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The New Extensionist: Roles and Capacities to Strengthen Extension and Advisory Services

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  • Centre for Research on Innovation and Science Policy (CRISP)

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Extension and advisory services (EAS) perform an important role in agricultural development and help reduce hunger and poverty. Development efforts are increasingly complicated because of challenges such as natural resource depletion and climate change. Agricultural development frameworks have moved from a linear to a more complex systems perspective. Many scholars today use the agricultural innovation systems (AIS) framework as a conceptual model. This framework has three basic elements: all of the actors in the system that brings about agricultural innovation, their interactions, and the institutions and policies governing their interactions. Taking this approach while dealing with the challenges of development today implies new roles and capacities for extension. The authors discuss these new roles and capacities based on an action inquiry process of global dialog and consensus building, to present a vision for EAS within AIS, called the new extensionist (Sulaiman & Davis, 2012). The authors explore individual roles and capacities, and also those at the organizational and system level (Sulaiman & Davis, 2012). The authors discuss the importance of agricultural education in developing these roles and capacities, and bringing more knowledge to bear on the issue. © 2014, Assoc. Int. Agricultural and Extension Education. All rights reserved.
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Journal of International Agricultural and Extension Education Volume 21, Issue 3
doi:10.5191/jiaee.2014.21301
The New Extensionist: Roles and Capacities to Strengthen Extension and Advisory
Services
Kristin Davis
Global Forum for Rural Advisory Services (GFRAS)
Pretoria, South Africa
Rasheed Sulaiman V.
Centre for Research on Innovation and Science Policy (CRISP)
Hyderabad, India
Abstract
Extension and advisory services (EAS) perform an important role in agricultural
development and help reduce hunger and poverty. Development efforts are increasingly
complicated because of challenges such as natural resource depletion and climate change.
Agricultural development frameworks have moved from a linear to a more complex systems
perspective. Many scholars today use the agricultural innovation systems (AIS) framework as
a conceptual model. This framework has three basic elements: all of the actors in the system
that brings about agricultural innovation, their interactions, and the institutions and policies
governing their interactions. Taking this approach while dealing with the challenges of
development today implies new roles and capacities for extension. The authors discuss these
new roles and capacities based on an action inquiry process of global dialog and consensus
building, to present a vision for EAS within AIS, called the new extensionist (Sulaiman &
Davis, 2012). The authors explore individual roles and capacities, and also those at the
organizational and system level (Sulaiman & Davis, 2012). The authors discuss the
importance of agricultural education in developing these roles and capacities, and bringing
more knowledge to bear on the issue.
Keywords: Agricultural Innovation System, Capacity-building, Curriculum, Development
6
Journal of International Agricultural and Extension Education Volume 21, Issue 3
Introduction
Extension and advisory services
(EAS) perform an important role in
agricultural development and help to
reduce hunger and poverty (Davis, 2008;
Sulaiman & Holt, 2002). These services
need new capacities to address current
agricultural challenges and to better
contribute to innovation (Sulaiman &
Davis, 2012). Their role in doing so within
the larger agricultural innovation system
needs to be understood better.
Agricultural development
frameworks have moved from a linear to a
systems perspective. Many extension
scholars today are using the agricultural
innovation systems (AIS) framework as a
conceptual model (Davis & Heemskerk,
2012; Klerkx, Hall, & Leeuwis, 2009).
This framework considers all of the actors
in the system, their interactions, and the
institutions and policies governing their
interactions in the process of innovation
development (Spielman, 2005).
Other authors described important
changes in extension related to these
broader development frameworks.
Swanson and Rajalahti (2010) described
the different paradigms in extension from
technology transfer to facilitation
extension. Swanson (2010) and Rivera
(2009) described the roles and changes
resulting from pluralistic (multi-provider)
and market-oriented extension reforms.
Taking these changes in
development thinking and extension
approaches into account implies new
capacities and roles for extension. This is
because extension has the potential to
perform critical brokering, intermediation,
and facilitation roles within the system:
between different service providers and
between farmers, researchers,
policymakers, and market actors.
The authors present the process
conducted at a global level in response to
demands from regional extension networks
to articulate a new view of EAS within
AIS, the new extensionist. The authors
discuss the content of the new extensionist
and make recommendations to agricultural
extension and education on how to use this
vision to improve EAS globally. They
recommend adaptations at the national and
local level to sustain and up-scale the new
extensionist approach and accompanying
capacity strengthening activities.
The Global Forum for Rural
Advisory Services (GFRAS) initiated the
new extensionist concept to clarify and
promote the importance of EAS within
rural development, keeping in view the
new challenges faced by farmers and the
fresh insights from applying innovation
systems concepts in agricultural
development. GFRAS did so as part of the
Global Conference on Agricultural
Research for Development (GCARD). The
GCARD produced a roadmap that
emphasized “actions to enhance capacities
to generate, share, and make use of
agricultural knowledge for development”
among all actors involved in agricultural
innovation” (FAO, 2011, p. 5).
The new extensionist concept is a
global view of EAS that “reinvents and
clearly articulates the role of EAS in the
rapidly-changing rural and agricultural
context” (Davis & Sulaiman, 2013, p. 2). It
argues for an expanded role of EAS within
AIS and the development of new
capacities at different levels to play this
role. The new extensionist defines EAS as
all the different activities that provide the
information and services needed and
demanded by farmers and other actors in
rural settings to assist them to develop
their own technical, organizational, and
management skills and practicesso as to
improve their livelihoods and well-being
(Christoplos, 2010, p. 3). EAS includes
actors from the public, private, and civil
society sectors.
