dealing with complexity, adaptability and continuity in agricultural research for development...
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ILAC Working Paper 15
Dealing with complexity, adaptability and continuity
in agricultural research for development
organizations
Javier Ekboir, Boru Douthwaite, Cristina Sette and Sophie Alvarez
March 2013
Institutional Learning and Change (ILAC) Initiative - c/o Bioversity International
Via dei Tre Denari 472°, 00057 Maccarese (Fiumicino), Rome, Italy
Tel: (39) 0661181, Fax: (39) 0661979661, email: [email protected], URL: www.cgiar-ilac.org
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The ILAC initiative fosters learning from experience and use of the lessons learned to
improve the design and implementation of agricultural research and development programs.
The mission of the ILAC initiative is to develop, field test and introduce methods and tools
that promote organizational learning and institutional change in the CGIAR, and to expand
the contributions of agricultural research to the achievement of the Millennium Development
Goals.
Citation: Ekboir, J. et al 2013. Dealing with complexity, adaptability and continuity in
agricultural research for development organizations. ILAC Working Paper 15, Rome, Italy:
Institutional Learning and Change Initiative.
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Table of Contents
Abstract ..................................................................................................................................... 4
Introduction ............................................................................................................................... 5
What are complex research organizations? ....................................................................... 7
Methodology ........................................................................................................................... 11
The evolution of international agricultural research and the origins of the CPWF ..... 12
The structure of the CPWF .................................................................................................. 15
What type of complex organization is the CPWF? .......................................................... 19
1.1 The unstable nature of the CPWF ............................................................................. 20
1.2 Dealing with organizational complexity ................................................................... 21
1.3 The strategy for organizational learning ................................................................... 22
Final remarks ......................................................................................................................... 27
References ............................................................................................................................. 30
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Abstract
Complexity of research activities is increasing as multidisciplinary, multi-institutional time-
bounded research teams become more common. Some research organizations have responded
by introducing more flexible approaches to manage complex processes, creating new issues
related to team building, adaptive management and organizational learning. We explore a
complex research organization, the Challenge Program for Water and Food, a consortium that
researches multidimensional problems related to water management and poverty alleviation
in six large river basins. To deal with this complexity, the consortium created novel flexible
structures, but their implementation is not straightforward. Hastening adaptation of research
systems requires: balancing change and continuity, providing sufficient time for processes to
mature; building effective learning mechanisms that operate at different levels; recognizing
the constraints to adaptive management; aligning the incentives offered by the funding
agencies and the research organizations; building trust and commitment; and establishing
fluid communication among the partners.
Key words: fluid teams, adaptive management of research, complex organizations,
multidisciplinary research, CGIAR change process; organizational learning
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Introduction
The complexity of research activities is increasing and multidisciplinary, multi-institutional,
time-bounded research organizations and teams are becoming more common. Some research
organizations have responded by introducing more flexible approaches to manage these
processes, which in turn has created new issues related to team building, adaptive
management and organizational learning. This paper analyzes the nature of fluid research
organizations and teams and their implications for research policies and management of
research. Additionally, it combines different disciplines to develop the basis of a framework
for the analysis of new types of research organizations.
Research systems have become more complex due to the emergence of research and
innovation networks that include private firms, public research institutes, universities and
civil society organizations (1), (2), (3); and a shift from disciplinary activities conducted in a
single laboratory to multidisciplinary, multi-institutional transient teams (4), (5).
Complexity theories (6) provide new perspectives on the implications of these changes. In
particular, they indicate that increasing the effectiveness of evolving research projects
requires coordination of several actors (stakeholders, administrators and researchers), team
building, appropriate incentives and procedures for resource allocation, committed
leadership, the creation of dedicated structures that foster collective action, organizational
learning structures that help to deal with unexpected events and time to allow the processes to
mature. These theories also indicate that even if all these factors are present, strengthening
the effectiveness of complex research organizations is not guaranteed due to path dependence
and the uncertainty members face about the lasting impact of the transient organization.
In complex systems coordination occurs through interactions between several components.
For example, human actions and interactions among variables that change at different speeds
(e.g., cultures, routines, and policies) provide the signals that induce individuals and
institutions to behave in particular ways (7). In research systems, in particular, the
interactions occur among stakeholders, research organizations and the researchers
themselves, and between rules and routines including policies, organizational dynamics and
changes in the way research is conducted. In turn, the interactions are influenced by a number
of factors including science and economic policies, markets, technical change and
globalization.
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A fluid research organization is a particular type of complex organization meant to exist only
for a predetermined period to develop new knowledge about some particular issue, and its
members may change during that time (8). Fluid teams and organizations are becoming
increasingly common in research and international aid (9), (10), (11). Fluidity has advantages
and disadvantages. On the positive side, it can help to access new capabilities and more easily
tackle new tasks (12); on the negative side, it can lead to organizational forgetting (13), lack
of trust (9) and higher transaction costs. The actual effect of organizational complexity and
fluidity depends on an organization’s ability to facilitate collective action among partners
who have their own objectives, routines and incentives.
Complex research organizations have also been analyzed from different perspectives. (14)
analyze the effectiveness of a funding program that supports interdisciplinary research in
reorienting research themes and in strengthening accountability. The only instruments
mentioned are competitive grants mechanisms and a communication strategy to engage
stakeholders of research. (15) analyze how the selection mechanisms of a funding program
contributed to building trust among research partners. Finally, (16), (17) and (18) use
Principal Agent theory to analyze interactions between several actors in research system. All
three conclude that Principal Agent theory is not an appropriate theoretical framework to
analyze complex interactions in research systems.
