Systemic Leadership Summit – a free online thingummy January 13-20, 2019

The Systemic Leadership Summit is an online event and has a simple mission – to help create a shift in our leadership paradigm and dramatically grow and spread the transformation capabilities of leaders across the world. How? By introducing you to a highly diverse, cutting edge and experienced group of influencers.

Source: Systemic Leadership Summit

 

Systemic Leadership Summit 2019

The new way to grow, develop & transform your organization

Free – Online – 7 Days – 15+ Leader & Expert sessions

January 13-20, 2019

Learn from the best about
Systemic Leadership

The Systemic Leadership Summit is an online event and has a simple mission – to help create a shift in our leadership paradigm and dramatically grow and spread the transformation capabilities of leaders across the world. How? By introducing you to a highly diverse, cutting edge and experienced group of influencers.

We’ve brought together over 15 of the world’s most influential thought leaders, experts and wise individuals from across the world, who live and breathe systemic approaches and who embody this paradigm shift towards a new collective focused leadership. They will teach you all about systemic leadership and a 3-step approach how to bring forth leadership from the collective.

This is the third edition of the Systemic Leadership Summit, which was first launched January 2017.

This exclusive online event is broken down into 3 parts to help you accelerate your understanding and implement your learnings faster:

1 See The System First
View Your Tribe As a Whole

You will learn what systems are and what a systemic approach to leadership brings to the table. You will practice seeing your tribe as a system and discover what it costs you when you keep focusing on the parts in it.

2 Foster Generative 
Communication & Interaction

Learn how to have dialogue from a place of real connection, deep listening and reflection. You will be able to tap into the wisdom and the different viewpoints that exist in the system you are part of.

3 Co-create Sustainable SolutionsTransform the System

Start generating results from the collective intelligence and leadership of your tribe by co-creating from what emerges, rather than react to what has already happened in your systems environment.

speaker featured in:

Get acc​​​​​ess to 15+ expert sessions

You can now get access for FREE (for a limited time)!

The experts
in Systemic Leadership

I feel honored to present to you speakers who are at the top of their game. They’re the top experts & elite leaders from around the world.

Despite their extremely busy schedules, each of these speakers jumped on board for this event and promised to teach their best knowledge and experience — because they don’t want you to go through the same mistakes and setbacks they made… and they know that the right strategy or insight, properly applied, can change everything.

All I can say is, you’re in for an amazing summit with these world class speakers!

Below is a overview of the speakers & the topics they will be discussing.

Phase 1 – See the System first

Jennifer Campbell

Creator & Host of the Systemic Leadership Summit, Senior Change, Leadership & Living Human Systems

Leader and Expert

Summit Kick-off and

the Value of Systemic Leadership

Dr. Peter Senge

Founding Chair of Society of Leader & System Leadership Institute, author of the Fifth Discipline and a senior lecturer at the Massachusetts Institute of Technology.

Beyond the Fifth Discipline:

System Leadership 2.0

Founding member and

partner at Encode.org

and Evolution at Work, Creator of

Language of Spaces

Language of Spaces

Klaus Lombardozzi

Leader in Multinational Organizations,

Internationally CRR Global Certified Organizational & Systems/Team Coach

Leading with Relationship Intelligence

Noomi Natan

Certified Coach and Constellatory trained at

The Centre for Systemic Constellation and the Nowhere Academy

The Power of Constellations

Christian Kromme

Author of Humanification, Public Speaker, and board member at a.o. the Workforce Institute EMEA and the Human Genome Foundation

Humanification:

Go digital,

Stay Human

Phase 2 – Foster reflective and generative communication

Dr. Alexander Laszlo

Director of Development at L-INPR, President of B of D BCSSS & ISSS, Founding Dir. of the Doctoral Program in Leadership & Systemic Innovation at ITBA (Arg.)

Thrivability & Being the Systems you want to See in the World

Heather Plett

Speaker,  Writer,

Facilitator of the

Holding Space Coach/Facilitator

Program

Holding Liminal Space

George Por

Founder of Community Intelligence, Creator of the Enlivening Edge Community and Faculty member at Meridian University

Evolutionary Purpose

Katherine Tyler Scott

Managing Principal of KiThoughtBridge ,

Chair of the International Leadership Association Board  (ILA)

Leading Highly Anxious Systems

Mathias Weitbrecht

Founder and Managing Director of Visual Facilitators, Facilitator, Visual Strategist,

Graphic Recorder

Visual Strategy: the Why and How of Visualization

Speaker to be confirmed

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Evolving our company

Phase 3 – Co-create sustainable solutions and transform the system

Sarah Cornally

Senior Systems Intelligence Professional,  accredited facilitator & AICD faculty  in ‘Board Ready’, and ‘Mastering the Boardroom’ programs. Graduate of Harvard University’s The Art & Practice of Leadership Development.

Systems Intelligence

in Corporations

Dr. Peter Robertson

Executive Lecturer at Nyenrode Business University, visiting professor to universities in NL, USA and China,  author of  Always Change A Winning Team and The Ecological Leader, senior consultant.

Ecology in Business

Nora Bateson

President of the International Bateson Institute,

research designer,

film-maker, writer, author of

Small Arcs of Larger Circles

Liminal Leadership

Speaker to be confirmed

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To be confirmed

Summit host et. al.

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Live Q&A Session

What will you learn?

  • See WHY the old leadership paradigm is not working

  • Discover what it costs you when you stick to old ways

  • Be inspired by the power of living human systems

  • Link leadership development with your tribe’s objectives

  • See how systemic leadership creates more leaders

  • Let results grow exponentially

  • Foster generative communication and dialogue

  • Apply actionable tools for reflection within your tribe

  • Join up disconnected ‘levers’ to improve leadership

  • Cement leaders’ individual and collective accountability

  • Take on an inner stance of listening and learning

  • Embrace and leverage the diversity in your tribe

Get access to 15+ expert sessions

You can now get access for FREE (for a limited time)!

What makes this summit unique?

We all face the same problems when we find ourselves trapped in the hero based leadership paradigm

  • Are you tired of trying to make change happen in your organization?

  • Are your organizational culture and old patterns preventing innovation, growth and new possibilities?

  • Is the number of complex changes increasing, while the success rate in your change programs is decreasing?

  • Are you looking for new ways to incorporate a higher purpose in your business or community, but don’t know how?

The hero-based leadership paradigm no longer works when faced with today’s complex problems.

We need a different approach. Here, in the Systemic Leadership Summit, you will discover what this approach is and how it will help you develop your systemic leadership capabilities.

You know how to lead and coach people. Now learn to spread leadership in your team, organization and community.

A startling 86% of respondents to the Survey on the Global Agenda (World Economic Forum, Outlook on 2015), agree that we have a leadership crisis in the world today. It is becoming harder for anyone to emerge as a strong leader. One is forced to play the game the way it’s built – which is inevitably in the interest of the system, rarely in the interest of the people.

But you dare to challenge the status quo.

