Consultant
attached to UFH
49a,b UN FAO regional
and Lesotho offices
53. Mahlathini
Organics
74. WWF-SA
Sustainable Farming
Programme
75. Confronting
Climate Change
project
82. Grassland Society
of SA
89. Mennonite Central
Committee (MCC)
E3. Guba Swaziland
E4. Conservation SA
E5. Landmark
Foundation
E6. Permaculture
Design SA
30. Cedara
Agricultural College
38 & E7. Elsenburg
Agricultural Training
College
45. BFAP, (US & UP)
62. University of
Stellenbosch, Faculty
of AgriSciences
63. Stellenbosch
University
Sustainability Institute
64. University of Free
State, Department of
Sustainable
Agriculture & Soil
66-67.Department
Plant Production and
Soil Science, UP
68. OVK
70. SENWES
72. Free State
Agriculture
44. SA Organic Sector
Association
71. Biodynamic
Agriculture
Association of
Southern Africa
90. AgriSA
46. Agro Organics
47. Biological farming
Institute
52. Kroon Technifarm,
soil nutrient balancing
55. Southern Africa
Cover Crop Solutions
73. Ecoport,
78. Terra Soil
79. Walt Landgoed
87-88. Soiltech
Zululand
31-35. KZN NT club
39. Western Cape NT
Association
50. Africa
Conservation Tillage
Networking Group
(ACT)
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Table A2 Description of vision statements
Description of vision statements as given by the respondents
To be a benchmark of success in agriculture
Creating sustainable value for all its stakeholders as a living open system
Improvement and cultivation of grain crops
Excellence in agric research and development
Strive for Environmental/ social/ economic sustainability
Keep farmers profitable and sustainable
Conserve soils and biodiversity
Sustainable farming
To create a forum for the exchange of knowledge and experiences in NT cultivation of a variety of crops
Assess the expertise of members and farmers requesting advise
To assist all farmers to understand and acquire the skills and motivation to adopt NT correctly
Disseminate new knowledge about NT
To initiate UHGSG all over the country
To ensure a sustainable production in feeding the nation
To convert all rain-fed production to full CA practices
Mechanization suited the needs of small scale farmers
CA, as part of Climate Smart Sustainable agriculture is a major thrust of the TC
Through research and training, provide small scale farmers with tools and skills required to produce crops competitively on a sustainable manner
A vibrant, sustainable, united, valued and credible organic sector providing quality products and services to local and international consumers and markets, respecting Ubuntu principle
To see BFAP’s influence base expand and to give positive support and provide clear, empirical information through our research to decision makers such as government, producers, firms as well as the region’s resource, nutritional and food systems custodians.
A handful of seed can get your garden g(r)o(w)ing. Any person with 50 square metres of soil and sufficient water can sustain a garden supplying vegetable to a household of 6 people.
“To be a premier network of excellence in promoting sustainable agriculture and ecosystem management for improved livelihoods and wealth creation in Africa”
We strive for a Lesotho free of hunger and malnutrition, where food and agriculture contribute to improving the living standards of all, especially the poorest, in an economically and socially sustainable manner
Transformation through sustainable agriculture
36
Description of vision statements as given by the respondents
Our vision is to support the harmonious living of people in their natural social and economic environments in a way that supports and strengthens both the people and their environment. Our vision is further to assist the rural poor to better their lives, to diversify their livelihoods and to face their challenges with resilience.
To make the concepts of cover cropping and green manuring a workable, practical reality for all producers.
Improved wellness and harmony for creation
OVK is a prosperity creating Agricultural business
To strengthen, promote and advance the practice of biodynamic agriculture in Southern Africa."
A dynamic, modern and directive organisation for agriculture in the Free State
Healing and restoration of the land, people and business that we are involved in.
MCC envisions communities worldwide in right relationship with God, one another and creation.
Living and farming in the Overberg to Gods glory
The vision for CSA’s sustainable agriculture programme is: ‘promotion, facilitation and implementation of healthy sustainable societies across South Africa’s agricultural landscapes and value chains.’
To bring transformation to Lesotho – starting with our local community.
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Table A3 Description of mission statements
Description of mission statements as given by the respondents
Our system supplies high quality primary agricultural products to clients who seek value. Our practices optimize resources and are based on principles which are ethical, environmentally friendly and economically sustainable.
"The Agricultural Research Council is a premier science institution that conducts research with partners, develops human capital and fosters innovation to support and develop the Agricultural sector."
The ARC is a premier science institute that conducts research with partners, develops human capital and fosters innovation to support and develop the agricultural sector
Grain SA provides commodity strategic support and services to SA grain producers to support sustainability.
To develop long term sustainable production systems for the long term production of healthy food (i.e. high in minerals and no (low) in toxicity levels)
Conservation of Agriculture land
To actively promote and facilitate environmentally friendly, economically sustainable conservation farming for the benefit of all
To develop UHDSG as a excepted grazing management practice for stock farmers and mainstream agricultural scientists
Sustainable production through sustainable land-use
To convert all rain-fed production to full CA practices
Research low energy input, low cost, sustainable and productive farm mechanization equipment and methods. Train farmers, extension staff and students to effectively and efficiently utilize mechanization methods that enable timely and cost effective agricultural activities
SAOSO is to establish and develop organics as an emerging sector within the broader context of South African agriculture. Organics has to be at the forefront as agriculture moves to address the global concerns about environmental sustainability of food production systems, consumer health, community well being and food safety. SAOSO pursues the public interest solely and directly. Its activities are benevolent only.
BFAP aims to continue improving as a partner in strategic decision making, maintaining the role as an objective analytical source in the agro-industrial complex. Connecting primary, secondary and tertiary sectors with high level policy makers to sustain sound economic development. Supporting agri-businesses through analyses of past, present and future policies by measuring their impact on farm, firm and resource well-being. This three-way linkage is vital to role in supporting sustainable agriculture.
No wheel to be re-invented, harnessing like-minded persons understanding the paradigm of real organic agriculture into one sustainable, economically viable structure.
“To enhance agricultural productivity, sustainable land management and environmental conservation through promotion of conservation agriculture principles and practices in Africa.”
We support Basotho to increase their resilience through integrated sustainable agriculture and natural resources management
Bringing life change through training, farming and research
Our mission is twofold: Through our seed business, we aim to provide high quality organic, open-pollinated seeds of vegetable, flowers and herbs to gardeners and food producers throughout South Africa. Through our rural development programming, we aim to design and implement innovative projects which promote collaborative, pro-poor agricultural innovation.
To institute commercialised cover cropping programs, backed by formal research, into as many different facets of commercial and small scale agriculture as possible’
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Description of mission statements as given by the respondents
Improving holistic decision-making and management in all spheres of society
OVK is an agricultural business that strives to create prosperity and sustainability through: supply of competitive inputs to agricultural producers Acquisition, marketing and processing of agricultural products supply of products and services to the broader public
The BDAASA uses Demeter Standards as a bench mark. Through our Apprenticeship Programme, Newsletters, visiting international experts, PGS, marketing, bringing people onto farms etc, we aim to increase the production and consumption of biodynamic produce.
