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Biotic and abiotic factors can act as filters for determining the species composition of biological communities. We aimed to identify abiotic factors driving the assembly of bat communities in Eastern Mediterranean pine plantations along a north-south climatic gradient, as they are crucial forest habitats for the assessment and conservation of these communities. We expected that bat communities are predominantly shaped by environmental filtering. We conducted acoustic sampling in 35 pine plantations in Israel and analyzed recordings for species identification. We used the ESLTP analysis, an extension of the three-table ordination (RLQ analysis), to explore relationships between environmental characteristics, species occurrences, and functional traits of species while accounting for phylogenetic relationships between species and spatial distribution of the communities. Communities showed phylogenetic and trait clustering. Climatic conditions and forest vegetation composition shaped communities of bats, affecting the distribution of traits related to foraging behaviors, vegetation clutter, and the ability of bats to maneuver in it. Maneuverable species were associated with the northern Mediterranean climatic zone, with a scarce cover of drought-tolerant small shrubs and grassland. Fast flyers were associated with the center-south semi-arid area, with abundant drought-tolerant small shrubs and grassland. These forces might have a predominant role in the assembly of these communities, presumably due to the stressful climatic conditions of the study area. The ESLTP approach can be extended to other taxa and environments to predict species responses to disturbance and environmental changes and give insights into environmental management., (© 2024 The Authors. Integrative Zoology published by International Society of Zoological Sciences, Institute of Zoology/Chinese Academy of Sciences and John Wiley & Sons Australia, Ltd.)

Twenty-one children with moderate to severe developmental disabilities attending two special education schools in Israel participated in group bar/bat mitzvah ceremonies. Children were observed during the six-month learning process and the ceremonies. Parents and school staff were also interviewed. The study found the children could both express their own spirituality and affect the spirituality of others. (Contains references.) (Author/DB)

In the Jewish religion, a bar or bat mitzvah ceremony is the rite of passage from childhood towards adulthood. Twenty-one youngsters who attended two special education schools in Israel participated in group bar/bat mitzvah ceremonies. Parents were interviewed both before the learning process and after the ceremony. Findings showed that the bar/bat mitzvah experience was a positive multidimensional one. Dimensions identified were bar/bat mitzvah as a transition, a normative, and a religious experience; an event leading to a sense of connectedness; an opportunity for the enhancement of self-image; and a peak life experience.

This article analyzes three curricula for the bat/bar-mitzvah year of the public religious, Tali and public schools in Israel. It compares their views on gender and theology, and throws light on the intersection of gender, religion and education in Israeli society. It shows how the messages of the public religious and public schools serve to further hegemonic interests in Israeli society, while those of Tali serve interests of marginal groups. In addition, the article analyzes autobiographical influences of some of the curriculum decision made by the authors. (Contains 6 footnotes.)

Numerous studies have discussed urban regeneration from the perspective of the displacement of long-time residents in disadvantaged communities. However, under certain circumstances, urban regeneration occurring on the outskirts of high-demand areas can enable middle-class and lower-class apartment owners to leverage their apartments as financial assets using various strategies. Relying on a qualitative study (n = 50) conducted in Bat Yam, a suburban city in Israel's Tel Aviv metropolitan area, this article proposes conceiving of the social impact of urban regeneration as a new inequality in which the ownership structure and the approach to real estate constitute a major link. [ABSTRACT FROM AUTHOR]

An Egyptian fruit bat (Rousettus aegyptiacus) from the Zoological Gardens, at Tel Aviv, Israel, showed pox‐like clinical signs including vesicular and nodular skin lesions on the wings. Cell culture isolation, histopathology, electron microscopy and molecular analysis, revealed the presence of a novel bat poxvirus. Future research is needed to determine whether this virus can affect human health. [ABSTRACT FROM AUTHOR]

This study examines the prayer experience of haredi (ultra-orthodox) youngsters who are unable to speak because of complex developmental motor limitations. The participants in the study are assisted by augmentative and alternative communication (AAC) in order to communicate with their environment. AAC allows children and adults with complex communication needs to communicate with their environment by means of communication systems adapted to their own personal needs. This study seeks to characterize the prayer experience of youngsters studying in haredi institutions who use AAC. The study seeks to answer the following questions: 1) What is the prayer experience of AAC youngsters in religious schools? 2) What are the challenges and difficulties faced in prayer by youngsters using AAC? 3) How do youngsters who use AAC deal with their difficulties with prayer? The importance of this study lies in the rich and complex view it will provide educators and therapists of the inner world of AAC users. Findings can enable therapists and educators working with AAC users to become familiar with how the youngsters cope with prayer in the home and educational environment and to make this a more productive experience for them.

Abstract: During the winter of 2003–2004 feces were collected from a winter colony of the long-fingered bat (Myotis capaccinii) in the Hazorea cave (north-west Israel). Of the 1913 feces that were examined, 234 contained scales of Gambusia affinis – a small fish that had been introduced to Israel around 1920 in order to control mosquito larvae. The remains of spiders and five insect orders were also represented in the feces. This is the first report of a piscivorous bat in the Middle East and the first finding of fish remains in the feces of M. capaccinii. The findings show that in the north of Israel this species does not hibernate but remains active throughout the winter. It appears that the consumption of G. affinis reflects a change in the diet of these bats from insectivory to semi-piscivory. [Copyright &y& Elsevier]