All these papers focus mainly at the different impacts on funding. Our analysis, on the other
hand, has a broader focus because we look at multiple dimensions of organizational
complexity. Specifically, we analyze how a fluid research organization, the Challenge
Program for Water and Food (CPWF), embraced its complexity to a) coordinate different
partners, b) balance the benefits and costs of collective action, and c) explore new approaches
for research based on partnerships, adaptive management and participation.1 The CPWF is a
complex organization because a) it combines several stakeholders in formal and informal
interactions; therefore, different organizational cultures, incentives, routines and goals must
be coordinated; b) the participating researchers, organizations and stakeholders changed
during implementation, and are still changing; c) it has implemented procedures to learn (not
just monitor) how the new structure is working; d) it created a mechanism to adapt research
approaches on the basis of emerging information; and e) the CPWF has induced changes in
the research routines used by researchers from partnering organizations.
1 http://www.waterandfood.org/
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Even though CPWF’s reforms have only been implemented for about two years (at the time
of writing), they are already yielding lessons of relevance. Due to the reforms’ short life,
many of the lessons reviewed in this paper refer to emerging problems. While most of the
benefits of the new approaches are expected to become clear later, some positive results have
also been identified. The CPWF leadership has made it clear that the program itself is an
experiment and, therefore, not everything that is tried is expected to work.
Section 0 reviews the literature on complex research organizations; section 0 describes the
methods used; section 0 describes the evolution of international agricultural research and the
creation of the CPWF; section 0 describes the current structure of the CPWF; section 0 uses
the information presented in the previous sections to analyze the issues emerging in the
implementation of the CPWF and section 0 discusses the lessons learned about the
management of complex research organizations.
What are complex research organizations?
We use a broad definition of an organization: a set of actors who collaborates over a
sustained period and develops shared cultures, communication codes and routines (3). The
collaborations may take different forms, including exchanges of information, joint priority
setting, and joint projects. It follows from the definition that organizations can be formal
(e.g., a National Research Council) or informal (for example, innovation networks). In fact,
organizations take many forms along a continuum that goes from a strict hierarchy to the
absolute horizontal. Informal organizations can emerge within formal structures; actually,
informal organizations complement and interlock formal organizations through a dense web
of personal relations (20). The definition implies that the organizational boundaries of
complex research organizations are defined not only by formal contracts but also by sustained
informal interactions (see below).
Complex research organizations take many forms, including innovation networks (2), fluid
teams (9), (8), inter-institutional research teams (10), (11), (5), and public - private
partnerships (21), (22). Complex organizations are multi-layered, i.e., several actors, teams
and individuals interact at different levels, such as partner organizations, senior management,
mid-managers and research teams. At the lowest level, complex organizations are formed by
teams integrated by individuals from one or several organizations.
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Several factors have induced the emergence of fluid research teams and complex
organizations:
• To increase the relevance of research outputs, managers and funders have pressed for
stronger interactions among a wider range of stakeholders, including consultations, joint
research projects and participatory priority setting and evaluation.
• The reduction of public financing for agricultural research since the 1980s weakened
public research organizations (see section 0), forcing them to look for new partners.
Simultaneously, stakeholders demanded that public research organizations integrate into
innovation processes.
• Due to the increasing cost and complexity of innovation and research processes, no actor
commands all the resources it needs to innovate. Complex organizations enable partners to
share expensive equipment, specialists and the risks associated with research and
innovations.
• Interactions among professionals with diverse backgrounds enable access to a larger pool
of information and cross-fertilization among different disciplines, reducing the chances for
group-thinking and enabling a better exploration of alternative research paths. At the same
time, greater specialization of disciplinary research can hamper communication and
collaboration between researchers from different disciplines because they lack a common
language. Recent research has shown that the success of multidisciplinary teams depends
on a) the collaboration between a few generalists, who operate as “boundary spanners”,
and qualified open-minded specialists willing to explore the boundaries of their
disciplines, and b) the introduction of incentives that value participation in multi-actor
teams.
Despite their many benefits, complex research organizations are often unstable due to the
need to coordinate actors active at different levels (e.g., senior managers, middle managers
and researchers), changing priorities, short horizons, staff rotations and changing funding
opportunities. Staff rotations, in particular, are unavoidable because a) skill requirements
change as the research progresses, inducing some professionals to leave the team and others
to join it; b) efficiency considerations dictate that professionals participate simultaneously in
more than one project when they are required for less than full time in each of them; and c)
individuals leave in search of better professional opportunities. Organizational instability has
several problems (9), (12).
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• When complex research organizations are structured around relatively short projects
(three to five years for agricultural research), members often do not have the time and/or
incentives to develop shared communication codes and trust in teammates. This, in turn,
increases the motivation for opportunistic behavior. Team building requires individuals to
invest time and effort, but the return to their investment becomes more uncertain when
the joint activities have a limited lifespan. This problem affects new and old team
members.
• When researchers have different expectations regarding the effort other team members
should exert, tensions and mistrust may emerge if the team does not have time to develop
shared expectations. The mistrust is greater when the researchers belong to different
organizations that offer conflicting incentives.
• Relatively short projects may not give new members time to integrate into existing teams,
even if they are willing to make the effort.
• Each team member has his/her own career expectations. These goals determine an
individual’s participation in complex research organizations, and their individual learning
needs and interests. The transitory nature of the partnership does not induce partners to
adjust their individual objectives.
• When researchers participate in complex research organizations, their primary allegiance
is to the organization that offers the best career opportunities, especially when career
advances are not linked to performance in multi-institutional teams.
• When a partnership involves several organizations, conflicts in objectives, cultures,
routines and incentives must be resolved, which, in turn, requires effective leadership,
negotiating skills, time and flexibility in the participating organizations.
• Coordination depends on developing shared objectives and routines. Instability increases
the transaction cost of coordination.
• Some research areas take long periods to produce results; for example, the study of forest
dynamics under different management strategies may take more than a decade. Such
research is very difficult to conduct in time-bound organizations or projects.
Recent publications have explored ways to strengthen complex research organizations (9),
(12), (10). In particular, it has been found that these organizations are more effective when
they have clearly defined objectives, such as developing a new medicine or a technology, but
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they face great hurdles when they work on ill-defined issues such as management of natural
resources for poverty alleviation.
