bluuebunny/crossref_metadata_2025_split huggingface dataset:
OBJECTIVES OF PUBLIC PARTICIPATION IN INTERNATIONAL ENVIRONMENTAL DECISION-MAKING
Authors: Sharman Nicola 
Published: March 2023

AbstractPublic participation in international environmental decision-making can seek to fulfil different goals. This article explains how these goals can affect the design and appraisal of participatory processes and highlights the under-recognised value of law in determining the objectives of public participation in international environmental forums. A doctrinal analysis finds that substantive goals are most prominent in current international environmental law, but that a normative rationale for public participation could be gaining more formal endorsement through the growing legal recognition of linkages between procedural human rights and environmental protection.
The Scriptural Shape of God: Divine Anthropomorphisms in Synoptic Perspective
Authors: Wilson Brittany E. 
Published: March 2023

AbstractAlthough an increasing number of works are focusing on depictions of God in the New Testament, none so far specifically focus on how these depictions rely on anthropomorphic language in their presentation of God. This article attends to this oversight by turning to the Synoptic Gospels (and the book of Acts) as a test case. Not only do these narratives lack an explicit anti-anthropomorphic agenda, but they also rely on divine anthropomorphisms that are derived from Jewish Scripture. To demonstrate this claim, the article concentrates on how Matthew and Luke expand Mark's anthropomorphic presentation of God and how Luke's presentation emerges as the most anthropomorphic of all. It also discusses how Mark, Matthew, and Luke's respective narratives depict God's human, or human-like, characteristics according to the following four categories: (1) God's human roles and titles, (2) God's depiction as an acting subject who speaks and desires to be in relationship with humans, (3) God's concrete presence located in space, and finally, (4) God's description as a character with recognisable body parts and other markers of corporeality. In the end, we shall see that anthropomorphism is a central component of God's characterisation in the Synoptics and that this anthropomorphic characterisation better enables readers to see the Jewish, scriptural shape of God as a personal deity who desires to be in relationship with humans.
Commemorative city-texts: Spatio-temporal patterns in street names in Leipzig, East Germany and Poznań, Poland
Authors: Buchstaller Isabelle , Fabiszak Małgorzata , Alvanides Seraphim , Brzezińska Anna Weronika , Dobkiewicz Patryk 
Published: March 2023

AbstractThis article contributes to research on commemorative naming strategies by presenting a comparative longitudinal study on changes in the urban toponymy of Leipzig (Germany) and Poznań (Poland) over a period of 102 years. Our analysis combines memory studies, linguistic landscape (LL) research and critical toponymy with GIS visualization techniques to explore (turnovers in) naming practices across time and space. The key difference between the two localities lies in the commemorative pantheon of referents—events, people, and places inscribed as traces of a hegemonic national past—that are replaced when commemorative priorities change. Other patterns are common to both study sites. Notably, in both Poznań and Leipzig, peaks of renaming occur at the threshold of regime change, after which commemorative renaming activity subsides. We report on our findings and propose methodological guidelines for analyzing street renaming from a longitudinal, transnational, and interdisciplinary perspective. (Collective memory, critical toponymy, memoryscape, linguistic landscapes, encoding of ideology, comparative analysis of Eastern Europe, longitudinal analysis, commemoration, GIS visualization)*
Clinical effectiveness reporting of novel cancer drugs in the context of non-proportional hazards: a review of nice single technology appraisals
Authors: Salmon David , Melendez-Torres G. J. 
Published: March 2023

Abstract

Objectives
The hazard ratio (HR) is a commonly used summary statistic when comparing time to event (TTE) data between trial arms, but assumes the presence of proportional hazards (PH). Non-proportional hazards (NPH) are increasingly common in NICE technology appraisals (TAs) due to an abundance of novel cancer treatments, which have differing mechanisms of action compared with traditional chemotherapies. The goal of this study is to understand how pharmaceutical companies, evidence review groups (ERGs) and appraisal committees (ACs) test for PH and report clinical effectiveness in the context of NPH.