To promote a safe and sustainable agricultural environment in the interest of agriculture in the Free State
To demonstrate the sustainability of our vision and transfer it to the next generation.
Sharing God’s love and compassion for all in the name of Christ by responding to basic human needs and working for peace and justice.
To run farming enterprise with a good profit and lower input cost through sustainable agriculture practices (e.g. minimum tillage, improved soil cover, precision application of Fertilizer en HDG at short intervals.
The mission for CSA’s sustainable agriculture programme is: ‘to enable and facilitate effective implementation of sustainable agricultural practices in South Africa’s biodiversity hotspots in order to ensure resilient landscapes and sustainable societies for South Africa into the future.’
Go into the community bringing the good news of the gospel and practical displays of God’s love – CA is a vehicle of this.
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Table A4 Definition of “sustainable agriculture”
Definition of “sustainable agriculture” as given by the respondents
Sustainable agriculture is the application of best technologies in agriculture according to open system principles, in harmony and in symbiosis with nature. Open, living systems are adaptable and thus sustainable - they respond meaningfully to the environment. The solution to sustainable farming is that we subject technology to an operational open system. An open system is adaptable, forever changing, irreversible, focused on the future, seeks contact and interaction and processes are horizontally managed and regulated by interaction.
Probably a element of Low external input (LEI) farming? Try to reduce complexity in agriculture perhaps?
Sustainable agriculture is the sustainable use of natural resources for agricultural production, thus use without soil erosion or deterioration of the environment. In term of crop production it is the application of Conservation Agriculture namely minimal soil disturbance, crop rotation and soil cover with a mulch of crop residue.
Sustainable agriculture is an agricultural system that is economically viable, produces optimal yields and has a low environmental impact that will ensure future agricultural production.
Sustainable agriculture is not a package of solutions, but is rather a process of learning and innovation, especially with farmers in the center of the process. It should aim to achieve environmental, social and economic sustainability.
The production of food by using the natural resources on a sustainable manner as to improve the biological, chemical and physical properties of the soil to increase the nutrition and the production of the crops, pastures and animals on it in an economically sustainable way.
Sustainable agriculture is a gradual process moving towards biological, low external input, conservation agriculture
To keep farming in such a way that the it will be economical, financial and productive for now and future
Sustainability at present is a VOGUE expression, glibly used to lure and impress people, mostly the general public, and unfortunately by many well meaning persons and organisations. Beyond the accepted meaning of sustainability of maintaining the levels of all nutritional elements both chemical and physical structure, including available soil moisture in balance as required for soil health. In order for a soil or production unit of land to produce optimally and provide the living requirements of the land owner or land user while also ensuring an acceptable profit. Sustainability with the land owner and/or land user is the understanding and implementation of what is needed and the management required to create and maintain a healthy environment and soil. An ingredient of sustainability vital for landowner and/or land user is to make a profit from his farming initiative, not only to cover input expenses but a profit so as to achieve goals dreamed of achieving, beyond a hand to mouth existence. The economics can make or break the committed to building an agricultural enterprise. Sustainability means the ability of maintaining the health and vigour of soil and other resources which make up the environment such as water, fauna and flora including insects and microbes. Sustainability is not just a technical term for agriculturalists to use glibly, it is not a so called right but a responsibility of all land owners and/or land users. Sustainability can only be achieved by TOTAL commitment to follow the principles and practices proved by research to create sustainability. Legislation only writes the rules it does not carry them out! Sustainability will only be achieved and maintained in agriculture when the land owner and/or land user can, through diligent implementation of the principles and practices that will enable harvesting a successful crop. A successful crop can only happen when properly marketed. Sustainability is brought about by an intense love of the environment and soil which drives a soul to commit to building a healthy and well structured fertile soil. Driven by the heart of the individual supported by the law, science, and research with dedication from an “enlightened extension” service team. The assistance of government in securing and supporting ALL farmers land, in order for them to be able to commit to practices that will bring about the health of the land they are custodian of. This factor is very important to ensure that they put “their roots” down and remain settled in order to complete the task set for working towards sustainability for the prosperity of the entire country and its citizens.
To restore agricultural resources to its original potential and maintain it as such
The ability of the farming community to produce food in such a way that we can feed our people, ensure the health of the land we use and the longevity of the whole process
Provision of the world’s food and fibre requirements without degradation of the environment.
40
Definition of “sustainable agriculture” as given by the respondents
Agriculture without diminishing the natural Capital
Mimicking nature, no need for bio-technology (GM, Nano, et al), no synthetic chemicals. “Keep the money for as long as possible within the communities.” ----- Hans Klink
Drawing on the commonly accepted definition of sustainable development (as provided by the Bruntland Commission, 1987) as “development which meets the needs of current generations without compromising the ability of future generations to meet their own needs”, sustainable agriculture can likewise be defined as agricultural practices that meet present ‘agricultural needs’ (in particular, food security) without compromising the ability of future generations to meet their own ‘agricultural needs’, both from an environmental and economic perspective. Consequently, what constitutes ‘sustainable agriculture’ in the South African context may be quite different to other regions. This is because the ‘agricultural needs’ in some regions are potentially different to those in other regions. In addition, there are perhaps many different ways of providing sufficient agricultural opportunities to future generations while achieving sufficient and sustainable food production for current generations. However, regardless of the specific mechanisms of sustainable agriculture in different regions, there must certainly be a consideration of each of the environmental, economic and social aspects when defining the term. Without going into too much detail, an initial consideration of the environmental, economic and social aspects of agriculture over time presumably lead to an understanding of sustainable agriculture which involves agricultural practices and products that are able to maintain or improve agricultural productivity in the long run, which are not environmentally destructive (or, even better, which enhance environmental processes—such as using organic farming methods to harness nature’s ability to replenish nutrients in the soil, or retaining/improving existent wetlands which purify water, etc) and which suit the social context of agriculture. By ‘social context’, we refer to the specific type of farming (commercial versus subsistence), the social/ cultural context (communal versus private) and the capabilities of the farmer concerned (for instance, large-scale, commercial farmers may be able to use large sophisticated technological systems and organic products to achieve efficient, low-impact food production, but other practices will be relevant to small-scale subsistence farmers). Lastly, the definition needs to be clear about what is meant by ‘agricultural needs’. In particular, the definition of food security needs to be properly addressed; including not only the quantity of food but also the cost and nutritional quality of food such that current and future generations are sufficiently well nourished.
