Article - Resilience v efficiency: a systems thinking heavyweight bout

(The blog has been reproduced from where it was originally found on the Practical Action website here.)

Resilience v efficiency: a systems thinking heavyweight bout

By Glen Burnett, September 3rd, 2014

Sometimes, Practical Action can really get absorbed in systems thinking. We’ve been working in this space since about 2003, and some of its principles have served as the foundation of some great successes we have had. For an oversimplified approach, think of a terrarium. You have soil, plants water and air all living inside a closed pot (it isn’t considered a true closed system, because sunlight gets in, but you get the idea). If you were to adjust different segments of the system, you might see different developments: more water might mean more growth, or more growth might also mean the system burns out.

So what happens when this system shifts, and you start looking at populations? Plants become people, soil becomes the economy, maybe even water stays the same, and you consider the impacts of clean water in a community. That evaluation is a key part of how Practical Action often engages with communities. Two key features of systems are resilience, which often shows up in our climate adaption work, and efficiency, which is often considered key to creating transformative impact in the lives of the poor—because if something isn’t efficient, it will probably not be as replicable, and you lose that whole transformative impact component.

These two systems characteristics are inversely related: resilience is a trade-off for efficiency.

What does that mean? When we talk about resilience in relation to the extreme poor, we are often talking about those who are able to bounce back when they face a system shock. That could be a drought, a flood, or an economic collapse. If you think about it, resilience gets built up by being able to quickly adapt to a change in a system, and that often means there are multiple support systems created that can create the flexibility needed for that change. In the case of drought, that might mean there are several different kinds of crops that are raised, some that work better in wet seasons and some that work better in dry seasons. This could also mean there exists a knowledge base that allows for more resilience as well—you become a generalist as opposed to a specialist so you can perform multiple tasks.

Then there is efficiency. However you achieve it, be it economies of scale, or through specialization, efficiency is important, because it means you are completing a task more effectively. If you can increase efficiency, you will be able to replicate that task. So when people talk about creating transformative change in a community, efficiency is often necessary for that change to take root. Think of a treadle pump. The first time someone built one, it probably didn’t work very well, but over thousands of years, the design has been improved upon, to the point where many look very similar: they are cheap to build, easy to replicate, and in a word, efficient, given their circumstances.

These days, efficiency is a major focus in many drives to end poverty. You have limited resources, and efficiency allows for expansion that maximizes those resources. But it also means that you are developing systems that require many of your “resources” (READ: people) to specialize in a given approach. As a result, you aren’t as flexible, and your trade-off is resilience. Think of GMO super crops—they are efficient, because they can be made to resist certain pesticides, and can grow bountifully. But they aren’t resilient, because once an infestation comes along that is particularly brutal to that crop, there is no other crop there to create resilience—food prices go up, and people go hungry.

So does this mean that the world should be extremely resilient? Or should we focus our efforts wholeheartedly on efficiency, hoping to create economies of scale that are extremely good at overcoming system shocks? Ultimately, this conversation starts sounding more like one with a personal finance advisor. If you are preparing for the future, you need a diversified portfolio. Like in that terrarium, finding the appropriate balance is key, and it will rarely be wholly efficient or wholly resilient.

http://practicalaction.org/blog/programmes/climate_change/resilience-v-efficiency-a-systems-thinking-heavyweight-bout/

Article - How systems thinking can impact climate change

(The blog has been reproduced from where it was originally found on the Clinton Foundation website here.)

How Systems Thinking Can Impact Climate Change

By Dymphna van der Lans

Sep 19 2014

Systems thinker: a phrase that has come to define my method for problem solving, my approach to tackling the world’s greatest challenges, and most importantly, who I am today. When I was asked to serve as the CEO of the Clinton Climate Initiative, I had the opportunity to reflect on what led me to this point and how my identity as a systems thinker would ultimately shape our mission moving forward to confront the complicated threats of climate change.

I was fortunate to be raised by systems thinkers as I grew up in the Netherlands, where everything and everyone is close together. Since there is no wilderness, very little land and very little space, we have to be thoughtful about our resources and about each other, and I have carried these lessons with me to where I am today.

The world, as I see it, is made up of systems, and is the result of any interconnected set of elements that is coherently organized in a way that achieves an outcome.

The world, as I see it, is made up of systems, and is the result of any interconnected set of elements that is coherently organized in a way that achieves an outcome. A tree is a system. A forest is a system. I am a system. Systems are often embedded in larger systems, which are embedded in yet larger systems. The earth’s climate is a system comprised of the subsystems of our atmosphere, our oceans, the land, and human society.

The earth’s climate is a system comprised of the subsystems of our atmosphere, our oceans, the land, and human society.

“Systems Thinking” views outcomes as the result of the interactions between the various elements of a system and recognizes that systems often contain within them the causes of their own success, and — this is critical— the causes of their own failure. Similarly, “Systems Problems” are problems that have origins in the interactions of the elements of a system, characterized by a high degree of interconnection and interdependence with other variables around them.

Climate change may well be the most complex systems problem that we have ever faced. In our modern economy, almost every human activity is linked to the use of fossil fuels or other sources of climate-altering greenhouse gases. Every time we buy or download a book, every time we cook a meal, every time we travel across town, we are impacting the climate.

In our modern economy, almost every human activity is linked to the use of fossil fuels or other sources of climate-altering greenhouse gases. Every time we buy or download a book, every time we cook a meal, every time we travel across town, we are impacting the climate.

At the same time, almost everything that sustains and enriches our lives is affected, directly or indirectly, by the changing climate. At the Clinton Foundation, we realize that access to clean water, the price of our food, national security, the health of ourselves and our loved ones, economic opportunity for this generation and those to come, all are placed in jeopardy by climate change.

We must insist on solving more than one problem at a time and on tackling multiple interrelated challenges at the same time. We need the resolve to address systems rather than symptoms. A solution will not be effective or enduring if it creates new problems. And so, we need new business models, new technologies, new policy frameworks, and most importantly, new ways of engaging with each other.

We are moving away from focusing on single technologies to using a whole systems approach as we recognize that there is no single silver bullet solution to stopping climate change.

The Clinton Climate Initiative (CCI) does exactly that in its unique systems thinking approach. We are moving away from focusing on single technologies to using a whole systems approach as we recognize that there is no single silver bullet solution to stopping climate change. Rather than narrowly focusing on one approach, like renewable energy as the only solution, we take a more holistic view to developing systemic solutions. We collaborate with world-class partners to increase the resiliency of communities facing climate change and to create replicable and sustainable models for others to follow.

At the core of our engagement philosophy is Systems Thinking; identifying and activating leverage points that can create significant, positive impact in climate change mitigation and energy transition for communities around the world. CCI has worked with governments and communities to build data systems to better inform decisions and policies on the management of land and natural resources. CCI has also developed waste, water, and energy strategies with our Small Islands partners to create impact from boosting the local economy to women’s empowerment. Finally, CCI has introduced innovative financing mechanisms by partnering with employers to bring energy efficiency benefits to lower home energy expenses and improve people’s lives and their living and working environments.

Through our programs, focused on landscapes and land use, energy supply and energy demand, and energy efficiency, we aim to work together to tackle these systems problems. Now we call on you to take action, to start thinking about your home, your country, your world, and your climate as a system. We ask that you join us in creating solutions that take into account the entire system and all its complexities. Together, we can work to create measurable, meaningful and lasting contributions—one system at a time.

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https://www.clintonfoundation.org/blog/2014/09/19/how-systems-thinking-can-impact-climate-change