You believe that the game can be changed and that we can make a paradigm shift in the way we look at leadership. You believe more strong leadership can enter teams and organizations, when it is spread out across more people.

But while there are thousands of courses and books about how to become a leader in the traditional sense, there has hardly been any education on how to spread leadership in the modern tribes we live and work in as human beings today.

You’ve been in the dark about where to learn and leverage this. Until now.

Learn right here at the Systemic Leadership Summit!

Why you should attend

1   Slash Your Learning Curve
With 100+ Years of Leadership and Systemic Approaches and Transformation Strategies Straight From People Who’ve Done It

Most people spend years trying to “figure it out” — and settle for a fraction of the success they and their tribes deserve. Why waste time experimenting when you can learn directly from people who’ve done what you want to do…straight from the horse’s mouth.

The speakers I’ve hand-selected will empower you by teaching you what really works…
so you can unite, build & spread leadership — and co-create change and transformation in your team, organization or community.

2   Action Step-Packed
Interviews
With Top Experts, Leaders
& Entrepreneurs

You get to see the expert speakers and me have a real, raw, authentic conversation about a topic in-depth. While delivering strong content and examples, the sessions are also aimed to provide you with valuable takeaways and actionable advice you can use immediately within your own tribe.

3  Your Ticket is
COMPLIMENTARY

(for a limited time)

Although most conferences with speakers like these cost thousands of dollars, we are gifting you with a complimentary ticket because we know how powerful and inspirational this material is.

But you must claim your spot now because each summit session will stream free for JUST 2 DAYS— then it’ll be locked up in the Systemic Leadership Summit vault. With a free ticket you will have access to the community area, where every session is made available for 48 hours.

Get acc​​​​​ess to 15+ expert sessions

You can now get access for FREE (for a limited time)!

Experiencing this online conference

First, let me express how enriching and relevant I find the summit, its topics and speakers. And also, you have an impressive and very helpful ability to summarise and ask questions. Thank you for that!

I did not have a chance to attend all sessions live, but will be listening to the onesremaining in the coming days with my All Access Pass.

Ryan Makhani

Systemic Leadership
Summit Participant

Frequently Asked Questions

What is the Systemic Leadership Summit?

The Systemic Leadership Summit is an online event featuring 20+ world-class experts, influencers and thought leaders. They share with you their knowledge about and experience with systemic approaches to leadership: leadership as a role that belongs to an entire team, organization, community or society.

You will learn what ego-based leadership is costing you and why and how systemic leadership leads to sustainable change and transformation in your tribe. In other words, if you want to take you and the people you lead to the next level, register for this profound online event.

Who should attend this summit?

The Systemic Leadership Summit is not for everyone. This event is a good fit for you if you are:

  • A leader who would like to have more results WITH the people you lead

  • An entrepreneur or business owner who wants to take your business to the next level with your team

  • A leadership coach or team coach who wants to learn more about systemic approaches and boost your success with the leaders and leadership teams you coach

Who is this event NOT meant for?

The Systemic Leadership Summit is not for people who like chasing the latest trend or who want more power for themselves. This summit is designed to be used to build long-term sustainable business, community and societal change. The summit is advanced material, focused on the collective leadership, and is therefore not aimed at people who would like to start learning basic traditional leadership skills.

Where is the event located?

Wherever you are! Because this is an online event, there is no physical venue and no travel expense. You can watch anywhere with an internet connection.

The Systemic Leadership Summit is designed to provide powerful content you can consume in a way that works for you. Therefore it is location independent.

H​​ow do I watch the live sessions?

Once you claim your free ticket, you’ll receive an email in your inbox each day of the event, giving you access to all of the sessions as they happen. Simply login and follow the easy instructions we give. You’ll be able to view our summit sessions on any computer, tablet or mobile device (with internet connection).

Jennifer Campbell

Systemic Leadership Summit Host, Senior Change & Transformation Manager, Leadership & Organization Development Professional and Executive & Relationship Systems Coach with over 20 years of worldwide professional experience in fortune global 500 companies such as Ford Motor Company, Hewlett Packard, Vodafone Group, NTT, Air France-KLM Group, Deutsche Bank, Royal Philips and Telstra Corporations.

Jennifer’s mission is to help leaders, teams and organizations change and transform towards growth, success and happiness in life, and to do business in an increasingly complex international context.

Jennifer organized the world’s biggest online systemic event, the Systemic Leadership Summit, to inspire and call forth leaders like you, and to help them tap into the collective leadership and co-create sustainable social change in their businesses, their lives and on this planet

You don’t need more of the same hero-based leadership training. You just need
a shift towards a different kind of leadership, towards a much more systemic approach to leadership. Once you make the shift, it will help you boost your transformation endeavors, create sustainable social change and enable you to take yourself, your team, your organization and your community to a higher level.

EmailSumoMe

Building social resilience in socio-technical systems through a participatory and formative resilience approach | Published in Systemic Change Journal – van de Merwe, Biggs, Preiser

First article in the new Systemic Change Journal!

 

Source: Building social resilience in socio-technical systems through a participatory and formative resilience approach | Published in Systemic Change Journal

 

Building social resilience in socio-technical systems through a participatory and formative resilience approach

Ecology and Society: Social-ecological systems as complex adaptive systems: organizing principles for advancing research methods and approaches

Preiser, R., R. Biggs, A. De Vos, and C. Folke. 2018. Social-ecological systems as complex adaptive systems: organizing principles for advancing research methods and approaches. Ecology and Society 23(4):46. https://doi.org/10.5751/ES-10558-230446

Source: Ecology and Society: Social-ecological systems as complex adaptive systems: organizing principles for advancing research methods and approaches

 

Ecology and SocietyEcology and Society
VOL. 23, NO. 4 > Art. 46
This article  is under a Creative Commons Attribution-NonCommercial 4.0 International License.  You may share and adapt the work for noncommercial purposes provided the original author and source are credited, you indicate whether any changes were made, and you include a link to the license.
Go to the pdf version of this article
The following is the established format for referencing this article:
Preiser, R., R. Biggs, A. De Vos, and C. Folke. 2018. Social-ecological systems as complex adaptive systems: organizing principles for advancing research methods and approaches. Ecology and Society 23(4):46.
https://doi.org/10.5751/ES-10558-230446

Synthesis

Social-ecological systems as complex adaptive systems: organizing principles for advancing research methods and approaches

1Centre for Complex Systems in Transition, Stellenbosch University, South Africa, 2Stockholm Resilience Centre, Stockholm University, Sweden, 3Department of Environmental Science, Rhodes University, South Africa, 4Beijer Institute, Royal Swedish Academy of Sciences, Sweden

ABSTRACT

The study of social-ecological systems (SES) has been significantly shaped by insights from research on complex adaptive systems (CAS). We offer a brief overview of the conceptual integration of CAS research and its implications for the advancement of SES studies and methods. We propose a conceptual typology of six organizing principles of CAS based on a comparison of leading scholars’ classifications of CAS features and properties. This typology clusters together similar underlying organizing principles of the features and attributes of CAS, and serves as a heuristic framework for identifying methods and approaches that account for the key features of SES. These principles can help identify appropriate methods and approaches for studying SES. We discuss three main implications of studying and engaging with SES as CAS. First, there needs to be a shift in focus when studying the dynamics and interactions in SES, to better capture the nature of the organizing principles that characterize SES behavior. Second, realizing that the nature of the intertwined social-ecological relations is complex has real consequences for how we choose methods and practical approaches for observing and studying SES interactions. Third, engagement with SES as CAS poses normative challenges for problem-oriented researchers and practitioners taking on real-world challenges.

