bluuebunny/crossref_metadata_2025_split huggingface dataset:
Sanitary-Hygienic Research to Ensure State Sanitary-Epidemiological Surveillance in the Republic of Kazakhstan
Authors: Moldayazova Lyazzat , Shagatayeva Bibigul , Zhapalakov Baser , Utegenova Elmira , Amrin Meiram 
Published: November 2024

Abstract

Objective
There are numerous factors that impact human health. Sanitary and hygienic conditions in the workplace and living environments, the state of the environment, and nutrition levels play a significant role in determining environmental quality. An integral part is also the organization of effective treatment and preventive health care services for the population. The purpose of this study is to analyze the sanitary and hygienic situation in the Republic of Kazakhstan.

Methods
The methodological framework employed general theoretical methods, statistical analysis, and techniques for systematizing information.

Results
During the study, it was determined that in several cities, high levels of respiratory and skin morbidity are recorded, linked to elevated concentrations of dust, ammonia, hydrogen fluoride, and nitrogen dioxide. As a consequence of chemical contamination of drinking water sources, there is an escalation in the incidence of nephritis and hepatitis, an upsurge in the number of toxicosis cases among pregnant women, and congenital anomalies. The sanitary condition of settlements greatly impacts the development of satisfactory living conditions.

Conclusions
Therefore, this research holds significant practical relevance, and the findings can be utilized by specialists in relevant fields to analyze and address the identified problems, as safeguarding public health, development, and improvement of its protection system is currently becoming one of the paramount tasks.
The Pathophysiology of Injuries and Deaths Managed in Emergency Departments After Earthquake Disasters: A Narrative Review
Authors: Yilmaz Sarper , Tatliparmak Ali Cankut , Ak Rohat 
Published: November 2024

Abstract
Earthquakes cause devastating effects, resulting in the deaths of thousands of people each year. Understanding the full range of impacts, including fatalities, and the pathophysiological mechanisms underlying these effects is crucial for mitigating the aftermath of earthquakes. Therefore, this review aims to: delineate the critical golden time periods following earthquakes and identify the most effective responses and resilience factors during these periods; accurately define the terminology for injuries sustained post-earthquake; elucidate the basic pathophysiology of CRUSH injury-induced myopathy, one of the most significant pathologies in post-earthquake patient management; explore the role of nitric oxide (NO) mechanisms in crush injuries, which are believed to be fundamental to the “smiling death phenomenon” and represent the unseen part of the iceberg; and highlight the importance of the 3 main phenomena responsible for mortality—acidosis, coagulopathy, and hypothermia—during disasters. This comprehensive review, based on the latest literature, encompasses search and rescue, pre-hospital processes, emergency department procedures, and subsequent internal and surgical management algorithms.
Compellence by denial against armed groups: UN peacekeeping in Ituri, the Democratic Republic of the Congo
Authors: Ohnishi Ken 
Published: November 2024

AbstractPeace operations are often deployed to countries where conflicts are effectively ongoing, with mandates to protect civilians and provide security. With the authorisation to use force beyond self-defence, peacekeepers are expected to exert military pressure on armed groups to induce them to abandon violence and join peace processes. Such an approach falls in the domain of compellence. Given that peace operations struggle to adapt to this new expectation, it is imperative to find effective ways of compelling armed groups. While studies on compellence agree on the effectiveness of denial-type pressure, its specific forms are highly context-dependent. What is the most effective way to achieve denial against armed groups in the context of peace operations? There are four such approaches: attrition, stronghold neutralisation, decapitation, and counter-coercion negation. A case study of peacekeeping by the United Nation in Ituri reveals that stronghold neutralisation and counter-coercion negation were especially important for compelling rebels to disarm. As existing studies have not examined the effectiveness of specific forms of denial in peace operations, the finding contributes significantly to the literature on compellence and peace operations.
The Many Faces of Birthing Freedom
Authors: Chadwick Rachelle 
Published: November 2024