Methods
A thematic analysis of NICE TAs concerning novel cancer treatments published between 1 January 2020 and 31 December 2021 was undertaken. Data on PH testing and clinical effectiveness reporting for overall survival (OS) and progression-free survival (PFS) were obtained from company submissions, ERG reports, and final appraisal determinations (FADs).

Results
NPH were present for OS or PFS in 28/40 appraisals, with log-cumulative hazard plots the most common testing methodology (40/40), supplemented by Schoenfeld residuals (20/40) and/or other statistical methods (6/40). In the context of NPH, the HR was ubiquitously reported by companies, inconsistently critiqued by ERGs (10/28), and commonly reported in FADs (23/28).

Conclusions
There is inconsistency in PH testing methodology used in TAs. ERGs are inconsistent in critiquing use of the HR in the context of NPH, and even when critiqued it remains a commonly reported outcome measure in FADs. Other measures of clinical effectiveness should be considered, along with guidance on clinical effectiveness reporting when NPH are present.
Evaluation of French bean germplasm from Garhwal Himalayas for resistance to angular leaf spot
Authors: Chamoli Navneeti , Prabha Deepti , Negi Yogesh Kumar , Chauhan Jai Singh 
Published: March 2023

AbstractAngular leaf spot (ALS) caused byPseudocercospora griseolais a major disease of french bean (Phaseolus vulgarisL.) worldwide. A good diversity of French bean is present in the Garhwal Himalayas of Uttarakhand, India, which is unexplored. The purpose of this study was to identify ALS-resistant accessions among local landraces of French bean in this region. One hundred seventy-six local accessions were collected from different villages of Garhwal, Uttarakhand. All the accessions were screened by four SCAR primers SN02 (Phg-2), SAA19, SM02, SBA16 (Phg-3), one STS primer TGA1.1 (Phg-1) and one SSR primer Pv-at006 (Phg-5). All the accessions were also screened for ALS resistance under field condition in the years 2019 and 2020. The disease-resistant score was recorded on 1–9 scale. After field screening, 48 accessions (19 resistant, 24 moderately resistant and five susceptible) were selected forin-vitroscreening under screen house condition. These 46 accessions were artificially inoculated by two different isolates ofP. griseolaP5 and P9, which are the most virulent pathotype characterized by microbiology lab, College of Forestry, Tehri, Uttarakhand. Afterin-vitroscreening, seven accessions (GFB-25, GFB-26, GFB-30, GFB-32, GFB-93, GFB-97 and GFB-136) were found resistant to both the isolates P5 and P9. TheP. griseola-resistant accessions may further be used in future breeding programmes to develop new and more resistant varieties of French bean against ALS.
Historical Diversity in Credit Intermediation: Cosignatory Lending Institutions in Europe and North America, 1700s–1960s
Authors: de Vicq Amaury , van Bochove Christiaan 
Published: March 2023

AbstractThrough a close reading of scattered, disparate, and largely unconnected secondary sources, supplemented with the analysis of primary sources, and backed by economic theory, this paper explores the origins, development, and socio-economic impact of so-called cosignatory lending institutions. These historical institutions were designed to issue small loans to small businesses and households and shared a reliance on cosigners to secure loans and on weekly instalments to repay them. Their shared lending format was flexible enough to display regional variations and this enabled cosignatory lending institutions to operate in societies characterized by notable differences in wealth and economic structure. It also allowed cosignatory lending institutions to fare better in a more urbanized, heterogeneous context than the more well-known credit cooperatives. As such, this systematic overview helps us better understand how credit markets were made more inclusive in urban contexts, which historical circumstances played a role in this, and perhaps even whether and how the success of cosignatory lending institutions may be replicated in present-day developed and less-developed economies.
An Analysis of Prediction Skill of Heat Waves Over India Using TIGGE Ensemble Forecasts
Authors: Rohini P. , Rajeevan M. 
Published: March 2023

