bluuebunny/crossref_metadata_2025_split huggingface dataset:
The Climate Protection Order of the Federal Constitutional Court of Germany and the North-South Divide
Authors: Krämer-Hoppe Rike 
Published: January 2022

AbstractThe Federal Constitutional Court (FCC) in Germany has issued a landmark ruling with regard to climate change. It opens its jurisprudence for a new dimension of human rights: The intertemporal guarantee of freedom. It argues that the legislature has violated fundamental rights by failing to take sufficient precautionary measures today for the time after 2030. The emissions allowed in the Federal Climate Change Act until 2030 will nearly exhaust Germany’s remaining CO2 budget. After 2030, drastic legislative measures, which curtail nearly all activities that emit CO2, might be necessary. If emission reductions are delayed until 2030, the costs of climate protection will increase for future generations, and with it the risk that emission reductions will only be possible at the price of serious losses of freedom. Therefore, the legislature needs to act now and take the time after 2030 into consideration. The order might eventually influence climate change litigation in other areas of the world. The article will demonstrate the main arguments of the FCC order. The combat of climate change is an international task, which cannot be solved by Germany alone. The FCC takes this fact to some extent into account. It argues for international cooperation to combat climate change. Unfortunately, it does not fully evolve a jurisprudence which takes the core principle of common but differentiated responsibility (CBDR) seriously and addresses the questions of equity. The CBDR principle is one of the core principles which should solve the North-South divide and which should bring together the efforts of rich as well as poor countries to combat climate change. It is enshrined in the Paris Agreement. The FCC engages with this principle on the surface but misses the opportunity to truly and deeply engage.
Neubauer et al. versus Germany: Planetary Climate Litigation for the Anthropocene?
Authors: Kotzé Louis J. 
Published: January 2022

AbstractThe recent decision by the German Constitutional Court in Neubauer et al. versus Germany has been attracting considerable attention around the globe. The Court ordered the German legislature to correct and to significantly tighten up existing climate law provisions, to increase the ambition of these provisions, and to strengthen future mitigation pathways. Several commentators have hailed it as an example of what is possible when the judiciary steps in to fill gaps in global climate governance as a result of governments failing to act or acting inadequately. In this article, I explore the extent to which the Court in Karlsruhe has innovatively managed to embrace a holistic planetary view of climate science, climate change impacts, planetary justice, planetary stewardship, earth system vulnerability, and global climate law, within the context of a human-dominated geological epoch, to guide its reasoning and findings. My proposal is that courts will have to increasingly follow a planetary perspective that is grounded in the Anthropocene context when adjudicating matters related to global disruptors such as climate change. This decision offers a first, and important, example of a promising new paradigm that I term planetary climate litigation.
Introduction
Authors: Pérez Vanessa Casado , Orlando Emanuela 
Published: January 2022

AbstractAcknowledging the exponential growth and global dimension of climate litigation, this introductory piece to this Special Section starts by situating this phenomenon in the context of the scholarly debate on polycentric and multi-level climate governance. It highlights both the strategic use of climate litigation as a tool to establish responsibilities and push for a more ambitious mitigation and adaptation agenda, but also as an opportunity to better understand the role of courts in public policy governance. The second part of the article then proceeds to discuss the main findings arising from the various contributions grouped in this section, and concludes by arguing that further research is needed in order to properly understand the role and contribution of climate change litigation to transnational climate governance.
Generation and characterization of fully developed state in open channel flow
Authors: Das S. , Balachandar R. , Barron R.M. 
Published: January 2022