Human-generated noise can deleteriously affect many animals. Echolocating bats, which crucially depend on sound for their activity, might therefore serve as bioindicators to quantify the ecological effects of sound pollution. While the influence of sound pollution on animal behaviour has been widely studied, the impact of music is almost unknown. We tested whether music, broadcast loudly, affects bats' foraging and drinking behaviour. The study was done at two waterbodies, where bats drink and forage in the Negev Desert, Israel, during summertime, when water availability is limited: both sites, one isolated natural pond and one artificial waterbody, frequently host recreational parties and concerts. We broadcast music whose frequency range did not overlap with that of bat echolocation calls, and acoustically assessed bat activity before and after the music broadcast. At the remote waterbody, used by bats as a drinking site, the number of bat passes did not vary between treatments. However, after music was broadcast, bats performed significantly more unsuccessful drinking attempts. At the artificial waterbody—a foraging site—activity decreased significantly after music was broadcast. Additionally, music had a cumulative effect on bats, since overall activity significantly decreased over the experimental period. Noise may affect bats by narrowing their attention or distracting them from their primary task. Broadcasting loud music near remote waterbodies is, therefore, significantly hazardous for bats and other wildlife. [ABSTRACT FROM AUTHOR]

The article examines the role of behavioral activities used by desert-dwelling Hemprich's long-eared bat in the central Negev highlands. Particular focus is given on whether females will increase foraging bout length from the first through the second trimesters of pregnancy and whether they will spend more time foraging during nursing than during pregnancy. The bat roosts in desert habitats and feeds on terrestrial arthropods. Findings showed that during the first trimester, the bats emerged from their roosts to forage earlier and they did not change their emergence time as nursing progressed.

The article presents information on a molecular study of bat in Israel which revealed a high sequence of similarity within the population of greater mouse-tailed bat Rhinopoma microphyllum (R. microphyllum). It examines the genetic variability of the greater mouse-tailed bat using mitochondrial markers which include the cytochrome b gene and the control region from several bat colonies in Israel. It reveals that the cytchorme b sequences are too conserved to separate among the populations of R. microphyllum. The three clads that were observed over the species' range included Oriental, Intermediate and Palaearctic.

[Display omitted] • Arid insectivorous bats feed on important pests such as the lesser date moth. • These bats use bodies of open water, either for drinking and/or as foraging sites. • We show that placing small bodies of water in date plantations enhanced the activity of the bats during summer. • The abundance of the lesser date moth was negatively correlated with bat activity. • Integration of artificial pools may enhance bat biological control services and bat conservation and the method can be easily adoped in other crops. Balance between the high demand for agricultural production and the negative environmental impact of intensive agriculture requires the development of sustainable agricultural approaches. One such approach is conservation biological control (CBC), which aims at enhancing pest suppression by using natural enemies, such as predators and parasites. Insectivorous bats are considered as potential natural enemies for CBC of insect agricultural pests. Bats drink from open water sources and forage above them, hence we hypothesized that supplementation of artificial water pools adjacent to desert date plantations might promote the activity and species richness of insectivorous bats in this habitat, thereby contributing to pest suppression. We predicted that bats will be more attracted to the pools during summer, when other water sources are scarce, than during spring. In addition, we explored the effect of water supplements on the desert bat community structure. Eight pools were installed in a date plantation in the hyper-arid Arava valley, Israel. Bats were acoustically monitored during three experimental stages: 1) before filling the pools with water; 2) while the pools held water and 3) after emptying them. The lesser date moth (Batrachedra amydraula), a major date pest, was monitored using pheromone traps in parallel with the experimental stages. We found that the pools increased bat activity in summer, but not in spring, while species richness was not affected in either season. The local bat community structure was significantly altered while the pools held water, but not due to increased activity of synanthropic Mediterranean species at the expense of local desert species. The number of individuals of the lesser date moth near the pools decreased with the increase in bat activity. Our results support the idea that seasonal water supplementation enhances bat activity in arid farmlands with potential contribution to pest control and the actual contribution to pest suppression should be further quantified. We suggest that the integration of small artificial pools to promote agricultural pest predation by bats may help reduce crop loss and potentially contribute to the conservation of desert bat communities by adding water sources. [ABSTRACT FROM AUTHOR]

This article presents a mixed-method study of the innovative "Senso-Math" preschool program and the reactions of both the facilitators, who underwent a special training program, and the preschool teachers in whose classes the program was implemented. The goal of the program is to enhance mathematical development in preschool children through the intervention of trained facilitators who bring the adjunct program into preschools. The results indicate a positive change in the attitudes of the facilitators to their professional calling and, after an adjustment period, a positive attitude overall regarding the facilitators' contribution to mathematics education in the preschool as evidenced by the significant relationships that developed between the facilitators and the preschool teachers.

Recent years have seen a broad range of towns and cities investing major efforts in devising culture-led urban strategies. These strategies have often been explained against the backdrop of economic neoliberalization that forced municipal administrations to re-invent the local in order to stimulate urban development by attracting new residents, tourists and investors alike. In this context, scholarship has identified urban festivals and other flagship events as major drivers of urban regeneration. Considerably less attention has been paid to the role of festivals in the eradication of long-conceived territorial stigmas. Using the case of Bat-Yam, this paper examines how an international festival has sought to re-construct a defamed mid-sized city’s image. Specifically, we argue that the city-sponsored International Biennale of Landscape Urbanism, which was part of a broader culture-led urban strategy, deployed creative means to breathe new meanings into some of its most entrenched stigmatized attributes, including urban density and marginal(ized) cultural practices. [ABSTRACT FROM AUTHOR]

Background and Objectives: Fibromyalgia syndrome (FMS) is defined as a chronic pain syndrome that is characterized by widespread pain, tenderness, and diffuse stiffness. In addition, neuropsychological symptoms such as fatigue, sleep disorders, poor mood, cognitive impairment, and headaches are often reported. Many reports have addressed the coexistence of affective disorders and anxiety with FMS, yet few have focused on its association with obsessive compulsive disorder (OCD). We investigated the occurrence of classical patterns of OCD in participants with FMS and assessed their effect on pain perception and functional impairment. Material and Methods: The research population included 37 patients diagnosed with FMS, treated at the Rheumatology Clinic in the Sheba Medical Center, Tel-Hashomer, Israel. We used validated questionnaires including a demographic questionnaire, a questionnaire on average and maximal pain intensity, the Eysenck Personality Questionnaire-Revised (EPQ-R), the Perceived Stress Scale, the Pain Catastrophizing Scale, the Pain Obsessive questionnaire, and the Yale–Brown Obsessive Compulsive Scale (Y-BOCS). Results: Patients with FMS were found to have intrusive and obsessive thoughts regarding pain for several hours every day, causing a high degree of anxiety and high levels of pain, catastrophizing, and magnification, leading to helplessness and functional impairment. In total, 27% of the patients reported severe malfunction due to pain and pain ideation, and 49% demonstrated mild obsessive compulsive symptoms that were strongly correlated with pain intensity and functional impairment. Conclusions: Obsessive compulsive thinking patterns contribute to pain magnification and to the cognitive aspects of fibromyalgia syndrome. [ABSTRACT FROM AUTHOR]