While the new extensionist concept
is not necessarily new with regard to the
competencies that individuals need, the
expanded role of EAS in the AIS is novel,
as is the focus on organizational and
system-level capacities (Davis &
Sulaiman, 2013). The new extensionist
7
vision implies changes in EAS
organizations and systems, as well as the
reskilling of individuals to contribute
better to “increasing the productivity and
effectiveness of agricultural systems to
improve the livelihoods of smallholder
farmers” (Davis & Sulaiman, 2013, p. 2).
According to Sulaiman and Davis (2012,
p. 16), when new capacity strengthening
approaches are introduced, sustainability
issues should be considered early” on, and
“project design should be founded on a
realistic assessment” of resources to
sustain them. Sustainability is also
“dependent on institutional, cultural, and
motivational factors(Sulaiman & Davis,
2012, p. 16).
Conceptual Framework
As mentioned, the new extensionist
paper was developed by the Global Forum
for Rural Advisory Services based on the
AIS framework. It also uses the capacity
development framework of the Food and
Agriculture Organization (FAO).
Development scholars and
practitioners increasingly recognize the
AIS concept as a useful framework to
design projects and other interventions to
promote agricultural innovation and
equitable growth (World Bank, 2012). Key
actors in the AIS include agricultural
research, extension, and education (see
Figure 1). However, their role varies
according to physical and socio-economic
contexts. The AIS approach also considers
farmers, the private sector, policy-making
institutions, and other actors that
contribute to innovation. Applying the
innovation systems framework in different
settings provides insights on innovation
processes and helps to explore potential
roles for extension in the AIS (Davis &
Heemskerk, 2012; Rivera & Sulaiman,
2009; Sulaiman & Hall, 2002). The added
value of the AIS framework for extension
is that it helps users to see the role and
organization of extension in relation to the
actors, processes, institutions, and
policies that are critical for innovation
(Sulaiman & Davis, 2012, p. 4).
Research insights from the
application of AIS show that “EAS can
better contribute to the process of
innovation if they could play new roles,
undertake new functions, devise
appropriate strategies, and build new
capacities” (Sulaiman & Davis, 2012, p.
4). Research also shows that, the
traditional task of communicating new
knowledge and information just by public
extension is not enough to stimulate
innovation (Leeuwis & van den Ban 2004;
Spielman, 2005; Sulaiman, Hall,
Kalaivani, Dorai, & Reddy, 2012). Actors
in the AIS have to perform many other
supportive roles to enable innovation.
The FAO has a corporate strategy
on capacity development that guides
thinking about capacity development in
EAS (see Figure 2). The strategy shows
capacity development as functional and
technical requirements across three levels:
individual, organizational, and an enabling
environment (or system) level.
The individual level relates to
knowledge, skills (technical and
managerial), and attitudes that can be
addressed through facilitation, training,
and competency development(FAO,
2010, p. 4).
The organizational level “relates to
public, private, and civil society
organizations and networks of
organizations in terms of a) strategic
management functions, structures, and
relationships; b) operational capacity
(relationships, processes, systems,
procedures, sanctions, incentives, and
values); c) human and financial resources
(policies, deployment, and performance);
d) knowledge and information resources;
and e) infrastructure” (FAO, 2010, p. 4).
The enabling environment (system)
level “relates to political commitment and
vision; policy, legal, and regulatory and
economic frameworks; national public
sector budget allocations and processes;
governance and power structures;
8
infrastructure; incentives; and social
norms(FAO, 2010, p. 4).
Figure 1. A stylized agricultural innovation system. Adapted from R., Birner, K. Davis, J.
Pender, E. Nkonya, P. Anandajayasekerem, Ekboir, J., . . . Cohen, M., 2006, Development
Strategy and Governance Division Discussion Paper 37, p. 22.
Figure 2. Capacity levels (FAO, 2010).
EAS also need capacities at these
different levels if they are to play new and more effective roles within the AIS.
Research by Swanson (2006) shows the
System
Organizational
Individual
Business services
Extension
Education
Research
Farmers
Consumer
Credit
Exporter
Agroprocessor
Input
Standards
Lands
Government policy and regulatory framework;
informal institutions, practices, behaviors, and
9
importance of adjusting national strategies
due to the changing role of extension
today. Specifically, Swanson suggests a
change of focus from food security to
income and employment, organizing
farmers into groups to better reach them,
and decentralizing extension for better
accountability (Swanson, 2006, p. 6).
These strategies all require capacity at all
these levels.
Development of the New Extensionist
Concept
Design The research design was based on a
form of action inquiry using contemporary
dialog and survey methodology to find
consensus on the new extensionist concept.
Action inquiry, which involves iterative
reflection by practitioners and scholars, is
based on the work of Lewis (1946) and has
been used in educational research
(McKernan, 1991). According to
Spielman, (2005), “action research has
been a fundamental tool in identifying
agricultural innovation systems approaches
in developing countries and establishing
‘proof of concept’” (p. 35). Similarly,
action inquiry was used to find consensus
and establish proof of concept for the new
extensionist.