A farming practice that enables communities to exploit natural resources for economic growth and eking livelihoods without degrading the resources or simultaneously conserving them for future generations
Climate-smart agriculture (CSA), as defined and presented by FAO at the Hague Conference on Agriculture, Food Security and Climate Change in 2010, contributes to the achievement of sustainable development goals. It integrates the three dimensions of sustainable development (economic, social and environmental) by jointly addressing food security and climate challenges. It is composed of three main pillars: 1. sustainably increasing agricultural productivity and incomes; 2. adapting and building resilience to climate change; 3. reducing and/or removing greenhouse gases emissions, where possible.
It is agriculture that takes care of nature, specifically the soil. It is also a self-sustaining agricultural system that puts back what it takes from the land. It is a low external input agricultural model. It is a system that can be replicated by other farmers without massive capital investment.
The production of everything needed to sustain humans, animals, the earth and resources.
Support the harmonious living of people in their natural social and economic environments in a way that supports and strengthens both the people and their environment.
My personal view is that sustainable agriculture is that current agriculturalists have to meet the needs of the present, without detracting from the ability of future agriculturalists to meet their own needs in the future.
SA is about continuous improvement of the financial, social and ecological aspects of farms/communities working from regenerating the ecosystem processes.
Sustainable agriculture can be explained best when: all arable land is effectively used and planted to crops with the aim of producing more food (produce) the keyword is more productive food production
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Definition of “sustainable agriculture” as given by the respondents
In the biodynamic world, this means striving towards a closed farming system where fertility and immunity come from within the farm.
Striving towards the balance between economic profitability, human wellness and environmental enhancement
That the land and people involved will not be sacrificed in order to make a profit over a specific period of time
Farming practices/techniques that produce good quality food, in a way that protects and improves the natural environment and allows future generations to enjoy the same benefits as that enjoyed by the current generation.
To farm in a way with less input(s) and still managed to maintain a good profit. The lower external inputs refer to reduced fuel consumption as a result of less tillage. The Fertilizer rates are reduced as a result of precision application of the correct rates at the correct places
While recognizing that there are many different approaches to sustainable agriculture, Conservation South Africa promotes a landscape approach that follows good environmental, social and economic principles, and incorporates the components of both eco-agriculture (agricultural production and biodiversity conservation at the rural landscape scale) and climate smart agriculture (adaptation, mitigation, and livelihood improvement). To us, sustainable agriculture on the ground means improved land use practices, improved livelihoods, and improved climate resilience. But it doesn’t stop there. It means responsible sourcing policies, consumer awareness and demand, development of alternative markets, sound scientific research to support best practice recommendations, personal ownership by farmers, producers and industry bodies to promote good practice, the will and policies of government, and a clear understanding of the impacts and advantages of different types of agricultural practices. It is the whole value chain, and it is constantly changing
A key to unlocking the gospel in rural communities. Combining 3 pillars6, based on biblical principles, it allows farmers to increase their yields beyond that of subsistence.
6 It refers to the 3 CA principles: minimum disturbance of the soil, soil cover, and sound crop rotations
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Table A5 Work undertaken in the field of “sustainable agriculture”
Work undertaken in the field of “sustainable agriculture” as stated by the respondents
Energy management is proactively applied to all decision making with the purchase of tractors, vehicles, systems and infrastructure that consumes energy. Sustainable energy projects include measurement of the potential for hydropower generation, irrigation under gravity and the utilization of waste wood to heat water in our residential areas. Power generation by wind was also intensively investigated, but ZZ2 did not have suitable property available. Electricity savings and - awareness projects include variable speed drives for pumps, heat pumps instead of geysers at residential units, irrigation under gravity, pre-paid meters in homes (24% reduction), management of "Time of Use" and "Critical Peak Day Period" with ESKOM. Focus is placed on all facets of the supply (dam safety, borehole monitoring, pipelines, etc.) and utilization (proper irrigation design; pivots for onions, drip irrigation for tomatoes and micro sprayers for avocado and fruit) of irrigation water, as well as the redesign and planned layout of lands to better manage water run off, with the consequent preservation of water and soil. Conservation areas have been set aside to maintain the natural fauna and flora and also to create bio-diversity. A number of social responsibility projects have been undertaken with the local communities including nature conservation, mentorships on cattle and tomato farming. Regional markets have been created where small scale farmers can deliver their produce. This produce is sold on a pure commission basis. The farmer is paid within 3 days. These markets have also boosted the local economy as many entrepreneurs now buy on the markets and resale the produce at their stalls.
Current projects are: 1. Response of sunflower to conservation agriculture and nitrogen fertilisation 2. Evaluation of conservation agriculture principals on two soil types on the Highveld 3. Response of maize to variance in plant population under different tillage practices and row widths 4. Comparison of insect complexes in conservation agriculture and conventional tillage systems 5. Evaluation of conservation agriculture (CA) as an alternative to conventional production methods as applied by a selected group of land reform beneficiaries in the Dipaleseng municipality (Balfour, Mpumalanga) 6. Evaluation of the long-term effect of glyphosate use in maize 7. Evaluation of integrated weed management practices in conservation agriculture on the Highveld Two of our researcher also take part in the in the GrainSA Conservation Agriculture Farmers Innovation Programme.
There is several conservation agriculture projects, LandCare projects, or rural development projects, all based on various aspects of CA (reduced tillage, multi-cropping and soil cover), and also includes aspects like water harvesting, green manuring etc.
Implementation of the Conservation Agriculture Farmer Innovation Programme with the following key strategic objectives: Awareness and access to information – various farmers days and conferences; a range of CA publications in popular / semi-scientific magazines Education and Training Incentives – aiming to influence government policy on CA On-farm research – have established a number of on-farm, farmer centered research projects with commercial farmers (Ottosdal & SOK) and small holder farmers (Bergville & Matatiele).
We are looking at cover and ley crops to improve above mentioned biological and physical properties of the soil In terms of the chemical properties there is an extensive liming practice in place in the area
On farm cover crop specie testing Grazing strategies (12 month rest of veld/pasture and rotated by 12 month high impact grazing) High density grazing strategies Research on how to improve veld by introducing different legumes to grass (i.e. Sainfoin, etc.)
We do no till with our cultivated land for the last 10 years and still have to learn more about cover crops to improve on it.
Three years ago a 5 year trial on Soil borne disease in No-Till was conducted with the financial help from The Maize Trust and in co-operation with the ARC on Anthony Muirhead’s farm Gourtan in the Winterton district of KZN. At present The No-Till Club is in the process of exploring the possibility of introducing an “Online bench-marking data collection and analysis programme to assist farmers in monitoring their farms production performance regarding Input unit levels for the season
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Work undertaken in the field of “sustainable agriculture” as stated by the respondents
Input cost levels Yield results Soil health data Our annual conference is an ongoing activity taking considerable time to organise to ensure that the information disseminated at the conference will be meaningful as well as being helpful to all who attend wishing to spread the or implement the adoption of Conservation Agriculture. Two of our members are currently involved in a “mentorship programme” in the Loskop area of KZN where they are co-coordinating the activity in timing all important steps in the successful production of a crop during the season. The No-Till Club of KZN publishes three, 16 page newsletters per annum containing articles of a technical nature, motivational as well encouraging articles. These newsletters are distributed free of charge and posted to 1200 individual people. Other organisations such as machinery and input supply companies are used where we have their co-operation, to place these newsletters in a convenient place, so customers and clients can help themselves to a free copy should they choose. The Club has hosted many visits to member farms by persons and groups wanting to learn more about and/or wishing to adopt Conservation Agriculture.