Key words: complex adaptive systems; normative implications; ontology; social-ecological systems; typology of systemic features and dynamics

Complexity Live – Complexity Labs and the Human current live stream, Friday 11 January 6pm GMT – VUCA – on YouTube

This friday 6 pm GMT will be our 6th Live Streaming show with the HumanCurrent on the topic of VUCA, guests include: Deon Cloete – Len Fisher – Diego Espinosa – Benjamin Taylor –

 

The origins and purposes of several traditions in systems theory and cybernetics – Umpleby and Dent, February 1999

…and the companion paper

 

Source: The origins and purposes of several traditions in systems theory and cybernetics

Download pdf: http://www.acasa.upenn.edu/Ump_Final.pdf
Abstract
The story of systems theory and cybernetics is a story of several research traditions all of which originated in the mid 20th century. Systems ideas emerged in a variety of locations and for different reasons. As a result the ideas were developed in relative isolation and emerged with different emphases. This paper discusses the books and people, conferences and institutes, and politics and technology that have influenced the systems movement. The schools of thought presented are general systems theory, the systems approach, operations research, system dynamics, learning organizations, total quality management, and cybernetics. Three points-of-view within cybernetics are discussed. Total quality management is a new addition to the list, but we feel it is appropriate because of its extensive use of systems ideas. This paper does not address artificial intelligence, complexity theory, family therapy, or other traditions which might have been included.

Underlying assumptions of several traditions in systems theory and cybernetics – Eric B Dent and Stuart Umpleby, January 1998

What a wonderful little paper.

The six elements are:

  1. Observation
  2. Causality
  3. Reflexivity
  4. Self-organization
  5. Indeterminism
  6. Relationships
  7. Environment

The ‘six schools or traditions within systems science’ are:

  1. cybernetics
  2. operations research
  3. general systems theory
  4. system dynamics
  5. total quality management
  6. organizational learning.

Source: Underlying assumptions of several traditions in systems theory and cybernetics

PDF: Download

 

Abstract
How is the field of systems science different from other scientific fields, and how can we distinguish the various traditions within systems science? We propose that there is a set of underlying assumptions which are generally shared within systems science but are less common in other scientific fields. Furthermore, the various traditions within systems science have adopted different combinations of these assumptions. We examine six traditions within systems science –cybernetics, operations research, general systems theory, system dynamics, total quality management, and organizational learning. We then consider eight underlying assumptions –observation, causality, reflexivity, self-organization, determinism, environment, relationships, and holism. We then assess where each tradition stands with respect to each of the underlying assumptions.

 

 

COMMENT: The theory that will take artificial intelligence to the trading floor (cybernetics) – Paul Bilokon

 

Source: COMMENT: The theory that will take artificial intelligence to the trading floor | eFinancialCareers

 

COMMENT: The theory that will take artificial intelligence to the trading floor

AI in trading

If you want to make money in finance, you are probably pursuing ‘alpha.’ But alpha generation is not easy: it requires time series forecasting. It also requires that your (hopefully good) forecasts are turned into profits – and this is where things can get complicated.

When you work on the buy-side in finance, you can realize alpha either by placing orders and trading (aggressing) or by slightly modifying – skewing – the prices that you are quoting to others (known as passive risk management, as opposed to aggressive trading). In each case you leak some information about your forecast to the market – and therefore interact with the very object that you are trying to predict.

This interaction will be key to the application of machine learning in finance. Will the intereraction have no effect? Will it help realise your “prophecy” (in which case it is a self-fulfilling prophecy)?  Or will it thwart it (in which case it is a self-defeating prophecy, both terms having been coined by Robert K. Merton, the father of Robert C. Merton of the Black-Scholes-Merton fame)?

Cybernetic systems and the trading floor 

Trading strategies are prime examples of cybernetic systems. Norbert Wiener introduced cybernetics in 1948 as “the scientific study of control and communication in the animal and the machine”. The word originates from the Greek kubernetes, “steersman” via the 1830s French term cybernétique, “the art of governing”.

Wiener understood the importance of message-driven systems. In The Human Use of Human Beings he wrote: “Messages are themselves a form of pattern and organization. Indeed, it is possible to treat sets of messages as having an entropy like sets of states of the external world. Just as entropy is a measure of disorganization, the information carried by a set of messages is a message of organization… It is possible to interpret the information carried by a message as essentially the negative of its entropy, and the negative logarithm of its probability. That is, the more probable the message, the less information it gives. Clichés, for example, are less illuminating than great poems.”

In cybernetics we are considering the inputs and outputs of a particular system over time, possibly in the presence of feedbacks, which can be positive or negative. We are using the inputs to predict – and hopefully control – the outputs. Cyberneticians postulate: what you can measure, you can (sometimes) forecast; what you can forecast, you can (sometimes) manage; and what you can manage, you can (sometimes) prevent.

In cybernetic systems traders are trying to realise gains and avoid losses in markets where the input time series is used to forecast an output time series in the presence of feed back.

Why applying AI on the trading floor isn’t easy

It’s not easy to generate alpha as a trader – financial time series are notoriously difficult to deal with. They are non-stationary (their statistical properties change over time), non-Gaussian (often skewed and exhibiting fat tails, making extreme events far more likely than they normally would be), influenced by animal spirits (which Keynes defined as “a spontaneous urge to action rather than inaction” – a property of the human soul), driven by unobservables (or latent variables, such as volatility), affected by human errors (including fat-finger errors), complex and interrelated, often multivariate and high-frequency (consisting of numerous intraday observations arriving at irregular time intervals).

Most of the successes in artificial intelligence (AI) so far have been achieved with images and natural languages. However, financial time series are far more challenging, and so applying AI in finance can be struggle.

Cybernetics suffered from the same issues as AI in the 1970s, 1980s, and 1990s. It was explored first and foremost by academics, rather than by engineers or entrepreneurs. It never became a technology, which Stephen Boyd defines at something that “can be reliably used by many people who do not know, and do not need to know, the details.” The computing power accessible in Wiener’s time was insufficient; the MIT Autocorrelator used by Wiener, Jerome B. Wiesner, and Yuk W. Lee was way off the modern Moore’s Law charts. It didn’t help that the mathematical technique for replicating the system – stochastic analysis – is complex and labour-intensive, and better-suited to parsimonious models with few parameters. There was no straightforward way to represent a system with anything but the most trivial feedback loops in software.