The effectiveness of complex organizations can be increased by (9):
1. Creating pools of people with similar capabilities that are supervised by a manager,
independently of the project they work on. The pool enables the members to share
experiences and develop trust, while the manager mentors the individuals and looks after
their career development. The pool allows coordination within the group and facilitates
coordination with other pools. Such pools are relatively common in fluid teams that
belong to permanent organizations that have a matrix structure (e.g., a national research
institute structured by regions and products), but are less common in transitory complex
organizations formed by several independent organizations.
2. Standardizing procedures, simplifying tasks and reducing interdependencies between
subprojects facilitates the integration of new people into existing teams and reduces the
impact of departing partners on the work of remaining members. While this approach can
be used in routine operations and in projects that are divisible (e.g., designing an
airplane), it is less effective when used in activities that are deeply integrated like
research to improve water use in agriculture.
3. Reducing interdependencies between project components and sub-teams also reduces the
need for coordination and for people working on different project components to develop
a shared vision of the project. For example, a telephone network technician does not need
to deeply understand the design of the whole network to repair individual pieces of
equipment (23). This approach is possible only if the processes are stable, modular and
well understood.
4. Creating the projects’ memories, for example, by developing knowledge management
platforms, and maintaining over time a pool of people with accumulated knowledge on
the processes.
5. Facilitating communication among team members, especially between incumbents and
newcomers. This can be done by explaining what a new member can contribute to the
team, establishing mentoring roles and joint planning and foresight activities.
The first three points are appropriate for repetitive, stable activities and cannot be easily
applied to agricultural research and innovation projects. Implementation of the last two points
requires a strong institutional commitment, effective leadership and sustained investments.
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Complex processes, including complex organizations, have relatively long periods of stability
punctuated by major discontinuities and reorganizations; the reorganizations define possible
paths the process can follow when it stabilizes (7), (6). After a major reorganization,
managers are constrained by the new structure and can only make adjustments within those
boundaries, in other words; organizational processes are path dependent. This means that
organizations cannot change at will, and, adaptive management is constrained by past
changes and the organization’s culture, incentives and capacities.
Methodology
The question this paper seeks to answer is how a fluid research organization dealt with the
issues that emerged when it embraced its complexity to a) coordinate different partners, b)
balance the benefits of diversity with the costs of implementing collective action, and c)
explore new approaches for research.
Due to the complexity of the process, case study methodologies were followed (19). The
study comprised a single case, the CPWF. A conceptual framework was built with previous
knowledge of the CPWF and a thorough revision of the literature on the organization of
research, complex organizational change, and informal and fluid organizations. Empirical
information was used to revise the conceptual framework or when new issues were identified,
which in turn, led us to collect additional information and review of the existing evidence.
This cycle was repeated until a coherent case was built.
The empirical information was gathered from published documents, participation in
meetings, twenty-one semi-structured interviews with key stakeholders (including senior
managers, researchers and partner organizations), field visits and the authors’ own
experience. At the time of writing, one author was a member of the CPWF management team
and another participated in the knowledge management team. To ensure candid responses,
interviewees were promised anonymity. The interviews were conducted in 2011 and lasted
between one and two hours; some people were interviewed more than once.
The information was triangulated and double-checked with CPWF stakeholders to identify
inconsistencies and emerging questions. It must be stressed that we studied only a few
aspects of the CPWF. Important issues, such as its impact on poverty, food supply and water
management, and the generation of new research methods are left for further research.
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The evolution of international agricultural research and the origins of the CPWF
To understand the dynamics of the CPWF it is necessary to review its parent organization, the
CGIAR, which itself has gone through several major reorganizations.2 The current change
process, started in 2008, is introducing new procedures for decision making and resource
allocation, is defining new principles to guide research activities, and is expanding the roles
stakeholders play in the system’s operations.
The origins of the CGIAR can be traced to the late 1950s when the Rockefeller and the Ford
Foundations teamed up with the governments of Mexico and the Philippines to create two
institutes to develop high yielding varieties of wheat, maize and rice. These institutes
developed the varieties that were a critical component of the Green Revolution (24). Other
centers were created in the 1960s to research issues related to tropical agriculture and new
donors, including the World Bank and governments from several developed countries, started
to contribute to the system. In 1971 the donors and centers created the CGIAR and expanded
the system’s goals and activities to include increasing the productivity of food legumes and
ruminant livestock; improving the management of natural resources; helping countries to
design and implement food, agricultural and research policies; building capacity and
strengthening National Agricultural Research Systems (NARS); and germplasm conservation
(25). Over the years, the number of centers under the CGIAR umbrella rose to 16.
The initial success of the CGIAR resulted from the collective effort of high-quality
researchers working on a narrowly defined problem (i.e., improved productivity of wheat,
maize and rice) and policy-makers providing the incentives (e.g., subsidies for fertilizer and
irrigation) and support services (e.g., public extension and seed delivery systems) to induce
adoption (26). In contrast with the initial focused mission, the objectives of the expanded
system were more diffused and spread the resources over more activities. Still, the vision
prevailing among stakeholders was that excellent, highly motivated and committed
researchers working with sufficient resources would develop superior technologies that
NARS could adapt to local conditions, and extension agents would then transfer to farmers
who would adopt them because they were more profitable (24).
2 The CGIAR is a global partnership that unites organizations engaged in research for sustainable development with the funders of this work; http://www.cgiar.org/index.html.
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As the limitations of the model of the Green Revolution became apparent, new activities were
added to deal with particular problems; thus, agronomy programs were created to address
issues of local adaptation of high yielding varieties and social scientists were hired to study
adoption (or lack of) of modern agricultural technologies. GCIAR centers did not have to
justify their existence and donors consistently expanded their contributions to the
international agricultural research centers.
