The global financial crisis exposed the sovereign-bank nexus as a driver of financial instability and an impediment to economic growth. Little attention has been paid to the interaction of banking regulation and public finance. This study analyzes the interaction between the prudential regulation of banks’ capital requirements and constitutional fiscal rules. We hypothesise that a conflict occurs between the regulatory privileged treatment of sovereign bonds held by banks and the market exposure logic enshrined in constitutional fiscal rules. This is particularly problematic in currency unions such as the US and the euro area. Our legal analysis builds on an empirical econometric assessment showing that peripheral euro area governments increase their debt following a tightening in macroprudential capital regulation, laying bare the undesired interaction between banking regulation and constitutional rules.

We assessed inpatient antibiotic use over six fiscal years at Tanzania’s national cardiac referral hospital. Overall use was 29.9 defined daily doses per 100 bed-days. Carbapenems were dominant. Reserve agents comprised 47.0%, and watch agents comprised 31.7%. Patterns indicate missed access targets and a need to strengthen stewardship in cardiac care.

Maternal affect contributes to children’s psychosocial adjustment. How maternal daily affect intensity and dynamics (i.e., inertia and variability) are associated with adolescents’ psychopathological symptoms, however, remains unclear. This preregistered study examined (1) associations of maternal day-to-day positive and negative affect intensity, inertia, and variability with psychopathological symptoms in adolescence and young adulthood, and (2) how mother–adolescent affect congruency moderates these associations. Mother–adolescent dyads (N = 488) reported positive and negative affect in 75 daily assessments across ages 13 – 17 years. Adolescents rated their psychopathological symptoms at ages 14 – 18, 20, and 27 years. Maternal affect intensity was associated with adolescent psychopathological symptoms, while maternal affect dynamics were inconsistently associated with symptoms in young adulthood. Mother–adolescent affect congruency only moderated the effects of positive affect intensity and variability, in that high-congruent adolescents reported lower internalizing symptoms at age 20 than low-congruent adolescents. No other interaction effects were found. While maternal affect intensity and dynamics seem to contribute to youth psychopathology, evidence for the role of mother–adolescent affect congruency remained limited.

Contemporary deterrence scholarship remains disproportionately focused on military instruments, often neglecting the strategic utility of diplomacy, information, and economic statecraft. Our study addresses this imbalance through a new methodology for analysing how authoritarian states respond to the range of foreign policy tools: diplomatic, information, military, and economic (the DIME framework). Using a state’s propaganda, official statements, and media (POSM) to capture target states’ reactions to adversarial DIME actions, we offer an innovative analytical framework that enhances understanding of deterrence dynamics beyond the military sphere. Within the framework, we use computational text analysis, statistical analysis, and data visualisation to create a replicable process for analysing POSM big data. Applying this methodology to a case study of China, we find that Beijing’s POSM-based responses to information tools – such as public criticism of censorship and information control by NGOs – are more negative than to diplomatic, military, or economic tools. Our methodology contributes to deterrence theory and policy through its insight into non-military effects and by offering a scalable process for empirical analysis ripe for AI implementation. For policymakers, our process and findings hold implications for crafting more effective and sustainable deterrence strategies in an increasingly complex international security environment.

In two fields that are currently of high political salience and strategic significance – the regulation of digital platforms, and the regulation of environmental and human rights impacts in global value chains – the EU has taken a strikingly similar regulatory approach. In the 2022 Digital Services Act and the 2024 Corporate Sustainability Due Diligence Directive, it has charged large companies with managing risks to various public values and concerns. In this contribution, we critique this shared regulatory approach. First, we argue that regulating dominant corporations via risk management obligations actually reinforces their power in three ways: it is inherently deferential to corporate power and profitability; it reinforces technocratic framings of policy problems which discourage political contestation of economic governance; and it allows corporations to evade responsibility by framing negative impacts of their activities as external problems against which they protect the public. Second, these problem framings shape the implementation as well as the content of regulations. Specifically, they direct compliance and enforcement efforts to procedure over substance; and create significant practical barriers to public and private enforcement. We conclude by discussing the implications of our analysis in the context of the EU’s current deregulatory agenda.

In recent years, evidence for extraterrestrial life has focused mainly on the following sections, meteorites, space probes, radio telescopes, and extraterrestrial intelligence and civilization. Biochemical studies on meteorites have tried to trace fossilized microorganisms or organic molecules in living structures. Images and atmospheric information obtained from various planets by space probes have been used to uncover the habitability of other celestial bodies in the solar system. Observations of radio telescopes that receive the waves emitted by cosmic objects and display them on their screens have pave the way to estimate the habitability of heavenly bodies. As the last one, claims related to extraterrestrial intelligence and civilization have been repeatedly reported in different periods of history. All of this evidence points to the possibility of extraterrestrial life, but how close we are to confirming or disproving this hypothesis is still debatable. However, recent advancements in artificial intelligence, particularly in machine learning, have significantly enhanced the ability to analyze complex astrobiological data. This technology optimizes the processing of meteoritic data, differentiates astronomical signals, and reinterprets historical evidence, opening new frontiers in the search for extraterrestrial life. In this review, we have attempted to present the above-mentioned evidence in detail to provide a suitable understanding of the level of our extraterrestrial knowledge.