The article focuses on Serah bat Asher, a survivor from the Patriarchal age, who supports the authority of Biblical figure Moses and endorses his claim of being the redeemer of Israel. Serah says that she is responsible for linking the Christians having faith to similar Christians and for linking together Joseph and Moses.

The paper analyses the process of territorial stigma formation in the case of the Israeli city of Bat Yam. Focusing on the period of 1950-1983, it argues that the stigma was constituted historically by a combination of three distinct attributes, namely its accelerated urban growth and (a lack of) appropriate planning, the (ethnic) composition of the population, and everyday practices of deviant conduct, primarily crime. Taken together, these produced the city as a socio-spatial melange in which physical disorder, ethnic 'others' and explicit illegality reign. Using a wide range of primary and secondary sources, the paper seeks to refine understanding of the discursive mechanisms by which images of (types-of) people are juxtaposed with those of (types-of) places at particular historical junctures to create and sustain territorial stigmas. [ABSTRACT FROM AUTHOR]

We used nitrogen isotope analysis from pectoral muscle of the Egyptian fruit bat Rousettus aegyptiacus (Chiroptera: Pteropodidae) to determine intrapopulation variation in sources of dietary protein throughout the year in northern Israel. In Mediterranean climates, winter and summer are stable seasons, whereas spring and fall are transitional seasons. Number of species of fruit-bearing plants is higher during the transitional periods, and we therefore predicted that intrapopulation variation would be higher during spring than in winter and summer; we made no prediction for fall because sample size was small. We also reconstructed sources of dietary protein for each individual using nitrogen isotope ratios (δ15N) to determine whether individuals foraged on the same sources of food within each season. Intrapopulation variation in δ15N was significantly higher in spring (δ15N range: 9.7-17.5‰) compared to winter (8.8-11.1‰) and summer (9.5 -11.2‰), suggesting that individuals during this period varied more in their use of protein sources. Dietary reconstruction revealed intrapopulation partitioning among the bats in the use of plant food items, and interspecific partitioning among plants in their dependence on dispersal by bats. [ABSTRACT FROM AUTHOR]

Prior to hibernation, mammals accumulate large amounts of fat in their bodies. In temperate mammalian species, hibernation is improved by increasing the levels of poly-unsaturated fatty acids (PUFA) in the body. The saturation of fatty acids (FA) in both white adipose tissue (WAT) and membrane phospholipids of mammals often reflects their diet composition. We found that the greater mouse-tailed bat (Rhinopoma microphyllum) accumulates large amounts of fat at the end of summer by gradually shifting to a fat-rich diet (queen carpenter ants, Camponotus felah). PUFA are almost absent in this diet (<1 % of total FA), which contains a high fraction of saturated (SFA) and mono-unsaturated (MUFA) fatty acids. We found similar low levels of PUFA in mouse-tailed bat WAT, but not in their heart total lipids. The expression of two appetite-stimulating (orexigenic) hypothalamic neuropeptides, AgRP and NPY, increased in parallel to the shift in diet and with fat gain in these bats. To the best of our knowledge, this is the only documented example of specific pre-hibernation diet in bats, and one which reveals the most saturated FA composition ever documented in a mammal. We suggest that the increase in expression levels of NPY and AgRP may contribute to the observed diet shift and mass gain, and that the FA composition of the bat's specialized diet is adaptive in the relatively high temperatures we recorded in both their winter and summer roosts.

We compared the thermoregulatory abilities of two insectivorous bat species, Tadarida teniotis (mean body mass 32 g) and Otonycteris hemprichii (mean body mass 25 g), that are of different phylogenetic origins and zoogeographic distributions but are sympatric in the Negev Desert. At night, both were normothermic. By day, both were torpid when exposed to ambient temperatures (T(a)) below 25 degrees Celsius, with concomitant adjustments in metabolic rate (MR). Otonycteris hemprichii entered torpor at higher T(a) than T. teniotis, and, when torpid, their body temperatures (T(b)) were 1 degrees -2 degrees Celsius and 5 degrees -8 degrees Celsius above T(a), respectively; MR was correspondingly reduced. At night, the lower critical temperature of T. teniotis was 31.5 degrees Celsius, and that of O. hemprichii was 33 degrees Celsius. Mean nocturnal thermoneutral MR of T. teniotis was 37% greater than that of O. hemprichii. At high T(a), evaporative water loss (EWL) increased markedly in both species, but it was significantly higher in T. teniotis above 38 degrees Celsius. In both species, the dry heat transfer coefficient (thermal conductance) followed the expected pattern for small mammals, by day and by night. Total EWL was notably low in normothermic and torpid animals of both species, much lower than values reported for other bats, indicating efficient water conservation mechanisms in the study species. Comparing thermoregulatory abilities suggests that O. hemprichii is better adapted to hot, arid environments than T. teniotis, which may explain its wider desert distribution. By both standard and phylogenetically informed ANCOVA, we found no differences in basal metabolic rate (BMR) between desert and nondesert species of insectivorous bats, substantiating previous studies suggesting that low BMR is a characteristic common to insectivorous bats in general.