Abstract
What would birth be like in a feminist world? In this essay, I explore this question, asking what feminist freedom means in relation to birthing. Engaging in an imaginative inquiry that is rooted in respect for plurality, I explore the multifaceted dimensions of what we, as feminists, are fighting for in relation to birth. Building on a diverse array of feminist theories and philosophies of freedom (including the work of Simone de Beauvoir, Drucilla Cornell, and Marilyn Frye) and inspired by the work of Iris Marion Young on the five faces of oppression, I outline five faces of birthing freedom, namely: (1) freedom from oppression, (2) freedom to labor, (3) freedom to be-in-relation, (4) freedom from violence, and (5) freedom to imagine. I argue that these faces are all necessary conditions for the realization of birthing freedom. At the same time, the five faces of birth freedom that I outline here are only provisional and are grounded in my specific standpoint. My approach recognizes plurality and is not meant to be exhaustive but rather hopes to spark imaginings, invite extensions and revisions, and initiate conversations.
Measurement of snowpack density, grain size, and black carbon concentration using time-domain diffuse optics
Authors: Henley Connor Andrew , Meyer Colin Richard , Chalif Jacob Ian , Hollmann Joseph Lee , Raskar Ramesh 
Published: November 2024

Abstract
Diffuse optical spectroscopy (DOS) techniques characterize scattering media by examining their optical response to laser illumination. Time-domain DOS methods involve illuminating the medium with a laser pulse and using a fast photodetector to measure the time-dependent intensity of light that exits the medium after multiple scattering events. While DOS research traditionally focused on characterizing biological tissues, we demonstrate that time-domain diffuse optical measurements can also be used to characterize snow. We introduce a model that predicts the time-dependent reflectance of a dry snowpack as a function of its density, grain size, and black carbon content. We develop an algorithm that retrieves these properties from measurements at two wavelengths. To validate our approach, we assembled a two-wavelength lidar system to measure the time-dependent reflectance of snow samples with varying properties. Rather than measuring direct surface returns, our system captures photons that enter and exit the snow at different points, separated by a small distance (4–10 cm). We observe clear, linear correlations between our retrievals of density and black carbon concentration, and ground truth. For black carbon concentration the correlation is nearly one-to-one. We also find that our method is capable of distinguishing between small and large grain sizes.
Jaak Panksepp’s primary emotions are associated with Diener’s global life satisfaction: How low arousal of the SADNESS/separation distress system could form the core of life satisfaction?
Authors: Davis Kenneth L. , Montag Christian 
Published: November 2024

Abstract
We compared Ed Diener’s Satisfaction With Life Scale (SWLS), which was designed as a purely cognitive measure of global life satisfaction, with the Affective Neuroscience Personality Scales 3.1, which provides self-report measures of Panksepp’s six primary emotions (excluding LUST), in two English-speaking samples: a main sample and a hold-out validation sample. Our data showed robust negative correlations between higher satisfaction with life and lower FEAR, lower SADNESS/Separation Distress, and positive associations (albeit less strong) between higher satisfaction with life and higher PLAY and SEEKING in both samples. The relationships between the SWLS and at least four of Panksepp’s primary emotions suggest Diener’s SWLS is not purely cognitive and includes a strong affective component. In addition, detailed analysis of the negative correlation between the SWLS and the ANPS 3.1 SADNESS scale provides insight into the importance of the low arousal end of the SADNESS/Separation Distress brain system and supports the idea of a continuum of psychological states from high SADNESS including loneliness and depression to low SADNESS psychological states characterized by social comfort, self-confidence, and social strength.
What Is Democracy?
Authors: Kahn Paul W. 
Published: November 2024

