Visioning 2035: The future of the higher education sector in the UK

The concept of ‘university’ has been around for centuries and yet the majority of British Universities have yet to reach their 50th birthday. The higher education sector has been through extensive change over a relatively short period of time and this is likely to continue in the future. This paper presents the results of a futures study focussed on the Higher Education sector in the UK in 10 and 25 years time. Following an extensive, broad ranging literature review covering business, education, futures, and socio-political texts and studies, a series of scenarios were developed for the future of the sector as a whole. This study differs from other studies in its field as it is does not focus on individual institutions, but rather at the environmental factors that are going to impact on the sector, setting out a range of scenarios within which institutions will need to shape their individual futures. Five scenarios are presented in this paper with their underlying driving factors, and their implications for the academic workforce being employed in the sector.     

Here be dragons… exploring the ‘unknown unknowns’

Since ancient times, the phrase ‘Here be Dragons’ has been used to signify dangerous and unexplored territories. While wayfarers of the past realised that lack of knowledge necessitated increased vigilance and caution, today's ‘Here be Dragons’ generally remain hidden and unwanted. Human psychology, institutional frameworks and scientific convention have removed these unrecognised sources of ignorance from the mental maps of modern society. This omission is critical in today's interconnected, interdependent world. It is now time to counter current myopia by using the new digital tools available to draw on wider societal framing in conjunction with scenarios methodologies. This process could provide the meta risk analysis suitable to enable the ‘Here be Dragons’ to be identified, monitored and tackled, thereby ensuring that decision-makers and ultimately society become more aware of intractable uncertainty and adaptive in the face of inevitable change.     

Futurists and their schools: A response to Ziauddin Sardar's ‘the namesake’

A ‘futurist’ is the generic term for someone seriously engaged in the consideration of future conditions. ‘Futures research’ has a systems science orientation with a planning horizon in excess of 10 years. ‘Futures studies’ has a social science connotation and ‘foresight’ is the most popular term within the management science and corporate sectors. Five schools of futures researchers are defined: 1. Environmental and geosciences. 2. Infrastructure systems and engineering technology. 3. Social, political and economic science. 4. Human life, mind and information science. 5. Business and management science. The academic route to a futures qualification is outlined with a list of futures orientated organisations. The inclusion of urbanisation in the next generation of scenarios for climate change research and assessment, would involve replacing the notion of economic equilibrium by the concept of far-from-equilibrium stability. Finally futures research is described as an evolutionary science, which will possibly become integrated within complexity science by 2050.     

‘Exploratory landscape scenarios’ in the formulation of ‘landscape quality objectives’

The European Landscape Convention (ELC) calls for the definition of ‘landscape quality objectives’ (LQO) as “the formulation by the competent public authorities of the aspirations of the public with regard to the landscape features of their surroundings”. However, it is not yet defined how the integration of the visions of the public should be carried out. Notably in regions with poor participatory culture and in rural landscapes abandoned by people and consequently by their activities, dealing with the future does not seem a straightforward task. In these marginal rural landscapes the role of agriculture is being altered under the influence of the new rationale of the Common Agriculture Policy, so it may have to assume different functions in the future. Thus, this paper aims at showing how the development of ‘exploratory landscape scenarios’ can be a useful tool, firstly to find plausible landscape futures, and secondly to trigger discussions with the public regarding their aspirations for their landscape. The development procedure for ‘exploratory landscape scenarios’ builds on the ‘intuitive logics’ approach that focuses on the production of a variety of scenarios as starting point for discussion about the future rather than on finding an optimal one, which can limit the options unnecessarily from the beginning. The methodological approach is illustrated at a local scale by using the case study of Mértola in southeast Portugal. The results of the scenario exercise point out the adequateness of the methodology in the development of futures that are perceived as plausible by local stakeholders and, thereby, able to bring out their desires and threats towards the future of their landscape.     

Creating narrative scenarios: Science fiction prototyping at Emerge

Scenarios are stories. In the diverse field of scenario planning, this is perhaps the single point of universal agreement. Yet if scenarios are stories, their literary qualities are often underdeveloped. Scenarios used in business and government frequently do not contain a relatable protagonist, move a plot toward resolution, or compellingly use metaphor, imagery, or other emotionally persuasive techniques of literature. In these cases, narrative is relegated to an adjunct role of summarizing the final results of the workshop. While this neglect of narrative may be reasonable in some contexts, the power of narrative should not be underestimated. Scenario planning methodologies can benefit from using diverse narrative techniques to craft compelling and infectious visions of the future. This article explores the relationship between science fiction and scenarios as story genres and investigates a creative story-telling technique, “Science Fiction Prototyping” (Johnson, 2011). While the method is promising, it is an ultimately problematic means to incorporating narrative into scenario planning.     

