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Summarizes the basic principles of Bioenergetics along with its origin in Riechian psychology. Clarifies that Bioenergetics is used at Cranfield not as psychotherapy, but as an aid to personal development for a specific population of high‐functioning individuals, i.e. managers. Places the Bioenergetic body‐mind notion into a philosophical context of human goodness and potential; thus expanding the focus to body‐mind‐spirit. Examines five body‐mind types through the following aspects: how they operate at work; how they were formed; key attitudes; unique gifts; body shape; development path; how they are best managed. Case histories illustrating the different types in various modes of consultant intervention, i.e. individual development, team building and culture change.

The purpose of this paper is to investigate the justification of objective assessment of the agricultural sector energetic potential, and the increasing of the accuracy of assessments results of energy resources of plant by-products.

The study of the problems of bioenergetic potential assessment in the study is carried out in the following order: first, the potential is assessed based upon the 2005-2017 year’s observation data; second, the energetic potential is assessed based upon linear and nonlinear optimization model; and finally, the assessment of the bioenergetic potential predicted values is carried out under the condition of the current pace of development of agricultural business by 2035.

The findings show that the solving of optimization tasks enabled us to make a comparison of the real structure of agricultural production and to justify the optimal structure of the cultivated areas under the conditions of agricultural business profit maximization with due allowance for both main and additional energy products. Using the linear trend model the predicted value of the agricultural sector energetic potential by the year 2035 is obtained. However, it is far more likely that the domestic bioenergetics will take a slower pace of development and to satisfy its own energy demands.

Based on the data of the reference interval of 2005-2018, the predicted values of biomass for 2035 were obtained in the amount of 28 million tons of oil equivalent, which taking into account the indices of generation efficiency, is sufficient to produce 104 billion kW-h.

The use of biomass for energy generation can impact the local environment, for example, by affecting air quality, biodiversity, habitats and ecosystems and water quantity and quality and by changing the local use of land. Social impacts also may arise, notably by affecting local community livelihoods (for example, access to and use of land and resources), food security and economic parameters such as employment and poverty.

The paper presents for the first time the results of the empiric analysis of the Ukrainian sector bioenergetic potential formation that showed that even with respect to the losses during the energy generation, the agricultural production energetic potential will be enough to substitute nuclear national power engineering.

This article is based on the first three of a series of seminars offered by the Association of Teachers of Management on the theme ‘New Developments in Management Development’. Held early in 1980, these were ‘Management Development in Context’ by Mel Berger and Bruce Nixon; ‘Re‐evaluation Counselling Theory and Practice in Management Development’ by Mike Simmons and Rosemary Brennan and, finally, ‘Bioenergetics’ by Ian Ratcliffe. The series was arranged by Bruce Nixon, a member of ATM's executive. Employed by Sun Alliance Insurance as a training manager, his particular interest is to develop ways of helping managers improve their performance that really work. Recently he introduced a successful management development programme in Sun Alliance which drew on research and developments in this area. Acknowledgement is made to Mel Berger, Mike Simmons, Rosemary Brennan and Ian Ratcliffe for their ideas and their permission to bring these ideas together in this article.

This is the second of a two‐part article describing a characterisation of stress based on a stress continuum. Part 1 provided a holistic description of the full range of individuals′ startle reactions and stressed responses. Part 2 describes the emergence of stress characters, links these characters to the stressors that prompt them and the effects they produce, and considers the methodological implications of the frameworks for those wishing to help alleviate individuals′ stress. Overall, the article develops the original stress story towards one which matches, and beyond that serves to integrate and provide a rationale for, the full qualitative diversity of individuals′ stress.

Describes a management development programme for women, run by Cranfield School of Management for British Telecom. Focuses on four main themes: values and philosophy underpinning the work carried out by the tutors, context in which BT asked the authors to develop the programme, how the programme works and formal evaluation. Based around bioenergetics the programme had greatest impact on delegates′ personal development, career planning and managerial effectiveness.