Over 40% of the Earth's surface has been converted to agricultural use and agroecosystems have become important habitats for wildlife. In arid regions, intensive agriculture creates artificial oasis-like habitats due to their high irrigation inputs. Date production is one of the primary agricultural practices in the deserts of the Middle East and North Africa. Insectivorous bats are known to use agricultural areas, but the role of date plantations as their foraging habits and the importance of insectivorous bats as date bio-pest control agents are still unknown. We assessed the role of date plantations as foraging habitats for local desert bat species by acoustically recording bat activity in conventional and organic date plantations in the southern Arava Valley, Israel. In addition, we captured bats in the plantations and collected feces for DNA metabarcoding analysis to investigate the presence of pest species in their diets. We found that 12 out of the 16 known species of bats in this region frequently used both conventional and organic date plantations as foraging habitats. Species richness was highest in the organic plantation with complex ground vegetation cover. Foraging activity was not affected by plantation type or management. However, bat species richness and activity increased in all plantations during summer date harvesting. Molecular analysis confirmed that bats feed on a variety of important date pests, but the particular pests consumed and the extent of consumption varied among bat species. Our results highlight a win–win situation, whereby date plantations are an important foraging habitat for desert bats, while bats provide bio-pest control services that benefit the date plantations. Therefore, date farmers interested in bio-pest control should manage their plantations to support local desert bat populations. [ABSTRACT FROM AUTHOR]

The extensive loss of human lives and building damage sustained during past tsunamis drove development of the first tsunami risk assessment in Israel. Although past tsunamis have occurred along the eastern Mediterranean coasts, no data is available for empirical hazard and risk analysis. Thus, our assessment focused on a simulated tsunami generated by an Mw 8.2 earthquake along the eastern Cypriot Arc (about 200 km NW of Haifa) in Bat Galim, the most vulnerable neighborhood in the city of Haifa, situated along the Mediterranean coast in northern Israel. This tsunami event represents the worst-case scenario threatening Bat Galim. Exposure data were taken from the National Archives of the Survey of Israel and was verified with a field survey. Two approaches were taken to derive the most appropriate vulnerability models for the study: first, already published Damage Criteria (DC) were developed based on information from past tsunami events around the world; second, damage functions were applied using the Hazus Tsunami Model (HTM), a multi-parameter loss estimation tool built using detailed engineering knowledge. Risk was considered the product of hazard, exposure, and vulnerability. Following several parametric studies and sensitivity tests, we produced loss assessment results from the two most realistic model outcomes and arrived at conclusions meaningful for tsunami preparedness in northern Israel. Most importantly, we note that the loss of life far surpasses building damage. Increasing community preparedness is the simplest and most cost-effective way to significantly reduce the risk of casualties during a tsunami. We also note that upgrading the seismic design of existing structures according to required standards in Israel will decrease vulnerability to tsunamis and expand possibilities for vertical evacuation. We discuss the accuracy and reliability of our analysis and demonstrate that a simple DC approach is useful for preliminary investigation in cases of limited data. The HTM however, requires detailed preparation and data inputs but produces more realistic loss estimates. These insights may aid others during future implementation of tsunami loss modeling in threatened coastal communities. • Damage Criteria assessment allows for quick and simple estimation of tsunami building losses. • Hazus Tsunami Model allows for comprehensive tsunami risk assessment. • Model building type, height and seismic design are key factors for tsunami risk evaluation. • Anti-seismic reinforcement also mitigate tsunami risk and expand ways for vertical evacuation. • Community preparedness is the best cost-effective way to reduce tsunami casualties. [ABSTRACT FROM AUTHOR]

Total evaporative water loss is the sum of respiratory water loss (RWL) and cutaneous water loss (CWL) and constitutes the main avenue of water loss in bats. Because bats fly and have large surface-to-volume ratios, they potentially have high rates of RWL and CWL. Most species of small insectivorous bats have the ability to reduce their body temperature (T(b)) at rest, which substantially reduces energy expenditure and water loss. We hypothesized that bats reduce evaporative water loss during bouts of deep hypothermia (torpor) by decreasing RWL and CWL. We measured T(b), RWL, CWL, and resting metabolic rate (RMR) in Kuhl's pipistrelle Pipistrellus kuhlii, a small insectivorous bat. In support of our hypothesis, we found that RWL decreased with decreasing RMR. We found that CWL was lower in torpid individuals than in normothermic bats; however, bats in deep torpor had similar or higher CWL than bats in shallow torpor, suggesting that they exert a less effective physiological control over CWL when in deep torpor. Because insectivorous bats spend most of their lives in torpor or hibernation, the regulation of CWL in different heterothermic states has relevant ecological and evolutionary consequences.

Since mammalian frugivores generally choose to eat ripe fruit in which ethanol concentration ([EtOH]) increases as the fruit ripens, we asked whether ethanol acts as an appetitive stimulant in the Egyptian fruit bat, Rousettus aegyptiacus, and also studied the effects of ethanol on their skin temperature (T(s)). We hypothesized that the responses of fruit bats to dietary ethanol are concentration dependent and tested the predictions that the bats' response is positive, i.e., they eat more when [EtOH] in the food is in the range found in naturally ripe fruit, while it negatively affects them at higher concentrations. We also tested the prediction that in winter, even when availability of fruit is low and thermoregulatory costs are high, ingestion of ethanol by fruit bats is low because assimilated ethanol reduces shivering thermogenesis and peripheral vasodilation; these, alone or together, are detrimental to the maintenance of body temperature (T(b)). In summer, captive bats offered food containing 0.1% ethanol significantly increased consumption over food with no ethanol; they did not change consumption when food contained 0.01, 0.3, or 0.5% ethanol; but significantly decreased consumption at higher levels of ethanol [EtOH], i.e., 1 and 2%. In winter, captive bats ate significantly less when their food contained 0.1% ethanol than when it contained 0, 0.3, or 0.5%. During summer, freshly caught bats ate significantly more ethanol-containing food than freshly caught bats in winter. Skin temperature (T(s)) in Egyptian fruit bats decreased significantly at an ambient temperature (T(a)) of 12 °C (winter conditions) after gavage with liquid food containing 1% ethanol. The effect was clearly temperature-dependent, since ethanol did not have the same effect on bats gavaged with food containing 1% or no ethanol at a T(a) of 25 °C (summer conditions). In conclusion, ethanol may act as an appetitive stimulant for Egyptian fruit bats at low concentrations, but only in summer. Bats are deterred by food containing [EtOH] corresponding to that in overripe, unpalatable fruit (1 and 2%). Furthermore, during winter, Egyptian fruit bats are deterred by ethanol-rich fruit, possibly due to the potential thermoregulatory consequences of ethanol consumption.