Future of Turkey-EU relations: a civilisational discourse

Should or can Turkey join the European Union (EU)? This paper argues that there are three alternative scenarios of the EU decision to grant membership to Turkey: ‘privileged relationship offer,’ ‘wait and see attitude,’ and ‘start of full membership negotiations.’ It then gauges each alternative path, and argues that the most likely scenario is a decision to start the negotiations, followed by the scenario of ‘wait and see.’ The EU decision will be conditioned by its future vision of global governance and the role foreseen for Turkey inside, outside or at the margin of it. The paper concludes that the EU decision will have significant implications for the future of relations between Europe and Turkey on the one hand, and Europe and the Islamic world on the other.     

Barriers to the investment in the Concentrated Solar Power sector in Morocco: A foresight approach using the Cross Impact Analysis for a large number of events

The Scenario Analysis methods have often been used by policy makers as an instrument to manage uncertainty and to support the shaping of long-term economy policies. In this research, we apply Scenario Analysis in order to identify the barriers affecting the decision to invest in the Concentrated Solar Power (CSP) sector in Morocco. Our results aim at facilitating the process of defining different paths in strategic political and policy actions. Using data from a survey on a panel of experts, the Cross Impact Analysis (CIA) and the Cross Impact Matrix System (SMIC) techniques are applied. The advantage of these techniques is that they allow including in the analysis the interlinkages between the events that will define the future scenarios. However, their limitation is that the number of events analyzed cannot be too high since the information collected from the experts increases exponentially according to the number of events introduced. We thus expand our analysis with a new methodological approach, combining the use of prospective and statistics techniques. This approach allows addressing the mentioned limitation and applying these techniques, initially restricted to 6 events in its common application, to a large number of events. The results show that uncertainty and informality would be key factors in promoting the arrival of companies in this sector. Additionally, regarding companies that already have a presence in Morocco’s renewable energy sector, an increase in activity would be achieved through improvements in the easing of financial and legal barriers.     

Incorporating futures research into regional knowledge creation and management

This article focuses on future-oriented knowledge within regional innovation networks. Concrete regional tools and institutional settings aiming to enhance knowledge creation and management in such networks are needed. To enable planning for the future, there is a need for regional visionary capability. Resource-based futures research may make an important contribution in reducing the insecurity that regions face in the turbulent environment. When foresight processes are not absorbed into the regional strategy making processes, ‘black holes of regional strategy making’ come into existence, and future scenarios are built without taking into consideration the path-dependency of a region.This article attempts to reduce the gap between futures research, on the one hand, and regional knowledge and innovation management, on the other hand. It highlights the concept of self-transcending knowledge—the ability to sense the presence of potential. It then introduces a new, systemic model for knowledge creation and management in regional innovation networks. Utilising methods from futures research in creating self-transcending knowledge in a regional knowledge management system is proposed as a fruitful way of enhancing regional visionary capability. The article thus advocates combining approaches and methodologies from futures research with those of knowledge management in a novel way.     

Integral Futures: An approach to futures inquiry

This paper sketches the broad outlines of the philosophical and methodological foundations of an emerging approach to inquiry—‘integral inquiry’—and how this form of inquiry may be applied to futures studies, leading to an approach which has come to be called ‘Integral Futures’.     

Future visioning of local climate change: A framework for community engagement and planning with scenarios and visualisation

There is an urgent need for meaningful information and effective public processes at the local level to build awareness, capacity, and agency on climate change, and support planning and decision-making. This paper describes a conceptual framework to meet these requirements by generating alternative, coherent, holistic climate change scenarios and visualizations at the local scale, in collaboration with local stakeholders and scientists. The framework provides a template for a process to integrate emission scenarios with both mitigation and adaptation strategies, and to link local manifestations of impacts and responses with global climate change scenarios. The article outlines the empirical application of this framework in the Local Climate Change Visioning Project in British Columbia, Canada. The project collaboratively localized, spatialized, and visualized possible climate change effects and community responses in the community's ‘backyards’. The article concludes with lessons learned and suggested principles for future visioning efforts to engage communities in possible policy and behavioural choices.     