The technology available to us today is far more powerful. Message-driven processing, event-driven architectures (EDA), let alone reactive programming, were unheard of in Wiener’s times. Today’s technologies mean we can move on from mere cybernetics to neocybernetics. We can turn cybernetics into a technology by using it to create user-friendly processes, algorithms, software libraries and end-user products. We can use high-performance computing (HPC) technology, including cloud computing and potentially, going forward, quantum computing. We can complement stochastic analysis with the simpler mathematical language of deep learning and deep reinforcement learning, which rely on simpler probabilistic ideas to express uncertainty. We can use novel software engineering methodologies, such as the modified Functional Reactive Programming (FRP) incorporating transactions and making a clear expression of feedbacks possible.

We now have the new mathematics that makes neocybernetics accessible; programming languages, such as Python, that simplify the process of data science; numerous libraries for dealing with time series data, such as NumPy, SciPy, Scikit-Learn, Matplotlib, and Pandas; FRP libraries, such as ReactiveX and Sodium; special-purpose databases, such as kdb+/q, suitable for capturing, storing and processing vast amounts of data in real-time; and, using TensorFlow and Keras, more or less any data scientist can calibrate a fairly sophisticated neural net.

Kolmogorov and Wiener both recognised that cybernetics would lead to a different view of human beings and a different appreciation of human life – a new anthropology. Something that Master Yoda summarised as “Luminous beings are we, not this crude matter”. Wiener stated, in The Human Use of Human Beings, that the goal of cybernetics is the age-old struggle of humanity against entropy: “In control and communication we are always fighting nature’s tendency to degrade the organized and to destroy the meaningful; the tendency, as Gibbs has shown us, for entropy to increase.”

It turns out that alpha-generating traders are very well positioned to help out in this quest.

Paul Bilokon is a founder of The Thalesians. The Thalesians are an Artificial Intelligence (AI) company specialising in neocybernetics, digitaleconomy, quantitative finance, education, and consulting. The are experts in (and run courses in)  the application of Machine Learning (ML) techniques to time series data, particularly Big Data and high-frequency data. Our areas of expertise also include the mathematics of ML, Deep Learning (DL), Python, and kdb+/q. A former quant and algorithmic trader at Deutsche Bank, Citi and Nomura, Paul also lectures part time at Imperial College London.

Have a confidential story, tip, or comment you’d like to share? Contact: sbutcher@efinancialcareers.com in the first instance. Whatsapp/Signal/Telegram also available.

Desiderata for any future mode of meaningness | David Chapman, @Meaningness 

David Chapman, @meaningness

A positive and realistic vision for the future of society, culture, and self, drawing lessons from recent history

Source: Desiderata for any future mode of meaningness | Meaningness

 

Production of truth as reduction of complexity. Understanding society with peripheral critical sociology | Journal of Sociocybernetics, vol 15 no 28 (2018) – Philipp Altmann

via Ivo Velitchkov, @kvistgaard

Source: Production of truth as reduction of complexity. Understanding society with peripheral critical sociology | Journal of Sociocybernetics

PDF: http://scholar.google.com/scholar_url?url=https://papiro.unizar.es/ojs/index.php/rc51-jos/article/view/2645/2876&hl=en&sa=X&d=5375668230332869629&scisig=AAGBfm331u72a4Xo56ttFAPux_uAlwx-NQ&nossl=1&oi=scholaralrt&hist=bN7ZLmAAAAAJ:7176502050180105990:AAGBfm0Hmw9XYjm7BId1-xoTIzFmallUQw

  1. Vol 15 No 2 (2018): “Complexity and Truth”, Special Issue of the Journal of Sociocybernetics /
  2. Articles

Production of truth as reduction of complexity. Understanding society with peripheral critical sociology

Abstract

Truth is always a reduction of complexity. The various aspects of an observed phenomena are reduced to only those that relate to how truth is defined by the observer. In this sense, social sciences create society by applying theories that define what is truth to it. This logic becomes a problem when the social sciences in question do not reflect a wide range of different theories that can complement and criticize each other, providing a more complex observation and, thus, a more complex truth. This is the case with some social sciences of the Global South, especially, in early stages of their institutional and organizational development. However, decisions made in early stages of a system can only be changed with considerable effort later on. There tends to be an effect of path dependency, especially in organizations engaged in social sciences in the Global South.

This article will explore the mechanisms of production of truth and thus of reduction of complexity by Marxist critical sociology in Ecuador, between the 1960s and 2010. A focus will be the institutionalization of these mechanisms in organizations and the augmentation of complexity within critical sociology, usually connected to certain ideas of politics and sciences.

Author Biography

Philipp Altmann, Universidad Central del Ecuador

Philipp Altmann, studies in sociology, cultural anthropology and Spanish philology at the University of Trier and the Autonomous University Madrid. Finished his doctorate in sociology at the Free University of Berlin in 2013 with a work on the decolonial aspects of the discourse of the indigenous movement in Ecuador. Since March 2015, he is Professor for Sociological Theory at the Universidad Central del Ecuador. Research interests are: indigenous and social movements, decoloniality, identity, social exclusion, systems theory, political sociology, sociology of science. Important publications in English:

(2017) Social sciences between the systems – the Ecuadorian university between science, education, politics and economy, Journal of Interdisciplinary Economics 29(1): 48-66, DOI: 10.1177/0260107916674075.

(2017) Localizing Rebellion – International Development Agencies and the Rise of the Indigenous Movement in Ecuador, in: Bonacker, Thorsten; von Heusinger, Judith; Zimmer, Kerstin (eds.): Localization in Development Aid. How Global Institutions enter Local Lifeworlds, London: Routledge, pp. 135-153.

(2016) “`The Right to Self-determination´: Right and Laws Between Means of Oppression and Means of Liberation in the Discourse of the Indigenous Movement of Ecuador”, International Journal for the Semiotics of Law 29(1), pp. 121-134, DOI: 10.1007/s11196-015-9415-z.

(2015) “Studying Discourse Innovations: The Case of the Indigenous Movement in Ecuador”, Historical Social Research 40(3), pp. 161-184, DOI: 10.12759/hsr.40.2015.3.161-184.

 

Social sustainability in agriculture – A system-based framework – ScienceDirect December 2018

via Ivo Velitchkov on twitter – @kvistgaard

Source: Social sustainability in agriculture – A system-based framework – ScienceDirect

 

Social sustainability in agriculture – A system-based framework

Highlights

We identify problems in measuring social sustainability in agriculture.
We use the system approach to capture all social actors related to the farm.
We determine the social system’s sustainability based on actors’ needs and rights.
We merge the agricultural social system with the needs and rights approach to create and provide a conceptual frame for determining sustainable agricultural social systems.

