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Emergent Futures Mapping with Futurescaper

Emergent Futures Mapping with Futurescaper
Futurescaper is an online tool for making sense of the drivers, trends and forces that will shape the future. As a user interface system, it still needs development. As a tool for analyzing and understanding complex systems, it works very well and does something I have yet to see anything else be able to do. Several people asked me about this after my last post, so here is some more detail. Following the logic of collective intelligence (as part of my my PhD), I broke up the the scenario thinking process into discrete chunks, came up with a system for analyzing and relating them together, and then distilled them into key outputs for helping the scenario development process. Emergent Thematic Maps One of the coolest things about Futurescaper is how it translates simple input into complex analysis, and then back again into simple insights. To demonstrate this, I tested the system using data from an International Futures Forum project on international climate change impacts for UK Foresight.

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Three Innovations in Crowd Sourced Scenario Planning, Part 1 Part 1, An Introduction I’ve spent the better part of the last four years working on approaches to online scenario planning as part of my PhD. During this time I have designed and implemented three systems – each of which explored a different approach to crowd sourcing, engagement and online participation in futures work. Participatory (Crowd-Sourced) Futures Planning Venessa Miemis whether talking about a intelligent knowledge infrastructure, robert’s global brain, or suresh’s project matching for climate change initiatives, this article seemed useful. Noah RafordLarge-scale participatory futures systems Futurescaper is an online tool for making sense of the drivers, trends and forces that will shape the future.

Of knowing and the unknown While yesterday's closing session at IRAHSS13 was creating on the move today's had more preparation. On day two I have lived through day one and have a sense of the overall structure of what I want to say to bring the whole event to an end. The overall theme was knowledge, what we know, what we can know and what we may not want to know (Slide 14 in the now combined slide set) with which I opened. A typology of Foresight I enjoy the responsibility of summary type presentations. You have to sit through a whole day of speeches that vary from the mundane to the brilliant and rapidly evolve a set of material that will allow you to go beyond a simple he said this, she said that type of approach. Now after two days of slides on methods and practice it was time to try and create some structure to allow me, and ideally the audience as well, to make some sense of what they had seen and heard. I wanted to both show how the different approaches fitted together, but also what had been missed and more critically how we should define the boundaries of applicability for each. What I needed to do was to create a conceptual framework within which I could position all that we had talked about, and all that maybe we should have discussed.

The state of the Future I took that picture last night from the bedroom in the Fairmont Hotel here in Singapore. Part of the ever changing cityscape of Singapore. Today was the last day of the Foresight week and I didn't keep detailed notes as I was in part preparing for the final session of the day when our conference and that on complexity come together. During the day I argued for sidecasting again rather than forecasting or backcasting when the situation is highly uncertain. There was a lot more discussion today on technology and it's role. We talked about things like the growing loyalty to temporary communities which appears a characteristic of social computing ecologies, the expansion of the middle-class and consequent stress on sustainable development.

Of tittering, twittering & twitterpating - Cognitive Edge Network Blog The collective noun for magpies is a tittering which is slightly less scary than their close relatives a murder of magpies. It was one of the comments I made in my closing session at IRHASS13. Now I have been at all five IRHASS events and for the last three my role has been to provide an end point to each day. Working in Complex Spaces from my Favorite Curmudgeon Jul 26 2013 Add to del.icio.us • Email this • Subscribe to this feed • Save to del.icio.us • Share on Facebook • Digg This! Earlier this week Chris Corrigan pointed to a great blog post from one of my favorite curmudgeons, Dave Snowden (Dave, yes, I think a cacophony of curmudgeon’s is perfect!) on the heuristics of complexity.

Complexity The way we want to make sense of the world around us has often to do with causality. The question we ask is what caused “it” to happen? The mainstream approach is that an arrow, or arrows, can be drawn. There is a variable, the “it”, that happened, that is now to be explained. In scientific study this variable is regarded as dependent. An independent variable, or variables, that cause it are then sought. Complexity, causality, sense making and strategy How does our conception of the complexity of the world influence how we should approach it? Under development. Commonsense theories of action, such as seeking to maximise utility while taking account of risk, presuppose a lot about the real world and our ability to make the appropriate assessments. Such notions seem questionable, both in theory and in practice. It has been noted that the world and our knowledge of it are complex, and that our activity in the world needs to reflect this complexity.

The complexity of causality…….. Since my under-graduate I have always been fascinated by the concept of causality. My first exposure to the concept was an argument between an atheist and a philosopher of faith. The latter insisted the existence of God can be explained logically. Every cause has an effect. The billiard ball when hit by another ball always moves.

Punctuated equilibrium Punctuated equilibrium (also called punctuated equilibria) is a theory in evolutionary biology which proposes that once a species appears in the fossil record the population will become stable, showing little evolutionary change for most of its geological history.[1] This state of little or no morphological change is called stasis. When significant evolutionary change occurs, the theory proposes that it is generally restricted to rare and geologically rapid events of branching speciation called cladogenesis. Cladogenesis is the process by which a species splits into two distinct species, rather than one species gradually transforming into another.[2] Punctuated equilibrium is commonly contrasted against phyletic gradualism, the idea that evolution generally occurs uniformly and by the steady and gradual transformation of whole lineages (called anagenesis). In this view, evolution is seen as generally smooth and continuous.[3]

Making Change: How to Build Adaptive Capacity Editors’ Note: This article is excerpted from a paper produced for Management Consulting Services (MCS) in Boston. The author and MCS wish to acknowledge the Barr Foundation’s generous financial and intellectual support. Watch for the whole paper, which constructs its case for adaptive capacity from a comprehensive capacity building model based on both an organization’s internal and its external settings. Elsewhere in this issue of the Nonprofit Quarterly are stories of organizations that have grappled with a deteriorating funding environment. Some of these organizations feel victimized by new circumstances and struggle disconcertedly to accommodate to their quickly changing landscape. Others experience these turbulent times as a challenge, a golden opportunity to rethink what they do and how they do it.

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