Despite the advancements in the production and accessibility of videos and animations, a gap exists between their potential for science teaching and their actual use in the classroom. The aim of this study was to develop and evaluate an approach to boost chemistry and biology teachers' Technological Pedagogical Content Knowledge (TPACK) and their confidence regarding the use of videos and animations in class, which are required for their effective implementation. Twelve experienced high-school chemistry and biology teachers participated in a professional development workshop including biochemistry and technological--pedagogical lectures along with video-editing instruction and practice. Teachers were provided with digital videos including high-resolution scientifically based animations and were encouraged to edit them based on their pedagogical experience and the needs of their class. We investigated how the workshop affected teachers' TPACK-confidence and TPACK. TPACK-confidence was assessed by pre- and post-workshop questionnaires and open-ended feedback questionnaires. TPACK was assessed by analyses of the edited digital videos and pedagogical considerations submitted by the teachers. It was found that teachers' TPACK-confidence was significantly higher following the workshop. There was also a development in the teachers' TPACK. They were able to recommend to use digital videos in a variety of classroom situations based on the technological pedagogical knowledge (e.g., as an opening to a new topic) and their TPACK (e.g., to visualize complex biochemical processes). We also found a development in their video-editing skills and their knowledge of how to use this technology effectively in biochemistry lessons. Results indicate that training teachers in using technological tools while providing them with relevant Content Knowledge and TPACK, and relying on their pre-existing Pedagogical Content Knowledge may assist them develop their TPACK and TPACK-confidence. This may promote the effective use of videos and animations in biochemistry teaching.

The important role of self-efficacy (SE) in students' motivation, engagement, persistence, and academic achievements has been reconfirmed by ample research, both in general and for STEM disciplines. As most studies focused on traditional school systems, additional research is needed on how science SE develops in different educational environments, which was the goal of this study. Data were collected from 1979 students in Grades 5-9 from 19 traditional, Waldorf, and democratic schools in Israel. Students completed a questionnaire that assessed their science self-efficacy (SSE), general and academic self-efficacy (GASE), and the sources of their SSE: teachers', parents', and peers' social persuasions, vicarious experiences and mastery experiences. Results revealed that SSE and GASE differed in their levels and in the way they changed with grade. These differences, and variations in the roles of the various sources of SSE, appeared to be influenced by the schools' cultures and curricula. Quantitative results are accompanied by verbal illustrative examples from interviews with students and teachers.

This study explores the subjective experience of art therapists who work with bereaved clients. Eight art therapists were given an art-based task and completed a semistructured interview. Qualitative analysis revealed 3 themes conceived in axes: (a) facilitating emotional expressiveness and control, (b) fluctuating between presence and absence of client's art, and (c) maneuvering between intuitive and theory-based interventions. The last axis incorporated the wounded healer aspect. The findings describe how art therapists use the creative process, honor imagery, and determine their interventions to effectively work with clients coping with grief.

The transmission of harmful pathogens during commercial air flights is an increasing health concern. A potential, yet relatively overlooked source of zoonotic infectious diseases involves collisions of birds and bats with aircraft and long distance transport of their carcasses. We report a case of aerial transportation of the remains of an African fruit bat over three continents, following a collision with an aircraft, and demonstrate the relative ease with which zoonotic pathogens, such as rabies virus or other viruses associated with bats, may cross national boundaries and continents even. Improper handling and disposal of animal remains by airport personnel, may lead to exposure of both humans and local fauna to exotic pathogens. This in turn may trigger an epidemic with potentially devastating results.

Aerial hawking bats use intense echolocation calls to search for insect prey. Their calls have evolved into the most intense airborne animal vocalisations. Yet our knowledge about call intensities in the field is restricted to a small number of species. We describe a novel stereo videogrammetry method used to study flight and echolocation behaviour, and to measure call source levels of the aerial hawking bat Eptesicus bottae (Vespertilionidae). Bats flew close to their predicted minimum power speed. Source level increased with call duration; the loudest call of E. bottae was at 133 dB peSPL. The calculated maximum detection distance for large flying objects (e.g. large prey, conspecifics) was up to 21 m. The corresponding maximum echo delay is almost exactly the duration of one wing beat in E. bottae and this also is its preferred pulse interval. These results, obtained by using videogrammetry to track bats in the field, corroborate earlier findings from other species from acoustic tracking methods.