In the 1980s, research policies in many countries underwent major transformations, including
a shift from ‘blind’ funding of research institutions to project funding; competitive grants, in
particular, were seen as the golden standard for financing research (27). This change was
accompanied by a demand for research institutions to demonstrate the impact of their
activities, as evidenced by the discussions that followed the 1993 US Government
Performance and Results Act (28). CGIAR funders also adopted these principles, and funding
for agricultural national and international agricultural research contracted severely. In the
mid-1990s the centers began to transform themselves into output- and impact-driven
organizations (29); this move increased the system’s transaction costs, hampered long-term
research programs (26) and forced the centers to commit important resources to demonstrate
impact (30).
Several stakeholders (especially foreign donors) criticized the NARS for their lack of
participation in the emergence of high-value markets and the failure of modern technologies
to eradicate poverty. This led to a substantial downsizing of public research and extension
institutions (31). The CGIAR centers found that they could no longer rely exclusively on
weakened traditional partners, and started to work with private firms, NGOs, and farmer
organizations.
The CGIAR’s mandate expanded still further. The new activities included managing research
networks to facilitate research performed by others, some in conjunction with CGIAR centers
(32); rehabilitating seed stocks in natural disaster- or war-ravaged countries; managing
natural resources; and developing niche markets. The expansion in the scope of activities
carried out by the centers and in the number and types of partners the centers worked with
made most of the networks even more complex.
Following the weakening of the partners and a perception of limited impact, donors started to
demand that the CGIAR centers change their research approaches, especially developing a
more unified research portfolio, strengthening collaborations among them and demonstrating
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their impact on poor farmers’ livelihoods. In the late 1990s the CGIAR launched the
“Ecoregional Programs”; due to changing priorities among the donors, this reform did not
have time to mature.
In 2001 the CGIAR launched the Challenge Programs (CPs), meant to provide additional and
stable funding to consortia of research organizations so that they would conduct
multidisciplinary, inter-institutional research on specific major issues affecting agriculture in
developing countries to generate more impact on development. The justification for setting
up the CPs included the expectation that they would improve the CGIAR’s relevance and
impact, help better target and integrate existing activities, achieve greater efficiency and
cohesion among CGIAR Centers, widen and improve partnerships with non-CGIAR partners
and mobilize more stable and long term financing. Some CPs were large-scale experiments in
using a multiple-source innovation model in a system more used to a centralized model (33).
Although the CGIAR centers were expected to play major roles in the CPs (each CP was
hosted by a CGIAR center), they had a management structures that were relatively
independent of the hosting centers, and they contracted established organizations to conduct
research that contributed to the CP’s goals.
In the early 2000s, several studies mentioned the progressive weakening of the CGIAR (34).
To address this issue, in 2008 the CGIAR launched the Change Management Initiative to
define a new business model. The core of the reform was the creation of a space where
donors could harmonize their policies (the Funders Forum); a Consortium that would unite
the centers under one legal entity and provide one entry point for funders to contact the
centers; and the Consortium Office that would coordinate and oversee the operations of the
individual centers. The final important element of the process was the creation of the CGIAR
Research Programs (CRPs). Similar to the CPs, the CRPs are partnerships created to address
specific issues related to the CGIAR mandate. Unlike the CPs, the CGIAR centers play a
major role in the management and implementation of the CRPs. The CPs are being
progressively absorbed by the CRPs.
The successive reforms of the CGIAR have increased the system’s complexity because the
mandate expanded, new partnerships were developed, new interactions among different
partners emerged, new institutional and governance arrangements were created and greater
coordination was imposed on the centers and researchers.
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The structure of the CPWF
The CPWF is a CGIAR CPs. The CPWF is quite unusual in the sense that it is both a funder
of research and a research organization itself. The emphasis on its own organizational
learning to improve its performance makes the CPWF atypical.
The CPWF was launched in 2002 with the expectation that it would have three 5 year stages.
Phase 1 ran from 2004 to 2008 while phase 2 runs from 2009 to 2013 when the CPWF will
be absorbed by a CRP. Table 1 describes the CPWF’s evolution.
Table 1. Milestones in the evolution of the CPWF
2002 Formal creation of the CPWF 2003 Phase 1 of CPWF effectively starts 2004 First call for research proposals 2005 he management structure and operating rules are completed; second call for
research proposals 2006 First global meeting of CPWF researchers designed to facilitate exchanges of
experiences across basins 2007 and 2008
Participatory and demand-driven definition of Basin Development Challenges for phase 2
2008 Second global meeting of CPWF researchers designed to facilitate exchanges of experiences across basins
2008 End of phase 1 2008 Launching of the CGIAR change process 2009 Beginning of phase 2; new management structure established 2009 New partnerships and research approaches are established 2010 The decision to integrate the CPWF into a CRP is made 2011 Third global meeting of CPWF researchers designed to facilitate exchanges of
experiences across basins 2011 Integration of the CPWF board into a CGIAR center board 2012 Formal creation of the CGIAR CRPs 2012 The CRPs establish their own operational models
Currently, the CPWF works in six basins to address compelling basin development
challenges (BDCs) identified during phase 1. The CPWF set up work programs to address the
BDCs and all six are similarly organized: three to four research projects explore how the
improved management of water resources at different scales (farm, local, landscape and
institutional) can address the local BDC. An additional project coordinates the others,
facilitates learning and interacts with policy makers. Although all BDCs are similarly
structured, the actual research topics differ, depending on the challenges they tackle. For
example, two BDCs are “To reduce poverty and foster development by optimizing the use of
water in reservoirs” along the Mekong river and “Improving governance and management of
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rainwater and small water infrastructure in the Limpopo basin to raise productivity, reduce
poverty, and improve livelihoods resilience”.