Karoo Grazing experiment (UHDSG), thesis on HDG in 1999 and published numerous articles in the agricultural media
4 long-term conservation agriculture trials throughout the province Fertilizer application in conservation agriculture 2 long-term tillage trials looking at soil biology Cover crop development
Annual CA symposium in August Green tours – practical visits and lectures in the field during the season Brown tours – practical visits and lectures in the field in the off-season
Operation of a crop rotation - cover crop experimental and demonstration project. Economic and performance comparison of different hand operated and animal drawn CA equipment. Evaluate, demonstrate and train on available CA equipment suited for small scale agriculture. Develop a low draft power no-tillage planter coulter. Develop a simple hand operated herbicide roller and research suitable non-chemical weed control methods.
CA promotion, CA training, CA demonstrations, CA dissemination, CA workshops, etc. all during project life-cycle.
Organic Regulation denied due to legislative issues Organic Standard not finalised Act 36 0f 1947 – see Agro-Organics as only driver Organic Policy – not finished Agro-ecology Strategy – not finished
(2013) BFAP consulted a section of a research project (LTAS) for SANBI. Which modelled the impacts of climate change on some agricultural sectors over the next 30 years. (2015) Agriculture and Mining – What is the impacts of these sectors on each other, how can they co-exist and what are their negative externalities relating to each other.
5 ha garden with 8 crops running on cover crop partly for the second cycle, the rest first cycle. 40 ha Orange river vineyards; no fertilizer, no pesticide 40 ha Apple Vyeboom; over 200 t apple from trees as old as thirty years (region average 60 t; good 85 t)
Promoting the use of Conservation Agriculture (CA) – as defined by the 3 principles (i.e. soil cover, minimum disturbance of the soil and sound crop rotations) – to save and grow and enhance biodiversity. This is the core mandate of the organization
FAO Lesotho Resilience Programme supports the upscale of Conservation Agriculture in the entire territory of Lesotho jointly with the CA Task Force members. Upscale involves investment in capacity development of a diverse range of stakeholders including big and small size farmers, extension officers, leaders and schools. Home Gardening and Nutrition techniques are also promoted among a diverse range of actors including communities and Government staff. In 2014 FAO Lesotho has started a similar process on Sustainable Land Management.
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Work undertaken in the field of “sustainable agriculture” as stated by the respondents
During 2014/2015 a Land Cover Change assessment for the entire country will be undertaken in collaboration with Ministries using spatial data
Researching natural ways of weed control. How to improve soil fertility through cover crops. Researching a low external input model. Teaching farmers how to use what they have to become food secure and ultimately to sell food
Progro is the vehicle to influence people and change perceptions in production of food and fiber in such a way that natural resources will be sustained, economical viable, acceptable for mankind.
Intensified homestead food production and water management (training and implementation of gardening, RWH, soil conservation, nutrition and value adding….) Conservation Agriculture: GrainSA Smallholder farmer innovation programme SaveAct; Sustainable agricultural Enterprise development within a savings and credit group context. (Value chains, bulk buying, production support, local marketing initiatives and processes) Seed saving network for organically certified vegetable and multi-purpose seed. UNISA Household Food Security Programme; College of Agriculture and Environmental Sciences, Regional coordinator for the learning programme- KZN. Wesbank; specialist trainer (Food security, sustainable farming) for FSLAP programme supporting 20 NGOs nationally (2011-ongoing)
Our organisation considers that we are one small tooth on one small gear in the full gear-box of inputs required to sustain agricultural production. As a result we are specialised in what we do. Since 2003 – I have been working closely with research organisations and farmers to formulate cost effective, multi targeted cover cropping and green manuring programs. As each farm and farmer has a different want and need we formulate specific planting programs and advise on precise management techniques to obtain maximum effectiveness from money invested in the program. We provide a planting and management solution to the grower. We work with multi-national companies down to small scale producers.
Participated in 4 year Holistic Land and Livestock management programme in Zimbabwe by focusing on curriculum development, training and support for communal farmers and related NGOs in southern Africa . Holistic Management Plan for Steinkopf Commonage
OVK is assisting agricultural producers with acquisition, marketing and processing of agricultural products. Farmers can have peace of mind that there produce is marketed at best interest for them as shareholders of the company OVK provides information to farmers OVK assists and financed cover crop/ comparative tillage/cultivar trials in Clocolan OVK doesn’t prescribe what is sustainable to a farmer. OVK acknowledges that farming is ecotype- and farm specific. It trades with agricultural produce irrespective cultivar, variety, (chemical) weed program, or production system used.
Biodynamic Apprenticeship Programme
Networking
Newsletters
Most of our members are involved in biodynamic, permaculture, agroecology, organic farming, community development,
small scale farmer training and more
Lobby, policy process participation and network for the interest of our members. Information dissemination to our members. Participation in the Slangbos (Stroebe Vulgaris / Seriphium plumosum) eradication project with NDA (also Satansbos, Inkberry, and other invader species) through local Land Care committees
There is a strong ongoing focus on conservation of natural resources and investment in human resources.
MCC partners with local NGOs in Lesotho and Swaziland that are promoting conservation agriculture and/or green manure cover crops . Support is provided through financial and human resources.
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Work undertaken in the field of “sustainable agriculture” as stated by the respondents
We are working on two activities. To minimize the till of our soil. For the last 10 years we are planting with a min till planter. But in the 2015 season we are going to experiment with a disc planter. Almost no till. The use of nitrogen in a more effective way in the crops to achieve better yields with lower nitrogen inputs.