This two‐part article starts by summarising the “story of stress” as developed in the training and development literature and presented on courses for stress management. The story is viewed as helpful but incomplete, for it is only in its simplicity that it accounts for individuals′ similarities, and only in its vagueness does it account for their differences. A need is identified to embellish the story of stress with a comprehensive framework which describes and provides a rationale for both the diversity and similarity of individuals′ stress reactions. In particular, a framework is required which goes beyond “fight or flight” and illuminates how people are physically, behaviourally, mentally and emotionally under stress. What is needed is a coherent and holistic account of personal character in stress. One such characterisation of stress is described, based on stress continuum. At one end of the continuum is located the variety of temporary startle reactions of individuals to transient stressors; towards the middle is the range of stressed responses displayed by individuals experiencing continuing, strengthening and cumulating stressors; and at the other end comes the emergence of stress characters which have cemented habitual and enduring stressed behaviours into characteristic ways of being in the world. Parts 1 and 2 expand upon this continuum. Part 1 provides a holistic description of the full range of individuals′ startle reactions and stressed responses. Part 2 describes the emergence of stress characters, links these characters to the stressors that prompt them and the effects they produce, and considers the methodological implications of the frameworks for those wishing to help alleviate individuals′ stress. Overall, the article develops the original stress story towards one which matches, and beyond that serves to integrate and provide a rationale for, the full qualitative diversity of individuals′ stress.

The purpose of this paper was to assess the knowledge on sport and exercise science held by a sample of Brazilian physiotherapists, nutritionists and physical educators.

A cross-sectional research design was used. The answers given by 1,147 professionals (300 physiotherapists, 705 physical educators and 142 nutritionists) who participated in a qualifying process for a specialization course on exercise physiology were analyzed. Questions were analyzed on maximal oxygen uptake (four questions), physical fitness assessment (three questions), physical training (two questions), bioenergetics (one question) and exercise in extreme environments (one question).

The results revealed misconceptions held by Brazilian health professionals on a number of concepts related to sport and exercise science, such as maximal oxygen uptake.

These results reinforce the need for continuing education programs to maximize the quality of the service provided by sport and exercise science professionals in Brazil. Improvements in the undergraduate courses curriculum are also recommended.

This is the first study to assess misconceptions about sport and exercise science among Brazilian health professionals.

The purpose of this paper is to present the varied roles played by the University of Lódz (UL) in maintaining and restoring the natural capital of a city as a driver for sustainable city development. The higher education institution can be perceived as visionary, originator and executor of natural capital projects.

The paper analyses three cases performed by the Faculty of Biology and Environmental Protection, UL, in the city of Lódz. The activities are based on different scales ranging from city-wide to local, e.g. river and green infrastructure, and which vary in character from policy planning to implementation.

Natural capital projects influence city development on different levels: by the initiation of legal protection, by the implementation of rehabilitation concepts for rivers and by influencing the strategic documents for mid-term and long-term urban development.

The university has the potential for multidisciplinary engagement in the development of urban sustainability. In large-scale projects, academics play a more conceptual role, in capacity building and knowledge transfer, while in local-scale implementations, their role includes innovation, know-how and technology transfer. Moreover, it may act as a reinforcement hub, by safeguarding and strengthening the natural capital of the city.

This paper reviews the potential uses of sanitary landfill biogas, and the possibility of harnessing biogas from the Bellville South Municipal Landfill (within the City of Cape Town, South Africa), as primary energy. This paper will focus on a specific landfill site as a case study. The theoretical research involves investigating aspects on the gas extraction and application possibilities for the site. Thereafter, two industrial gas usage scenarios located within the study area are examined in order to quantify the potential energy production and carbon emissions benefits. The gross energy production from the landfill’s biogas is estimated to be 520 × 10⁶ MJ annually, whilst 262 × 10⁶ and 527 ×10⁹ litres of carbon savings for two different industrial applications are theoretically achievable. On the basis of this analysis, conclusions are drawn regarding the potential for harnessing of the gas in relation to the case study and elsewhere.