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In this paper, I explore whether perceived individual inequality is associated with popular demand for democracy in 33 African countries. Past research has diverged on whether individual-level inequality should increase or decrease support for democracy, with some arguing that people might see democracy as a solution to inequality, and others that people might see it as a cause. Much of this research however uses country- level measures of inequality. Recent research however increasingly suggests that such country-level scores of inequality insufficiently capture how ordinary people perceive levels of inequality. I advance our understanding of co-variates of demand for democracy by using a perceptual measure of inequality from the Afrobarometer survey: how people feel their living situation compares to others in their country. I find that perceived relative equality is significantly associated with greater demand for democracy, while perceptions of both relative deprivation and relative advantage are significantly associated with lower democratic demand. These effects are largely significant above and beyond the effect of absolute poverty and known predictors of demand for democracy, such as free and fair elections and level of education.

Practitioners face the problem of how to communicate their understanding of a Zen question, or koan, during community-wide teacher-student interviews, called Dharma combat. An ethnographic & conversation analysis of the interview discourse shows how the teacher interactionally uses the koan, not only to initially challenge, but to further question, formulate the student's answer, & make evaluative comments. Given the Zen proscriptions about discursive, rational answers, examined is how the demonstration of understanding is preferred & how such demonstration is interactionally called for, produced, & assessed. It is concluded that Zen practices are recreated through talk. 1 Appendix, 25 References. AA

A year ago, Paraphernalia had just opened. Before, the word \"boutique\" had been loosely applied to a few stores scattered through midManhattan-- Act I, Splendiferous, Serendipity. Now, the boutique has multiplied by arithmetic progression and produced a sensibility of its own. In the meantime, Paraphernalia has become a nationwide chain. Soon, there will be a boutique on every corner-- the Drugstore of the Sixties.

Recent developments in complex systems analysis have led to new techniques for detecting causal relationships using relatively short time series, on the order of 30 sequential observations. Although many ecological observation series are even shorter, perhaps fewer than ten sequential observations, these shorter time series are often highly replicated in space (i.e., plot replication). Here, we combine the existing techniques of convergent cross mapping (CCM) and dewdrop regression to build a novel test of causal relations that leverages spatial replication, which we call multispatial CCM. Using examples from simulated and real-world ecological data, we test the ability of multispatial CCM to detect causal relationships between processes. We find that multispatial CCM successfully detects causal relationships with as few as five sequential observations, even in the presence of process noise and observation error. Our results suggest that this technique may constitute a useful test for causality in systems where experiments are difficult to perform and long time series are not available. This new technique is available in the multispatialCCM package for the R programming language.

At the global scale, human activities are threatening the extinction of many species. It remains debated, however, whether there has been corresponding loss of biodiversity at the smaller spatial scales at which species loss often erodes ecosystem functioning, stability and services. Here we consider changes in local biodiversity and productivity over 37 years in 21 grasslands and savannahs with known agricultural land-use histories. We show that, during the century following agricultural abandonment, local plant diversity recovers only incompletely and plant productivity does not significantly recover. By 91 years after agricultural abandonment, despite many local species gains, formerly ploughed fields still had only three quarters of the plant diversity and half of the plant productivity observed in a nearby remnant ecosystem that has never been ploughed. The large and growing extent of recovering ecosystems provides an unprecedented opportunity to reverse the impacts of habitat loss. Active restoration efforts are needed to enable and accelerate recovery. Analysing changes in grasslands and savannahs following agricultural abandonment, the authors show that even after more than 90 years, plant diversity and productivity recovered by only 73% and 53%, respectively.

Recent trends in the HIV response are especially concerning. Although the number of new HIV infections and AIDS-related deaths have markedly decreased since the epidemic peaked, little progress has been made in reducing new infections in the past decade. Without further reductions in HIV incidence, a resurgence of the epidemic is inevitable, as the largest ever generation of young people age into adolescence and adulthood. Yet where vigilance and renewed efforts are needed, there are disturbing indications that the world's commitment is waning. Allowing the HIV epidemic to rebound would be catastrophic for the communities most affected by HIV and for the broader field of global health. If the world cannot follow through on HIV, which prompted such an extraordinary global mobilisation, hopes for achieving the ambitious health aims outlined in the SDGs will inevitably dim.At this moment of uncertainty for the future of the HIV response and for global health generally, the International AIDS Society and The Lancet convened an international Commission of global experts and stakeholders to assess the future of the HIV response in the context of a more integrated approach to health. A central finding of the Commission is that the HIV epidemic is not on track to end and that existing tools are insufficient. Although antiretroviral therapy (ART) has transformed the HIV response by averting deaths, improving quality of life, and preventing new HIV infections, HIV treatment alone will not end the epidemic. The UNAIDS 90-90-90 approach must be accompanied by a similarly robust commitment to scaled-up primary HIV prevention and to the development of a preventive vaccine and a functional cure for HIV. Ironically, the diminishing energy on HIV is occurring at the moment when lessons learned during the HIV response could serve as pathfinders in the quest for sustainable health for all.

In the widely accepted ‘unified model’1 solution of the classification puzzle of active galactic nuclei, the orientation of a dusty accretion torus around the central black hole dominates their appearance. In ‘type-1’ systems, the bright nucleus is visible at the centre of a face-on torus. In ‘type-2’ systems the thick, nearly edge-on torus hides the central engine. Later studies suggested evolutionary effects2 and added dusty clumps and polar winds3 but left the basic picture intact. However, recent high-resolution images4 of the archetypal type-2 galaxy NGC 10685,6, suggested a more radical revision. The images displayed a ring-like emission feature that was proposed to be hot dust surrounding the black hole at the radius where the radiation from the central engine evaporates the dust. That ring is too thin and too far tilted from edge-on to hide the central engine, and ad hoc foreground extinction is needed to explain the type-2 classification. These images quickly generated reinterpretations of the dichotomy between types 1 and 27,8. Here we present new multi-band mid-infrared images of NGC 1068 that detail the dust temperature distribution and reaffirm the original model. Combined with radio data ( J.F.G. and C.M.V.I., manuscript in preparation), our maps locate the central engine that is below the previously reported ring and obscured by a thick, nearly edge-on disk, as predicted by the unified model. We also identify emission from polar flows and absorbing dust that is mineralogically distinct from that towards the Milky Way centre.

Oxidant stress can contribute to health and disease. Here we show that invertebrates and vertebrates share a common stereospecific redox pathway that protects against pathological responses to stress, at the cost of reduced physiological performance, by constraining Ca2+/calmodulin-dependent protein kinase II (CaMKII) activity. MICAL1, a methionine monooxygenase thought to exclusively target actin, and MSRB, a methionine reductase, control the stereospecific redox status of M308, a highly conserved residue in the calmodulin-binding (CaM-binding) domain of CaMKII. Oxidized or mutant M308 (M308V) decreased CaM binding and CaMKII activity, while absence of MICAL1 in mice caused cardiac arrhythmias and premature death due to CaMKII hyperactivation. Mimicking the effects of M308 oxidation decreased fight-or-flight responses in mice, strikingly impaired heart function in Drosophila melanogaster, and caused disease protection in human induced pluripotent stem cell-derived cardiomyocytes with catecholaminergic polymorphic ventricular tachycardia, a CaMKII-sensitive genetic arrhythmia syndrome. Our studies identify a stereospecific redox pathway that regulates cardiac physiological and pathological responses to stress across species.