The echolocation calls of Tadarida teniotis were studied in an outdoor flight enclosure (captive individuals) and in the wild using single microphones or an array of four microphones. Calls were characterized by measures of 10 call variables. Comparison of individual calls recorded on four microphones arrayed in a tetrahedron with 1 m between each microphone revealed that all calls were not equally detectable by all microphones but that there were no significant differences in call features obtained from calls recorded on all four microphones. A comparison of 47 calls recorded by all four microphones showed no significant differences in the features of the four recordings of each call. Analysis of calls of five individuals flying individually in an outdoor flight cage revealed significant individual differences in call features. In the field, T. teniotis used long, narrowband search-phase calls, usually without harmonics. Analysis of 1876 search-phase echolocation calls of T. teniotis recorded in the field in Israel and Greece in 2002, 2005 and 2006 showed significant year-to-year and site-to-site differences in some call features. When flying in the presence of conspecifics, T. teniotis changed their echolocation calls. We found a range of different buzzes in the wild, and based on their structure we attempted to classify them as feeding and social buzzes. The features of individual calls comprising buzzes differed significantly among buzzes, and yet there were no consistent differences between what we classified as feeding and social buzzes. [ABSTRACT FROM AUTHOR]

We studied the blood profile of the free-living fruit bat (Rousettus aegyptiacus) during the beginning of the activity period (around various feeding trees) and upon return to the day roost during 1994-1995. Results of the present study suggest that during winter and early spring bats are characterized by a poor physical and physiological state as reflected in the blood profile, revealing elevated urea and uric acid concentrations. It was found that at the end of the resting phase, R. aegyptiacus was in a mild state of dehydration (increased hematocrit and hemoglobin levels). At the end of activity, upon return to the day roost, both hematocrit and hemoglobin levels decreased but bats still maintained a high plasma osmolality. Several components in the blood are effected by the feeding time and show a cyclic change in concentration. The reverse relationship between glucose and triglyceride levels may indicate that glucose is the energy source during the active phase and that fat is the energy source during the resting period. The low cholesterol level in the blood reflects its absence in the fruit diet.

Bats are primarily forest mammals and forest structure may affect their communities through the level of vegetation clutter. Pine plantations are typically even-aged managed forests that lack structural complexity. However, an understory layer can enhance the heterogeneity of these forests, making them suitable for several animal taxa. We hypothesized that species composition, richness, and foraging activity of insectivorous bats in pine plantations vary according to forest structure, specifically with the density of the understory. We measured pine density, Diameter at Breast Height (DBH), canopy closure, and vegetation cover of 29 pine (Pinus halepensis) plantations of the Judean Lowlands, Israel, and collected acoustic data on resident bats. We found that bat species richness and total activity increased in forests with large tree DBH and dense shrubs. Cluttered-habitat species foraged preferentially in forests with large tree DBH and high pine density, while open-habitat species preferred forests with well-developed canopies and dense shrubs. Pipistrellus pipistrellus and Eptesicus serotinus foraged in mature forests with well-developed bushes and these species are endangered in Israel. We conclude that mature planted pine forests with a well-developed under-canopy are suitable foraging grounds for insectivorous bats. Management plans for planted pine forests should consider our findings to support bat populations, including rare and endangered species. [ABSTRACT FROM AUTHOR]

Examines the poem cycle 'Erets Yisra'el,' by Yokheved Bat-Miriam to analyze the entry of Hebrew women poets in the male tradition of femininely personifying Zion and the Land of Israel. Reasons for the lack of critical attention on Bat-Miriam's poetry; Themes and figures in the poem; Influence of Russian Symbolist poetry on Bat-Miriam.

This qualitative study examines how 17 elementary school counsellors perceive their work with out‐of‐home foster‐care children. Three main themes emerged from the in‐depth semi‐structured interviews, highlighting the challenges and conflicts faced by these counsellors: (1) shying away from providing deep therapy but helping with specific issues, (2) the professional and ethical dilemmas of having to report to the authorities about foster families' domestic neglect or abuse while maintaining positive work relationships with these families and the children and (3) prevailing admiration towards the foster parents. The study recommends comprehensive training for school counsellors, administrators and staff as well as professional peer‐support groups for counsellors. [ABSTRACT FROM AUTHOR]

Research is limited about the home representations of at-risk preschool children staying in emergency shelter care. To examine representations of home in the house drawings and play narratives of eight at-risk children aged 5–6.5 years, in emergency shelter care. The one-on-one sessions held with the children has a uniform structure of a drawing task followed by play, forming an intermodal transfer. The qualitative data analysis of the drawing processes, the drawings and observation of the dramatic play is based on phenomenological and thematical approaches. Three main themes were found: the house as a threatening space; expressions of difficulties in creating and maintaining the potential space; the added value of using drawing and play in the context of difficulties in creating or maintaining the potential space. The study's findings illustrate the potential advantage of intermodal transfer – this apparently allowed them to move between languages of expression, and offered them different opportunities for emotional regulation. In addition, the different layers of information that were expressed can help art therapists to support the child's mentalization process. Future research is encouraged to further examine home representations of at-risk children with larger sample using intermodal transfer. The study's findings demonstrate the paradox that is bound within the invitation to draw/play about painful contents in art therapy, and the possible advantage in using intermodal transfer to mend the potential space's interruptions and to enable further expression and working through. The present study sought to examine home representations of eight maltreated children (age 5–7 years) staying in an emergency shelter in Israel, following domestic violence, abuse, and neglect. During individual meetings with the first author, the children were invited to draw a house using coloured pencils, and then to play the events happening in the drawn house, using a set of tiny animal figures, and a magic wand. Qualitative analyses of the data identified three main themes: the first was the house as a threatening space that exposes the figures to negative events such as rejection, injury and death; the second theme identified the children's play/creative-space as interrupted and fragmentary; for example, there were pauses in the drawing process and/or play due to repetitive behaviours such as sharpening pencils; the third theme was the potential advantage of movement between drawing and play mediums that enables these children to express themselves despite interruptions in the play/creative space. Thus, we suggest that the invitation to engage in two expressive mediums during art therapy sessions may enable the child to move back and forth between them, while creating additional opportunities for expressing the unbearable on one hand and keeping a safe distance from these contents on the other. We recommend future research based on a session that provides access to different creative mediums, thus enabling further exploration of at-risk children's expressiveness; a better understanding of the experiences of these children; and a better grasp of their needs in therapeutic contexts. [ABSTRACT FROM AUTHOR]