A fully developed approach flow is necessary in open channel studies to maintain commonality among datasets obtained from different facilities. Two-component planar particle image velocimetry is used to study the characteristics of fully developed smooth open channel flow at a constant Reynolds number of 3.9 × 104 based on the maximum velocity and flow depth. The near-bed boundary layer is tripped to achieve a fully developed state and compared with the under- and over-tripped cases. The Reynolds stresses and higher-order moments are used as indicators to establish the fully developed state. Flow properties are explored by identifying uniform momentum zones (UMZs) using the probability density function of streamwise velocities. The instances are grouped based on the number of UMZs (NUMZ) and conditional averaging of flow variables of each group is used to evaluate the difference in flow properties between the developed and the developing flow. Large-scale ejections are found in the logarithmic layer when NUMZ is higher, whereas a lower number indicates the existence of large-scale sweeping motions. The distribution of the conditionally averaged ratio of the shear contribution from ejections and sweeps and velocity deficits shows a vertical variability in the fully developed state. The large-scale and pointwise quadrant events are used simultaneously to depict variability in inner flow properties between developing and fully developed flow which cannot be recognized in the mean flow characteristics. The sweep events have much higher shear generation in the outer flow in the fully developed state whereas the shear stress contribution from ejection is lower than that in developing flow.
Gender Stereotyping and the Electoral Success of Women Candidates: New Evidence from Local Elections in the United States
Authors: Anzia Sarah F. , Bernhard Rachel 
Published: January 2022

AbstractResearch shows that voters often use gender stereotypes to evaluate candidates, which should help women in some electoral contexts and hurt them in others. Yet, most research examines a single context at a time—usually US national elections, where partisanship is strong—and employs surveys and experiments, raising concerns that citizens’ responses may not reflect how they actually vote. By analyzing returns from thousands of nonpartisan local elections, we test whether patterns of women's win rates relative to men's match expectations for how the electoral effects of gender stereotyping should vary by context. We find women have greater advantages over men in city council than mayoral races, still greater advantages in school board races, and decreasing advantages in more conservative constituencies. Thus, women fare better in stereotype-congruent contexts and worse in incongruent contexts. These effects are most pronounced during on-cycle elections, when voters tend to know less about local candidates.
The generalized auslander–reiten duality on a module category
Authors: Jiao Pengjie 
Published: January 2022

AbstractWe characterize the generalized Auslander–Reiten duality on the category of finitely presented modules over some certain Hom-finite category. Examples include the category FI of finite sets with injections, and the one VI of finite-dimensional vector spaces with linear injections over a finite field.
Towards an in situ non-lethal rapid test to accurately detect the presence of the nematode parasite, Anguillicoloides crassus, in European eel, Anguilla anguilla
Authors: De Noia M. , Poole R. , Kaufmann J. , Waters C. , Adams C. , McGinnity P. , Llewellyn M. 
Published: January 2022

Abstract
Anguillicoloides crassus is an invasive nematode parasite of the critically endangered European eel, Anguilla anguilla, and possibly one of the primary drivers of eel population collapse, impacting many features of eel physiology and life history. Early detection of the parasite is vital to limit the spread of A. crassus, to assess its potential impact on spawning biomass. However accurate diagnosis of infection could only be achieved via necropsy. To support eel fisheries management we developed a rapid, non-lethal, minimally invasive and in situ DNA-based method to infer the presence of the parasite in the swim bladder. Screening of 131 wild eels was undertaken between 2017 and 2019 in Ireland and UK to validate the procedure. DNA extractions and PCR were conducted using both a Qiagen Stool kit and in situ using Whatman qualitative filter paper No1 and a miniPCR DNA Discovery-System™. Primers were specifically designed to target the cytochrome oxidase mtDNA gene region and in situ extraction and amplification takes approximately 3 h for up to 16 individuals. Our in-situ diagnostic procedure demonstrated positive predictive values at 96% and negative predictive values at 87% by comparison to necropsy data. Our method could be a valuable tool in the hands of fisheries managers to enable infection control and help protect this iconic but critically endangered species.
Experimental manipulation of humidity in a cavity-nesting bird influences ectoparasites' abundance
Authors: Castaño-Vázquez F. , Merino S. , Valera F. , Veiga J. 
Published: January 2022