A productivity analysis of Central and Eastern European banking taking into account risk decomposition and environmental variables

This paper develops a Luenberger productivity index that is applied to a technology where desirable and undesirable outputs are jointly produced and are possibly negative. The components of this Luenberger productivity index - the efficiency change and the components of the technological shift - are then decomposed into factors determined by the technology, adjusted and then for ‘risk and environment’, ‘risk management’ and ‘environmental effects’. The method is applied to Central and Eastern European banks operating during 1998-2003 utilising three alternative input/output methodologies (intermediation, production and profit/revenue). Additionally, the comparative analysis of the sensitivity of the productivity indices in the choice of the methodologies is undertaken using statistical and kernel density tests. It is found that the main driver of productivity change in Central and Eastern European banks is technological improvement. That is, in the beginning of the analysed period, the results hinged on the banks ability to capitalise on advanced technology and successfully take into account ‘risk and environmental’ factors. Whereas, in later periods, one of the most important factors of technological improvement/decline was ‘risk management’. Finally, the tests employed confirm previous findings, such as Pasiouras (2008)in this journal, that different input/output methodologies produce statistically different productivity results. Finally, we find that external factors, such as ‘risk in the economy’ and banking production, and a ‘corruption perception’ affect the productivity of banks.     

The challenge of the future and the institutionalization of interdisciplinarity: notes on Herman Kahn’s legacy

This article is an attempt to explore Herman Kahn’s foundational contribution to the development of what he called “broad studies”, a combination of futures research and public policy analysis. In Kahn’s view, decision making and policy processes pose two crucial problems that the scholarly research is rarely forced to face: (1) the need to have and operate with a broad, multifaceted vision of phenomena and (2) the issue of coping imaginatively and realistically with future circumstances and conditions that can only vaguely be distinguished in the present. Implied in these two is the need to develop new methods and approaches fitted to the charges imposed by them. The paper discusses Kahn’s work as an integrated solution to these problems: The definition and advocacy of broad and future-oriented studies, his concept on how these studies should be institutionalized in interdisciplinary organizational systems, and the crucial position scenarios and propaedeutic and heuristic methodologies have in this context. A special attention is given to two methodological approaches he developed to cope with these challenges: Scenario Building and the Method of Classes of Variables.When twenty years ago, on July 7, 1983, Herman Kahn died suddenly at age 61, both friends and intellectual adversaries recognized that “the world lost one of its most creative and best minds” [1] and [2]. By that time Herman Kahn was one of the preeminent and best known Futures Studies scholars, a founding father of the field, with extensive and vital contributions in Strategic Studies, an area where he was also considered a founding figure and a leader [3] and [4]. His work was followed all over the world and the directions he traced in the public debate on very sensitive issues of crucial public concern have continued to be unaltered today, twenty years after his unexpected and premature death. Yet in spite of the incessant influence of his arguments and ideas, today his intellectual legacy is still to be accounted for and the breath and depth of his contributions are still to be reviewed and analyzed in a systematic way. This paper is an attempt to explore only one dimensions of this legacy: Kahn’s foundational contribution to the development of what he liked to call “broad studies”, a combination of futures research and public policy analysis.The two decades that have passed since his death allow us today to approach his work undisturbed by the “sound and fury” of the many public debates and controversies he participated in and to focus on some of the deepest and most enduring dimensions of his intellectual contributions. However while doing that, we should keep in mind that for Kahn the public policy process shaping the future and the public debate associated to it were always the focal points and the ultimate ends of his efforts. Indeed, probably the best approach to Kahn’s work is to see it in the light of his continuous concern for the practical relevance of the social research. For him the research process was always action-oriented and its ultimate test was its relevance for policy and social action. As a result, the most promising starting point for any overview of Kahn’s thought and work should be a set of crucial conclusions he reached about the policy making process and decision makers early in his career.     

Whether the weather: comments on ‘An abrupt climate change scenario and its implications for United States national security’

In February 2004, the Department of Defense released ‘An Abrupt Climate Change Scenario and Its Implications for United States National Security.’ Written by Peter Schwartz and Doug Randall of consulting firm Global Business Network, the study outlined a possible future with climatic conditions similar to those 8200 years ago and speculated on implications related to the subsequent availability of food, water, and energy. As a result of media coverage about the report, which notably included misconceptions about the study's intents, the document may have become too politically controversial for defense planners to engage at the present time and it has apparently not been widely distributed within the administration's national security personnel. Regardless of the document's status within the Pentagon, it is of interest to many who are actively involved in discussions about the future. Broadly, as with any scenario-based undertaking, there are questions about how the vision of the future has been crafted and, subsequently, how it may best be used to inform a decision-making process. More narrowly, this particular scenario is also significant for on-going debates about the role of environmental factors in matters of national security. This paper distinguishes between natural events and human actions to consider some strengths and weaknesses of Schwartz and Randall's text. It also makes recommendations to improve future efforts to understand the relationships between climate change and national security.     