The CPWF’s formal organization is structured into three hierarchical levels and one cross-
cutting mechanism. The hierarchy is:
• A central team, made up of:
o The CPWF management team (CPMT) that sets and implements the overall
CPWF strategy
o A research management team that provides research leadership, mentoring and
oversight to the BDC programs
o A knowledge management (KM) team made up of specialists in communications,
information management and monitoring and evaluation that works to ensure an
evaluative, knowledge sharing and learning culture across the CPWF
o A secretariat that oversees activities and expenditures in all six basins
• The basin leaders (BLs) who interact upwards with the CPMT, sideways with other BLs
and downwards with the project leaders and project teams; they also promote learning
within the basin teams, and across the basins. Each BL is supported by a Coordination
and Change (C&C) project team.
• The project leaders (PLs) and their research teams
The cross-cutting mechanism is the Topic Working Groups (TWGs) which are communities
of practice where all members of the CPWF can discuss specific issues, regardless of their
geographic location or level of responsibility.
This structure was developed to support adaptive management and organizational learning,
shown in Figure 1. A key component of this structure is the C&C projects, led by the BL and
supported by the central team. Each C&C project identifies emergent problems and
opportunities in their geographic area of work, and makes sense of issues observed in the
research projects as these progress along their outcome pathways.
Figure 1: Networked structure of the CPWF in support of adaptive management and
organizational learning
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Note: the text in red shows the learning actors and the text in black indicates the learning activities
Source: Adapted from personal communication with Rick Davies 2006.
Also based on phase 1 experience, the CPWF uses theory of change as a framework to
support organizational learning. A theory of change is a causal logic model that links research
activities to the desired changes in the actors’ behaviors that a project or program is targeting
to change. It describes the tactics and strategies thought necessary to achieve the desired
changes. A theory of change provides a road map of where the entity (e.g., research project,
BDC, global program) is trying to reach and how it expects to get there. The CPWF makes
theory of change explicit through outcome pathways (35). The CPWF posits that by being
explicit about the theory of change it is easier to see when progress towards development
outcomes starts to diverge from what was expected and early awareness of opportunity or
problems will support adaptive management.
Project
leader
learning
BDC
leader
and C&C
Cross-BDC
learning
through
CPWF central
team General
principles
derived at CPWF
Cross-
project
Project leaders and
researchers learning
at subproject level
(experiments,
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Four parallel but interdependent types of research and learning activities are conducted within
the CPWF. Firstly, researchers research issues in their particular disciplines, often in the
context of multidisciplinary, multi-institutional teams (e.g., agronomy, ecology or
hydrology). Secondly, the research projects combine disciplinary research with social
sciences and action research to identify and test their theories of change. Thirdly, the C&C
projects, supported by CPWF Central Team, explore ways to build up organizational learning
and adaptive capabilities in the research projects and stakeholders. The C&C projects draw
on the projects’ experience to understand the contexts and mechanisms that enable the uptake
and use of research; they are also supported by the Learning-to-Innovate Topic Working
Group to carry out their research on adaptive management. Fourthly, the central team works
with the C&C teams to foster learning across basins and to learn itself how to adaptively
manage a large research for development project.
The creation of learning capabilities includes activities for reflection (e.g., bi-annual
reflection workshops in each basin; the International Water Forums, annual meetings of the
BLs and TWG leaders; semi-annual and annual reports, peer-assist and a flexible monitoring
system), mentoring, providing funds for learning activities, IT platforms to exchange
information within and between BDCs and visits to out-of-project sites. These activities also
have the objective of fostering integration of the research teams within and between basins,
but it is too soon to evaluate their effectiveness.
During inception of the BDCs emphasis was put on identifying inter-project dependencies on
data and method development. In practice, the CPWF found that projects needed to start
working before they could clarify what they could and could not do, and what collaboration
did and did not make sense. This experience was explicitly taken into account by some CRPs
which demanded an inception period before they could develop detailed multi-annual work
plans. While donors initially objected to the inception period, it was finally accepted.
Initial interactions among projects in the same basin were less than expected because:
a) Each project worked on a specific topic at a specific scale, and initially it was not clear to
the project leaders (PLs) how their projects fitted into the larger basin program.
b) Some projects could not wait for other projects to generate the information they needed;
therefore, they had to generate their own information.
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c) The subprojects that composed the research projects were commissioned to teams who
had not worked together previously; therefore, communication channels among them had
to be developed.
d) The research projects in the first two BDCs that became operative were selected through
competitive processes; this made it difficult to maintain the logic on which the BDCs
were designed. In subsequent BDCs, the projects were commissioned, helping to maintain
the design logic; still, coordination problems persisted.
On reflection after two years of operations, the CPMT realized that it had probably been too
simplistic in its expectations for collaborations among projects in the same basin. The first
annual BDC reflection events showed that inter-project links and programmatic added value
was emerging naturally through: (i) having some people working in multiple projects; and,
(ii) developing common frameworks within the basin teams, e.g., for understanding
livelihoods (Mekong basin) and for integrated rainwater management (Nile basin).
No BDC expects long-term funding from the CPWF (i.e., beyond the end of phase 2).
Although the activities of the CPWF are being absorbed by a CRP, there is uncertainty about
how this will affect research activities, which in turn is affecting the commitment of
researchers and managers to the adaptive model of research.
In addition to the internal learning activities, the BLs and the communications team foster
learning by stakeholders in their basins, especially by policymakers. The learning instruments
include frequent personal interactions, participation in multi-stakeholder forums, document
repositories, web-based information exchanges and providing information.
What type of complex organization is the CPWF?
Five features make the CPWF a particularly complex organization: a) the research teams do
not belong to a single institution; i.e., the CPWF is a collection of teams from different
institutions linked by a common theme, formal contracts and the learning structure; b) the
research teams did not start with common objectives or a shared history; c) the CPWF is both
a research organization and an administrator of funds; d) the CPWF designed a novel learning
strategy to be implemented by a highly fluid (transient) structure; and e) the different teams
are coordinated by setting operating rules and routines, by actively exchanging information,
and by the support they get from the CPWF Central Team for organizational learning,
including reflection on how the research is contributing to the BDC’s goals.