AbstractClimate change effects on host–parasite interactions have been poorly studied in arid or semi-arid habitats. Here, we conducted an experiment aimed to increase the temperature inside European roller Coracias garrulus nest boxes located in a semi-arid habitat on different nest-site types to look for effects on different ectoparasite abundances and nestling growth. Average nest temperature was slightly higher in heated nests than in control nests, although differences were not statistically significant. However, relative humidity was significantly lower at night in heated nests as compared to control nests. The abundance of sand flies, mites and carnid flies was significantly higher in heated, less humid, nests while biting midge abundance was significantly lower in heated nests. Other ectoparasites were not significantly affected by treatment. Relative humidity was high even in heated nests, reaching more than 60%. Sand fly abundance was higher in nests located in sandstone walls, while mite abundance was higher in isolated farmhouses. In addition, sand fly prevalence was higher in nests located in isolated farmhouses and sandstone walls. Heat treatment, nest-site type or ectoparasite abundances did not affect the nestling body mass, wing length or their growth at different nestling ages.
Shifting Strategies: The Politics of Radical Change in Provincial Development Policy in China
Authors: Donaldson John A. , Yang Xiaotao 
Published: January 2022

AbstractWhy do provincial governments change policy, even when those policies have proven successful? This paper explores a debate regarding the determinants of provincial policy choice and the degree of discretion provinces are permitted in this area. It does so by scrutinizing the shift in Guizhou's development policy from a poverty reduction orientation to a wholehearted pursuit of economic growth, urbanization and industrialization. In contrast to those who argue that central experience, prospects for promotion or local conditions are key factors explaining policy choice, the paper concludes that Guizhou's shift in policy had more to do with the backgrounds and experiences of top provincial leaders. The result has implications for our understanding of central–local relations and local government decision making.
Masjids, monuments and refugees in the Partition city of Delhi, 1947–1959
Authors: Sutton Deborah Ruth 
Published: January 2022

AbstractThis article explores refugee occupation in Delhi during the aftermath of the Partition in 1947. The temporary occupation of public buildings and open spaces was integral to the difficult and gradual assimilation of hundreds of thousands of refugees into and through the city. Monuments, shrines, mosques and temples provided temporary shelter for refugees and some remained occupied for years after the Partition. The definition and custody of these buildings speaks of the uncertainty and anxiety produced by violence and displacement in 1947 and 1948. The article considers both the modification of these places by the refugees who lived in them, and the gradual and faltering processes of eviction and the restoration of the buildings. The physical imprints of refugee occupation are a significant part of the city's past; a heritage which both marked a rupture in the city's history and reflects broader mores of urban dynamics.
Asymmetric Response of the Biological Carbon Pump to the ENSO in the South China Sea
Authors: Li Hongliang , Zhang Jingjing , Xuan Jiliang , Wu Zezhou , Ran Lihua , Wiesner Martin G. , Chen Jianfang 
Published: January 2022

AbstractBiological carbon pump (BCP) inefficiency was first observed in the South China Sea (SCS) throughout the 1997–1999 El Niño Southern Oscillation (ENSO) event, but the BCP usually recovers its efficiency when the climate conditions change from El Niño to La Niña conditions in the Pacific Ocean. Enhanced stratification and Kuroshio intrusion led to weak mixing and oligotrophic conditions in the sunlit layer of the SCS during the 1997/1998 El Niño phase, but the particulate organic carbon (POC) flux was comparable to the climatological mean due to the ballast effect of increased lithogenic material and CaCO3 flux. The deepened thermocline rendered the recovered mixing less effective in replenishing subsurface nutrients and subsequently lowered POC flux during the 1998/1999 La Niña phase. Both scenarios were characterized by decreased siliceous plankton but a stimulated calcareous plankton contribution, which reduced BCP efficiency, resulting in a unique asymmetric response to the ENSO in the SCS.
Quasi‐Parallel Shock Reformation Seen by Magnetospheric Multiscale and Ion‐Kinetic Simulations
Authors: Johlander Andreas , Battarbee Markus , Turc Lucile , Ganse Urs , Pfau‐Kempf Yann , Grandin Maxime , Suni Jonas , Tarvus Vertti , Bussov Maarja , Zhou Hongyang , Alho Markku , Dubart Maxime , George Harriet , Papadakis Konstantinos , Palmroth Minna 
Published: January 2022