Abstract

Sustainability has become a key term for linking environmental, economic and social issues, in both the sciences and politics. Conceptions and frameworks of sustainability have thus arisen to evaluate agricultural systems on their sustainability. Within these conceptions and in political and scientific discourses, what can be understood as the social pillar of sustainability in agriculture varies greatly, especially in regards to the scope and the sustainability standards applied. While rural inhabitants have been subject of various ‘sustainability studies’, the consideration of the social dimension in agriculture is still rather underrepresented. Our conceptual framework can contribute to enhance the understanding of the social dimension of sustainability by utilizing a social science-based approach to comprehend the complexity of social interaction in agriculture: Based on Parsons’ system approach, we capture the components of a social system that encompasses agriculture and its embeddedness in society. This includes all major actors, their interactions and institutions. Further, we develop Maslow’s hierarchy of needs as well as the rights approach into a sustainability scale. We call the conceptual framework the sustainable agricultural social system. This general framework can later be adapted to local cultural and social settings, serving as a more comprehensive and flexible sustainability framework.

Keywords

Social sustainability
Framework
Social system
Needs
Rights

Accompanied learning — an alternative to the ‘know-it-all’ consulting model | Marcus Jenal

Source: Accompanied learning — an alternative to the ‘know-it-all’ consulting model | Marcus Jenal

 

Accompanied learning — an alternative to the ‘know-it-all’ consulting model

My company is a consulting firm and on my CV I call myself a consultant. Consultants are experts that are hired to bring solutions to a problem or improve the functioning of a mechanism, process or organisation. They are expected to have all the answers and are paid by somebody to give them the right answers to their questions or solutions for their problems.

When I work with organisations and teams on complex challenges, I often do not feel comfortable in this role as a consultant or expert. Too often, I do not know the answers or solutions. Too often, I have felt that moment of panic in the plane on the way to a client that I do not really know what to tell them, that I do not have the answers they are hoping to get from me. As I have said and written before, intervening in complex systems is not about fixing things, like fixing an engine. Complex systems are evolving interconnected systems. Understanding these interconnections and shifting the context is a more appropriate approach to change. This always needs to be based on a deep sense of understanding the local context and continuous mutual learning.

Learning is the basis for change in complex systems

As I write on the ‘About me’ page of my website, “Learning is at the heart of achieving change and my aim is to provide a structure for more meaningful learning.” Hence, what I can do as external partner is to accompany organisations and teams through a learning and change process and share with them my experiences and understanding of complex change processes – while at the same time continually learn about their situation, context and possible ways forward. There is no step by step guide I can walk them through. Every situation is different so what I can do is learn together with them and augment their learning process. That’s accompanied learning.

But a good teacher, and a real expert, knows that they are in a process of learning themselves. They are not leaders. They are not making seeds grow … They are fertilizer, tending to the soil. (Nora Bateson)

The term ‘accompanied learning’ itself is a product of mutual learning, of a process of discussion and interaction between me and a group of people from “Organization Unbound“, an outfit that describes itself as “an attempt to re-imagine the way we think about and engage in social change”.

The result of this process is not only the term accompanied learning, but also a description of accompanied learning that I am sharing below. This definition is a slightly adapted version of what is published on the website of Organization Unbound. In their post, they also add a list of qualities for organisations to look for in a learning partner as well as a list of qualities for external learning partners to look for in organisations

Accompanied Learning

Guided by a spirit of co-learning. A person or group within an organisation comes together with a person or group external to that organisation to learn together. Being in a relationship of mutual learning is the end goal. Because there are no recipes for transforming a living system, such as an organisation, we cannot plan it out or copy-paste best practices and expertise from other contexts. We can only collectively learn our way into the answers. Thus the primary role of the external partner is to be an exceptional co-learner (not to present their expertise, provide recommendations, propose solutions, guide a change process, or facilitate an intervention). They walk with organisational members as they experiment, probing for new insight and sharing knowledge and experience in response to what is emerging in practice. The Latin root of ‘accompaniment’ means to ‘eat bread together’, to satisfy a fundamental need. In the case of organisational accompaniment, this fundamental need is learning.

Focused on the day-to-day. Accompanied learning involves gently experimenting with small shifts in behaviour in the context of the organisation’s current work, rather than merely in separate retreats or through new structures or processes. It recognises that meaningful and sustained change unfolds in the micro-moments of organisational life. Instead of creating more work on top of people’s already packed agendas, the expectation is to work with what is already happening in the organisation. This more integrated approach allows changes in ways of being to evolve more naturally and to be initiated in a more distributed way across the organisation. It also reduces the level of anxiety and defensiveness often associated with organisational change.

Contributes to a broader field of learning. Accompanied learning is intended to feed development at all levels of the organisation, no matter where the inquiry begins (with an individual, team, department, etc.). It is also intended to contribute to the larger field of ‘organisational development for social change’ (via learning communities like Organization Unbound and The Barefoot Guide Connection). This coupling of an internally focused inquiry with a ‘greater good’ inquiry gives the learning relationship a deeper meaning. And this deeper meaning has a generative quality. The idea that through our learning we might be discovering insight that will help other teams/organisations is energizing and mind-expanding.

Organisationally-driven. Experiments are led from within the organisation (by anyone, no matter their formal position), rather than by the external learning partner. Because staff and volunteers experience their organisation on a daily basis, they have a more nuanced and intuitive understanding of its inner-workings. They are able to more clearly see leverage points for change and tinker with them in the context of their daily work. The external partner can share helpful examples, frameworks, and practices, but it is ultimately up to the organisation to decide if and how to apply them. The external partner does however serve as an important anchor and space holder for the learning relationship, ensuring that in the busyness of organisational life, it remains front and centre.

Whole-person centred. Accompanied learning involves engaging with each other as whole people, beyond our professional expertise and roles. Because much of how we learn is tacit rather than explicit, the collective intelligence of a co-learning experience is expanded when we relate to each other in richer, more subtle ways. Our joy, humour, sadness, discomfort, anger, love, and fear are not simply emotional states. They can be signals that something is shifting or needs shifting. They can be doorways to new insight. And they strongly influence our capacity to learn and experiment. Accompanied learning involves paying attention to the ebbs and flows of human experience and responding to them in generative ways. The intention is to grow, within the learning relationship itself, the kind of social field we want to see blossom in the organisation and in broader society.

Open-ended & emergent. There is no predetermined end-date, plan of action, deliverables, or methodology. The path is made by walking it together. The learning partners check in with each other periodically to see if the relationship is still relevant and, if so, how they would like to proceed. For some accompanied learning relationships, this check-in happens at the end of each encounter. For others, an intention is set to have a certain number of learning exchanges, followed by a check-in. The general aim is to be in a medium to long-term relationship so that there is sufficient breathing space to experiment, observe the results, and iterate based on those results. A longer term engagement also helps the parties get to know each other in more nuanced ways.

Multi-formed. A variety of accompanied learning constellations are possible. An individual can accompany an individual, a group of people, an entire organisation, or even a group of people that come together ad-hoc because they feel the need to effect change in their communities. An organisation can accompany another organisation. Or a team can accompany another team. And the constellation might evolve over time. For example, an individual might start off accompanying one person and welcome in others over time, as interest across the organisation grows.