20
While most of the issues raised in section 0 can be found in the CPWF, the solutions
proposed in the literature cannot be easily applied due to the program’s unique features. The
CPWF has addressed some of the issues in its own way, but others remain significant
challenges. This section reviews how three issues that emerged from the CPWF’s complexity
are influencing the research activities.
1.1 The unstable nature of the CPWF
The history of the CPWF is characterized by major discontinuities followed by periods of
relative stability (see table 1). In phase 1 the CPWF came under pressure to focus its
activities (26) and, as a result, at the start of phase 2 it dropped three of its original basins on
the basis of incidence of poverty and importance of transboundary issues. Then, the CPMT
used a number of sources of information (i.e., phase 1 results, a Comprehensive Assessment,
basin expert consultations, and an international forum) to identify the BDCs. Selection criteria
included broad stakeholder agreement on importance of the challenge, their motivation to
work on it, opportunity for the CPWF to contribute, and high impact potential. The transition
between phases was characterized by profound changes in management, research teams,
geographical focus and the way research was organized. While phase 2 was still in the
launching stage, the program started to be integrated into a CRP, which itself was in the
process of being launched (see section 0). The early transition has made the future of the
CPWF activities beyond 2013 highly dependent on priorities established by the new CRPs
and on funds made available by donors for specific basins’ activities.
Two other major changes in the CPWF’s operations were introduced in the transition from
phase 1 to phase 2. First, to bring more focus and relevance to research, this was reorganized
around the BDCs. Second, the research teams were also reorganized. Most members of the
management team in phase 2 participated in phase 1 either as researchers or as managers and
four out of the six BLs participated in phase 1. However, only about 18 percent of the
researchers participated in both phases, with just a few taking an active role in the
organization of phase 2.
In phase 2, the CPWF invested important resources in fostering interactions within and
between the projects (see section 1.3), but during the inception period, some PLs and
researchers had great difficulty in understanding how the different projects in each basin were
related. Two opposing attitudes have been observed; some researchers have fully embraced
the adaptive management concept and the need to interact with other projects and
21
stakeholders, while other researchers prefer to work in a more traditional organizational
setting; we could not assess what proportion of researchers belong to each group. Two major
questions will have to be answered in the near future. First, whether the efforts to foster
interactions and learning will induce more researchers to adopt the new research approaches,
given that the contracts are time-bound, the incentives offered to researchers by different
institutions often conflict among themselves, and the administrative requirements of some
contracting organizations are quite inflexible. Second, whether the new organizational
arrangements will actually result in different development outcomes and new research
methods and routines.
The CPWF plans to answer both questions in 2014. At the time this paper was being written
(second half of 2012) the CPMT and the BLs started a major ‘institutional history’ initiative
to learn from the CPWF experience, treating each BDC program as a case study.
1.2 Dealing with organizational complexity
The literature on organizational change and the CPWF experience indicates that a) even if
diversity among members of an organization is useful in theory (36), it may be less so in
practice due to coordination challenges and the looming end of CPWF’s phase 2; b) the fact
that a team has relevant knowledge does not guarantee its success in using it (12); and c) to
facilitate learning and the exchange of information, interactions within and between
components of the research program (basins in the case of the CPWF) need to be developed
at all levels of implementation (i.e., by a majority of researchers and stakeholders), but the
incentives a fluid research organization can offer may not be sufficient to induce changes in
ingrained behaviors.. The CPWF had to deal with these issues. It is common for
organizations to have more than one management structure (i.e., matrix structures); for
example, many firms have functional departments, such as sales or research, and thematic
groups, such as product lines. In the CPWF, however, these management structures do not
belong to the same organization, creating the potential for conflicting objectives and
incentives, on the one hand, and differing expectations about the members’ commitments on
the other. Similar conflicts have been reported in national research organizations where
researchers manage resources provided by external funders. This conflict is already present in
the CPWF where some managers expect a greater commitment from researchers who only
invest the minimal effort required to fulfill the contracts. The conflict is compounded because
the transitory nature of the CPWF and the CRPs conspires against building researchers’
22
allegiance to them (or at least, some of them), and because the BLs and PLs have few
instruments to induce greater participation, except the threats of cancelling the contracts or
not awarding future contracts.
The CPMT and the BLs have played the role of “boundary spanners” facilitating the
exchange of information within and between projects. The effectiveness of these activities
required substantial commitment and depended on the priorities of the individual BLs. In
some basins, all research teams have effectively shared information while in others some
projects were relatively neglected. Because the CPWF only finances a share of the basin
teams operations and it is a federated organization, the CPMT has a limited ability to
influence these behaviors.
During the design of phase 2, the CPWF negotiated with partnering organizations their
planned contributions. After the inception phase, however, the original design had to be
reviewed, including the participation of partners. The adjustment was not easy because,
among other factors, it involved budgetary reallocations. This, in turn, required the partners
to review their planned budgets and the number of researchers they could employ. As many
research positions in international research organizations are funded by projects, the
adjustment had immediate implications on the centers research capabilities. The partners’
dependence on short term funding was an important hurdle for adaptive management and
required strong negotiating skills.
1.3 The strategy for organizational learning
The organizational learning structure
A key element in the design of phase 2 was the creation of strong organizational learning
capabilities for adaptive management of research activities. The CPWF’s learning activities
are coordinated by the CPMT with the active involvement of the KM team and the basin
leaders (BLs) in the design, implementation and assessment of the activities. Although the
project leaders (PLs) and researchers participate in many learning activities, they have a
lesser role in their design and assessment. The reason for this pattern of participation is that
the CPWF was designed as a centralized network (Figure 1). The structure lends itself to a
learning strategy of decentralized experimentation with centralized learning (DECL). In this
structure, the basin projects implement their own decentralized research activities; the BLs
coordinate the work of the projects in each basin, and organize activities to foster the
emergence of a team spirit among the researchers; finally, the Coordination and Change
23
(C&C) projects support each BL in facilitating the analysis of these activities (i.e., making
sense of the process) and sharing of the lessons among basins. The CPWF central team
guides and supports the overall process.