Exploring the future with complexity science: The emerging models

The ‘futures field’ can be divided into five major segments or futurist schools, together with their complementary but differing research methodologies and time horizons. These are generally subsumed under the terms ‘futures research’, ‘futures studies’ and ‘foresight’. Complexity science applications are outlined for each of the schools, and these provide evolving theories for futures thinking. (1) Environmental and geosciences treat the Earth and its various components as typical out-of-equilibrium systems with dissipative processes. (2) Infrastructure and socio-technological systems emerge through the diffusion of investment capital, with the endogenous transformation of the urban system. (3) Social, political and economic sciences are being reshaped away from the notion of economic equilibrium, and describe social emergence by means of agent-based models. (4) Human life, mind and information sciences are evolving with the development of complexity models in neuroscience, immune systems, epidemic modelling, social media technologies and artificial intelligence. (5) Business and management science involves examining the viability of successfully undertaking transactions in a complex adaptive system, in which the systemic structure evolves over time. Geographical information systems are integrated with agent-based modelling for corporate foresight.     

A new method for constructing scenarios

Scenario construction has been the method used in France in a number of studies that relate to regional development planning problems. This article describes how this peculiarly French interpretation of the method is built upon an assessment of a system of elements and their relationship—which forms the dynamic base—and hypotheses concerning external restraints. The progression in such a scenario is developed largely from the consideration of qualitative elements, and images of the future can then be worked out at cross-sections in time. In this way, trend scenarios reveal what is unacceptable and encourage the study of alternative developments.     

Variety of pattern of the post-fordist economy: Why are the ‘old times’ still with us and the ‘new times’ yet to come?

Despite the complex changes which the economies of the most industrialized countries have undergone, current interpretations of the evolution of the economic system remain extraordinarily simplistic. The popular view has been that ‘Fordism’, at the heart of the continued development of the capitalist world since World War II, is no longer the driving force of the economy. This article challenges the all too simplistic view of the ‘old’ and ‘new’ times thesis, arguing that transformations occurring in the post-Fordist societies incorporate elements of the old system. On the contrary, in many cases old and new are blurred together. The article discusses the features of a variety of models of the post-Fordist economy, in terms of the ‘governance’ of different production systems where a massive debureaucratization of work is occurring, together with the globalization of local economic systems.     

Practising the scenario-axes technique

Studying the future seems a mission impossible, since both the appearance of the future and its underlying dynamics are unknown and unknowable. Nevertheless, the future is being studied by professional futurists. So, professional futurists seem to have found ways to structure ‘the unknown’. The question is, then, how do they do this? Over the years, professional futurists have developed several types of techniques and methods to structure thinking and discussing the future. The scenario-axes technique, which aims to align divergent perspectives on how the future may unfold, is one such structuring device.In the past 2 years, we did ethnographic research at the Netherlands Institute for Spatial Research (RPB) and followed professional futurists constructing and applying scenario axes in their scenario projects. Our observations illustrate how the scenario axes are practised by professional futurists and show that the scenario axes do not function as a unifying structure fostering alignment of different perspectives in the way that scenario theorists and practitioners often suggest. Instead, not one, but three different applications and interpretations of functional meaning of the scenario axes co-existed: the scenario axes as a ‘backbone’, as a ‘building scaffold’ and as ‘foundation’.     

Pirsig's ‘Zen and the Art of Motorcycle Maintenance’: Quality, reason and binary opposites

Robert Pirsig's celebrated novel has lost little of its impact after 30 plus years, and still speaks to us in the West and our highly technological society. None of the issues raised regarding our relation with technology have changed. As fits the schizophrenic pattern of the book, this article is arbitrarily divided into two disparate sections: the first covers some of the sources for the book and the range of critical views on the book. The second, a more speculative conclusion, drawing on a contradiction in Pirsig's text, looks forward to the books continuing relevance as we see the promise of a new dawn for computers: quantum computing. I am unsure of how to equate the forceful rhetoric against dualism, with the facile mystical acceptance of the Buddha residing in the circuits of a digital computer. This fracture in Pirsig's work becomes more visible when he talks of the Japanese term ‘mu’, meaning ‘no thing’. Binary computation is challenged by alternative logics to binary logic. I examine these issues along with the current definitions of Pirsig's quality. A future ‘definition’ of Pirsig's Quality could be the undecided state of a quantum computer (or quantum processes in the mind).