Conservation South Africa’s (CSA) Meat Naturally Initiative works across all levels of the red meat supply chain to promote sustainable farming practices. CSA aims to create a positive enabling environment from government and industry; to facilitate awareness and skills development of good environmental practice amongst the country’s communal and private farmers; and to educate the retailer and the consumer on making choices that will promote healthy environments in their meat purchasing. The Meat Naturally Initiative pilots innovative ways to assist farmers with obstacles like predator conflict, unemployment, erosion, farm management, poor soil conditions and access to water, under the overarching banner of climate change and building resilience. Collaboratively, it was identified that one of the most effective farming techniques is still the tradition of shepherding – staying with your animals and managing where, what and how much they eat. In response, CSA initiated a job creation programme called the Ecoranger Programme: where traditional herding techniques are applied to support environmental management and monitoring. Namaqua Ecorangers use GPS technology to take stock of species and veld condition, minimise stock loss to predators and prevent overgrazing or trampling of sensitive areas like wetlands. Currently, 11 previously unemployed people have been placed on farms and live in the veld with the livestock, acting as a deterrent to predators. At the same time CSA captures data sent from the Ecorangers, recording information on poisonous plants, predator movements, state of water infrastructure, condition of grazing lands and much more. This information is analyzed by our scientists and fed back to farmers to implement any adaptive management plans that may be necessary. In the Eastern Cape, the Meat Naturally Initiative aims to improve the quality of the fodder availability and biodiversity composition of grasslands in an initial 18,000 ha of target communal rangelands, through clearing aliens as well as through transforming the grazing pattern from one of open access and annual burning to one of controlled seasonal rotation and reduced burning regime. The project has strong support from the community: as of 2014 planned grazing is being implemented in six villages with 48 Ecorangers. Communities have seen benefits beyond just job creation – rotational grazing has already proven to produce healthier cattle, allowing them to access formal markets to sell their animals. CSA is also working at industry level and with national government to embed environmental management into regulation and supply guidelines for red meat. In addition, CSA is the secretariat of the Green Choice Alliance: a communication network of Agriculture and Business Initiatives in South Africa we meet quarterly to share lessons, address collective issues, and further our implementation of sustainable agriculture in South Africa. For more information on these activities see www.southafrica.conservation.org
The work of this ministry is currently under review: The original structure consisted of 2 components: Work on the church land – a group of farmers are trained in CA while being paid to work on the church land – the idea of the church plot is for demonstration of CA techniques as well as earning money for the church. These farmers are also discipled through a daily bible study Community farming – This is managed by the farmers working on the church land – they work in groups of 10 taking it in turn to work on each other’s land – CA farming only The original structure is failing due to the number of different missions of the church plot – for this reason they are being separated: The church land will be run by the Maseru trust as a business – planning is underway – the current business model combines a poultry farming (layers) running alongside crop growth to supply feed demand. The aim is to generate capital for the running of the church. It will also model CA, but not as its primary aim. Future CA training will be done by volunteers who will work with the community farmers – there will be a larger focus on discipleship running alongside this.
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Table A6 Organisations’ research agenda for the next 5-10 years
Description of research agendas for the next 5–10 years as indicated by the respondents
Refinement and improved technology for the above. Protected production techniques. Improved cultivars, grafting of tomato plants, salt tolerant avocado rootstocks, elimination of soil borne diseases with natural products.
The programme of strategic and need driven research involves cultivar evaluation, plant breeding, improvement of crop quality, weed control, conservation agriculture, plant nutrition, plant pathology, entomology and nematology.
To investigate soil organic matter and associated greenhouse gas emissions from agricultural soils. To also see if sustainable agriculture could be a possible mitigation effect on GHG emissions and improve carbon sequestration
To create Farmer-centered on-farm research platforms (projects) in key grain production agro-ecological regions in South Africa as basis to scale out CA to farmers.
Looking at ways to integrate livestock and cash crop farming further. Looking at no-till and reduced tillage practices.
Network with other farmers and research platforms to give us useful cover crop solutions for our area
We are experimenting on different types of cover crops i.e. barley, beans, etc. to built up the fertility of the soil
To develop UHDSG to benefit all stock farmers – mainstream and communal
Focusing on the full implementation of the cornerstones of conservation agriculture within the cereal crop production and pasture production areas of the province (i.e. By managing your animals in such a way that they are fed without removing all the material, quick feeding bursts and then they move on – something in the line of Alan Savory)
We don’t conduct research, but we stay abreast from the things happening in western Australia (i.e. no formal ties), The Australians can come and learn from us.
Participate as part of the multidisciplinary team in the Climate Smart Agriculture Research Niche at UFH. Develop a low draft power no-tillage planter coulter. Develop a simple hand operated herbicide roller and research suitable non-chemical weed control methods.
Ensure that “no-action” re: numerous research proposals and needs (i.e. identified at various meetings and covered in many minutes) are addressed.
Developing partnerships across Sub-Sahara Africa to build capacity in the fields of market analyses to understand the entire value chain – from resources utilised to products sold to the consumer dynamics and all of this in the context of sustainable agricultural development. BFAP has also recently launched the IVIS (Integrated Value Information System™) which aims to incorporate information and models BFAP has been developing over the past decade into a spatial platform. This new dimension will add significant value to our analyses.
Assessing approaches that focus action on research approaches to innovation. Focus on developing effective monitoring, documentation and learning systems within conservation agriculture projects and then using these in the evaluation of best practice. This can include various areas or aspects such as farmer organization for improved access to information, inputs and/or output markets, most effective extension methods, value addition, consumer awareness programmes, and market structure and demand analyses. Integral to the validation of approaches and methods is development and assessment of tools for monitoring the steps in the development and implementation of sustainable land management and CA platforms and a monitoring system for evaluation of outcomes.
FAO Lesotho is initiating the Land Cover Change assessment for Lesotho. This study will lead to additional application and research to be established. On CA we are assessing the impact of our Resilience Programme and identifying areas for improvement in the uptake of CA. On Social protection we are exploring complementarities of Social Cash Grants and agriculture.
Cover crops LEI systems Cattle/livestock integration Adoption and economics linked to sustainable agriculture
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Description of research agendas for the next 5–10 years as indicated by the respondents
The improvement of products and services to be more applicable for Sustainable Agriculture (Coated fertilizers, growth enhancers and Progro)
To bring smallholder farming systems to the forefront of agricultural and scientific research including the following topics: Social and human level aspects: community needs/baseline assessments/, adaptation/livelihoods and methodologies/approaches and processes for effective empowerment within a Participatory Innovation Development or Innovation Systems framework Participatory learning and action research: including participatory development of learning processes and materials for smallholder farmers, Climate change adaptation: social, environmental and economic systems around CA/Agroecology, Incentive and Market Based Mechanisms, such as Payment for Ecosystems Services (PES): design of PES for CA and Agroecology that can be effective in a smallholder environment, Economy: value chains (including participatory market chain development processes), cost-benefit analysis, agricultural economic scenarios including environmental/ecological, socio- cultural criteria and appropriate credit and input supply and marketing mechanisms for smallholders, Crops / weeds: horticultural and agronomic aspects of dry land smallholder CA systems, farming systems’ perspectives and inclusion of livestock Soils: soil health and soil organic matter, water holding capacity, soil structure, soil fertility Integrated Pest & Disease Management: systems and protocols for different pests and diseases common in the smallholder systems, Small scale mechanisation: engineering assessments and fine tuning of design of appropriate tools for CA in smallholder systems. Water management: hydrological and agronomic aspects of CA in smallholder farming systems Impact assessments: appropriate tools and indicators – design and piloting
As a relatively small organisation we do not have budgets or staff for formal research we tend to work with the producer bodies such as Grain SA, The No-Till Club of South Africa, The South African Sugar Research Institute, The South African Macadamia Nut Producers Association, The ARC, Foundations for Farming and other similar bodies. Cover cropping is not a new discipline which requires expensive research. It is an old agricultural technique which was documented by the Chinese 1100 years BC. The fact that this technique is still around today is evidence that it still works
Not doing research currently, but would like to be involved in research related to: Improving the quality of learning and teaching of sustainable agriculture Holistic (financial, social, ecological) measurement of continuous improvement on farms/communities
OVK intends continuing with it vision, mission and core goal as to increase financial sustainability (effective marketing and information network) for its members producers OVK margins (profits made through sales of inputs to agricultural producers) are reducing and therefore OVK needs to manage its business with smaller margins. Secondly enlarge their working area (e.g. Eastern cape, Lesotho as a potential working area) in order to compensate for loss in margins in existing working areas. OVK is not prescribing the producers what tillage or production system to use. OVK stimulates the farmer to choose by making informed decisions. OVK found that its members are well-informed about latest technology and input markets. OVK stimulates productive tillage systems.