Effectively, each research project is seen as an experiment, jointly assessed by the CPMT and
BLs. The learning structure is complemented by the topic working groups (TWGs).
Researchers’ time to engage in TWGs is not budgeted and depends only on their willingness
to participate. The first reaction of researchers to this novel structure has been mixed; some
researchers participate actively, others are fearful that their own organizations will not allow
them flexibility of operation and a third group sees it as too complicated and time-consuming.
In order to minimize the fear that the external reviews of activities for learning may cause,
the CPWF stresses that assessment for learning is different from evaluation for
accountability.
Action-research as an organizational learning strategy
Action- research on organizational learning in the CPWF is quite unique because it involves
self-experimentation, demanding from each stakeholder a serious effort to understand what is
expected from him and from his partners. As organizational changes require time, the process
moves slowly and is hampered by the diverse expectations of the different stakeholders. Also,
while this decentralized design allows for a broad exploration of approaches to do research
for development, it hinders the emergence of a sense of belonging to a joint innovation effort.
More than one year after the inception of phase 2, conversations with researchers made it
clear that while most basin teams have not yet developed a strong sense of unity or common
purpose, several teams are emerging.
Phase 2 was designed to facilitate organizational learning through experimentation, frequent
reflection and adaptive management. The innovation research carried out by both the Central
Team and the C&C projects addresses the same research question: how does research trigger
innovation? The Central Team seeks to answer the question by analyzing the six basin
development challenges as a set while the BLs work at the scale of individual projects.
Assessing the effectiveness of these organizational learning activities is particularly difficult
because their effects can only be gauged after the impacts of the funded research have
manifested themselves, usually well after the projects have ended. Hence the CPMT planned
to carry out case study analysis in 2014. Uncertainty of future funding has brought this
forward by one year.
24
The activities of the Central Team and the BLs learning are an example of double loop
learning, while some of the funded research is single loop learning. In double learning loops,
individuals and groups question assumptions, hypotheses, values, and policies that led to
actions taken in the first place, modifying what is necessary to increase effectiveness (37).
In essence, the Central Team and the BLs research by funding and overseeing learning
activities in the basins, inducing changes in the way the funded researchers operate, and
collectively assessing how those changes impact the ability of the research and management
teams to adapt their activities to emerging events. The five main research instruments used
for organizational learning are a) contracts that specify how the funded research should be
conducted; b) a set of activities to foster organizational learning (e.g., workshops, on-line
interaction tools and mentoring); c) close interactions between the basin teams and the
Central Team, d) coordination of research at different levels of the CPWF and e) stating from
the start of projects of the underlying theory of change in the form of outcome pathways that
is tested and updated during implementation as part of monitoring and evaluation
procedures.3
In addition to frequent direct communications among members of the basin teams, the BLs
interact assiduously with the Central Team. Each BL is directly supervised by a member of
the management team; as well as fostering organizational learning (essentially, by unifying
criteria and concepts), the interactions help to develop a sense of belonging to a larger
organization.
Hurdles for the implementation of Decentralized Experimentation and Centralized Learning
(DECL)
The Central Team and the BLs have invested substantial efforts in implementing the learning
structure and in fostering organizational learning. However, conversations with researchers
and PLs have shown two different responses to this organizational innovation. Some
researchers and PLs have embraced the idea of a learning organization, while others are
reluctant to participate in these activities and to manage their research adaptively.
Researchers in the second group mentioned that their main motivations for participating in
the CPWF were to obtain funds to cover part of their salaries, fine-tune known methods or
obtain data for scientific publications (required to advance their careers) rather than learning
3 These activities will be analyzed in a separate paper.
25
new ways to conduct research for development. They also manifested that the learning
activities required substantial amounts of time that were “diverted from research”. Future
research should monitor which of the two responses becomes prevalent among researchers.
The Central Team and BLs have been sensitive to the ‘transaction cost’ of putting in place a
learning structure. Both groups have reflected together on getting the balance right between
the demands of the research activities in the projects and the knowledge management
processes. The conclusion has been that both must be integrated and planned together from
program inception while the amount of effort put in towards ‘research’ versus ‘knowledge
management’ depends on where you are in the project cycle. The KM team has concluded
from feedback from project staff that while planning for future impact (through developing a
theory of change) is very useful during proposal and project inception, projects are more
receptive to research support during start-up. Once the research becomes clearer then projects
can be more specific about their theory of change, the outcome monitoring that is sensible to
carry out and the specific communication and outreach support they require. As time passes,
researchers become less amenable to change their research topics and methods.
The organizational learning mechanisms include the possibility of renegotiating the contracts
between the CPWF and the research organizations when the researchers can make a
compelling argument that a change has the potential to increase the CPWF’s impact. The
change in the contracts requires that the researchers negotiate both with the CPWF and their
permanent organizations. The flexibility in managing contracts can increase the CPWF’s
impacts but the double negotiation can raise transaction costs.
Finally, the incentives offered by the researchers’ centers can discourage adaptation because
administrators demand that researchers deliver the products promised in the original contract;
otherwise, the researchers can expect to receive a poor performance review. In these cases,
adaptation requires the formal modification of the original contract between the center and
the CPWF, which entails going through the centers’ contract approval procedures. The
researchers who are not inclined to change their research methods see many of the learning
activities underpinning adaptive management as bureaucratic requirements.
The loci of organizational learning
The structure for DECL, shown in Figure 1, is complex in the sense that complexity refers to
the nature of the process and the properties it exhibits and not to the existence of redundant
structures and bureaucratic requirements. Implementing it was a challenge even for the BLs
26
who were closely supported by the Central Team; in other words, even in teams supported by
strong mentoring, developing new routines requires time and effort. This phenomenon has
been explained in several ways. For example, organizational cultures emerge slowly and are
hard to change, but are not immutable (38). Alternatively, once an organization has found an
effective routine to achieve its objectives, it has few incentives to change what is working
until the environment has evolved enough to force the organization to change (39). Finally,
organizational change requires the abandonment of old capabilities and the development of
new ones, which demands time and resources (40).