Mobile phones have achieved a high rate of penetration and gained great interest in the field of travel behavior studies. However, mobile phone data exploitation for national travel models has only been sporadically studied thus far. This work focuses on one of the most extensive cellular surveys of its kind carried out thus far in the world, which was performed for two years between 2018 and 2019 with the participation of the two largest cellular providers in Israel, as well as leading GPS companies. The large-scale cell phone survey covered half the population using cellphones aged 8+ in Israel and uncovered local and national trip patterns, revealing the structure of nationwide travel demand. The methodology consists of the following steps: (1) plausibility and quality checks for the data of the mobile operators and the GPS data providers; (2) algorithm development for trip detection, home/work location detection, location and time accuracy, and expansion factors; (3) accuracy test of origin–destination matrices at different resolutions, revisions of algorithms, and reproduction of data; and (4) validation of results by comparison to reliable external data sources. The results are characterized by high accuracy and representativeness of demand and indicate a strong correlation between the cellular survey and other reliable sources. [ABSTRACT FROM AUTHOR]

This research introduces a pioneering methodology and user-friendly online dashboard for examining population shifts during urban redevelopment in Bat Yam, Israel, part of the Tel Aviv Metropolitan Area. The simulation tool, operated through scripts, predicts how redevelopment scenarios will impact household demographics over time. Its output is a population track-change CSV file detailing demographic changes. The accompanying online dashboard visually presents these changes, making the data accessible to policymakers and planners. The tool's consideration of environmental factors enhances its applicability in identifying vulnerable populations and resilient communities amidst urban renewal. This userfriendly approach, compatible with existing planning tools, underscores the article's significance in advancing urban planning practice and addressing societal needs. [ABSTRACT FROM AUTHOR]

Findings from several studies suggest that teachers who embrace an autonomy-supportive style vis-à-vis their students promote student motivation. However, the question of what makes teachers adopt this supportive style remains unanswered. Using Self-Determination Theory as a framework, we suggest that teachers' own motivation and their beliefs about student motivation are predictors of their tendency to opt for an autonomy-supportive rather than a controlling style. One hundred and fifty-four teachers completed a questionnaire designed to assess their type of motivation to teach, what they believe is desirable student motivation, and the level to which they opt for behaviors that support student autonomy. Our findings suggest: Firstly, that teachers who teach out of interest and enjoyment, and value their work (autonomous motivation), tend to believe that the learning of students who are autonomously motivated benefits more; secondly, that teachers who believe that autonomous motivation is desirable for their students' learning also tend to opt for an autonomy-supportive rather than a controlling style; thirdly, that teachers who are autonomously motivated themselves are more likely to adopt an autonomy-supportive style, especially when they also believe that autonomous motivation is desirable for their students' learning. The study's findings highlight the importance of a teacher's own motivation and beliefs as factors that promote autonomy-supportive behavior in the classroom.

Anthropologists see life-cycle rituals as a significant way to understand gender roles and identities in religious communities. While in the past, these compulsory rituals involved a significant change in a person's social status, today many of their traditional features have been transformed. This ethnographic inquiry examines Bat Mitzvah ceremonies (coming of age rituals for girls) in Israeli Reform Jewish congregations. By including new blessings, appropriating masculine religious symbols, and creating new bodily gestures, the feminine life-cycle ritual challenges the traditional Jewish laws and contemporary socio-cultural constructions of the Israeli Jewish community. The exclusion of the Israeli Reform community from mainstream Jewish religion turns this ritual into a subversive act that battles local Jewish Orthodoxy authority. The ceremony is a political performance, which positions the Reform congregations as an activist religious agent for gender equality in the Israeli public space. [ABSTRACT FROM AUTHOR]

To examine the challenges faced by free-ranging Rousettus aegyptiacus living at the northern edge of their distribution, we performed a retrospective analysis of 2196 clinical cases reported by a bat rescue NGO over a period of 36 months, from throughout Israel. All cases of injured bats were evaluated and categorized according to date, place, sex, age, and etiology of the morbidity. The data analysis revealed an increase in all types of morbidity during the wintertime, with more than two-fold the number of cases per week compared to in the summer, over three consecutive years. Moreover, we found that the number of abandoned pups peaked during spring and summer, when adult morbidity is minimal. We characterized two prominent types of previously undescribed morbidities in R. aegyptiacus. We also employed GPS tracking to monitor the movement and foraging of dozens of bats, and to examine the potential correlates of elevated winter morbidity. Our results suggest that it is mainly harsh weather that drives the observed winter morbidity, with food limitations playing a minor-role. We hypothesize that R. aegyptiacus, of tropical origin, is facing major seasonal survival difficulties near the northern edge of its distribution, probably limiting its spread further northwards still. [ABSTRACT FROM AUTHOR]

Background: Genetic conditions contribute a significant portion of disease etiologies in children admitted to general pediatric wards worldwide. While exome sequencing (ES) has improved clinical diagnosis and management over a variety of pediatric subspecialties, it is not yet routinely used by general pediatric hospitalists. We aim to investigate the impact of exome sequencing in sequencing-naive children suspected of having monogenic disorders while receiving inpatient care. Methods: We prospectively employed exome sequencing in children admitted to the general pediatric inpatient service at a large tertiary medical center in Israel. Genetic analysis was triggered by general and/or subspecialist pediatricians who were part of the primary inpatient team. We determined the diagnostic yield among children who were referred for exome sequencing and observed the effects of genetic diagnosis on medical care. Results: A total of fifty probands were evaluated and exome sequenced during the study period. The most common phenotypes included were neurodevelopmental (56%), gastrointestinal (34%), and congenital cardiac anomalies (24%). A molecular diagnosis was reached in 38% of patients. Among seven patients (37%), the molecular genetic diagnosis influenced subsequent clinical management already during admission or shortly following discharge. Conclusion: We identified a significant fraction of genetic etiologies among undiagnosed children admitted to the general pediatric ward. Our results support that early application of exome sequencing may be maximized by pediatric hospitalists' high index of suspicion for an underlying genetic etiology, prompting an in-house genetic evaluation. This framework should include a multidisciplinary co-management approach of the primary care team working alongside with subspecialties, geneticists and bioinformaticians. [ABSTRACT FROM AUTHOR]

