Science & Mathematics

Key to males of Australian Recifella species1 Palp large and robust, P2 with large robust seta............................................................. 2Palp slender, P2 without heavy seta....................................................................... 32(1) P4 and P5 less robust, P5 length> width, P4 ventrally with smaller setal tubercle and distally with recurved seta........................................................................................... Recifella pinguipalpiferaP4 and P5 robust, P5 length subequal to width, P4 ventrally with a very large setal tubercle.......... Recifella crassipalpis3(1) Postocularia and Dgl-2 not in dorsal furrow................................................................ 5Postocularia and Dgl- 2 in dorsal furrow near eyes, but occasionally fused with dorsal shield.......................... 44(3) P4 with a long dorsodistal seta............................................................. Recifella flagellataP4 without a long dorsodistal seta............................................... Recifella hyporheica Smit, 20075(3) Leg IV sexually dimorphic, either dorsal shield with four glandularia pairs or dorsal shield with three glandularia pairs and one pair posterior to dorsal shield............................................................................ 6Leg IV not sexually dimorphic, dorsal shield with three glandularia pairs, no glandularia in dorsal furrow posterior to dorsal shield................................................................................ Recifella australica6(5) III-leg-2 with a large, not pectinate seta.................................................................... 7III-leg-2 without such large seta.......................................................................... 87(6) Seta of III-leg-2 spatulate, the three specialized setae of IV-leg-5 distally slightly expanded, not hair-like.............................................................................................. Recifella insolitiseta sp. nov.Seta of III-leg-2 not spatulate, specialized setae of IV-leg-5 hair-like, not distally expanded........ Recifella integra sp. nov.8(6) III-leg-5 distal robust seta without pectinations............................................................. 9III-leg-5 distal robust seta with pectinations............................................................... 129(8) III-leg-5 distal robust seta not truncated................................................................... 10III-leg-5 distal robust seta truncated.................................................. Recifella ornata Smit, 200710(9) III-leg-5 distal robust seta broad and distally pointed............................................. Recifella szalayiIII-leg-5 distal robust slender and distally blunt.................................................. Recifella kakadu11(8) Coxa I apex broad, tending to be rounded................................................................. 12Coxa I apex narrow, acute......................................................... Recifella plana Cook, 198612(11) III-leg-5 distal robust seta of usual shape and with marginal pectinations........................................ 13III-leg-5 distal robust seta with few large teeth ventrally.................................. Recifella emma Smit, 200713(12) IV-leg-5 proximal most specialized setae not spatulate....................................................... 14IV-leg-5 proximal most specialized setae spatulate, margins finely serrated................ Recifella ligulifera Smit, 200714(13) IV-leg-5 specialized setae located in distal and proximal half.................................................. 15IV-leg-5 specialized setae located only in proximal half...................................................... 1715(14) IV-leg-5 with one specialized seta proximally and four seta distally (of which three are specialized setae)............................................................................................. Recifella quadriseta sp. nov.IV-leg-5 with one specialized seta proximally and two specialized setae distally................................... 1616(15) IV-leg-5 proximal half with one specialized seta, IV-leg-4 distally with small seta enlarged distally............................................................................................. Recifella pseudoszalayi Smit, 2007IV-leg-5 proximal half with at least two specialized setae, IV-leg-4 distally with large pectinate seta...... Recifella doomba17(14) IV-leg-5 with 2 or 3 specialized long seta and with small pectinations........................................... 18IV-leg-5 specialized setae relatively short and with large pectinations........................................... 2218(17) IV-leg-5 specialized setae with small pectinations........................................................... 19IV-leg-5 distal most specialized seta with large pectinations....................................... Recifella vonjama19(18) IV-leg-5 specialized setae farther apart................................................................... 20IV-leg-5 specialized setae close together.................................................................. 2120(19) IV-leg-5 strongly curved, III-leg-5 robust setae comparatively short............................... Recifella baltoonaIV-leg-5 hardly curved, III-leg-5 robust setae relatively long...................... Recifella colorata (K.O. Viets, 1980)21(19) IV-leg-5 specialized setae on distinct bulge, palp slender........................................ Recifella triradiataIV-leg-5 specialized setae on slight bulge, palp robust.............................................. Recifella tinka22(17) IV-leg-5 middle specialized setae much shorter than others and bifurcate.............................. Recifella bifidaIV-leg-5 middle specialized setae not noticeably shorter than others and not bifurcate.............................. 2323(22) IV-leg-5 specialized setae all pectinate, IV-leg-4 ventral margin straight or sinuate................................. 24IV-leg-5 with one specialized setae mucronate, without pectinations; IV-leg-4 and-5 with ventral margin sinuate.................................................................................. Recifella kimberleyensis Smit, 200724(23) IV-leg-5 with the middle specialized seta blunt, IV-leg-5 ventral margin sinuate.............. Recifella rotundiseta sp. nov.IV-leg specialized setae with the middle seta pointed, IV-leg-5 ventral margin more or less straight or concave.......... 2525(24) Excretory pore terminal......................................................... Recifella agnosta Cook, 1986Excretory pore subterminal.................................................................. Recifella umala