Position Paper
Based on a literature review, a
position paper (Sulaiman & Davis, 2012)
was developed in 2012 (see Figure 3)
detailing the role of advisory services; the
need for enhanced capacities for EAS at
individual, organizational, and system
levels; existing capacity constraints at
national, regional, and global levels; and
recommendations to strengthen the
capacities and role of EAS.
The position paper stated that EAS
collectively performs wide range of roles,
including developing networks, organizing
producers, facilitating access to credit,
input and output services, convening
innovation platforms, facilitating
knowledge management, promoting
gender equality, supporting adaptation to
climate change, and disseminating new
knowledge through training and
demonstrations (Sulaiman & Davis, 2012).
Regarding capacities, the paper
stated that at the individual level, EAS
need staff with an understanding of
technical knowledge plus skills to manage
social processes. Table 1 details the
capacities required for individuals staffing
EAS.
Figure 3. Timeline of the development of the “new extensionist” concept.
Literature
review and
draft paper
May 2012
Peer
review
June 2012
Revisions,
summary,
survey
July 2012
Electronic
discussion
August
2012
Face-to-
face
consensus
October
2012
10
Table 1
Capacities Required at the Individual Level in EAS
Technical
Functional
Good understanding of
appropriate/relevant/new
technologies/practices/
standards/regulations/ policies in agriculture
and natural resource management
Technical options to support climate change
adaptation; agribusiness; value addition and
value chain development; improving
resource use efficiency; application of
biotechnology; intellectual property and
farmer rights; use of new information and
communication technologies (ICTs)
Community mobilization (organizing
producers and rural women into different
types of interest/activity groups)
Farmer organization development (organizing,
sustaining, and federating farmer
organizations to take up new extension and
advisory service tasks in agriculture and
linking them to new source of knowledge and
services)
Facilitation (facilitating discussions, enabling
consensus building and joint action,
accompanying multi-stakeholder processes)
Coaching (guided self-reflection and expert
advice for improvement)
Reflective learning (organizing experience-
sharing workshops and facilitating learning)
Mediating in conflicts (by improving dialogue
and helping to reach agreement)
Negotiating (helping to reach a satisfactory
compromise or agreement between individuals
or groups and developing negotiating capacity
among other stakeholders)
Brokering (creating multi-directional
relationships among the wide range of actors)
Networking and partnership development
Advocating for changes in policies and
institutions
Leadership (capacity to inspire and motivate)
Managing resources (human and financial)
Critical thinking
Problem solving
Self-reflection and learning from mistakes
Service mindedness
Accountability
Responsibility
Dedication/commitment
Working in multi-organizational and multi-
sectorial teams
Working with rural women and using gender
sensitive extension approaches
Note. Adapted from R. V. Sulaiman and K. Davis, 2012, The new extensionist: Roles,
strategies, and capacities to strengthen extension and advisory services, p. 8. Adapted with
permission.
11
At the organizational level, EAS need
capacities manage human and financial
resources, facilitate partnerships and
learning, and mechanisms to deal with
institutional, legal, and regulatory issues
(Sulaiman & Davis, 2012) (see Table 2).
Table 2
Capacities Required at the Organizational Level in EAS
Broad areas
Specific areas to support capacity
strengthening
Strategic management functions
Leadership (inspiration and motivation),
vision building, change management,
capacity to respond to emergencies, policy
relations, advocacy
Structures
Ability to structure the organization as
different units in the organizational hierarchy
and ensure the different units relate and are
flexible
Relationships
Clearly defining authority, roles, and
responsibilities and resources among
different units within an organization and
across organizations within the AIS; building
trust; creating time and space for learning
from each other
Processes, systems, and procedures
Planning, organizing, leading, and
controlling methods used in internal
communication, performance assessment,
human resource development, financial
management, learning, monitoring and
evaluation, ensuring accountability to
different stakeholders and the range of
approaches used to deliver extension and
advisory support
Values, incentives/rewards
Integrity, science-based knowledge,
inclusion, partnership, learning, mechanisms
to reward and incentivize good performance,
acceptable standards which govern behavior
of individuals in an organization,
opportunities for feedback and reflection,
reputation
Human resources
Ability to provide adequate number of staff
and access to experts in other organizations
to complement and supplement its expertise;
clear job descriptions, well-defined roles and
tasks, career development and incentives,
access to new knowledge, mechanisms to
mobilize, nurture, and retain human
resources
12
Financial resources
Ability to provide adequate budget for staff
salaries, operational expenses, and
investments, and to develop and implement
programs benefiting smallholders; or a
sustainable business model that keep the
organization in business
Knowledge and information resources
Knowledge management including
relationship management to access skills and
knowledge to deal with new challenges and
opportunities
Infrastructure
Ability to support EAS in terms of mobility,
telecommunication, ICT, buildings and
training facilities, roads, market
infrastructure
Note. Adapted from The new extensionist: Roles, strategies, and capacities to strengthen
extension and advisory services, p. 11, by R. V. Sulaiman & K. Davis, Lindau: Global Forum
for Rural Advisory Services. 2012. Adapted with permission.
At the system level, capacities for
interaction, learning, and adaptation are
important. The enabling environment
could be influenced by building the
capacities detailed in Table 3.