AbstractHeat wave has become a great concern for India in the recent years due to its disastrous impact on various sectors including health. Thus, accurate forecasts of heat wave events well in advance are required for preparing adequate mitigation strategies. The present study assesses the prediction skill of numerical weather prediction models in The Observing system Research and Predictability Experiment Interactive Grand Global Ensemble (TIGGE) experiments for predicting heat waves over India up to 7 days in advance. The models considered for this analysis are; the European Centre for Medium‐Range Weather Forecasts (ECMWF), the UK Met Office (UKMO) and National Centre for Environmental Prediction (NCEP). The model forecast verifications have been carried out for the hot weather season (April–June) over India for the period of 2008–2013. Fourteen heat wave events were identified during the study period using gridded daily maximum temperature (Tmax). The study reveals that the spatial distribution of maximum Temperature is well predicted by the TIGGE models for a forecast lead time of 1–7 days. The analysis suggested that the magnitude of heat wave events, even with a 7 days lead time, can be correctly predicted by more than 80% of ensemble members in all the TIGGE models. The prediction skill of the maximum temperatures over heat wave prone area during heat wave events is higher for ECMWF, then UKMO and NCEP models. The forecast verification analysis thus indicates that the TIGGE models are able to provide early warnings of heat waves with at least 5 days lead time.
Cloud‐Surface Coupling Alters the Morning Transition From Stable to Unstable Boundary Layer
Authors: Su Tianning , Li Zhanqing , Zheng Youtong 
Published: March 2023

AbstractDue to surface heating, the morning boundary layer transits from stable to neutral or convective conditions, exerting critical influences on low tropospheric thermodynamics. Low clouds closely interact with the boundary layer development, yet their interactions bear considerable uncertainties. Our study reveals that cloud‐surface coupling alters the morning transition from stable to unstable boundary layer and thus notably affects the diurnal variation of the boundary layer. Specifically, due to the reduction in surface fluxes, decoupled clouds can delay the process of eroding nocturnal inversion by 0.8‐hr and even prevent the transition of the boundary layer from happening for 12% of decoupled cases, keeping the boundary layer in a stable state during the noontime. On the other hand, when clouds are coupled with the surface, cloud‐top radiative cooling can directly cool the upper boundary layer to facilitate sub‐cloud convection, leading to an unstable boundary layer in the earlier morning.
Exploring the Predictability of the High‐Energy Tail of MEE Precipitation Based on Solar Wind Properties
Authors: Salice J. A. , Nesse H. , Babu E. M. , Smith‐Johnsen C. , Richardson I. G. 
Published: March 2023

AbstractMedium Energy Electron (MEE) precipitation (≳30 keV) ionizes the mesosphere and initiates chemical reactions, which ultimately can reduce mesospheric and stratospheric ozone. Currently, there are considerable differences in how existing parameterizations represent flux response, timing, and duration of MEE precipitation, especially considering its high‐energy tail (≳300 keV). This study compares the nature of ≳300 to ≳30 keV electron fluxes to better understand differences within MEE precipitation. The MEE fluxes are estimated from measurements by the Medium Energy Proton and Electron Detector (MEPED) onboard the Polar Orbiting Environmental Satellite (POES) from 2004 to 2014. The fluxes are explored in the context of solar wind drivers: corotating high‐speed solar wind streams (HSSs) and coronal mass ejections (CMEs) alongside their associated solar wind properties. Three key aspects of ≳300 keV electron fluxes are investigated: maximum response, peak timing, and duration. The results reveal a structure‐dependent correlation (0.89) between the peak fluxes of ≳30 and ≳300 keV electrons. The epsilon coupling function correlates well (0.84) with the ≳300 keV peak flux, independent of solar wind structure. The ≳300 keV flux peaks 0–3 days after the ≳30 keV flux peaks. The highest probability (∼42%) occurs for a 1‐day delay, while predictive capabilities increase when accounting for solar wind speed. The ≳300 keV flux response has the highest probability of lasting 4 days for both CMEs and HSSs. The results form a base for a stochastic MEE parameterization that goes beyond the average picture, enabling realistic flux variability on both daily and decadal scales.
Joint Inversion of Geophysical Data for Geologic Carbon Sequestration Monitoring: A Differentiable Physics‐Informed Neural Network Model
Authors: Liu Mingliang , Vashisth Divakar , Grana Dario , Mukerji Tapan 
Published: March 2023

