The concept of natural behavior is a key element in current Dutch policy-making on animal welfare. It emphasizes that animals need positive experiences, in addition to minimized suffering. This paper interprets the concept of natural behavior in the context of the scientific framework for welfare assessment. Natural behavior may be defined as behavior that animals have a tendency to exhibit under natural conditions, because these behaviors are pleasurable and promote biological functioning. Animal welfare is the quality of life as perceived (...) by the animal. Animals have evolved cognitive-emotional systems (“welfare needs”) to deal with a variable environment. Animals do not only have so-called physiological needs such as the need for food, water, and thermal comfort. They also need to exercise certain natural behaviors such as rooting or nest-building in pigs, and scratching or dust-bathing in poultry. All needs must be taken into account in order to assess overall welfare. The degree of need satisfaction and frustration can be assessed from scientific information about the intensity, duration, and incidence of (welfare) performance criteria such as measurements of behavior and/or (patho)physiology. Positive welfare value relates to how animals are inclined to behave under natural conditions, in preference tests, and in consumer-demand studies. Negative welfare value relates to stress, frustration, abnormal behavior, aggression, and reduced fitness. Examples are given to illustrate how the need to perform natural behaviors can be assessed following the general principles for welfare assessment, providing a first approximation of how different natural behaviors affect animal welfare. (shrink)

This paper evaluates the indoor temperature and thermal sensation inside the naturally ventilated small-medium size, historical Anadolchioi Mosque, built in Constanta, in 1870, for the Muslim minority living in Constanta. Are considered Friday prayers (Dhuhr). The methodology used for this assessment is related to the outdoor and indoor temperatures measurements, each Friday, in July, between 10 AM and 4 PM, due to the fact that in Constanta, Friday prayers (in July) starts between 1.20 PM and 1.23 PM (depending on (...) the sun position). The measurements will indicate that, although indoor temperature is slightly higher than the outdoor one, the average indoor temperature, for the considered period, is in the recommended thermal comfort temperature range, according to ASHRAE 2010. Also, the measured indoor air temperatures and predicted temperature for comfortable indoors- given by Humphreys formula, have been compared, in order to have an idea if the building is able to provide pleasant indoor temperatures. On the other hand, the methodology is focusing on ASHRAE seven point scale, when assessing the thermal sensation. In this respect, a survey regarding the thermal sensation of the occupants indicated that a low percent (5.55%) felt uncomfortable during the religious services. The majority of occupants (77.77%) felt comfortable and do not need a cooler environment. The results are in concordance with the participants’ age profiles: older persons preferring higher indoor temperatures. (shrink)

The aim of this paper is to analyse the people behaviour in different age buildings and different buildings typology. In the city of Kruja (Albania) exists mostly three types of buildings: the historical ones (medieval), the socialist ones (which belongs to the former communist regime) and the modern buildings. Each of them has different social and physics characteristics, different energy exchange and different building materials. The influence of all these characteristics in the exchange of energy and how they reflect in (...) changing the lifestyle of Kruja’s people is going to be analysed. A questionnaire will be undertaken to understand the way of life of Kruja’s people and to draw conclusions. A comparative analysis between all these typology of buildings will be undertaken in order to understand better the behaviour of Kruja’s people lifestyle living in these buildings. Although the conditions are not good, people tend to get a high level of place attachment and loyalty to the building they are living. The biggest energy consumers are the historical buildings and socialist ones; although the bills of the electricity are smaller than the third category they consume alternative energies and have major problems with thermal bridges. The most unfriendly categories are the socialist buildings. They prefer not to socialize much in comparison with the other two categories. (shrink)

Are there events? If so, how are they to be conceived? A line of argument motivating ontological commitment to what I prefer to call processes is presented, drawing primarily on the development of the elementary understanding of thermal processes, but pointing to a broader view by analogical extension. Suggestions are made for an approach to the mereological structure of processes, and some comments are offered of linguistic distinctions sometimes applied to processes and to modal features of events mentioned in (...) the literature. (shrink)

Touch is standardly taken to be a proximal sense, principally constituted by capacities to detect proximal pressure and thermal stimulation, and contrasted with the distal senses of vision and audition. It has, however, recently been argued that the scope of touch extends beyond proximal perception; touch can connect us to distal objects. Hence touch generally should be thought of as a connection sense. In this paper, I argue that whereas pressure perception is a connection sense, thermal perception is (...) not. Thermal perception is a proximal sense distinct from touch. One significant consequence of this is that it motivates an alternative explanation of how we detect the thermal properties of the things we touch and what they are. (shrink)