Table 3
Capacities at the Enabling Environment Level in EAS
Capacity of policy-making bodies to adapt policies based on lessons learned from policy
implementation, for reflective learning and adaptive change management
Initiating joint activities and collaboration between organizations in the AIS and the actors of
the agricultural sector
Supporting organization of workshops, seminars, joint research, commissioned studies, and
joint evaluation that would bring out major areas that need policy attention
Organizing sector coordination mechanisms and multi-stakeholder working groups to
develop and manage relationships among multiple actors and collectively develop strategic
directions and policies for the sector
Generating adequate data that are required for evidence-based policy advocacy and decision
making
Sharing information on the activities of the EAS with farmers and their organizations,
researchers, policymakers, and policy-makers
(use of websites, policy briefs, social
networking sites)
Managing relationships with the media (communication and media management)
Note. Adapted from The new extensionist: Roles, strategies, and capacities to strengthen
extension and advisory services, p. 11, by R. V. Sulaiman & K. Davis, Lindau: Global Forum
for Rural Advisory Services. 2012. Adapted with permission.
A panel of experts from different
sectors peer-reviewed the position paper in
mid-2012. Following revision, the authors
created and sent a two-page summary of
the paper to international agricultural
listservs with an invitation to an online
survey. The survey consisted of seven
questions with Likert–type and yes/no
13
responses, with the option of providing
open-ended responses. More than 200
global respondents took part in the survey
in mid-2012, and many joined an ensuing
in-depth electronic discussion, which
enabled dialogue and consensus on the
concepts and recommendations. Finally,
the authors presented and affirmed the
position paper contents in a face-to-face
meeting at the GCARD in October 2012, a
global gathering of stakeholders from the
entire agricultural sector, including
extension.
Following the global conference,
GFRAS again revised the paper and
thereafter convened a small group of
global extension experts in early 2013 to
prioritize the new extensionist
recommendations for different regions. As
a result of this meeting, a consortium on
extension education and training under
GFRAS formed at this meeting, with the
purpose of championing, refining, and
disseminating the new extensionist concept
(GFRAS, 2013). The consortium began to
exchange and examine extension curricula
worldwide, develop a guide on how to
identify capacity gaps, and to support the
Association for International Agricultural
and Extension Education’s professional
development core group regarding the new
extensionist concept (AIAEE, 2013).
Survey respondents who reviewed
the position paper came predominantly
from development agencies, research,
education, and public advisory services.
Even though they came from all over the
world, areas such as Australia and the
Caribbean were under-represented.
Overall, the response to the position paper
was positive and the respondents affirmed
the concept and recommendations.
Respondents supported the core roles
suggested in the paper, except for the
suggested role of mediating conflicts.
Respondents also considered most of the
capacities suggested to fulfill these roles to
be essential and in need of further
development. Respondents agreed that the
paper was useful for raising awareness of
the importance of EAS. On the whole
agreement was reached that the
recommendations at the three different
levels (national, regional, global) were
actionable and clear.
Following up on comments from
the survey respondents and experts, an
electronic discussion debated further on
the need to focus on gender issues, the role
of private and civil society EAS, and the
use of information and communication
technologies (ICTs).
In the GCARD meeting at the end
of 2012, agricultural development
stakeholders met in a session to discuss
and affirm the paper’s contents. Four main
outcomes emerged from that meeting:
1. Participants endorsed the new
extensionist recommendations for
essential capacities to strengthen
advisory services;
2. GFRAS regional networks will use
the revised new extensionist
concept to advocate for
strengthening knowledge and
advisory services;
3. GFRAS will catalyze dialog to
prioritize and implement the
recommendations to strengthen
knowledge and advisory systems;
and
4. Key elements included reaching
grassroots, women and youth, and
adapting ICTs.
Thereafter, global extension
experts met in early 2013 to define a plan
of priority activities for the next two years
that would best contribute to enhancing the
capacity of EAS to effectively play their
part in AIS as aligned with the GCARD
agenda. Participants at the meeting put
major focus on education and training as
well as other recommended actions (see
Table 4). The experts called for research
on extension and the promotion of
extension science. The group formed a
consortium of education and training
institutions to conduct research on and
curricula reform of extension. Finally, the
14
participants stated the need to
contextualize the recommendations to
various regions of the world.
The new extensionist concept
continues to be taken forward by educators
and practitioners. The summary was
translated into Arabic and French and used
as a starting point for discussions on how
to strengthen extension in some regions of
the world. The consortium continues to
collect and document curricula and to
identify core competencies needed by
extension professionals, as well as
methodologies to identify capacity gaps.
Table 4
Priority Actions to Strengthen EAS by Different Regions of the World
Action
Region
Survey EAS providers, analyze EAS
models, conduct research
Africa, Latin America, Pacific, South Asia
Support establishment of regional
networks and synergize their
activities
Asia, Caribbean, Latin America, Pacific
Develop curricula for vocational and
continuing education and skill up-
grading; regular curricula revision
Africa, Asia, Caribbean, Latin America,
North Africa, South Asia
Develop policy briefs and position papers
to influence policy processes
Asia, Caribbean, Latin America, Pacific
Recommendations and Conclusions
Much global interest exists
surrounding the role of EAS and how to
strengthen these institutions to contribute
to innovation and reducing hunger and
poverty. The use of the AIS framework
and the FAO strategy for capacity
development help to frame the roles EAS
can play and the capacities needed to
perform at the individual, organizational,
and system levels (see Figure 2). The
position paper by GFRAS made 12
recommendations for national-level
capacity strengthening, five for the
regional level, and seven for the global
level. These recommendations also
detailed which actors should take lead.