Abstract
Modern democracies, including the United States, rely upon three normative elements: (1) rights expressing the dignity of the citizen; (2) law expressing a commitment to public reason; (3) elections as the method of selecting representatives. In each dimension, citizens are to see a representation of themselves as popular sovereign. Morality and law are not matters to be resolved at the polls. Yet, popular opinion, supported by contemporary social sciences, tends to reduce democracy to the third element. On this view, the higher the voter turnout, the better the democracy. In an age in which we worry as much about majority, as minority, tyranny, this view is not credible. A mob at the polls is still a mob even if it is a majority. An exclusive focus on quantification represents a profound misunderstanding of the meaning of democracy. Democratic politics includes an interpretive practice across the moral and the legal dimensions. It relies as much on persuasion as on proof. Recovery of a vibrant democratic life requires a renewed appreciation of a public humanities, not as a pastime but as way of living.
Life and Fate and the Public Humanities in the Age of AI
Authors: Moran Joe 
Published: November 2024

Abstract
In his novel Life and Fate, Vasily Grossman imagines that we will one day engineer an artificial intelligence that will mimic humans in every way. In order to reproduce “the peculiarities of mind and soul of an average, inconspicuous human being,” however, the computer that houses it will have to be bigger than the Earth. This essay takes Grossman’s novel as the start and endpoint for a discussion about the role of the public humanities in the age of artificial intelligence (AI). The response of the humanities to the pervasive fatalism about an AI-driven future should be twofold. First, they can serve as an antidote to a credulous, amnesiac present which sees the future as already decided, with inexorable effects that we can only adapt to. Second, they can challenge the now pervasive view of intelligence as computational and algorithmic. The humanities refuse to see humans as codable, or as just part of the data stream. We should certainly study the ways in which AI is changing what it means to be human, but we should never lose sight of what is most astonishing, and uncopiable, about us.
Current conservation status and potential distribution under climate change of Michelia lacei, a Plant Species with Extremely Small Populations in Yunnan, China
Authors: Liu Yang , Cai Lei , Sun Weibang 
Published: November 2024

AbstractMichelia lacei W.W. Smith, a magnolia species categorized as Endangered on the IUCN Red List, is subject to severe disturbance. We carried out field surveys and a review of literature records to present a detailed description of the current status of M. lacei. We then predicted the potential distribution of M. lacei under different climatic scenarios based on 60 occurrence records (53 recorded during our field surveys and 7 earlier records) and 19 bioclimatic variables from the WorldClim database. We selected 18 locations and four bioclimatic variables for model training. Temperature seasonality and annual temperature range were the most influential variables for predicting the potential distribution of the species. We used MaxEnt to model distribution under current climate conditions and four Shared Socioeconomic Pathway scenarios in four future time periods to determine the effects of future climate change on the habitat suitable for the species. We predict areas of moderately and highly suitable habitat will gradually decrease over time. We recommend increased in situ and ex situ conservation efforts to mitigate this habitat decline and protect populations of M. lacei.
Symmetric monoidal smash products in homotopy type theory
Authors: Ljungström Axel 
Published: November 2024

AbstractIn homotopy type theory, few constructions have proved as troublesome as the smash product. While its definition is just as direct as in classical mathematics, one quickly realises that in order to define and reason about functions over iterations of it, one has to verify an exponentially growing number of coherences. This has led to crucial results concerning smash products remaining open. One particularly important such result is the fact that the smash product forms a (1-coherent) symmetric monoidal product on the universe of pointed types. This fact was used, without a complete proof, by, for example, Brunerie ((2016) PhD thesis, Université Nice Sophia Antipolis) to construct the cup product on integral cohomology and is, more generally, a fundamental result in traditional algebraic topology. In this paper, we salvage the situation by introducing a simple informal heuristic for reasoning about functions defined over iterated smash products. We then use the heuristic to verify, for example, the hexagon and pentagon identities, thereby obtaining a proof of symmetric monoidality. We also provide a formal statement of the heuristic in terms of an induction principle concerning the construction of homotopies of functions defined over iterated smash products. The key results presented here have been formalised in the proof assistant Cubical Agda.
Coloniality and contestations over academic freedom in Africa
Authors: Appiagyei-Atua Kwadwo 
Published: November 2024