Contractually experimental. Accompanied learning does not always involve a monetary transaction. It can be driven purely by mutual learning, if both parties are comfortable with that. However, if there is an expressed need for one person to earn a living through the value they contribute, then payment options are explored that enable the relationship to develop with as much freedom and flexibility as possible. For example, the organisation might hire the external partner hourly, on monthly retainer or agree to contribute a yet-to-be-determined amount at a later date, once the relationship has had time to demonstrate its learning value.

Accompanied learning is an inherent part of my practice. Either when working with individuals, teams, organisations or other groups of people that explicitly bring me in to go through a process of accompanied learning. Or more subtly when working with people who bring me in as an expert. More and more, I would like to see the share of work shift more from the latter to the former, which is why I am setting up a separate page on accompanied learning on my website.

Forays into complexity theory with students at the centre of data actions and decisions – Heidi Swak | The Amaryllis | A learning journey …

 

Source: Forays into complexity theory with students at the centre of data actions and decisions. | The Amaryllis | A learning journey …

BY  • DECEMBER 26, 2018 • COMPLEXITY THEORYCYNEFINDECISION MAKINGPROBLEM SOLVING • COMMENTS (0) • 46

Forays into complexity theory with students at the centre of data actions and decisions.

A constant education question for over 100 years has been:

What are the knowledge, skills, and dispositions students need in an age of rapid technological, environmental, social, and political change and where the future of work is unknown?

My own work with middle school students in relation to this question and prior to a 3 year secondment to government, focused on equipping students with thinking and problem-solving skills to take on the really difficult, messy problems that we humans are so good at creating.  That work involved introducing students to the principles of inquiry by developing driving questions to anchor our learning. We explored tools, processes, and the principles of design and integrative thinking to uncover tensions and prototype a range of options out of those tensions. This work involved many post-it notes and a great deal of experimentation as we tested ideas, explored assumptions, and considered the implications of various problem-solving models to our identities as learners, learners in knowledge building communities, and participants in a complex world that extended beyond the classroom. I am grateful to my students and colleagues who contributed to this work.

My role at a provincial level – and which I have just left – allowed me to build on that work. For the past three years I’ve been a member of a unit supporting Innovation in Learning in a jurisdiction with about 2 million students across a wide geography and with different sub-systems. I’ve had a bird’s eye view of how different districts think about and approach innovation in learning, grounded in their local contexts. I’ve also gotten a sense of the wide range of practices and the challenges districts experience when engaged in this work. District innovation projects focused on deeper learning and developing global competencies in learners and some of that work can be seen here.

For the past year I’ve been preparing for a career transition and because of that have been deeply immersed in complexity theory and decision making in complex adaptive systems.  Part of this involved taking  an online course in decision-making in complex adaptive systems offered through Cognitive Edge.  and flying to UK this fall for a 2 day component in October to experience some of the theory and processes in person. I was able to combine the course with a two week holiday in London – something that a classroom teacher NEVER gets to do in the autumn. I savoured the moment!

As I prepare to re-enter the classroom for 6 months, I am thinking deeply about how to introduce complexity theory and decision-making in CASs to middle school students as I firmly believe students need to be working with theories and approaches to problem solving as the theories are developing so they can contribute to the knowledge base particularly as children are so adept at grappling with novel practices and ideas – in ways that adults aren’t.

From this foray into complexity theory, I’d like to share a few things that I will be inroducing to students:

The first is the Cynefin framework for understanding problem domains. David Snowden’s Cynefin Framework will help students decide which problem solving approach to take by first identifying the domains in which problems are situated. A word of caution – there is a technique to this which must be learned so that one doesn’t end up misusing the framework or using it in a very limited way which could result in students becoming stuck in old thinking. Students will not get the full benefit of Cynefin if they merely use it to categorize problems.   I highly recommend Snowden’s Ted Talk as a starting point for learning.

A second thing Snowden offers, and what drew me to his work in the first place, is a way to think differently about data. I don’t know anyone who isn’t alarmed by the intrusions data analytics seem to be making into our lives – the exploitative, stealthy, and threatening way analytic companies appear to be tightening their grip particularly as AI – whatever that is, gains prominence and the malicious way data analytics are being used for such things as inciting fear and destabilizing democracies.

Snowden offers an alternative way to engage with data.  He shows that it is possible to turn away from the dehumanizing and destabilizing data culture created by Silicon Valley-style tech companies such as Facebook, Cambridge Analytica, or the ‘personalized learning’ platforms like the one students in Brooklyn recently walked out in protest over.

Snowden’s Sensemaker®  is based on research from neuroscience,  complexity theory, and years of experience trying to make sense and make decisions in very difficult contexts (the refugee crisis, understanding terrorist networks, gender-based violence, understanding resilience and how to foster it, identifying disruptions and opportunities in business …). His tool and methodology allows humans to remain in control of the meaning of their data and to participate in decisions on how that data gets used. Data is gathered and visualized in ways that allow humans to remain the experts of their own experiences. What is really interesting is that data can be gathered in real time and at scale. One Sensemaker project involved gathering 50 000 micro-narratives over a two week period in different countries that helped decision-makers understand how radicalization was occurring and how it might be addressed.

It is incumbent upon us as educators to help students think critically about data and also point them towards tools and practices that offer more than stealth and exploitative analytics as they learn to take on complex problems such as those identified in the SDGs, or in any of the many other inquiries, projects, and problems they are drawn to.

Here is a thorough example  of what human-centered data gathering looks like, where Sensemaker was used to understand the experience of smallhold farmers in supply chains.

Over the next few months I will continue to share my learning and resources that I come across that might be helpful to advancing how students think and develop solutions to difficult problems. In January, I re-enter teaching and will document key points in practice and learning.

(Collaborative) resources for decentralised organising – Richard D. Bartlett

This is a snapshot in time – read and contribute and edit at the original link:

https://hackmd.io/s/Skh_dXNbE

 

Resources for decentralised organising

🐒 Hi I’m Richard D. Bartlett! I’m writing a book about decentralised organising, finding lessons across diverse contexts, from social movements to formal workplaces.

I recently asked on Twitter and on a mailing list for examples of decentralised organisations that have a public, transparent, well-documented handbook that explains how they work (e.g. decision making, roles, communications tools, etc). The response was overwhelming so I’ve digested it into this page.

If you have more to add, please edit this page, contribute on Twitter, or email rich@thehum.org :heart_eyes:

Handbooks

Documentation from specific organisations

Toolkits & books

Generalised lessons about decentralised organising

Trainers

  • Ayni Institute – training for social movement organisers. A lot of their training content is available as online videos, e.g. see the Momentum Webinar Series on the science of social movements, and the SWARM Training on decentralised organising.
  • Momentum “gives grassroots organizers the tools to build massive, decentralized social movements that aim to shift the terrain under policymakers’ feet”
  • Ulex Project – a residential training centre in Catalunya. They practice “integral activist training”, addressing the interdependent links between individuals, organisations, and cultures.
  • My little consulting company The Hum provides practical guidance for decentralised organisations.