Agricultural education and training have a
major role, as well as extension scholars
and researchers. Five major
recommendations relevant for agricultural
education and training emerged from the
paper:
1. The agricultural education and
extension community should
revisit the competencies of
individual extension personnel as
well as the organizations and
systems. We need reformed
agricultural education curricula to
further strengthen the roles and
capacities of extension to better
contribute to agricultural
development. We must share and
examine curricula to see if they are
suitable for extension today. We
need methodology on how to
identify capacity gaps at the
individual, organizational, and
system level.
2. Along with revised curricula, the
international agricultural extension
community should develop
delivery mechanisms to support the
expanded role of EAS. This
includes developing improved and
targeted curricula (pre- and in-
service) for extension and rural
advisory services and creating
demand-driven courses by local or
15
regional entities with strong
support from international and
regional networks and partners. We
should create and promote a
certification model, in consultation
with regional employers and
educators, which links modules and
curricula to skills required for
employment.
3. Extension scholars and research
institutes should conduct research
on extension and its role within the
AIS. We need research on many
fronts, but specific
recommendations from this paper
are to better understand the
contribution of extension to
agricultural innovation and on the
capacities needed for effective
performance of extension as a
system. We must promote
extension science that is
recognized as a valid and evolving
discipline.
4. Regional and national extension
and education institutions should
prioritize and adapt the new
extensionist recommendations to
their specific realities, that is, be
contextualized, before being up-
scaled and out-scaled. The new
extensionist position paper is rather
generic, and although it makes
recommendations for national and
regional levels, these
recommendations must be
examined and implemented for the
specific needs of different regions
and countries.
5. Finally, extension educators and
professionals around the world
need to advocate the new
extensionist principles within their
regions and with the wider
development community, to
promote the important role that
EAS play in rural development.
EAS have a critical role to play in
development today. Much work is needed
to retool the community to adequately
address the new and evolving challenges.
Interested professionals from extension
education are welcome to engage with the
GFRAS consortium on extension
education and training to conduct research
on extension education, reform curricula,
and share knowledge with one another.
GFRAS is also keen to work with the
regional EAS networks and country
chapters; national governments, and
donors to support changes at the
organizational and enabling environment
levels as recommended in this paper.
Without fundamental changes in the
conceptual and operational dimensions of
EAS, its ability to address the new and
evolving challenges in promoting
agricultural innovation will be
compromised. The new extensionist offers
an opportunity for EAS to reform itself
and remain relevant in the days to come.
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... Nonetheless, its use and integration with the extension system are problematic. Sulaiman and Davis (2012) state that extension and advisory services face new and complicated difficulties that require new capacities to address effectively. Among these problems is integrating and utilising social media effectively. ...
Article
Background: It is more prominent in developing and under-developing nations where large number of populations resides in a rural area with agriculture as their main source of livelihood. Agricultural research, education and extension are critical components to increase productivity and fulfil the demands of an expanding population. Under India’s current extension delivery system, knowledge or information is vital for improving productivity. Digital advancement and social media have gained importance as technical leap leading to various software’s and applications making life easier, mankind can access various civic services, has led to two-way communication making system more accountable, sensible, responsible, a tool in curbing corruption. People, particularly progressive farmers, are using developing social media like WhatsApp, YouTube, Instagram as various platform of social media. India is an agrarian country and social media is helping in imparting knowledge and information to our farmers about recent technological developments such as hybrid seeds, irrigation methods, soil testing in farming. Methods: Narrative textual case study technique was used (NTCS). We used social media to gather information. Social media is making farmers and other people aware of sustainable use of resources. Result: Researchers have seen social media as more beneficial in obtaining agriculture-related information and putting digital knowledge into practice than other sources of information.
... To reach the expected breakthrough, agricultural technology needs to be transferred to farmers, the man behind the plough. Agricultural innovations and the diffusion of new technologies are essential to achieving this goal, offering farmers a competitive edge over traditional farming practices and facilitating better standards of living (Davis & Sulaiman, 2014). ...
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KVK organizes a number of trainings related to paddy cultivation for improving the productivity and income of the paddy growers. To understand the maladies/constraints while attending the training and while adopting the KVK recommended technologies, the study was conducted in the Cuddalore District of Tamil Nadu in the year 2023. A list of trainees from the three bocks namely Srimushnam, Bhuvanagiri, & Vridhachalam of Cuddalore district were compiled with the assistance of the Krishi Vigyan Kendra (KVK). Using a simple random sampling technique, 150 respondents were selected from the three blocks. A well-structured interview schedule was utilized to gather data, tabulate the findings, and analyze the results. It was found that inadequate training duration (77.33%) followed by inadequate demonstrations (67.33%) while attending the KVK paddy related trainings. High input costs (85.33%), the non-availability of improved varieties (73.33%), were felt as major constraints while adoption of KVK recommended Paddy technologies. Providing low-cost inputs (88.67%), and timely distribution of inputs after training (80.00%) as suggestions given by the KVK-trained farmers. The constraints and suggestions expressed by the KVK Paddy farmers should be considered while organizing any paddy related training by the KVK system for further improving the adoption level of paddy growers.