AbstractGeophysical monitoring of geologic carbon sequestration is critical for risk assessment during and after carbon dioxide (CO2) injection. Integration of multiple geophysical measurements is a promising approach to achieve high‐resolution reservoir monitoring. However, joint inversion of large geophysical data is challenging due to high computational costs and difficulties in effectively incorporating measurements from different sources and with different resolutions. This study develops a differentiable physics model for large‐scale joint inverse problems with reparameterization of model variables by neural networks and implementation of a differentiable programming approach of the forward model. The proposed physics‐informed neural network model is completely differentiable and thus enables end‐to‐end training with automatic differentiation for multi‐objective optimization by multiphysics data assimilation. The application to the Sleipner benchmark model demonstrates that the proposed method is effective in estimation of reservoir properties from seismic and resistivity data and shows promising results for CO2 storage monitoring. Moreover, the global parameters that are assumed to be uncertain in the rock‐physics model are accurately quantified by integration of a Bayesian neural network.
Significant Northward Jump of the Western Pacific Subtropical High: The Interannual Variability and Mechanisms
Authors: Wang Yaning , Hu Haibo , Ren Xuejuan , Yang Xiu‐Qun , Mao Kefeng 
Published: March 2023

AbstractThe intensity and position of the western Pacific subtropical high (WPSH) have crucial effects on climate and disaster events in East Asia during summer. The WPSH significant northward jump (SNJ) events are the main manifestation of the seasonal evolution of WPSH, which are important for the precipitation over East Asia. Using the daily reanalysis data sets from year 1979 to 2020, this study further defines the early and late SNJ events of WPSH on the interannual timescale, which are connected separately with the tropical, midlatitude subseasonal signals and the local air–sea interaction. However, the mechanisms of the WPSH‐SNJ events are different in the anomalous early and late years. In the early SNJ years, the subseasonal signals from the midlevel East Asia–Pacific teleconnection pattern or the low‐level boreal summer intraseasonal oscillation cause the positive 500 hPa geopotential height anomalies, which contributes to the significant WPSH northward jump in the first pentad of July. However, the above factors are unable to cause the WPSH‐SNJ in the late years. Until the second pentad of August, the collaborative effects between midhigh latitudes wave trains over high levels and cold sea surface temperature (SST) anomalies in the core region lead to the barotropic geopotential height anomalies and the lagged northward jump of WPSH. It seems that the meridional position of WPSH has a complex interannual variability, which is modulated by the solar radiation, the atmospheric disturbances at different levels, and the SST anomalies at the same time.
The 1673 Tianzhen Earthquake and Rupture Behavior of the Yanggao‐Tianzhen Fault in the Northern Shanxi Graben, China
Authors: Luo Quanxing , Li Chuanyou , Ren Guangxue , Hu Xiu , Li Xinnan , Li Youli 
Published: March 2023

AbstractStudying the causative structure, extent, and magnitude of historical earthquakes is essential for regional seismic hazard assessment. There has been some debate in the literature regarding the epicenter, magnitude, and seismogenic source of the 1673 Tianzhen earthquake, one of the few documented strong earthquakes that occurred in northern Shanxi Graben, China. The Yanggao‐Tianzhen Fault (YTF) has long been recognized as a seismogenic fault; however, previous studies have suggested that the fault has not ruptured at the surface for several thousand years. In this work, we investigate fresh surface ruptures along the YTF based on field investigations, unmanned aerial vehicle photogrammetry, and ground‐penetrating radar surveys. Scarp formation at Yanjiabu is bracketed to the last 1.4 ± 0.6 kyr using optically stimulated luminescence dating. More importantly, we found that the Great Wall at Li'erkou (dated from 1546 CE) was likely faulted, which led us to conclude that the YTF is the causative fault of the 1673 event. Based on our measured fault parameters, the magnitude of the 1673 event was re‐estimated to Mw 6.8–7.2, suggesting that previous magnitudes were underestimated. Four trenches were excavated to investigate paleoearthquakes on the fault. Together with previous paleoseismic data, we suggest a bimodal rupture model in which the fault can produce multi‐segment rupturing events with large magnitudes, such as the 1673 event, and smaller partial or single‐segment rupturing events. Our results shed light on the reassessment of seismic hazards in the densely populated Yangao‐Tianzhen Basin and its nearby regions.
Updating SWAT+ to Clarify Understanding of In‐Stream Phosphorus Retention and Remobilization: SWAT+P.R&R
Authors: Wallington Kevin , Cai Ximing 
Published: March 2023