The welfare of fast-growing broiler chickens (Gallus gallus domesticus) raised in intensive farming systems is of global concern for the public, animal advocates and animal welfare scientists. This study investigated the animal husbandry factors which affect broiler chicken welfare on farms in West Java, Indonesia. Foot-pad dermatitis (FPD) and hock burn (HB) were used as welfare indicators with data collected from 14 farms across West Java. Welfare Quality® data were collected from 150 chickens from six locations on each farm, a total of 2,104 chickens, alongside data on the husbandry management and micro-climate inside the chicken house. Cumulative Link Mixed Models (CLMM) were employed using the ordinal package in R to analyse environmental predictors of welfare indicators. Litter quality and breed of chicken were predictors of FPD, whereas litter quality, bodyweight, light intensity, humidity, wind and CO2 predicted HB. There was wide variation in the FPD scores between farms. Sampling locations at the door end of the chicken houses showed consistently worse litter scores, welfare outcomes, and higher variation in micro-climate compared to areas near the negative pressure fans. Chickens were usually sent for slaughter at 32 days, which resulted in better welfare outcomes compared to other countries reported in the literature, where chickens are usually slaughtered at an older age and heavier bodyweight. This research could form the basis for better welfare standards on broiler chicken farms in Indonesia.

Our ability to measure evolution by natural selection in the fossil record is limited by the near impossibility of estimating the fecundity and thus relative fitness of most fossil organisms. Neocheilostome bryozoans are an important exception, because they have calcified larval brood chambers known as ovicells that provide an approximate estimate of the colony’s sexual fecundity. This clade has a rich fossil record dating back ~100 million years, providing potential opportunities to observe changes in relative fitness and natural selection through many past intervals of environmental change. However, neocheilostome fossil specimens are often highly fragmented, and fragments are not necessarily randomized subsets of a colony. To make use of the majority of the neocheilostome fossil record, we need to test the effect colony organization has on our methods of inferring colony fecundity from fragmented specimens.

In this study, we measure colony fecundity in a population of Recent neocheilostome bryozoan specimens of the species Parasmittina eccentrica Winston & Jackson, 2021 and quantify the nonrandom spatial arrangement of ovicells due to colony organization. We then simulate fragmenting these specimens and test the statistical robustness of standard methods one might use to reconstruct fecundity from fossil specimens. We find that ovicells are clustered and concentrated at mid-distances from the ancestrula (the oldest part of the colony). As a result, estimates of a colony’s fecundity from a single fragment have higher variance than would be expected if ovicells were randomly distributed. When estimating average population fecundity, observed variance among fossil fragments is a better estimator of sample variance than methods that assume spatial independence (such as a binomial distribution), especially for fragment sizes of 8 mm or less. While there is much to be learned about neocheilostome ovicell arrangement across taxa and environments, we can robustly estimate fecundity from small fossil fragments even in extinct neocheilostome species.

The concept of heteronomy, as developed by Kant, has long remained underutilized in constitutional theory. The present article takes as its point of departure Kant’s transcendental formulation of the balance between autonomy and heteronomy as a crucial element in the safeguarding of individual freedom and the integrity of the constitutional order. Kant developed his argument in two stages. In the transcendental, ahistorical stage, he constructs autonomy as a form of self-binding to certain universal maxims, which renders his constitutional theory a duty-based one, in which moral autonomy amounts to self-heteronomy. At this juncture, Kant maintains his principled objection to constitutional heteronomy as reflected in his argument about majority-decision, his rationale for a system of separation of powers that ensures legislative supremacy, and his anti-paternalistic account of law. In the pragmatic, historical stage, Kant’s arguments appear to have been shaped by his engagement with the political developments of the late 18th century. The adoption of an anthropological mode of thought led his constitutional theory to evolve towards a form of coercive heteronomy. A number of paternalistic attitudes can then be identified, including Kant’s endorsement of monarchy as a superior route to republicanism, his argument for constrained republican representation without universal right to vote, and his opposition to the right to resist oppression. While this article aims to provide an internal critique of Kant’s theory of constitutional heteronomy, it also underscores the timeliness of his contribution to the field, as it sheds early light on one of the formative dilemmas that continues to plague liberal constitutionalism today.

Late-season escapes of Palmer amaranth and waterhemp (both are Amaranthus species) pose a significant challenge in cotton production due to their high fecundity, herbicide resistance, and ability to replenish the weed seedbank at harvest. While harvest weed seed control (HWSC) has been adopted in grain systems, its feasibility in cotton remains unknown due to differences in cotton harvesting equipment design. Therefore, this study aimed to determine the fate of Amaranthus spp. seeds during harvest with cotton pickers and stripper harvesters, and evaluated the efficacy of an impact mill to destroy a range of weed seeds present in different types of cotton debris. Along with the seed cotton, cotton strippers removed 52% of the Amaranthus seeds, compared with just 7% with pickers, which are then cleaned at the cotton gin. About 85% of the seeds were retained on the plant after harvest by the pickers, and about 15% by the strippers. Seeds shattered to the ground accounted for 8% with pickers and 18% with strippers. Additionally, the cotton stripper’s field cleaner mechanism removed 15% of the weed seeds. Together, seeds collected in seed cotton, retained on the plant, or separated by field cleaners (in strippers) represent points for HWSC implementation. Different types of cotton debris were then run through a stationary weed-seed impact mill with a known number of seeds for seven weed species to determine seed destruction efficacy. The stem debris had a 29% moisture content, which is too high for the impact mill and caused mill clogging; however, seed kill levels of 98% were achieved in bur debris and gin debris types, values similar to those reported in grain systems. Together, these findings provide a framework for incorporating HWSC practices into cotton, offering growers and processors a way to reduce weed seedbank inputs.