... They educate farmers on diverse issues, such as pest management, irrigation techniques, soil fertility improvement, and climate-smart agriculture. Moreover, extension services help farmers navigate the challenges of changing market conditions and government policies, ensuring they remain competitive in a rapidly evolving agricultural landscape (Davis & Sulaiman, 2014). In this context, the role of agricultural extension services in enhancing food security, rural development, and poverty alleviation cannot be overstated. ...
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Agricultural extension workers play a pivotal role in transforming supply chains by bridging the gap between research, innovation, and on-the-ground farming practices. In Nigeria, where agriculture serves as a backbone for economic development and food security, the adoption of modern technologies and ethical farming practices remains critical. This article explores how agricultural extension workers contribute to enhancing productivity, promoting sustainability, and encouraging the diffusion of innovative technologies within Nigeria's agricultural sector. By serving as catalysts for the adoption of advanced tools such as precision agriculture, mobile-based information systems, and climate-smart practices, extension workers help improve efficiency, reduce post-harvest losses, and ensure farmers’ access to markets. The study highlights the challenges faced by these workers, including resource constraints, technological barriers, and policy limitations. Furthermore, the article delves into the ethical dimensions of farming, emphasizing the need for environmentally sustainable and socially responsible practices. Through case studies and a detailed examination of Nigeria’s agricultural landscape, this paper provides insights into the future direction of agricultural extension services and their role in ensuring food security and rural development. The article concludes with policy recommendations to strengthen extension services and their capacity to drive innovation and sustainability in Nigeria’s agriculture sector.
... Aunque la extensión rural ha sido manejada por profesionales capacitados técnicamente, ahora también se requiere el manejo de temáticas de las ciencias sociales, económicas y ambientales, para que pueda reconocer las capacidades y roles de los diferentes actores e instituciones implicados en los procesos de innovación y desarrollo del sector rural [12]. Por lo tanto, se puede determinar que este es un campo de estudio que se debe profundizar acorde a las nuevas políticas y planes de desarrollo que fomente más la participación de los productores desde su elaboración [13]. ...
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La extensión agropecuaria es la base de los procesos de acompañamiento a los productores agropecuarios del país, y por ello, quienes prestan este servicio deben estar capacitados en los programas de formación definidos por el Servicio Nacional de Aprendizaje a través del Subsistema Nacional de Formación y Capacitación, en cumplimiento de la Ley 1876 del Sistema Nacional de Innovación Agropecuaria. En base a esto, la investigación tuvo como finalidad evaluar el impacto que tuvieron los tres cursos impartidos a través de la Estrategia AgroSENA a 100 extensionistas, procedentes de 23 municipios de Norte de Santander, Colombia. El proyecto se desarrolló bajo el modelo de Investigación Pre-experimental, en la cual se administra un estímulo a un grupo y después se aplica una medición, que permite observar su efecto en una o más variables, bajo un muestreo no probabilístico intencional dirigido. Para evaluar la pertinencia de la capacitación se compararon los puntajes de respuestas obtenidos en dos momentos: Uno antes del estímulo y otro después del mismo. La prueba estadística utilizada fue la t-student a través del software SPSS versión 25. Los resultados arrojaron diferencias significativas con un (p-valor<5%) en relación a los promedios de los puntajes obtenidos en la prueba inicial vs la prueba final, para cada uno de los tres cursos, esta última con mayores puntajes, indicando que los procesos formativos tuvieron un efecto en la apropiación del conocimiento por parte de los aprendices extensionistas.
... However, they also cited that this can be applied to their current line of work, as they experience difficulties in the recruitment of diverse participants. The additional goals, increasing responsibilities, and changing trends warrants the need for EPs to be equipped with a diverse set of capacities to respond effectively [45]. ...
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This study aims to understand the roles of selected extension professionals (EPs) in the field of public health and One Health and the challenges involved in performing these duties to their communities in the state of Kansas. To evaluate the role of EPs in public health and One Health, researchers interviewed nine (9) EPs following a set of structured questions. Emerging themes were extrapolated from the responses of the EPs. Researchers assigned codes for qualitative analysis and assigned themes related to public health, One Health, and effective delivery of services. Researchers identified the following themes related to the role of EPs in public health (youth development, physical activity, personal health care, proper nutrition, access to transportation), One Health (food safety and food security, environmental health, disease control and prevention) and effective delivery of services (community engagement, collaboration, challenges in implementation). The study provided an overview of the diverse roles that EPs play in public health and One Health, keys on how to engage the community effectively, and challenges in extending services to the community.
... Technical support, a crucial component among these factors, is provided by research and development organisations, which in recent years have focused on the issues of adapting to climate change and the scarcity of natural resources (Wichern et al., 2023). Agricultural advisory services are developing specific programmes for this farmer category in particular, to strengthen their ability to withstand the various shocks and risks, especially environmental risks (Davis et al., 2014;Knook, 2023). Previous research has highlighted the significant involvement of agro-suppliers in the field of knowledge transfer, particularly through agricultural advice and the dissemination of innovations (Goulet and Hernandez, 2011;Hornum, 2021;Kilelu, 2021). ...