Abstract
Like other regions of the world, academic freedom is on the decline in Africa. While there are some generic factors accounting for this phenomenon worldwide, others are fundamentally unique to the African context. These are related principally to the subject matter of coloniality of higher education on the continent. This study addresses these matters by, among others, discussing the origins of the university in pre-modern Africa and the place of academic freedom in it. This development is followed by the emergence of university education in Europe through the application of the liberal script and which contributed to the sidelining and eventual general demise of higher education institutions with their roots in pre-modern Africa. The work contends that while one may trace the origins of the university/academic freedom to Africa, academic freedom as it stands today is shaped by the liberal script with hardly any reference to the root of higher education in Africa. Therefore, the meaning, understanding and application of academic freedom do not reflect the realities of higher education in Africa. This work proposes the adoption of a relative universalist approach, as opposed to the liberal approach, which is clothed with universality, but in reality, it is a reflection of a European idea of academic freedom. This approach is considered necessary to reflect the African reality of academic freedom which will help to identify effective advocacy tools to promote and protect academic freedom in Africa and thereby make academic freedom more meaningful for application in the region.
Effect of environmental factors on seed germination and seedling emergence of weedy rice (Oryza sativa f. spontanea) in China
Authors: Zhang Zichang , Xue Jing , Gu Tao , Wang Hongchun , Chauhan Bhagirath Singh 
Published: November 2024

AbstractWeedy rice (Oryza sativa f. spontanea Auct. ex Backer) is a troublesome annual weed from the Gramineae family and infests rice (Oryza sativa L.) fields globally, with a notable presence in China. However, limited information is available regarding the effects of diverse environmental factors on its germination and emergence. A better understanding of the seed biology and ecology of weedy rice is crucial for developing effective weed management strategies. Experiments were conducted to evaluate the effects of temperature, light, soil burial depth, wheat (Triticum aestivum L.) crop residue amount, salt stress, osmotic stress, and radiant heat on the germination and seedling emergence of weedy rice. Weedy rice exhibited robust germination (>98%) when exposed to varying day/night temperatures (20/15 to 35/30 C) and remained unaffected by light conditions. Seedling emergence was not influenced within the top 5-cm soil layer, where 100% of the seedlings emerged. However, emergence decreased as the soil burial depth increased, eventually resulting in no emergence from a burial depth of 11 cm. The soil burial depth required for 50% of the maximum emergence was 8.3 cm. Seedling emergence ranged from 97% to 100% across different amounts of the wheat straw residue cover (0 to 10,000 kg ha−1). The sodium chloride concentration and osmotic potential required for 50% were 230.8 mM and −0.5 MPa, respectively. No germination was observed when weedy rice seeds were exposed to >110 C pretreatment (radiant heat for 5 min), indicating that residue burning could reduce infestation of weedy rice. The insights gained from this study contribute valuable knowledge to enhance the integrated management of weedy rice in China.
Warming Leads to Lower Rice Quality in East Asia
Authors: Liu Xianfeng , Ciais Philippe , Makowski David , Liang Juan 
Published: November 2024

AbstractRice quality, which is intricately connected to market value and human nutrition, is sensitive to weather conditions. However, the relative importance of the different climatic factors is poorly understood, and the impact of climate change on rice quality has been little studied on a large scale. Here, using more than 35 years of rice quality data, we present the first effort to determine the key climate variables driving rice quality in China and Japan. Results show a significant decline in high quality rice rate (HRR, an indicator of rice quality), mainly driven by warm nighttime temperatures when they exceed a critical threshold estimated at 18°C and 12°C in China and Japan, respectively. Climate projections suggest a continuing decreasing trend in HRR under moderate and high emission scenarios by 2100. These findings emphasize the importance of breeding new heat tolerant cultivars to maintain stable rice quality in the future.
A Seismic Precursor 15 min Before the Giant Eruption of Hunga Tonga‐Hunga Ha'apai Volcano on 15 January 2022
Authors: Horiuchi Takuro , Ichihara Mie , Nishida Kiwamu , Kaneko Takayuki 
Published: November 2024