AbstractEfforts to reduce riverine phosphorus (P) loads have not been as fruitful as expected or hoped. One reason for the failure of these efforts appears to be that models used for watershed P management have understated and misrepresented the role of in‐stream processes in shaping watershed P export. Here, we update the latest release of the Soil and Water Assessment Tool (SWAT+), a widely used watershed management model, to better represent in‐stream P retention and remobilization (SWAT+P.R&R). We add new streambed pools where P is stored and tracked, and we incorporate three new processes driving in‐stream P dynamics: (a) deposition and resuspension of sediment‐associated P, (b) diffusion of dissolved P between the water column and streambed, and (c) adsorption and desorption of mineral P. The objective of this modeling work is to provide a diagnostic tool that enables researchers to challenge existing assumptions regarding how watersheds store, transform, and transport P. Here, in a first diagnostic analysis, SWAT+P.R&R helps reconcile in‐stream P retention theory (that P is retained at low flows and remobilized at high flows) and a discordant data set in our validation watershed. SWAT+P.R&R results (a) clarify that the theorized relationship between P retention and flow is only valid (for this point‐source affected testbed, at least) at the temporal scale of a single rising‐or‐falling hydrograph limb and (b) illustrate that hysteresis obscures the relationship at longer temporal scales. Future work using SWAT+P.R&R could further challenge assumptions regarding timescales of in‐stream P legacies and sources of P load variability.
Remagnetization Under Hydrothermal Alteration of South Tibetan Paleocene Lavas: Maghemitization, Hematization, and Grain Size Reduction of (Titano)magnetite
Authors: Huang Wentao , Niu Shanshan , Dekkers Mark J. , Lippert Peter C. , Bilardello Dario , Solheid Peat , Zhang Bo , Dupont‐Nivet Guillaume , van Hinsbergen Douwe J. J. , Ding Lin 
Published: March 2023

AbstractThe Paleocene lavas from Dianzhong Formation (E1d) in Linzhou basin of southern Lhasa terrane are a key target for paleomagnetic investigations into the timing and paleolatitude of the initial India‐Asia collision. Controversy exists, however, on whether these rocks preserve a primary remanent magnetization. Here we reanalyze previously published thermal demagnetization data and report detailed rock magnetic results and petrographic observations of these rocks. We find that the original magnetic carrier, a magmatic multidomain Ti‐poor titanomagnetite, underwent significant grain size reduction and was variably reacted to single‐domain maghemite and nano‐hematite. Such strong alteration may have resulted from successive hydrothermal events: a first event related to the ∼52 Ma dike intrusions into the E1d that accompanied a massive ignimbrite eruption deposited above the E1d producing heating up to 300°C; and a secondary event related to the 42–27 Ma southward overthrusting of the basin, heating the E1d up to 130–145°C. Unblocking/inversion temperature spectra of the authigenic maghemite and nano‐hematite overlap with those of the titanomagnetite, implying that the primary remanence of the E1d lavas has been contaminated or replaced by thermoviscous and chemical remanent magnetizations. Thus the isolated characteristic remanent magnetization from these rocks, whether slightly or completely altered, cannot be considered primary and should not be used for paleolatitudinal determination. Our study confirms that hydrothermal alteration can seriously jeopardize the remanence carried by titanomagnetite and thus should be tested for paleomagnetic investigations of rock units from tectonically active areas.