Seanaliza cómo las condiciones sociales, económicas y culturales influyen en el desarrollo de las personas, generando ventajas para algunos grupos y desventajas para otros. Se destaca que factores como el nivel de ingresos, el acceso a la educación y el entorno familiar influyen directamente en las posibilidades de progreso, lo que provoca que no todos los individuos partan desde el mismo punto. También se aborda cómo la desigualdad de oportunidades se manifiesta en distintos ámbitos de la vida cotidiana, especialmente en la educación y el empleo. Las personas que pertenecen a sectores vulnerables suelen enfrentar mayores obstáculos para acceder a servicios de calidad, lo que limita su desarrollo personal y profesional. Esta situación contribuye a que la pobreza y la exclusión social se mantengan a lo largo del tiempo. Resalta la importancia de implementar políticas públicas orientadas a reducir estas brechas, promoviendo la equidad y la inclusión social. Se enfatiza que el acceso igualitario a la educación, la salud y el empleo es fundamental para garantizar que todas las personas tengan la posibilidad de mejorar sus condiciones de vida y participar activamente en la sociedad. Finalmente, se concluye que combatir la desigualdad de oportunidades requiere un esfuerzo conjunto entre gobierno, instituciones y sociedad. Fomentar valores como la justicia, la solidaridad y el respeto por los derechos humanos es clave para construir una sociedad más equitativa, donde todas las personas tengan las mismas posibilidades de desarrollo y bienestar.

Ushbu maqolada bolalarni zo‘ravonlikdan himoya qilishning huquqiy, ijtimoiy va psixologik mexanizmlaritahlil qilingan. Bola huquqlarini ta’minlash masalasi bugungi kunda global miqyosda dolzarb bo‘lib, bu borada davlatva jamiyat institutlarining hamkorligi muhim ahamiyat kasb etadi. Xalqaro tajriba va milliy siyosat uyg‘unligida samaralihimoya tizimini shakllantirish bolalarning xavfsiz rivojlanishini ta’minlashga xizmat qiladi

Maqolada oilaviy tadbirkorlikni tijorat banklari tomonidan moliyalashtirishning xorijiy tajribasi tahlil qilingan.Xitoy Xalq Respublikasi hamda Qozog‘iston Respublikasida tadbirkorlik subyektlarini moliyalashtirishga qaratilgan davlattomonidan yaratilgan imkoniyatlar va shart-sharoitlar ko‘rib chiqilgan. Shuningdek, oilaviy tadbirkorlikni tijorat banklariorqali moliyalashtirish bo‘yicha xorijiy davlatlar tajribasini O‘zbekiston Respublikasi amaliyotiga joriy etish imkoniyatlariyuzasidan ilmiy-amaliy takliflar ishlab chiqilgan.