Why

I think the best structure for any organising effort must be custom-fit to its local context. I don’t believe in “one size fits all” solutions, but we don’t need to start from a blank slate either. My book is a collection of “patterns”, experiences that are common in all collaborative groups. Each pattern names a common dysfunction (e.g. unfair distribution of care labour), and a response (e.g. account for care work the same way you treat other work).

My approach to organisational development:

  1. 🏠 understand the local context for this org: history, relationships, intentions, strengths, obstacles, etc.
  2. 🌏 zoom out to a global view to find an appropriate frame of reference (e.g. #agile, #teal, #sociocracy, #coops, #designthinking, #artofhosting)
  3. 🔎 zoom in to an adjacent local context (i.e. another organisation that shares something in common with this one)
  4. 🏡 return home with lessons to inform the next experiment we’ll try

So the “handbooks” listed here are examples of local context (with much gratitude to the authors who make their experience transparent for others to learn from). The “toolkits and books” are global lessons extracted from local experience.


Contributors

@patconnoly @toddhoskins @shareable @JPatrickDunn @patriciarealini @WCCWLA@adriennemaree @AyniTeam @UlexProject @pircuk @NEON_UK @jaimeyann @feminineist@staccoP2P @bcnencomu @mrchrisadams @350 @rhizomecoop @jdaviescoates@PlatformLondon @CFTransition @transitiontowns @awesomefound @sam5 @radicalthnktnk@Jas_Tribe @Sam_Applebee @randallito @CosechaMovement @roguesofa @Owoy@douginamug @neil @mattcropp @wearehanno

If you have more to add, please edit this page, contribute on Twitter, or email rich at thehum.org :heart_eyes:

Systems Thinking – Four Volume Set, Edited by Gerald Midgely

On various facebook groups, Gerald says:

Good news! The ‘Systems Thinking’ four-volume set that I edited for Sage Publications in 2003 is in print again after being unavailable for a couple of years. I was told by the publisher that the whole series of books had gone out of print, but they’ve revived just this one due to continuing demand!

The four-volume set reprints classic papers on systems thinking from 1913 to 2003, and was assembled with advice from an international advisory board of systems thinking luminaries. It’s priced for libraries rather than individuals (£645), so if you are affiliated to a university that doesn’t already have it, please recommend it for purchase.

My goal in publicising this re-release is to get it into as many university libraries as possible – especially ones that don’t have a comprehensive collection on systems thinking and systems science. It will give staff and students who encounter systems thinking for the first time a ready-made resource to help them explore the history and development of the ideas.

The web site for the ‘Systems Thinking’ four-volume set is below. It is not particularly interesting visually, but lists the international advisory board and the full contents of each of the volumes, so you can see if you think it is worth recommending for purchase. Let’s get this into as many libraries as possible before it goes out of print again!

 

Source: Systems Thinking | SAGE Publications Ltd

 

Systems Thinking

FOUR VOLUME SET
Edited by:
  • Gerald Midgley – Centre for Systems Studies, Business School, University of Hull


© 2003 | 1 492 pages | SAGE Publications Ltd
DESCRIPTION
Systems Thinking brings together classic and contemporary writings that cross the entire breadth of the systems field. The four-volume setincludes the most influential theoretical papers, as well as applications in domains as diverse as global environmental modelling, business strategy, public sector planning, family therapy and the management of organizations.Key critiques of the leading writers allow the researcher to understand how and why paradigm breaks took place, and to grasp the extraordinary diversification of systems theory and practice we see today.

Systems Thinking will be an essential reference for all libraries of business, management and organization studies.

International Advisory Board

Peter Allen, Cranfield University, UK

Bela H Banathy, Saybrook Institute, USA & International Systems Institute, USA

Kenneth Bausch, Institute for 21st Century Agoras, USA

Richard Bawden, Michigan State University, USA

Søren Brier, Royal Veterinary and Agricultural University, Denmark

David Campbell, Tavistock Clinic, UK

Fritjof Capra, Center for Ecoliteracy, USA

Peter Checkland, Lancaster University, UK

José Córdoba, University of Hull, UK

Peter Corning, Institute for the Study of Complex Systems, USA

Donald de Raadt, Luleå University, Sweden

Eric Dent, University of Maryland, University College, USA

Peter Dudley, Integra Management Systems Ltd., UK

Robert Flood, Maastricht University, The Netherlands

Joyce Fortune, Open University, UK

Wojciech Gasparski, Institute of Philosophy and Sociology of the Polish Academy of Sciences, Poland

Wendy Gregory, University of Hull, UK

Jifa Gu, JAIST, Japan & Institute of Systems Science, Chinese Academy of Sciences, China

Enrique Herrscher, IDEA, Argentina

Kristo Ivanov, Umea University, Sweden

Mike Jackson, University of Hull, UK

James Kay, University of Waterloo, Canada

Lisl Klein, Bayswater Institute, UK

George Klir, Binghampton University, USA

Ervin Laszlo, Club of Budapest, Hungary

Harold Linstone, Portland State University, USA

Sid Luckett, University of Natal, South Africa

Gianfranco Minati, Italian Systems Society, Italy

John Mingers, Warwick University, UK

Heiner M ller Merbach, Universität Kaiserslautern, Germany

P N Murthy, Tata Consultancy Services, India

Yoshiteru Nakamori, Japan Advanced Institute for Science and Technology (JAIST), Japan

Harold Nelson, Advance Design Institute, Seattle, USA

Roger Packham, University of Western Sydney, Australia

Yong Pil Rhee, Seoul National University, South Korea

Kurt Richardson, Institute for the Study of Coherence and Emergence, USA

Fenton Robb, Independent Author, UK

Ricardo Rodríguez-Ulloa, Instituto Andino de Sistemas, Peru

Simanta Roy-Chowdhury, Barnet, Enfield and Harringay NHS Trust & University of East London, UK

John Sterman, Massachusetts Institute of Technology, USA

Sytse Strijbos, Free University of Amsterdam, Netherlands

Stuart Umpleby, George Washington University, USA

John Van Gigch, California State University, USA

John Warfield, George Mason University, USA

Jennifer Wilby, The University of York, UK

Eric Wolstenholme, Cognitus Ltd., UK

Maurice Yolles, Liverpool John Moores University, UK

 

 