The diversity of explanations demonstrates the complexity of implementing organizational
change. Despite these challenges, the Central Team was able to introduce important changes
in the ways the CPWF operated. For example, in the Andes, the second basin to become
operational, the projects were initially selected by a competitive mechanism. After it was
found that this mechanism hampered addressing the BDC with an integrated approach,
projects in other basins were commissioned.
The learning activities were more intense within the Central Team and among the BLs. The
activities that involved the basin teams have been more moderate and started later because
they required the BLs themselves to learn the new organizational model. It is too early yet to
assess organizational learning at the level of the basin teams but there are indications that the
model may need adjustments to take into account the issues mentioned in sections 1.1 and
1.2.
Knowledge management systems can partially compensate for the lack of a shared mental
model when the information is easily codified (9). The CPWF has invested substantial
resources in the creation of a communication structure, including electronic communications,
codification of tacit organizational routines and building document repositories. These
investments alone, however, have not been enough to substantially change many researchers’
approaches to research. The main reason for this result is that knowledge and research
routines cannot be easily codified nor are they repetitive; therefore, the effectiveness of
communication structures depends on a) the whole set of incentives for change offered to
researchers; and b) the implementation of other measures to foster organizational learning,
such as mentoring and peer review. It must be stressed that although KM systems by
themselves are not sufficient to induce organizational change, they should be an essential
component of any knowledge management strategy.
27
Final remarks
• The increasing complexity of research organizations is posing new challenges to policy
makers and research administrators. Adaptive management can coordinate the different
components of complex research organizations, but implementation of flexible strategies is
not straightforward. General policies, such as funding schemes, provide signals for
managers and researchers but do not induce effective coordination or rapid changes of
research cultures. To speed up adaptation of research systems it is necessary to implement
several simultaneous strategies including Balance change and continuity (6). Too much
change hampers learning as new experiences cannot mature; too much continuity makes the
organization unresponsive to emerging challenges and opportunities. The balance depends,
among other factors, on the maturity of the organization. In early stages, more exploration is
required to avoid being locked into inferior organizational arrangements; as information on
alternative arrangements is collected, the better ones can be identified and diffused across
the organization. In our case, the CPWF is still at the stage where it needs to change rapidly
to adapt the new learning strategy; the challenges will be to continue the strategy even after
the CP is absorbed by the CRP, and eventually develop more stable routines that still allow
for organizational learning.
• Provide sufficient time to allow processes to mature, which, in turn requires careful
consideration of whether goals and methods should be changed. In other words, how and
when should an organization decide that a particular goal or activity needs more time or that
it is the wrong approach? This decision involves careful assessment of the transaction costs
of any change that requires renegotiating contracts and incentives.
• Build effective learning mechanisms that combine interventions at different levels,
including support from the senior management, commitment of sufficient resources (not
only at the beginning of projects but also during implementation) and hiring professionals
with the appropriate capabilities. For example, the CPWF exploits the properties of complex
process with a DECL strategy, flexible contracting and active exploration of organizational
alternatives.
• Recognize the constraints that the dynamics of complex processes impose on adaptive
management. Big changes can be made only at long intervals, while relatively minor
adjustments can be introduced more often.
28
• Align the incentives offered by the funding agencies and the research organizations. If the
incentives offered by the organizations in the partnership are misaligned, the researchers
will chose the organization that offers the best career opportunities, including more job
security.
• Invest not only in strengthening human resources over the whole life of the partnership, but
also in effective programs to build trust and commitment, which in turn require activities
meant to create bonds that link researchers and managers. Particularly important is to a)
spend time and resources to jointly develop proposals with shared theories of change and
research approaches, b) jointly review the theories of change during implementation; and c)
use participatory and flexible management.
• Provide continuity despite the time limitations imposed by the funding cycles and external
shocks. While the CPWF was expected to have three phases, the CGIAR change process
introduced great uncertainty regarding the teams’ future, reducing the incentives for
researchers and partners to adopt new approaches for research,. Continuity of research
partnerships beyond the short projects also enables the creation of reputations, which, in
turn, has two important consequences. First, it allows researchers to build more innovative
and resourceful research programs to address complex issues. Second, performance in
previous projects can be an important consideration for funding projects that address
complex issues, replacing the requirement of specifying expected outputs and outcomes.
The impossibility of predicting future outcomes is an essential feature of complex processes
and the main rationale for adaptive management (6). The theory of contracts (41) and
principal-agent models of research (42) have shown that when the outcomes of a process
cannot be clearly specified in advance, incentives are an inefficient instrument to induce
effort and compliance; rewards based on past performance induce researchers to exert more
effort and to explore more innovative research paths.
• Evaluate the effectiveness of financing mechanisms in achieving the program’s goals; for
example, in the CPWF competitive funding did not effectively coordinate and aligned
research processes. Soon after starting phase 2, the CPWF switched from a competitive
mechanism to commissioned projects.
• Establish fluid communication among the partners, because operating on the enabling
environment, such as new funding mechanisms and incentives, is not enough to ensure
coordination. The reason is that actors participating in complex processes have their
29
individual goals, which they pursue conditioned by the enabling environment. Alignment of
diverse goals requires leadership, active management and negotiation.
• In complex research processes, advanced planning cannot identify all the issues that will
emerge after inception. The adjustment costs can be reduced by having an inception phase
to sort out emergent problems, especially reallocation of roles and resources among partner
organizations. Effective leadership is a key organizational resource to navigate the process.
It should be noticed that the interventions mentioned are not a checklist or a set that has to be
implemented in its entirety; rather, it intends to show the multiple dimensions of managing
complex research organizations.
30
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