Maqolada maktabgacha yoshdagi bolalarda emotsional intellektni shakllantirishning nazariy asoslari va amaliy yo‘nalishlari yoritiladi. Tadqiqotda bolalarning his tuyg‘ularini anglash ularni boshqarish, empatiya, ijtimoiy muloqot kabi emotsional ko‘nikmalarni erta yosh davrida shakllanishi alohida urg‘u bilan bayon etiladi. Xalqaro tajribada qo‘llanilayotgan rolli mashg‘ulotlar, hissiy hikoyalar va interfaol metodlarning samaradorligi tahlil qilinadi. Abu Nasr Farobiy, P. Salovey va J. Mayer, L.S. Vygotskiy kabi olimlarning nazariy qarashlari asosida emotsional intellektning tarkibiy qismlari va bolalarning ijtimoiy-kognitiv rivojlanishidagi ahamiyati ilmiy yondashuv asosida tushuntirilgan. Shuningdek, oilaviy muhitning ta’siri, ota-onalarning emotsional madaniyati, pedagog va tarbiyachilarning individual yondashuvlari kabi omillar bolalarning hissiy rivojlanishida muhim o‘rin tutishi ko‘rsatib o‘tiladi.

(Uploaded by Plazi for the IPBES Invasive Alien Species Assessment) Species introductions of anthropogenic origins are a major aspect of rapid ecological change globally. Research on biological invasions has generated a large literature on many different aspects of this phenomenon. Here, we describe and categorize some aspects of this literature, to better understand what has been studied and what we know, mapping well-studied areas and important gaps. To do so, we employ the techniques of systematic reviewing widely adopted in other scientific disciplines, to further the use of approaches in reviewing the literature that are as scientific, repeatable, and transparent as those employed in a primary study. We identified 2398 relevant studies in a field synopsis of the biological invasions literature. A majority of these studies (58%) were concerned with hypotheses for causes of biological invasions, while studies on impacts of invasions were the next most common (32% of the publications). We examined 1537 papers in greater detail in a systematic review. Superior competitive abilities of invaders, environmental disturbance, and invaded community species richness were the most common hypotheses examined. Most studies examined only a single hypothesis. Almost half of the papers were field observational studies. Studies of terrestrial invasions dominate the literature, with most of these concerning plant invasions. The focus of the literature overall is uneven, with important gaps in areas of theoretical and practical importance. We employ the techniques of systematic reviewing and field synopses, widely adopted in other scientific disciplines, to describe and categorize a substantial portion of the literature on biological invasions, to better understand what has been studied and what we know, mapping well-studied areas and important gaps. Among other findings, we report that studies of terrestrial plant invasions dominate the literature, and we identify important gaps in areas of theoretical and practical importance. © 2012 The Authors. Ecology and Evolution published by Blackwell Publishing Ltd.

In (1), the Kaniadakis distribution p(kx) (where x=-ei/T) is studied as a solution of the differential equation sqrt(1+kkxx) dp/dx + p = 0. Here we argue that p(kx) is the solution such that dp/dkx returns p(x) b(x). We further suggest that p(kx) = { g(kx) + kx } power 1/k so that for x>>1, one has p(kx)-> kx power 1/k. For x=0, g(kx) cannot be 0 as this is unphysical. The question becomes: How does one find g(kx)? We consider dp/dx = p yielding the Maxwell-Boltzmann solution p(x) = exp(x) for x= -ei/T. If one wishes the above distribution {} power 1/k to become the Maxwell-Boltzmann for x->0, then it is actually the function within {] which should become exp(kx). This means that one should have a differential equation apply to the argument {} of {} power 1/k, i.e. d ln(p)/dkx = ln(p(kx)) r(kx) such that r(kx) ->1 + 0*x in an x->0 expansion to create the MB distribution. This means that dg/dkx + 1 = (g+kx) * r(kx). There are two ways in which this may occur. First, dg/dxk= g/xk which means that g=xk which implies p(0)=0 which is unphysical or dg/dxk = xk/g which yields g=sqrt(1+kkxx) and r=1/g. This then satisfies the conditions above and leads to the Kanidakis distribution: p(kx) = {sqrt(1+kkxx) + kx} power 1/k.