CONTENTS
VOLUME ONE: GENERAL SYSTEMS THEORY, CYBERNETICS AND COMPLEXITY
A A Bogdanov
The Historical Necessity and Scientific Feasibility of Tektology
L Von Bertalanffy
General System Theory
K Boulding
General Systems Theory
The Skeleton of Science
A D Hall and R E Fagen
Definition of a System
J H Marchal
On the Concept of a System
M Bunge
General Systems and Holism
E Laszlo
Systems Philosophy
P K M’Pherson
A Perspective on Systems Science and Systems Philosophy
C Emmeche, S Køppe and F Stjernfelt
Explaining Emergence
Towards an Ontology of Levels
J G Miller
Living Systems
Basic Concepts
L R Troncale
The Future of General Systems Research
Obstacles, Potentials and Case Studies
N Weiner
Cybernetics
C E Shannon
A Mathematical Theory of Communication
W R Ashby
Requisite, Variety and Its Implications for the Control of Complex Systems
G Bateson
Form, Substance and Difference
W Weaver
Science and Complexity
H A Simon
The Architecture of Complexity
I Prigogine
Exploring Complexity
M Gell-Mann
Complex Adaptive Systems
VOLUME TWO: SYSTEMS THEORIES AND MODELLING
T Parsons
Evolutionary Universals in Society
G Bateson et al
Toward a Theory of Schizophrenia
R Swenson
Emergent Attractors and the Law of Maximum Entropy Production
Foundations to a Theory of General Evolution
H T Odum
Self-Organization, Transformity and Information
J E Lovelock
Gaia
J W Forrester
Counterintuitive Behavior of Social Systems
J D W Morecroft
Rationality in the Analysis of Behavioral Simulation Models
D H Meadows, D L Meadows and J Randers
Beyond the Limits
An Executive Summary
F E Kast and J E Rosenzweig
General Systems Theory
Applications for Organization and Management
G M Jenkins
The Systems Approach
A D Hall
Three-Dimensional Morphology of Systems Engineering
E S Quade and H J Miser
The Context, Nature and Use of Systems Analysis
S Beer
The Viable System Model
Its Provenance, Development, Methodology and Pathology
F Emery
Characteristics of Socio-Technical Systems
J Fortune and G Peters
The Formal System Paradigm for Studying Failures
I R Hoos
Engineers as Analysts of Social Systems
A Critical Enquiry
R Lilienfeld
Systems Theory as an Ideology
G Morgan
Cybernetics and Organization Theory
Epistemology or Technique?
P M Allen
Dynamic Models of Evolving Systems
VOLUME THREE: SECOND ORDER CYBERNETICS, SYSTEMIC THERAPY AND SOFT SYSTEMS THINKING
H Von Foerster
The Cybernetics of Cybernetics
E Von Glasersfeld
Reconstructing the Concept of Knowledge
H Maturana
Reality
The Search for Objectivity or the Quest for a Compelling Argument
N Luhmann
The Autopoiesis of Social Systems
R Fuenmayor
The Roots of Reductionism
A Counter-Ontoepistemology for a Systems Approach
R Fuenmayor
The Self-Referential Structure of an Everyday-Living Situation
A Phenomenological Ontology for Interpretive Systemology
V E Cronen K M Johnson and J W Lannamann
Paradoxes, Double Binds and Reflexive Loops
An Alternative Theoretical Perspective
M Palazzoli et al
Hypothesizing – Circularity – Neutrality
Three Guidelines for the Conductor of the Session
L Hoffman
A Constructivist Position for Family Therapy
H Anderson and H A Goolishian
Human Systems as Linguistic Systems
Preliminary and Evolving Ideas about the Implications for Clinical Theory
G Vickers
Human Systems are Different
C W Churchman
Operations Research as a Profession
I I Mitroff J R Emshoff and R H Kilmann
Assumptional Analysis
A Methodology for Strategic Problem Solving
J N Warfield and S M Staley
Structural Thinking
Organizing Complexity through Disciplined Activity
R L Ackoff
Resurrecting the Future of Operational Research
P Checkland
From Optimizing to Learning
A Development of Systems Thinking for the 1990s
P M Senge
The Leader’s New Work
Building Learning Organizations
J D Sterman
Learning in and about Complex Systems
J A M Vennix
Group Model Building
Tackling Messy Problems
R Espejo and R J Harnden
The VSM
An Ongoing Conversation
VOLUME FOUR: CRITICAL SYSTEMS THINKING AND SYSTEMIC PERSPECTIVES ON ETHICS, POWER AND PLURALISM
J Mingers
Towards an Appropriate Social Theory for Applied Systems Thinking
Critical Theory and Soft Systems Methodology
W Ulrich
Critical Heuristics of Social Systems Design
G Midgley I Munlo and M Brown
The Theory and Practice of Boundary Critique
Developing Housing Services for Older People
J P Van Gigch
A Methodological Comparison of the Science, Systems and Metasystems Paradigms
M C Jackson and P Keys
Towards a System of Systems Methodologies
M C Jackson
The Origins and Nature of Critical Systems Thinking
R L Flood, and M C Jackson
Total Systems Intervention
A Practical Face to Critical Systems Thinking
G Midgley
What is this Thing called CST?
W J Gregory
Discordant Pluralism
A New Strategy for Critical Systems Thinking
N Romm
Inquiry and Intervention in Systems Planning
Probing Methodological Rationalities
K C Bausch
The Habermas\Luhmann Debate and Subsequent Habermasian Perspectives on Systems Theory
R Bawden
Valuing the Epistemic in the Search for Betterment
The Nature and Role of Critical Learning Systems
J D R De Raadt
Multi-Modal Systems Design
A Concern for the Issues that Matter
H A Linstone and Z Zhu
Towards Synergy in Multiperspective Management
An American-Chinese Case
J Mingers and J Brocklesby
Multimethodology
Towards a Framework for Mixing Methodologies
K Tomm
Interventive Interviewing
Intending to Ask Lineal, Circular, Strategic, or Reflexive Questions?
C Flaskas and C Humphreys
Theorizing about Power
Intersecting the Ideas of Foucault with the `Problem’ of Power in Family Therapy
V Goldner et al
Love and Violence
Gender Paradoxes in Volatile Attachments

Think Biologically: Messy Management for a Complex World

Source: Think Biologically: Messy Management for a Complex World

By Martin ReevesSimon Levin, and Daichi Ueda

When Soviet premier Nikita Khrushchev barked “We will bury you!” in 1956, it was not considered an empty threat. It was seen as a real existential threat to capitalism and the American way of life. Many Western intellectuals believed that planned economies might indeed outperform free markets, whose inherent shortcomings—such as volatile economic cycles, lower investment rates, and the inefficiencies of competition—put capitalism at a relative  disadvantage.1

Of course, reality turned out very differently, and we can see clearly today why planned economies almost invariably fail. They suppress diversity, initiative, innovation, and the adaptive capacity necessary for survival in an unpredictable environment. This lesson from history reveals an important insight: not only are there inherent limits to human intervention in a complex system—such as the economy—but we have difficulty seeing those limits before the fact.

The same lesson applies to businesses operating in today’s rapidly changing and unpredictable global environment. We have argued that businesses, like forests or oceans or ant colonies, are complex adaptive systems (CASs), in which local behaviors and events can cascade and reshape the entire system.2 As such, businesses are neither fully controllable nor predictable. Traditional approaches to management, which presume the opposite, are therefore often inadequate to address current business challenges.

To succeed over the long run, business leaders must not rely only on the traditional “mechanical” approach to management, which seeks to direct a company toward desired outcomes by engineering processes and controlling the behavior of its various components. They must also learn a “biological” approach, which acknowledges the uncertainty and complexity of business problems and so addresses them indirectly.

Continues in original article (link at top)

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