In conjunction with international biodynamic associations, to research biodynamic production
Don’t do Research May commission various studies to address pressing needs
To research future business opportunities compatible with the current model as foundation to further improve and build what is being done currently.
MCC supports partners that are engaged in disseminating knowledge derived from practical field experience.
We are also looking into the use of organic fungicides and pesticides on our grain crops in the next 5 years
We intend to address land degradation and declining food security (specifically food access) linked to both private and communal farming in South Africa. If rangeland health can be improved and if alternative markets are found that favour rangeland-fed (and possibly biodiversity-friendly) livestock farming, then the food security and climate adaptation of farmers will be improved. A major focus of our research will be to address land degradation and declining food security in two climatically different landscapes in South Africa, namely the hotter and drier Namaqualand, within the Succulent Karoo biodiversity hotspot, and the cooler and wetter Umzimvubu, within the Maputaland-Pondoland Albany biodiversity hotspot. A critical and innovative
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Description of research agendas for the next 5–10 years as indicated by the respondents
aspect of our research will be that we address land degradation and declining food security by working across the value chain, from production to markets. In these projects, innovative production methods, predator management and marketing in livestock farming will be tested for their effects on desired outcomes (increased production, decreased land degradation, improved food security, climate adaptation). Production aspects include trade-offs between production and biodiversity in planned grazing systems, and the use of indigenous or indigenous cross-breeds of livestock that have potential to adapt to climate change. Predator management aspects include the use of herders and flocking animals to protect livestock from predators. All aspects are connected across the value chain via markets that include the large rural informal sector. Our outcomes will always address the research-implementation gap by developing tangible products (policy briefs, guidelines, training, technology transfer, and peer-reviewed publications) that are relevant to our work and to our target groups
Which are the highest yielding and stable cereals and vegetables to grow in the local environment? Which crops have the most sustainable market? Which livestock businesses are the most effective in symbiosis with climate reliable cereals? How do we most effectively bring sustainable transformation to a community? What is the best vehicle for promoting social capital? (Letsema7)
7 Letsema is working together in groups (especially in this context of planting, weeding, harvesting together)
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Table A7 Organisations’ fields of specialisation
Description of specialisation (expertise) as stated by the respondents
Production of fresh produce including, tomatoes, onions, avocados, mangoes, garlic, apples and pears. Cattle farming
Cover crops, Soil restoration
Cultivar evaluation, Plant breeding, Weed control, Conservation Agriculture, Plant nutrition, Plant pathology, Entomology, Nematology.
Various areas, according to different institutes and different divisions or programmes in each institute. I am in the Institute for Soil, Climate and Water, and in the Programme Soil and Water Science. Our programme specializes in research on soil and water dynamics in agriculture, how various farming practices could influence soil health and agricultural productivity.
Grain production, including maize, soya bean, sunflower, groundnuts, sorghum, wheat, canola, barley.
Maize, soyabeans, sheep and cattle
Soya and other cash crops, pasture seed production. Dormer sheep and, NT/CA
Grain production and beef
Facilitation of technical transfer of information from specialist to farmers as well as from farmer to farmer. Champion, Conservation Agriculture adoption and the importance of this practice to the well being of agriculture throughout South Africa in terms of Environmental sustainability and maintenance Attention to detail in CA implementation for food security The enhancement of better farming practices and overall greater economic advancement on farms.
UHDSG
Cereal crops (rain-fed), pastures both rain-fed and irrigated
Information output (for e.g. in the form of monthly newsletters)
Small scale mechanization
Writing reports and assist with organic agriculture legislation as funded by the Department of Trade and Industry (e.g. report: Study to develop a value chain strategy for sustainable development and growth of organic agriculture)
Partial Equilibrium Modelling. Value Chain Analysis. Farm-level models and analyses in the agri-businesses sector. Spatial Economics
Agro-Organics: manufacture and market crop protection products allowed as per norm/standards/regulations regarding certified organic agriculture NewCo: seed replacing “fertilisers”
CA
FAO has a broad range of technical expertise. In the coming years we intend to focus on the areas referred above
We specialize in training farmers, young people and doing research. One of the key programs we run is a resident program where young people are being mentored to develop a love for agriculture and become better farmers.
Soil health, plant production, soil fertility growth enhancement
Food security, community based natural resources management, water and soil conservation, participatory learning and action, micro-finance, Conservation Agriculture, participatory research
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Description of specialisation (expertise) as stated by the respondents
Crop rotations and Agronomy. Planning and implementation of planting strategies. Planting programs. Machinery advice and management of the crop. Supply of seed for planting.
Improving sustainability by improving decision-making and management
supply of competitive inputs to agricultural producers Acquisition, marketing and processing of agricultural products supply of products and services to the broader public
Training, Networking
Lobby, policy process participation and network for the interest of our members. Information dissemination to our members. Have the following committees: Land Affairs, Rural safety and security, Labour, Infrastructure, Local Government, Communications/media/corporate identity
Correct utilization of natural veldt and grass pastures through the Eco-tourism business being run on the farm. Conservation agriculture and water conservation/harvesting
Agriculture
Contributing to food security and land reform - Greening economic development - Building resilience to climate change
Sharing the Good News Medical Aid Agricultural training
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Table A8 Policy recommendations
Description of policy recommendations as made by the respondents
Resolving land ownership issues. Promoting land ownership by emerging farmers. Ensuring access to overseas markets via government support and intervention. Return of properly trained and experienced extension officers.