Background Previous cohort studies of pneumonia patients reported lower mortality with advanced macrolides. Our aim was to characterize antibiotic treatment patterns and assess the role of quinolones or macrolides in empirical therapy. Materials An historical cohort, 1 July 2009 to 30 June 2017, included, through active surveillance, all culture-confirmed bacteremic pneumococcal pneumonia (BPP) among adults in Israel. Cases without information on antibiotic treatment were excluded. Logistic regression analysis was used to assess independent predictors of in-hospital mortality. Results A total of 2016 patients with BPP were identified. The median age was 67.2 years (interquartile range [IQR] 53.2–80.6); 55.1% were men. Lobar pneumonia was present in 1440 (71.4%), multi-lobar in 576 (28.6%). Median length of stay was 6 days (IQR 4–11). A total of 1921 cases (95.3%) received empiric antibiotics with anti-pneumococcal coverage: ceftriaxone, in 1267 (62.8%). Coverage for atypical bacteria was given to 1159 (57.5%), 64% of these, with macrolides. A total of 372 (18.5%) required mechanical ventilation, and 397 (19.7%) died. Independent predictors of mortality were age (odds ratio [OR] 1.051, 95% confidence interval [CI] 1.039, 1.063), being at high-risk for pneumococcal disease (OR 2.040, 95% CI 1.351, 3.083), multi-lobar pneumonia (OR 2.356, 95% CI 1.741, 3.189). Female sex and macrolide therapy were predictors of survival: (OR 0.702, 95% CI.516,.955; and OR 0.554, 95% CI.394,.779, respectively). Either azithromycin or roxithromycin treatment for as short as two days was predictor of survival. Quinolone therapy had no effect. Conclusions Empirical therapy with macrolides reduced odds for mortality by 45%. This effect was evident with azithromycin and with roxithromycin. The effect did not require a full course of therapy. [ABSTRACT FROM AUTHOR]

The present study sought to inquire into the subjective experience of 156 preschoolers (age 4–6.9 years) living in an area of political violence in Israel (on the border with the Gaza Strip) during a period of massive bombing. Children were invited to draw a Person Picking an Apple from a Tree (PPAT), and were interviewed on their sense of self-potency using the CAMP, a measure of potency. Teachers were asked to report problems in executive functions using a few BRIEF scales; and mothers filled out a questionnaire for maternal distress (BSI), a measure of their child strengths and difficulties (SDQ), and were asked to provide their assessment regarding the extent to which their child was exposed to political violence. Findings reveal associations between mothers' distress, the degree of exposure of their child to trauma, and the child's emotional symptoms. PPAT analysis identified four main factors: Tree Generosity, Person Agency, Vividness, and As-Real-R. Positive associations were found between self-potency and the main factors of the drawings; negative associations were found between the child's difficulties in executive functions and the drawing's four main factors; and two small negative associations were found between the child's emotional symptoms and Tree Generosity and As-Real-R factors. The following associations were found within each gender group: mothers' depression degree was associated with boy's Tree Generosity, and mother's perceptions of their girl's exposure to trauma was related to Person Agency, Tree Generosity, and As-Real-R factors; furthermore, a significant difference was found between the narrative focus of drawings in this sample and the narrative focus of drawings of a sample of the same age group from a non-war zone. In addition, narrative focus was found to be related to children's self-potency. The discussion deals with the study's findings through the prism of developmental psychology, self-agency, object-relations, and art-therapy theories. [ABSTRACT FROM AUTHOR]

The psychiatric intake interview is crucial for the delivery of quality care. Currently, the interview in most public clinics varies in nature. It often consists of a clinical face-to-face interview (structured/unstructured) with or without self-report questionnaires (systematic/non-systematic). By integrating structured computerized self-report questionnaires into the intake, the assessment process could be shortened, and diagnostic accuracy increased. The study aims to assess whether adding structured computerized questionnaires will increase the efficacy of the intake process, as indicates by shortened intakes and a higher level of diagnostic accuracy, for children and adolescents in mental health clinics in Israel. Patients (M age = 8.62, SD age = 1.86; 33.8% females) referred to the youth mental health clinic of Maccabi HaSharon district, were included in either the CIA group (Comprehensive Intake Assessment - with questionnaires) or IAU group (Intake as Usual - without questionnaires). In terms of accuracy and time measurements, the CIA group had higher diagnostic accuracy and a shorter intake duration of 6.63 min, almost 15% of an intake meeting, compared to the IAU group. No differences were found in satisfaction and therapeutic alliance between the groups. More accurate diagnosis is essential to tailor the appropriate treatment for the child's needs. Moreover, reducing intake time by a few minutes contributes significantly to the ongoing activities of mental health clinics. With this reduction, more intakes can be scheduled at a given time, optimizing the intake process, and reducing long wait times, which are increasing due to the growing demand for psychotherapeutic and psychiatric care. [ABSTRACT FROM AUTHOR]

Inequalities are one of the foundational subjects in high school math curricula, but there is a lack of academic research into how students learn certain types of inequalities. This article fills part of the research gap by presenting the findings of a study that examined high school students' methods of approaching absolute value inequalities, their common mistakes, misconceptions, and the possible sources of these mistakes and misconceptions. The research study used two tools--a questionnaire and personal interviews. The questionnaire was given to 481 students in the 10th and 11th grades in Israel who studied mathematics at intermediate and advanced levels. It was administered after the students had studied inequalities. Thirty-two students were interviewed in order to find their ways of thinking and the sources of their errors. The main types of mistakes that students consistently made when solving absolute value inequalities were found. Based on the study's findings, teachers can understand students' thought processes and use this understanding to conduct remediation and enhance mathematics instruction.