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This study aims to investigate how small family farms, lacking direct support from advisory services, cope with challenges including access constraints to resources, and enhance their resilience. Investigations conducted in the wilaya of Blida, Algeria, through surveys of 17 input suppliers and citrus growers, revealed how the institutional context, particularly that of private agricultural 241 advisory, incentivizes farms to adopt hyper-intensive agriculture by using more agro-chemicals. Indeed, the arrival of input suppliers into the agricultural advisory landscape has resulted in socio-economic differentiation between farms, with small and most vulnerable farms resisting these intensive models. The results show that even if these small farms face difficulties in existing in the face of the big ones supported by the institutional environment, particularly the private sector, resilience factors have been identified that enable these farms to resist to the steamroller of the intensive model: solidarity between small family farms, pluriactivity, and taking advantage of some state support measures and the public-private partnership of farm advisory services.
Chapter
The cultivation of decorative and flowering plants is the focus of the horticultural branch known as floriculture. India’s varied climate has made it possible for us to commercially grow a wide variety of blooming crops. Floriculture has become increasingly important to India’s agriculture industry in recent years. The rise in living standards and overall quality of life is driving up demand for decorative flowers both domestically and internationally. Because of their endless colors, flowers are beautiful creations of nature that are regarded as a model of life, love, and beauty. The Indian Government has designated the floriculture industry as an emerging sector and granted it 100% export-oriented status, hence potentially facilitating foreign exchange earnings. The floriculture industry has grown into a high-tech, multidisciplinary field that is driven by science. For the development of floriculture industry, the extension system is important as it disseminates information to future users and conveys user experiences and difficulties with research systems. It links the client systems and research together. Extension communication follows in order to obtain input and impart contemporary farm technologies in an understandable manner. The absence of high-quality seeds, insect pest attacks, poor soil quality, inadequate marketing and storage facilities, sluggish mechanized adoption, loan availability, price volatility, and inadequate facilities for training and extension are just a few of the difficulties farmers confront in the floriculture industry. Extension services are offered to Indian farmers in an effort to minimize the gap and guarantee sufficient farm production and ensure financial security. In this chapter, we have mentioned about the types of extension systems and models of extension that have been used worldwide along with role of institutions like ICAR and CSIR in India, aiming to advance floriculture in India.
Article
The advisory services play a pivotal role in addressing the challenges of the European green transition and enhancing the quality of services along the organic agricultural supply chain. However, there is limited evidence regarding the role and current working conditions of professionals supporting organic farming. The present study aims to fill this gap by investigating the working characteristics and job satisfaction levels among Italian organic advisors and inspectors. The analysis of selected variables encompassing interviewee characteristics, work activities, and satisfaction metrics provides insights into the perspectives of advisors and inspectors on their roles and working conditions. The findings reveal that while technicians generally express satisfaction with their remuneration and opportunities for personal and professional growth, they also report significant stress levels and workload. Identifying variables influencing satisfaction levels was pursued to measure the association between variables. This research establishes a foundation for developing strategies to enhance the well-being and effectiveness of organic farming advisors and inspectors, thereby promoting agricultural knowledge and innovation. One potential avenue for further investigation is monitoring agricultural technicians' operational activities at both the national and regional levels.
Book
This book a comprehensive guide that delves into innovative strategies and best practices aimed at empowering farmers for sustainable development. Across its ten vital chapters, this book navigates through critical aspects of modern agricultural extension, offering invaluable insights into community engagement, market access, gender inclusivity, and climate resilience. Through detailed discussions, readers are led to understand the significance of community involvement in extension initiatives and the role of gender-inclusive approaches in promoting equity within the agricultural sector. Moreover, the book addresses the formidable challenges posed by climate change by advocating for climate-smart agriculture practices and fostering resilience through extension services. It underscores the imperative of youth engagement in agriculture, exploring strategies to empower the next generation of farmers and agripreneurs, thus ensuring the sector's vitality and sustainability. Financial literacy and access to credit are also explored as essential components of sustainable agricultural development, alongside innovative approaches to farmer training and education, which are crucial for keeping farmers informed about the latest agricultural practices. Additionally, the book sheds light on the importance of promoting agroecological practices that enhance biodiversity, soil health, and ecosystem resilience. It emphasizes the intersection of health and nutrition with agricultural extension, recognizing the integral role they play in farmers' well-being and productivity. Furthermore, the book advocates for the integration of local wisdom into extension programs, acknowledging the richness of traditional knowledge and its relevance in fostering sustainable agricultural practices. Through its practical insights and actionable recommendations, "Empowering Farmers" serves as an indispensable resource for agricultural extension practitioners, policymakers, researchers, and all stakeholders committed to advancing sustainable agricultural development and empowering farming communities worldwide.
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Full-text available
Extension and advisory services are integral to the agricultural innovation systems, where now more than ever they play a brokering role, linking key actors such as producer organizations, research services, and higher education. This module looks at the history and current status of extension and advisory services and examines important topics such as pluralism, new roles for extension, new kinds of service providers, ICTs, and agribusiness.