Protein α-helices provide an ordered biological environment that is conducive to soliton-assisted energy transport. The nonlinear interaction between amide I excitons and phonon deformations induced in the hydrogen-bonded lattice of peptide groups leads to self-trapping of the amide I energy, thereby creating a localized quasiparticle (soliton) that persists at zero temperature. The presence of thermal noise, however, could destabilize the protein soliton and dissipate its energy within a finite lifetime. In this work, we have computationally solved the system of (...) stochastic differential equations that govern the quantum dynamics of protein solitons at physiological temperature, T=310 K, for either a single isolated α-helix spine of hydrogen bonded peptide groups or the full protein α-helix comprised of three parallel α-helix spines. The simulated stochastic dynamics revealed that although the thermal noise is detrimental for the single isolated α-helix spine, the cooperative action of three amide I exciton quanta in the full protein α-helix ensures soliton lifetime of over 30 ps, during which the amide I energy could be transported along the entire extent of an 18-nm-long α-helix. Thus, macromolecular protein complexes, which are built up of protein α-helices could harness soliton-assisted energy transport at physiological temperature. Because the hydrolysis of a single adenosine triphosphate molecule is able to initiate three amide I exciton quanta, it is feasible that multiquantal protein solitons subserve a variety of specialized physiological functions in living systems. (shrink)

In 1916, Einstein rederived the blackbody radiation law of Planck that originated the idea of quantized energy one hundred years ago. For this purpose, Einstein introduced the concept of transition probability, which had a profound influence on the development of quantum theory. In this article, we adopt Einstein's assumptions with two exceptions and seek the statistical condition for the thermal equilibrium of matter without referring to the inner details of either statistical thermodynamics or quantum theory. It is shown that (...) the conditions of thermodynamic equilibrium of electromagnetic radiation and the energy balance of thermal radiation by the matter, between any of its two energy-states, not only result in Planck's radiation law and the Bohr frequency condition, but they remarkably yield the law of the statistical thermal equilibrium of matter: the Maxwell–Boltzmann distribution. Since the transition probabilities of the modern quantum theory of radiation coincide with their definition in Einstein's theory of blackbody radiation, the presented deduction of the Maxwell–Boltzmann distribution is equally valid within the bounds of modern quantum theory. Consequently, within the framework of the fundamental assumptions, the Maxwell–Boltzmann distribution of energy-states is not only a sufficient, but a necessary condition for thermal equilibrium between the matter and radiation. (shrink)

Literature shows that psychological phenomena, including values, personality, and behaviors, are geographically clustered. The effects of temperature on interpersonal and intergroup aggression have been studied by many social psychologists. To date the interactions between temperature and other geographical factors have not been addressed. This study is aiming to examine the effects of thermal demands and the moderating effects of natural geographical factors on aggressive behavior at national level. Data for 156 societies was obtained from publicly available databases. Consistent with (...) the life-history theory, results of this study showed that aggressive behavior has a positive relationship with heat demands, and a negative relationship with cold demands. Aggressive behavior is also positively correlated with sunlight and altitude, and negatively correlated with coastline vicinity. Forest, coastline vicinity, and rainfall moderated the effect of thermal demands on aggressive behavior. In societies with more forests, with more rainfall, and closer to coastline, the negative effects of cold demands on aggressive behavior are stronger. (shrink)

The paper addresses a problem for the unification of quantum physics with the new Aristotelianism: the identification of the members of the category of substance. I outline briefly the role that substance plays in Aristotelian metaphysics, leading to the postulating of the Tiling Constraint. I then turn to the question of which entities in quantum physics can qualify as Aristotelian substances. I offer an answer: the theory of thermal substances, and I construct a fivefold case for thermal substances, (...) based on the irreversibility of time, the definition of thermodynamic concepts, spontaneous symmetry breaking, phase transitions, and chemical form. (shrink)

