The Landscape Answers Back
Managing when results are not under
organizational control, and the steward’s work at the line between intention
and emergence
Picture the
clinic that was meant to change everything. The roads were graded, the health
workers trained, the outreach days scheduled. Then the rains came. One road
flooded, and the health workers quietly rerouted their referrals. Within a
month the new route was simply how things were done. No one had designed it. No
indicator had predicted it. Yet it now shaped who reached care, and who did
not.
Have you ever
watched a plan meet a landscape that had its own ideas?
The moment
rarely arrives dramatically. More often it comes quietly: a conversation in a
community, an unexpected response from an institutional partner, a shift in
political priorities, evidence that progress is unfolding differently from what
was anticipated. The intervention may be proceeding exactly as planned, yet the
wider system begins to reveal patterns that were invisible when the strategy
was designed.
Management begins with intentional choice, but
it succeeds through learning from emergence.
Early in my
career, I read such moments as implementation problems. If results were not
emerging as expected, I assumed the design needed improvement, the execution
needed strengthening, or accountability needed tightening. Sometimes I was
right. Rarely was that the whole story. Increasingly I saw that well-designed
interventions were entering systems that were actively responding, adapting and
reshaping the pathways through which change occurred. The question was no
longer only whether the organization had acted well. It was how the system was
interacting with the organization’s action.
Earlier in this
series I wrote that a plan is a lantern, not a landscape. This piece is about
the landscape: not as scenery behind the work, but as the context that answers
back.
The System Is the Context, and the Context Is Alive
The figure
below maps that context. It is best read from the top, layer by layer, because
each layer explains why the next one behaves as it does.

Figure. The System as Context: Features
of Complex Adaptive Social Systems. Adapted from Addai (2026a), Chapter 2,
Figure 2.1.
At the top sits
purpose: human wellbeing, the ultimate reason for intentional organizational
choice and strategic investment (Addai, 2026a). Beneath it, the ecosystem
elements show what the system is made of: actors, institutions, relationships,
resources, context and capabilities. None of these acts alone. The first
feature of the system is therefore interaction. Actors, factors and
context influence one another, so a clinic’s reach depends on roads, health
workers and community trust together, and not on any one of them.
Interaction
then unfolds over time through three mechanisms that act together. Feedback
loops mean that actions produce responses that influence future action:
reliable outreach days raise turnout, which strengthens the case for keeping
them reliable (Meadows, 2008). Stocks and flows mean that some things
move through the system while others accumulate or deplete: funding flows in,
while trust and skilled staff build up or drain away, and the stocks are harder
to see than the flows (Meadows, 2008). Adaptation means that actors
change what they do in response to one another and to what they sense. That is
precisely what the flooded road revealed. The new referral route was nobody’s
plan and everybody’s response.
Where the Steward Stands
One of the most
important features of the ARM Hourglass is the narrow transition point between
organizational action and system response (Addai, 2026a). The map draws it as a
single line, labelled intention above and emergence below, with the organization
standing on it as steward.
Above the line,
organizational agency is relatively high. Leaders make choices, allocate
resources, establish priorities, design interventions and shape the Strategic
Portfolio (Addai, 2026b). The steward acts on interaction and dynamics: it can
strengthen a referral relationship, protect a stock of skilled staff, or make
outreach reliable enough to start a virtuous loop.
Below the line,
agency is distributed across the wider system. Organizational actions meet
decisions made by many other actors, each with their own priorities,
incentives, constraints, histories and capacities. What arises is not the sum
of anyone’s effort. The steward senses and adapts to it, and does not control
the system.
At this line,
many traditional management assumptions become less reliable. Organizations
control activities and outputs. They cannot directly control how communities
respond, how institutions adapt, how partners behave, or how relationships
evolve. Effective management therefore asks for something beyond a narrow
concern with delivery: a deeper capacity to understand emergence.
What Arises Cannot Be Commanded
Below the line,
the map names three signatures of emergence, none of which can be commanded. Uncertainty
and nonlinearity mean that effects are not proportional to effort, so a
small change to how referrals work may transform uptake, or change nothing. Path
dependence means that history shapes present possibilities, so where early
services were sited still shapes where later services cluster (North, 1990). Tipping
points mean that accumulated conditions produce shifts: past a threshold of
community participation, practice can change fast. Research on critical
transitions shows that gradual accumulation can precede abrupt change, and that
early-warning signals may be detectable (Scheffer et al., 2009). Tipping points
are sensed and stewarded, not engineered.
From these
signatures come Results Pathways: emergent patterns of change created through
system interactions and adaptation, shaped by many actors and controlled by
none. This is consistent with the argument that development cooperation
operates within complex adaptive systems (Ramalingam, 2013).
The lower
layers of the map then show the ecosystem’s response to the Strategic Portfolio
from three results perspectives. The Results Vector offers evidence of the
direction and momentum with which the ecosystem moves toward human wellbeing,
and it loops back to purpose. Ecosystem Health describes purposive, relational
and structural health. Ecosystem Capability describes delivery, adaptive and
problem-solving capabilities. Health and capability then accumulate back into
the ecosystem, so that today’s results become tomorrow’s context. Context is
not only where results happen. It is also what results produce.