Article
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This paper reviews the evolution of different agricultural knowledge frameworks and assesses their different approaches to enabling agricultural development. We identify the strengths and weaknesses in early and current frameworks and discuss present trends in thinking about how best to promote innovation and rural development. The paper's practical purpose is to contribute to strengthening the foundation that donors and governments use for their planning and investments in developing effective knowledge systems to support rural development. The paper traces how four major international knowledge frameworks for enabling agriculture have evolved over time. Starting from investment in public institutes, inefficiencies and lack of sustainability led to pluralistic approaches to promote private sector participation in technology sub-systems. This latter trend continued with more comprehensive investments in knowledge and information systems responsive to client demands and is now moving toward an approach based on comprehensive (technical, managerial, and institutional) innovation systems. In reviewing the value and limitations of each of the four frameworks, we stress the importance of undertaking situational assessment of individual countries before investing in the reform and development of agricultural knowledge systems. Thus, we add our voice to those who argue that development is country-specific and path-dependent.
Article
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Taking the case of Dutch agriculture as an example, this paper examines the emergence and role of innovation brokers in stimulating agricultural innovation system interaction and innovation capacity building, and reflects upon their potential role in developing and emerging countries’ agriculture and how their emergence and functioning can be fostered. It concludes that innovation brokerage is likely to be relevant in developing countries, that public or donor investment may be needed to overcome inherent tensions regarding the legitimacy and funding of such players in the innovation system, and that stimulating the emergence of innovation brokers requires a policy that supports institutional learning and experimentation to ensure that the brokers become locally embedded
Article
This paper reviews and compares two market-driven strategies: contract farming and producer marketing cooperatives. In passing, the paper critiques the single-minded contract-farming emphasis adopted by the New Partnership for African Development and its Comprehensive Africa Agriculture Development Program (NEPAD-CAADP). Pursuing ideas put forward by Burt Swanson, the International Food Policy Research Institute and the World Bank, the paper concludes with recommendations for reorganizing extension systems in less developed countries.
Article
This paper describes the role of agricultural extension in sub-Saharan Africa, and gives a typology for types of extension, which includes the basic forms of public top-down, participatory, and private. An overview of the evidence base for successes or failures of various models is given, which shows that evidence has been mixed on some of the major extension models in SSA, and that it is difficult to show impact for extension. There is also a lack of evidence on some of the newer models, extension reforms, and pluralistic models that involve many different extension providers. In general, though, problems in extension systems were due to a combination of a lack of relevant technology, failure by research and extension to understand and involve clientele in problem definition and solving, lack of incentives for extension agents, and weak linkages between extension, research, and farmers. The current status of extension in various sub-Saharan African countries is assessed, and new models are discussed. A framework for designing and analyzing extension systems is briefly described. Finally, future prospects for extension in sub-Saharan Africa are discussed.
Article
Extension activities are being pulled in many directions, and are being called on to respond more effectively to the needs of farmers to produce and to forge links with markets. In the USA, for example, State Cooperative Extension Services have a variety of purposes in urban areas and operate in cooperation with other government agencies. Thus extension services, while concentrating on production agriculture, especially via privatized and private extension-type service companies, are simultaneously broadening out to include new purposes and a new clientele. While extension's role is straightforward in contract farming and other commercial ventures, such is not necessarily the case with public sector extension. Its structure, organization and operating system may differ from country to country, even from region to region. Nonetheless, whether in the private or public sector, a major concern for extension is to operate in the context of agricultural innovation systems (AIS) so that new knowledge is applied and used. A key objective in reforming extension, as argued in this paper, is to make it a better instrument, or engine, for the promotion of innovation, the dissemination of knowledge and the facilitation of development.
Article
This paper argues that impact assessment research has not made more of a difference because the measurement of the economic impact has poor diagnostic power. In particular it fails to provide research managers with critical institutional lessons concerning ways of improving research and innovation as a process. Our contention is that the linear input–output assumptions of economic assessment need to be complemented by an analytical framework that recognises systems of reflexive, learning interactions and their location in, and relationship with, their institutional context. The innovation systems framework is proposed as an approach where institutional learning is explicit. Three case studies of recent developments in international agricultural research are presented to illustrate these points. We conclude by suggesting that the innovation systems framework has much to offer research managers wishing to monitor and learn new ways of addressing goals such as poverty alleviation. The greatest challenge however, is that such holistic learning frameworks must contend for legitimacy if they are to complement the dominant paradigm of economic assessment.
Article
This important book is the re-titled third edition of the extremely well received and widely used Agricultural Extension (van den Ban & Hawkins, 1988, 1996). Building on the previous editions, Communication for Rural Innovation maintains and adapts the insights and conceptual models of value today, while reflecting many new ideas, angles and modes of thinking concerning how agricultural extension is taught and carried through today. Since the previous edition of the book, the number and type of organisations that apply communicative strategies to foster change and development in agriculture and resource management has become much more varied and this book is aimed at those who use communication to facilitate change in agriculture and resource management. Communication for Rural Innovation is essential reading for process facilitators, communication division personnel, knowledge managers, training officers, consultants, policy makers, extension specialists and managers of agricultural extension or research organisations. The book can also be used as an advanced introduction into issues of communicative intervention at BSc or MSc level.
Introduction: Consortium on extension and advisory services
Global Forum for Rural Advisory Services. (2013). Introduction: Consortium on extension and advisory services. Pretoria, South Africa: Author.
Action inquiry: Studied enactment
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McKernan, J. (1991). Action inquiry: Studied enactment. In E. Short (Ed.), Forms of curriculum inquiry. (2nd ed., pp. 309-326). Albany, New York: State University of New York Press.