We consider an isolated, macroscopic quantum system. Let H be a microcanonical “energy shell,” i.e., a subspace of the system’s Hilbert space spanned by the (finitely) many energy eigenstates with energies between E and E + δE. The thermal equilibrium macro-state at energy E corresponds to a subspace Heq of H such that dim Heq/ dim H is close to 1. We say that a system with state vector ψ H is in thermal equilibrium if ψ is “close” (...) to Heq. We show that for “typical” Hamiltonians with given eigenvalues, all initial state vectors ψ0 evolve in such a way that ψt is in thermal equilibrium for most times t. This result is closely related to von Neumann’s quantum ergodic theorem of 1929. (shrink)

Albania is part of the emerging economies of the Western Balkan region. Polis University is one of the pioneering institutions in the field of architecture, built environment, and city sciences that represents innovative methodologies and concepts for educational and scientific purposes. Nowadays, many constructions in Albania involve a wide range of different materials. The building envelope is one of the main elements that provide protection from the outside environment but also the required thermal comfort for the inhabitants. The necessary (...) balance must be archived between energy efficiency and the durability of buildings. This paper will focus on the thermal performance and materials composition of two different types of masonry walls, a constituent part of Polis University's main building. The study will be based on an experiment using specific instruments to diagnose these typologies of wall composition. The results are further analyzed and compared. Specific instruments such as the thermal camera (Testo 882), U-value(Testo 435-2), and “Silverline Digital Moisture Meter” (from POLIS Energy lab) are engaged. The collected data are further interpreted through graphs, tables, and diagrams for both cases. It is observed that ventilated facades perform much better than standard facades, therefore their usage is strongly recommended. (shrink)

The two parameters of leaf dimension namely, length and width, show inverse correlation with the third parameter, the thickness. A thermal diffusion model is proposed which explains the inverse relationship between these and envisages that while leaf length and width are directly influenced by the microclimate the thickness is affected by the microclimate through endoclimate and energy balance in the leaves. The significance of the model is discussed in the light of its importance in assessing the survival range of (...) plant species along the altitudinal gradient. (shrink)

Behavioural welfare economics has lately been challenged on account of its use of the satisfaction of true preferences as a normative criterion. The critique contests what is taken to be an implicit assumption in the literature, namely that true preferences are context-independent. This assumption is considered not only unjustified in the behavioural welfare economics literature but unjustifiable – true preferences are argued to be, at least sometimes, context-dependent. This article explores the implications of this ‘critique of the (...) inner rational agent’. I argue that the critique does not support a wholesale shift away from the use of true preferences as an evaluative standard in normative economics; instead, the critique implies that behavioural welfare economists need to inquire into and establish the ‘source’ of particular context-dependent choices in individuals’ decision-making. The source determines the permissibility of correcting individuals’ context-dependent choices and can, in some situations, support decisive welfare judgements. (shrink)

Khader offers a deliberative perfectionist approach to identifying and responding to adaptive preferences-- deprived people's preferences that perpetuate their deprivation.

The need to design and build according to the resident’s demands is the best possible option, in today's economic market. Nowadays, buildings that ensure a good thermal performance is increasing. This article compares the thermal transmittance coefficient (U-value) between a wall with a simple composition of bricks, plaster and graffito without thermal insulation and a wall composed of stone wool, anti-vapors membrane, air gap and terracotta tiles (ventilated façade). This comparison explains the thermal benefits and the (...) best ways to increase the thermal performance of a building, in a particular case of Polis University, Tirana, Albania. The results and conclusions drawn from this article are factual indicators with concrete values that professionals should take into consideration since in the initial stage of design. Choosing the best layers for a façade may result in the creation of a comfortable indoor thermal comfort for the inhabitance in a micro perspective. A good thermal insulation improves the building’s thermal balance and contributes decisively to the thermal comfort of the occupants, which means a considerable reduction in heating and cooling loads, in order to increase the building’s energy efficiency. The measurements of this comparative analysis will be done by using a specific instrument such as Testo 435-2. Atmospheric conditions will also be considered during the measurements, respectively for internal and external environments. (shrink)

Patient preference predictors (PPPs) promise to provide medical professionals with a new solution to the problem of making treatment decisions on behalf of incapacitated patients. I show that the use of PPPs faces a version of a normative problem familiar from legal scholarship: the problem of naked statistical evidence. I sketch two sorts of possible reply, vindicating and debunking, and suggest that our reply to the problem in the one domain ought to mirror our reply in the other. The conclusion (...) is thus conditional: if we think the problem of naked statistical evidence is a serious problem in the legal domain, then we should be concerned about the symmetrical problem for PPPs. (shrink)