Two notes on
reading the map. The layers show levels of the system, not steps. And within
each level, the features act together.
Three Objectives, One Steward
If the steward
cannot control the system, what does the steward manage? The map answers on the
steward’s own box, where three objectives sit beside the Strategic Portfolio
and stewardship. Managing under emergence requires pursuing them concurrently.
Managing for
Performance is the disciplined stewardship of organizational contribution
through the Strategic Portfolio. It ensures that commitments are honoured,
resources are used responsibly, activities are implemented, quality is
maintained, and the organization does what it promised to do. On the map, this
is the steward acting on interaction and dynamics.
Managing for
Emergence is the disciplined practice of learning from how change unfolds
within complex adaptive social systems. It challenges the assumption that
planning and prediction are sufficient for control. Plans remain essential,
because organizations must act intentionally, but they are better treated as
hypotheses about how change might occur than as guarantees of how it will
(Andrews, Pritchett and Woolcock, 2017). On the map, this is the steward
sensing and adapting to what emerges.
Managing for
Collective Capability is the disciplined practice of strengthening
Ecosystem Health and Ecosystem Capability so that progress can achieve scale,
sustainability and resilience in human wellbeing. It asks whether the ecosystem
is becoming more capable of aligning, learning, coordinating, adapting and
acting together. On the map, this is the loop on the right, where health and
capability accumulate back into the ecosystem.
These
objectives are not stages. They are concurrent responsibilities. While a
programme is being delivered, Results Pathways are evolving. While evidence is
being interpreted, ecosystem relationships are strengthening or weakening.
While partnerships are being built, organizational performance still matters.
They also
create productive tension. Performance requires discipline. Emergence requires
learning. Collective Capability requires patience. A leader who emphasizes
Performance without Emergence may create disciplined delivery and weak
learning. A leader who emphasizes Emergence without Performance may create
reflection without traction. A leader who emphasizes Collective Capability
without Performance and evidence may create collaboration language without
results. Stewardship means asking which objective is underdeveloped, and what
kind of leadership attention it now needs.
|
THREE QUESTIONS FOR THE STEWARD Are we delivering with discipline? Are we
learning from how change is emerging? Are we strengthening the system’s
capability to scale, sustain and protect progress? |
Walk Your Programme Across the Map: A Simulation in
Seven Steps
Take 60 to 90
minutes with one current programme or initiative, alone or with your team.
|
1 |
Write the intended pathway.
In two or three sentences, say what you expect to happen and why. |
|
2 |
Place the programme on the
map. List the actors, institutions and relationships it depends on.
Circle the interaction you rely on most, such as health workers, roads and
community trust working together. |
|
3 |
Find the dynamics. Name
one feedback loop that could strengthen or erode the programme, one stock
that is building up or draining away (trust, skilled staff, funding), and one
adaptation already happening that you did not design. |
|
4 |
Name three assumptions.
For each, identify one signal from the system that would tell you the
assumption is holding or weakening, and where you would look for it. |
|
5 |
Plan one adaptation.
Decide what you would change if a signal shows an assumption weakening. |
|
6 |
Decide. Identify one thing
to continue, one to adapt and one to stop. |
|
7 |
Ask what you are not watching.
Name one thing the system could teach you that you are not currently paying
attention to. |
Output:
a one-page map of your programme with three assumptions, three signals and one
adaptation. Debrief: what did the map show you that your results
framework did not? Use it in: programme reviews, annual planning and
partner dialogues.
|
A QUESTION TO HOLD What would you do differently if you treated
your plan as a hypothesis rather than a commitment? |
The next piece
in this sequence follows the loop on the right of the map: what enables
ecosystems to achieve scale, sustainability and resilience, and why Collective
Capability becomes the third foundational theory of Adaptive Results
Management.
References
Addai, E. (2026a) Adaptive results management: a
new discipline for managing in complex adaptive social systems. Results
Leadership in Complex Systems, Book 3. Available at:
https://us.amazon.com/Results-Leadership-in-Complex-Systems/dp/B0H8J2FDTV
(Accessed: 12 October 2026).
Addai, E. (2026b) Strategic portfolio stewardship:
designing investments for complex adaptive social systems. Results
Leadership in Complex Systems, Book 5. Available at:
https://us.amazon.com/Results-Leadership-in-Complex-Systems/dp/B0H8J2FDTV
(Accessed: 12 October 2026).
Andrews, M., Pritchett, L. and Woolcock, M. (2017) Building
state capability: evidence, analysis, action. Oxford: Oxford University
Press.
Meadows, D.H. (2008) Thinking in systems: a primer.
White River Junction, VT: Chelsea Green Publishing.
North, D.C. (1990) Institutions, institutional
change and economic performance. Cambridge: Cambridge University Press.
Ramalingam, B. (2013) Aid on the edge of chaos:
rethinking international cooperation in a complex world. Oxford: Oxford
University Press.
Scheffer, M., Bascompte, J., Brock, W.A., Brovkin, V.,
Carpenter, S.R., Dakos, V., Held, H., van Nes, E.H., Rietkerk, M. and Sugihara,
G. (2009) ‘Early-warning signals for critical transitions’, Nature,
461(7260), pp. 53-59.
Comments
Post a Comment