AbstractThe 15 January 2022, eruption at Hunga Tonga‐Hunga Ha'apai (HTHH) volcano started shortly after 4:00UTC. There had been noted unconfirmed precursory events. We analyzed seismometer data recorded in Fiji and Futuna, the closest stations operated during the eruption and located over 750 km away. We extracted Rayleigh waves and estimated their powers and source directions, assuming retrograde particle motions. We found a Rayleigh wave from the HTHH's direction about 15 min before the eruption onset. The arrival time difference of the Rayleigh wave between the two stations was consistent with that of the M5.8 earthquake during the eruption located beneath the HTHH. Referring to other seismic signals and satellite images, we concluded that the Rayleigh wave was the most significant eruption precursor with no apparent surface activity. Including our findings and results of previous studies, we propose a scenario of the beginning of the caldera‐forming eruption.
Compound Tropical Cyclone Heat (TC‐Heat) Hazard in Hong Kong: Amplifying Urban Heat Extremes With Storm Position‐Driven Peripheral Warming and Urban Footprint
Authors: Chang Jeffrey Man‐Hei , Lam Yun Fat , Wong Yat‐Chun , Hon Kai Kwong 
Published: November 2024

AbstractCompound hazards involving tropical cyclones and extreme heat (“TC‐heat”) have rarely been examined in prior research. Peripheral subsidence associated with cyclones can warm an area to varying degrees, depending on the cyclone's strength and position. Meanwhile, the peripheral airflow also overwhelmed the land‐sea breeze circulation system in coastal cities and favored downwind urbanized heat advection on the Southern China coastline. Here, we systematically applied ERA5 global reanalysis data, local surface‐level observations, MODIS‐based land‐cover data and HYSPLIT backward trajectories to evaluate how the position of distant TCs may divert the monsoon system and foster the surface heat advection from upwind urban agglomerate amplifying air temperature in downwind coastline. The analysis suggests when a distant TC is situated in a favorable area (the vicinity of Taiwan and Luzon Strait) at roughly 500–1,250 km to the east of Hong Kong, it forms a unique meteorological condition which allows the surface heat transport from the Greater Bay Area to Hong Kong, reflecting that regional build‐up of heat could be an important mechanism for producing local heat extremes.
Regionally Coupled Climate Model ROM Projects More Plausible Precipitation Change Over Central Equatorial Africa
Authors: Tamoffo Alain T. , Weber Torsten , Abel Daniel , Ziegler Katrin , Cabos William , Sein Dmitry V. , Laux Patrick 
Published: November 2024

AbstractUnraveling plausible future rainfall change (ΔPr) patterns is crucial for tailoring societies' responses to climate change‐induced hazards. This study compares rainfall projections from the regionally coupled ocean model (ROM) and its atmospheric component, the regional atmospheric model REMO, over Central Equatorial Africa (CEA). Both models are forced by the Earth system model MPI‐ESM‐LR following the Representative Concentration Pathway 8.5. Results reveal increased rainfall across most of CEA, with ROM projecting more widespread and intensified wetting than REMO, although REMO produces more precipitation under future conditions, underscoring the influence of historical biases on REMO's projection. Examining processes underpinning changes unveils strong controls of sea and land surface temperature changes in ΔPr differences between the two models. Specifically, ROM mitigates warming more over the Atlantic than over CEA landmass compared to REMO, inducing enhancement of the Congo Basin cell and increased precipitable water content through specific humidity, affecting deep convection. Both models project enhanced Sahel and Kalahari thermal lows, with ROM better depicting the Kalahari low's warmer nature than the Sahel low. The resulting temperature gradients strengthen the northern and southern shallow meridional Hadley overturning circulation. ROM simulates the wetter conditions than REMO, attributed to its weaker northern Hadley Cell, which restricts the likelihood of northward moisture divergence toward the Sahel. Additionally, differences in mid‐tropospheric moisture convergence differentiate between ROM and REMO's wetness relative to the historical period and under future conditions. ROM projections are more plausible, in association with the reliability of its added value under the historical climate and mechanisms underlying Δpr.