A Multi-Criteria Decision Analysis (MCDA) tool was designed and used to support the evaluation of different electricity production scenarios. The MCDA tool is implemented in a user-friendly Excel worksheet and uses information obtained from a mixed integer optimization model, to produce a set of optimal schemes under different assumptions. Given the input, the MCDA allowed ranking different scenarios relying on their performance on 13 criteria covering economic, job market, quality of life of local populations, technical and environmental issues. The MCDA tool was used by a group of experts and academics with background in economics, engineering and environment. Regarding the totality of results, both the most and least expensive scenarios ranked first the same amount of times. These scenarios were, respectively, "Coal", relying mainly in new coal power plants and "Maximum Renewable", relying mainly in new wind and hydro power facilities. The opinions were divided towards these two solutions with different fundamental characteristics: "Maximum Renewable" with costs higher than "Coal" but leading to substantial reduction of the external energy dependency. Sensitivity analysis suggests that, although the costs are regarded as the most important criterion, those who had different rankings in their preferences have different attitudes towards other criteria.
This paper overviews previous research addressing the inclusion of the, social dimension of sustainable development on power systems planning. Consequences of the recent energy policies and strategies are already being felt in, developed countries' power systems, with the integration of rising quotas in renewable, energy technologies. However, while the tools that aid decision making on power, planning show that economic and environmental issues are easily quantifiable and thus, modeled, social concerns have been addressed in a less extensive and more, subjective way, implying in most cases expert participation on multi-criteria decision aid, techniques. A survey of recent papers providing public perceptions on electricity, generation technologies and projects is presented. These papers were chosen and, reviewed in order to present a representative array of methodologies that are used to, assess social acceptance of technologies. According to some of the reviewed papers, this issue is suggested to be fundamental to increase project success. As a conclusion, stands the fact that further discussion is still needed in order to achieve solid, agreement, among experts, over what are the positive and the negative drivers to, social sustainability; otherwise models will not be able to translate reality and improve it, under this point of view. Contents 1. Introduction 1.1. Sustainable development and social sustainability 1.2. The social dimension in the electricity decision-making process 2. Public attitude towards electricity generation technologies and related decisions 2.1. Methodologies to address the social dimension of electricity planning 3. Conclusion and future work Acknowledgment Annex I References
Nutrition is an undeniable part of promoting health and performance among football (soccer) players. Nevertheless, nutritional strategies adopted in elite football can vary significantly depending on culture, habit and practical constraints and might not always be supported by scientific evidence. Therefore, a group of 28 Portuguese experts on sports nutrition, sports science and sports medicine sought to discuss current practices in the elite football landscape and review the existing evidence on nutritional strategies to be applied when supporting football players. Starting from understanding football’s physical and physiological demands, five different moments were identified: preparing to play, match-day, recovery after matches, between matches and during injury or rehabilitation periods. When applicable, specificities of nutritional support to young athletes and female players were also addressed. The result is a set of practical recommendations that gathered consensus among involved experts, highlighting carbohydrates periodisation, hydration and conscious use of dietary supplements.
Energy efficiency in buildings can be enhanced by several actions: encouraging users to comprehend and then adopt more energy-efficient behaviors; aiding building managers in maximizing energy savings; and using automation to optimize energy consumption, generation, and storage of controllable and flexible devices without compromising comfort levels and indoor air-quality parameters. This paper proposes an integrated Information and communications technology (ICT) based platform addressing all these factors. The gamification platform is embedded in the ICT platform along with an interactive energy management system, which aids interested stakeholders in optimizing “when and at which rate” energy should be buffered and consumed, with several advantages, such as reducing peak load, maximizing local renewable energy consumption, and delivering more efficient use of the resources available in individual buildings or blocks of buildings. This system also interacts with an automation manager and a users’ behavior predictor application. The work was developed in the Horizon 2020 FEEdBACk (Fostering Energy Efficiency and BehAvioral Change through ICT) project.
Peak cognitive performance is of paramount importance for the sports and competitive activities that depend on a high level of cognitive performance, such as eSports. The popularity of eSports has increased rapidly in recent years and will probably continue to rise in the forthcoming years. Above all, eSports practitioners require higher levels of cognitive abilities and motor skills for optimal performance and may benefit from adequate body composition and proper nutrition, as happens with more traditional athletes. However, there is a noticeable shortage of scientific knowledge in this area, including in nutritional-related aspects. Therefore, the objective of this non-systematic review is to summarize the nutritional strategies that may enhance health, cognitive performance, decrease reaction time and minimize fatigue. This information may be relevant for eSports competitors and set a base for further investigations, which could ultimately lead to the establishment of nutritional recommendations specific for this competitive population.
The implementation of wind power projects can have significant impacts on local communities. If on one hand the project can bring important economic benefits, on the other hand it can represent a source of conflicts and discontentment. This paper aims to revisit this topic, addressing impacts and their perceptions from the local community point of view. A mixed method approach was proposed and implemented in a Portuguese region (municipality) used as case study. Semi-structured interviews directed towards local stakeholders were conducted to evaluate the acceptance of these wind power projects and the perceived impacts. The qualitative study was subsequently complemented and validated by a quantitative approach, through a questionnaire targeting local population. In general, the collected opinions seem mainly driven by the perceived socio-economic benefits resulting from wind farm deployment, with generally positive attitude towards wind farms. Identified local positive impacts include "community funds", "benefits in kind" and "indirect local employment". The key role of benefit sharing mechanisms on ensuring public acceptance and effective local development is confirmed.
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