Climate breakdown demands new ways of thinking, new ways of relating to other human and non-human beings, and therefore new ways of approaching the future. Approaches to the future that adequately account for the climate need to be sufficiently far-reaching to avoid quick-fix solutionism, and sufficiently grounded to avoid unbounded flights of visionary fancy. The climate crisis is a gritty, contested situation that cannot be approached through one means alone. If architecture and spatial practice realise their inherent interdisciplinary potential, they could contribute to forming new modes of spatial relation that have profoundly social and climatic implications. The reverse is equally true: the social, economic, and environmental shifts required will bring new spatial formations which require new spatial practices. This essay explores how futures may be thought of in terms more appropriate to climate. Architects and spatial practitioners are capable of effecting social and ecological change despite their historical implication in the structures and practices of the extractive capitalist system within which they operate. The different projects and practices studied here, from the 1960s to the present, offer ways of thinking about the future that have spatial consequences in the built environment but reach into wider socio-political and ecological realms. What we can take from these practices and projects are lessons in how systemic change must guide design for the future, and how new spatial relations can support this change rather than circumscribe its parameters. As the various practitioners described in this essay prove, subverting systems from within is possible. And from that subversive first step, critical, imaginative, and projective steps can follow.

We correlate the annual Wolf numbers W and their time derivatives Wʹ by shifting time fragments of W and Wʹ relative to each other. The most significant (up to 0.874) correlation is with 3 years shifts for fragments covering 14 years. For longer and shorter periods, the correlation coefficients 0.771–0.855 with 2–3 years shift. The most significant 9 years shift corresponds to -0.852/-0.824 anti-correlation coefficient for 14/11 years period. The other periods are less significant. To evaluate predictive estimates, we use the times series fragments of W shifted back into the past. A forecast can be made using the leading graphs based upon the derived calibration factor. Test calculations show that the most effective is the calibration factor calculated for changing the phase of the cycle. The best linear pairwise correlation coefficient of the approximation is 0.94.

Amid multiple crises in our world, academic theology is facing a crisis in Catholic higher education, leading to a smaller place for theology and religious studies in increasingly precarious Catholic institutions. Rather than succumbing to despair or continuing in denial, this address encourages theologians to embrace the virtue of humility and the smallness of the vocation of the theologian in the midst of this turmoil. As “theologians minor” we are called to embrace our own smallness and our own importance in the church and the world, and to build communities closer to the margins of our church and world to which we provide a vital witness.

This article re-examines the scholium on Euripides, Andromache 445, which several scholars have used to support the claim that Andromache premiered outside Athens, and concludes that both the scholium itself and a remark in the play's hypothesis rather suggest that the play was produced in Athens as part of a dramatic competition.

Statistical study of 3047 active regions (ARs) from 1996 to 2021 was performed using the catalog of the magneto-morphological classes (MMC) of ARs CrAO. According to the magneto-morphological classification of ARs proposed earlier, all ARs, except for unipolar spots, were sorted out between two categories: regular (bipolar groups obeying the Hale’s polarity law, the Joy’s law, etc.) and irregular ARs (all the rest). We analyzed the number and fluxes of ARs depending on their location in different (relative to the equator) hemispheres. We found that the trends for fluxes are more pronounced. For ARs of both MMC types, they demonstrate signs of both a multi-peak and double-peak structure. Some peaks coincide with the main maxima of the cycle. The second main maximum is mainly formed by the irregular ARs in the S-hemisphere. This might be due to the interaction of the dipole and quadrupole components of the global magnetic field.

Speaking on a popular TV show in 1990, soon after the collapse of the previous regime, long-time dissident and doyen of Bulgarian historical science, former Dean of the Faculty of History at the University of Sofia, Nikolay Genchev, insisted on putting the ‘Bulgarian national interest’ ‘above all’. Genchev said with regret that ‘the Bulgarian national problem has recently appeared mainly as a Turkish problem’. Irritated, he added that it is talked about ‘only for the Turks . . . [in spite of the fact that there were only] a million [Turkish] people living in this country’. He followed up with apocalyptic predictions that Yugoslavia wanted Pirin (or Bulgarian) Macedonia, Romania longed for Dobrodja (which is split between Bulgaria and Romania), the Turks claimed secession, and therefore only the ‘hard chest of the Balkan’ remained.

The complex regulatory framework governing the U.S. health care system can be an obstacle to programming that address health-related social needs. In particular, health care fraud and abuse law is a pernicious barrier as health care organizations may minimize or forego programming altogether out of real and perceived concern for compliance. And because health care organizations have varying resources to navigate and resolve compliance concerns, as well as different levels of risk tolerance, fears related to the legal landscape may further entrench inequities in access to meaningful programs that improve health outcomes. This article uses food and nutrition programming as a case study to explore the complexities presented by this area of law and to highlight pathways forward.

Stellar activity depends on multiple parameters one of which is the age of the star. The members of open clusters are good targets to observe the activity at a given age of the stars since their ages are more precisely determined than that of field stars. Choosing multiple clusters, each with different age, gives us insight to the change in activity during the lifetime of stars. With the analysis of these stars we can also refine the parameters of gyrochronology (Barnes 2003), which is a method for estimating the age of low-mass, main sequence stars from their rotation periods.

This article proposes a new acrostic (SAPI) and telestic (SOIS) at Laus Pisonis 227–30. Their position opposite one another is an indication that they are to be read as a single sentence and an admonition to both dedicatee and reader that poet and patron need each other to gain eternal fame. The telestic allows us to reconstruct the poet's usus scribendi of the reflexive possessive pronoun suus.

Fossil capitate hydrozoans require exceptional conditions for preservation. Here we describe Bertratis ciurcae new genus, new species from the Silurian (Pridoli) of southern Ontario and upper New York State, where it occurs in association with a diverse assemblage of eurypterids. Only the float (pneumatophore) is well preserved, surviving as a thick carbonaceous compression. The new taxon is the largest fossil capitate reported, reaching a width of 17 cm, and the third Porpita-like example known from the Paleozoic. It was a rare pelagic component of the biota of the well-known Bertie Group Lagerstätten.

UUID: http://zoobank.org/1eb789e3-67b4-4e46-9baf-6320d4b67d6c