In team sports such as football, basketball, volleyball, conflict occurs when the subject of the activity is common to each participant in such a conflict, and this participant seeks solely (or with the team) to master the subject of the activity (in sports games with a ball). The study revealed that the effects of the factors studied, such as age, comparison of situations of confrontation and their interaction, are significant at the age of 12-14 years; with an increase in the complexity of situations and a decrease in age, the time spent on making decisions increases; the quality of systematization of minimal situations of confrontation is largely determined by the age of athletes and the static structure of situations. The results of the study of the characteristics of systematization of minimum situations of confrontation by athletes 12-14 years old show that the time of comparison of situations of confrontation of various types of athletes 12, 13 and 14 years decreases with increasing age of athletes. It was revealed that the indicators depend on the type of the situation of confrontation being solved.

Maharashtra is one of India’s richest cultural regions, and its Buddhist heritage forms a particularly significant part of this legacy. The state has the highest number of ancient Buddhist rock-cut caves in India, reflecting a vibrant monastic and artistic tradition that flourished from the 3rd century BCE to the 7th century CE. Iconic sites such as Ajanta, Ellora, Karla, Bhaja, Kanheri and Junnar illustrate the development of chaityas, viharas, stupas and murals, and highlight Maharashtra’s historical role along major trade routes linking the coast with the Deccan. These cave complexes attract international visitors, especially from East and Southeast Asia, as well as large numbers of domestic tourists and academic groups. Despite their importance, issues like overcrowding, limited connectivity and conservation challenges persist. With improved infrastructure, heritage interpretation and sustainable tourism planning, Maharashtra has the potential to become a leading global centre for Buddhist tourism and cultural appreciation.

(Uploaded by Plazi for the IPBES Invasive Alien Species Assessment) Macroecology is the study of patterns, and the processes that determine those patterns, in the distribution and abundance of organisms at large scales, whether they be spatial (from hundreds of kilometres to global), temporal (from decades to centuries), and organismal (numbers of species or higher taxa). In the context of invasion ecology, macroecological studies include, for example, analyses of the richness, diversity, distribution, and abundance of alien species in regional floras and faunas, spatio-temporal dynamics of alien species across regions, and cross-taxonomic analyses of species traits among comparable native and alien species pools. However, macroecological studies aiming to explain and predict plant and animal naturalisations and invasions, and the resulting impacts, have, to date, rarely considered the joint effects of species traits, environment, and socioeconomic characteristics. To address this, we present the MAcroecological Framework for Invasive Aliens (MAFIA). The MAFIA explains the invasion phenomenon using three interacting classes of factors – alien species traits, location characteristics, and factors related to introduction events – and explicitly maps these interactions onto the invasion sequence from transport to naturalisation to invasion. The framework therefore helps both to identify how anthropogenic effects interact with species traits and environmental characteristics to determine observed patterns in alien distribution, abundance, and richness; and to clarify why neglecting anthropogenic effects can generate spurious conclusions. Event-related factors include propagule pressure, colonisation pressure, and residence time that are important for mediating the outcome of invasion processes. However, because of context dependence, they can bias analyses, for example those that seek to elucidate the role of alien species traits. In the same vein, failure to recognise and explicitly incorporate interactions among the main factors impedes our understanding of which macroecological invasion patterns are shaped by the environment, and of the importance of interactions between the species and their environment. The MAFIA is based largely on insights from studies of plants and birds, but we believe it can be applied to all taxa, and hope that it will stimulate comparative research on other groups and environments. By making the biases in macroecological analyses of biological invasions explicit, the MAFIA offers an opportunity to guide assessments of the context dependence of invasions at broad geographical scales.