In order to roll out sustainable agriculture a government-private research initiative. Current government and university research is driven by a conventional school of thought (= conventional agriculture knowledge) Sustainability discourse needs to be tested clean seed management systems in place obtain a good scientific overview of sustainability discourse (like Albrecht system, etc.) development of sustainable farming to develop the tripartite relationship between government/research and farmer
Conservation Agriculture should be promoted among crop farmers. However, on some soil it is just a matter of implementation, on others such as sandy soils more research is unfortunately needed to refine some principles for successful implementation. Applied research collaboration networks with farmers on their farms under auspices of scientist (i.e. responsible for reporting, quality control, plot layouts and data analysis) Safeguard funding and insurance opportunities for farmers converting to NT as current conventional banks, financial- and insurance organizations are declining converting NT/CA farmers’ applications (i.e. under the mask of ‘high risk’ applications)
Cover crops are a big challenge. If policy or relevant support could help farmers to obtain suitable cover crops for their area, either in the form of availability of seeds, or price cuts on cover crop seeds, or correct information help to promote the use of green manure/cover crops in a CA system, it could make a big difference.
Incentive schemes and mechanisms (e.g. for low carbon footprint) Appropriate education and training, in Farmer-centered Innovation Systems & processes and CA systems & technology On-farm, Farmer-centered Innovation Systems Research Support in appropriate mechanization Local seed production systems to increase diversity
Easier importation of new pasture varieties. For instance, allowing the importation of round-up ready Lucerne. Easier importation of specific inoculums for specific legumes. Opening export markets for our maize and soya beans especially China. A new meat classification system is needed to allow the producers to supply meat of pastures at a later age without being penalized. Also allowing us to supply heavier carcasses which in turn would make the cost of production less as the slaughter out percentage increases and the cost of production decreases as we currently slaughter animals as they start to produce at optimal gain.
Government needs to help farmers just as the parallel approach Brazilian government took in the 80’s/90’s for supporting both smallholder and commercial farmers with NT/CA, Government needs to assist with research trials so that answers can be found per agro-ecological zones Government needs to fund research as many NT pioneers are paying school fees/ learning fees. farmers don’t want hand-outs but useful LOCAL information about cover crops, ley crops and how to improve veld / pastures (remember marginal soils were converted to pastures) Assist farmers to build-up marginal soils which actually is the majority of land in the EFS. These refer to land that are not ideal for (risky) cash crop farming farmer representative organizations need to voice out strongly what farmers want (1-4)
Mind switch for neighbour farmers
Possibly more emphasis on the implementation and policing of mismanagement of ALL land and veld in South Africa by The Green Squad. Encourage large size research funded by a Farmer-based payment schemes (i.e. correlated or linked to production levels) to fund research like Dixon dairy levy model in New Zealand Create Tripartite research platform (i.e. farmer, researcher, business). Encourage practical (applied) research under supervision/ coordination of a researcher/ scientist Create platforms for debate and feedback sessions Document and measure success stories and strategies on how to get there (i.e. level of success (sustainable agriculture))
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Description of policy recommendations as made by the respondents
More research needed on cover crops and seed varieties Encourage (raise awareness) land users to take care of the soil, measure and manage, and develop the art of listening “what works for you on your farm”.
Contrary to the claim of mainstream agricultural research scientist of all grazing research so far was done at very low density grazing levels. It is therefore urgently necessary to conduct unbiased and relevant research on UHD grazing levels
National acceptance of conservation agriculture as only way of producing sustainable rain-fed crops Possible subsidizing of expensive equipment
Ensuring adequate levels of money for UFH TC to continue conducting relevant research. When funds are available the following is advised to be undertaken Our own training facility. Inclusion in the undergraduate curriculum. The Animal Traction Network of South Africa. Other training organisations. Farmer training/research plots. This is one of the proposals of the UFH Climate Smart Agriculture Niche, but will need funding Research publications in recognised journals. Publications in the farming press. Production of better conservation agriculture equipment through established manufacturers or new production facilities. The Traction Centre has been in negotiation with the Agricultural Engineering section of DAFF for some years to provide funding which will allow for the work to continue and provide for young people to be recruited to carry the project forward. We are awaiting the award of a three year contract. Without that funding the Traction Centre project will have to be wound up. Funding for the CSA research Niche as a whole is far short of what is required to attract and equip post graduate students to be competent practitioners of sustainable agriculture
Conservation Agriculture needs to get its own policy, however, focused on quality and implementation. Otherwise, many and good policies exist in RSA, but these are not implemented because of lack of capacity in the governmental structures
Get organic agricultural standards and regulations approved into legislation (ref: Act36 of 1947)
Research: Work needs to be done across the different agricultural commodities to identify best practices that tick all the boxes for sustainability (economic, environmental, social sustainability). There is potentially much to be learnt from the organic farming, traditional and Holistic Management (see the Savory Institute, listed below) approaches that are already being used in some cases. Also, best practices needs to be generated for both the large scale commercial farmer and the small scale subsistence and/ or communal farmer in order to address the two types of distinctive agricultural arenas in South Africa. In addition, these practices must be relevant to the various geographical regions in South Africa – which will likely contain profoundly different environmental, economic and social contexts. Knowledge dissemination and promotion of sustainable agriculture: It goes without saying that research findings need to be disseminated amongst farmers. Given that research is likely to gain much from collaborating with farmers in the first place to identify useful, context specific sustainable practices, the process of dissemination will ideally be an iterative one. However, in South Africa, particular effort will need to be put into disseminating this knowledge amongst poor, small-scale and subsistence agriculturalists as in many cases it was found that the necessary education regarding basic agricultural practices such as stocking rates, rotational cropping etc. have not been absorbed or applied. Clear evidence needs to be available to convince farmers that sustainable farming practices are not only good for future generations, but also for their own profitability. Where there are trade-offs between profitability and sustainability, there need to be incentives (for example: price premiums, tax deductions, Payment for Ecosystem Services, subsidies) and support structures (extension?) in place to encourage farmers to use practices that are in line with the public interest. Improved agricultural institutions and political and economic support for the agricultural sector: Since agriculture is vital to South Africa’s food security, and is also potentially a crucial sector in terms of job creation, value addition, forex, etc., there simply needs to be more support, both by policies and the entire economic arena – producers need an enabling environment to produce optimally and invest for future generations. This will become especially necessary if sustainable agriculture is to be implemented at an effective scale. However, since the sustainable agriculture concept stands to advance economic, environmental, and social concerns in South Africa, there is an opportunity to pool funding and political support across several government department to advance this cause. A prerequisite, however, will be the accumulation of sufficient evidence by researchers and the like to prove that sustainable agriculture will be beneficial to critical aspects the South African economy and society (in particular, poverty alleviation, job creation, and social equality).
For facilitating and kick-starting smallholder farmers’ access to CA equipment and technology For sharing risks associated with initial adoption of CA. While the benefits are primarily at community and watershed level, most of the costs are at farm level to be borne by individual farmers
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Description of policy recommendations as made by the respondents
A more multi stakeholder understanding of sustainability, Climate Change and resilience is needed so every actor plays its role. It is the concerted analysis and action that can bring a difference. Involvement of local level players Support in equipment and capacity development is still required. Advocacy on the loss of natural assets is essential so decision makers invest in those areas Evidence and data of changes in natural resources is critical to sustain decision making and advocacy.
Stop subsidizing conventional agriculture. Allow farmers to pay for the interventions on their land. Subsidies hide the true cost of farming. School curriculums need to change!!!! Young people need to learn the opportunities in farming.
Strategic and proactive interventions in agribusiness that will support sustainable agriculture including incentives, branding, government nad private support and funding. Strategically align climate change and green economy with sustainable agriculture objectives into coherent implementation programmes with political and government support.
Security of land tenure – (no-one will ever truly farm sustainably if there is a possibility of the land he is farming, be taken away from him – small scale as well as commercial) “Across boundary programs” – there are a number of skilled agriculturalists in both the small scale and large scale sectors who have no formal instruments to share and disseminate knowledge through. Access to finance, financial training and financial discipline. Tennant farming and Mentorship programs to ensure transfer of knowledge.
Policies that are developed holistically. Policies that will motivate/incentivise all farmers to regenerate ecosystem processes and Policies that will create learning sites all over SA on a variety of farms and variety of contexts (communal, commercial etc) Ability to measure continuous holistic (financial, social and ecological) Improvement on farms and use the information to improve policy
Assist emerging farmers towards commercial producers. Identify and focus on the right farmer/farm workers for this process. There is a lot of goodwill amongst OVK farmers to assist genuine farmer development. Eliminate wrong selection of business men that receive land/farms, which are unproductive and r4eceived farms as a result of nepotism or political reasons Make better use of commonage land (municipality owned land) for assisting black emerging farmers Revive the wheat sector. Wheat production in the province is under pressure. Wheat producers only receive approximately 13% for their product. The wheat sector can be revived by increasing the import tariffs. It is currently R200/ t but by increasing that to for example R1000/ t will give the farmer a 4-5% increase in price/ t whilst there is a marginal increase of bread (as a wheat product) (e.g. approximately with R0.35 per bread). Point 3 (fair price for producer) is relevant for all agricultural producers irrespective product (i.e. dairy, beef, grains, etc)
Awareness of GMO,
animal cruelty,
Participatory Guarantee Systems (PGS)
labelling,.
The support of the growth of organically grown grain for animal feed.
A “safety net” after disasters to assist farmers to stay in business. E.g. subsidized insurance Utilising the Green Box Grants afforded under the various world trade agreements for e.g. subsidies / grants to farmers converting to sustainable methods form unsustainable traditional methods, for installing drainage in irrigation schemes (to prevent eventual salinisation and waterlogging)
The current concept of farms (“baas en kneg”) must be replaced with a concept of ‘Production Units’ that are based on stewardship model focused on the use of individual gifts and skills. This will bring us to a place where management of the land, people and profit will become much more important than ownership of the land only. This will cause a bigger hunger to incorporate high tech solutions for food production that are available in the world today. Details about stewardship model:
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Description of policy recommendations as made by the respondents
If we want to obtain sustainability than we need to channel 70% of the training/ facilitation time to Biblical Truth and teaching about GOD as being the Light. For the non-believer this means to address soil degradation, loss of production as well as all other brokenness (jealousy, corruption, theft, sexual immorality, murder, slavery, etc) from a Biblical Transformation teaching point of view. The key is to understand what man as the steward of God’s creation ought to do. This view promotes a vision pr an attitude of giving rather than taking (robbing/ mining the soil). 2. 20% of the time should be directed to soil related issues. No soil no production. Still promoting a Biblical view towards soil as a living organism. Soil restoration is a key step towards long term cropping. Feeding the soil approach rather than feeding the plant. Healthy food, we all desire, comes from production systems on healthy soils 3. 10% of time should be directed towards the method. NT is for example a method or technique. The technique stand on its own and without the backing up of teachings in the other 2 circles it will not lead to sustainability. farmers have adopted NT, but if they fail to understand circle 1 and 2 than NT becomes a mere time wasting, but noble initiative. Other methods can be filled in under method i.e. Foundations for farming, organic farming and other management issues like IPM, precision farming, LEISA, etc TO CONCLUDE: SUSTAINABLE AGRICULTURE IS WHEN ALL 3 CIRCLES ISSUESS ARE ADDRESSED. Much research, effort, funding, article writing etc is geared towards the bottom 30%. After so many years we can wonder why the uptake of NT/CA/FFF or organic agriculture for that matter is still so low, whilst depicted in publications and media as being so good? The bottom-line is to address farmers’ worldviews in order to achieve and describe sustainability as well as sustainable farming
In much of the developing world, farmers with two acres of land or less make up the majority of the workforce and produce most of the food. More than half are women. Working with these smallholder farmers to improve their livelihoods is an effective way to reduce poverty and hunger. Yet from 1980 until around 2007, the percentage of international aid directed to agriculture declined from about 18% to less than 4%. National and international governments need to make agriculture a priority in their development work and to target interventions to the most vulnerable, including women and smallholder farmers
The success of the trust model (i.e. two farmers and group of farm workers) explains that shareholding defines mentorship. The ownership of the mentor leads others to the next level of mentorship because they collectively take risks and share in profit/loss. This model contributes greatly as a success story of a newly formed farm enterprise and indicates how land restitution can be handled well I am very positive about the farm workers’ training as organized by DAFF WC and GrainSA. I see and experience that farm workers benefit from the trainings through improved farm management
Regulatory compliance
water resources, erosion, fire and alien plant management). Improve efficacy of legislator implementation through allocating funds to training, capacity building and adequate numbers of staff. Require strong regulation, compliance monitoring and follow through for non-compliance. Co-operative governance
environmental / water / agricultural legislation Landscape optimization planning
ovincial and municipal scale Incentives
Specific policies / areas of relevance:
- supporting the revision and implementation of this valuable act (regulatory compliance).
– supporting implementation using existing agricultural and environmental frameworks and regional / municipal fine scale plans (cooperative governance)
pport Programme (CASP) - shift to focus on sustainable agriculture techniques, training and job creation.
– farm planning, training and mapping for community beneficiaries.
Promotion of the gospel side of CA instead of merely the principles – this is the only way to bring real transformation.
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Appendix 2
Table A9 Standard questionnaire used for this survey
Date: Name:
Organisation
Name:
Contact details:
Provide a brief background of your organization:
What is the vision and mission or your organisation regarding sustainable agriculture?
Sector:
Work areas [location(s)]:
Vision:
Mission:
Explain briefly what “sustainable agriculture” is:
What work has been done or is currently being carried out by your organisation regarding sustainable agriculture?
What is your research agenda for the next 5-10 years?
In which areas does the organisation specialise?
Kindly provide a list of (recent) publications of work undertaken by the organization:
What policy interventions are needed to promote sustainable agriculture in South Africa?
Kindly provide information about other sustainable agricultural success stories, promotional work, or research that you are aware of. We are looking for relevant names of people and institutions (and contact details) working in the various fields of promoting sustainable agriculture. Name of organisation Contact details