AbstractShock waves in collisionless plasmas are among the most efficient particle accelerators in space. Shock reformation is a process important to plasma heating and acceleration, but direct observations of reformation at quasi‐parallel shocks have been lacking. Here, we investigate Earth's quasi‐parallel bow shock with observations by the four Magnetospheric Multiscale spacecraft. The multi‐spacecraft observations provide evidence of short large‐amplitude magnetic structures (SLAMS) causing reformation of the quasi‐parallel shock. We perform an ion‐kinetic Vlasiator simulation of the bow shock and show that SLAMS reforming the bow shock recreates the multi‐spacecraft measurements. This provides a method for identifying shock reformation in the future.
High‐Tide Floods and Storm Surges During Atmospheric Rivers on the US West Coast
Authors: Piecuch Christopher G. , Coats Sloan , Dangendorf Sönke , Landerer Felix W. , Reager J. T. , Thompson Philip R. , Wahl Thomas 
Published: January 2022

AbstractAtmospheric rivers (ARs) cause inland hydrological impacts related to precipitation. However, little is known about coastal hazards associated with these events. We elucidate high‐tide floods (HTFs) and storm surges during ARs on the US West Coast during 1980–2016. HTFs and ARs cooccur more often than expected from chance. Between 10% and 63% of HTFs coincide with ARs on average, depending on location. However, interannual‐to‐decadal variations in HTFs are due more to tides and mean sea‐level changes than storminess variability. Only 2–15% of ARs coincide with HTFs, suggesting that ARs typically must cooccur with high tides or mean sea levels to cause HTFs. Storm surges during ARs reflect local wind, pressure, and precipitation forcing: meridional wind and barometric pressure are primary drivers, but precipitation makes secondary contributions. This study highlights the relevance of ARs to coastal impacts, clarifies the drivers of storm surge during ARs, and identifies future research directions.
Microseismicity Indicates Atypical Small‐Scale Plate Rotation at the Quebrada Transform Fault System, East Pacific Rise
Authors: Gong Jianhua , Fan Wenyuan , Parnell‐Turner Ross 
Published: January 2022

AbstractClosely spaced, multi‐strand ridge transform faults (RTFs) accommodate relative motions along fast spreading mid‐ocean ridges. However, the relations between RTFs and plate spreading dynamics are poorly understood. The Quebrada system is one of the most unique RTF systems at the East Pacific Rise, consisting of four transform faults connected by three short intra‐transform spreading centers (ITSCs). We use seven‐months of ocean bottom seismograph data to study the Quebrada system, and find abundant earthquakes unevenly distributed among three active faults. We identify two deep, diffuse seismicity clouds at the inside corners of the ITSC‐transform fault intersections, and one seismically active fracture zone. The observations suggest a complex regional plate‐motion pattern, including possible heterogeneous rotations within the Quebrada system. Evolution of multi‐strand RTFs may have resulted from a strong three‐dimensional local thermal and fluid effects, while the RTFs may have also regulated regional tectonics, forming an intricate feedback system.
Decadal to Multidecadal Variability of the Western North Pacific Subtropical Front and Countercurrent
Authors: Wu Baolan , Xu Lixiao , Lin Xiaopei 
Published: January 2022

AbstractThe western North Pacific Subtropical Countercurrent (WSTCC), anchored by the western subtropical front (WSTF), varies from seasonal to multidecadal time scales and affects the climate variability in the North Pacific. However, conflicting views exist for physical mechanisms of the decadal to multidecadal variability of the WSTF/WSTCC. While many previous studies attribute the WSTF/WSTCC decadal variability to the anomalous wind forcing by the Pacific Decadal Oscillation, by synthesizing observations, reanalysis products and the pre‐industrial model simulation experiment, the present study demonstrates that they are controlled by the Atlantic Multidecadal Oscillation (AMO) through the Subtropical Mode Water (STMW) variability. The AMO induced decadal temperature and volume anomalies of the STMW are stored in the subsurface ocean through the subduction process south of the Kuroshio Extension. Then these anomalies propagate southwestward along the thermocline circulation and reaches the northern flank of the WSTCC in about 5 years. During the AMO‐positive phase, the anomalous warm and thin STMW flattens the upper thermocline, reduces the meridional temperature gradient and weakens the WSTF intensity, lagging 5 years behind the AMO index. Subsequently, the WSTCC decreases and moves southward, and vice versa for the AMO‐negative phase. Our results provide a potential predictability for the WSTF and WSTCC decadal to multidecadal variability and are important for the North Pacific climate change and the biogeochemical processes.
An Evaluation of Convection‐Permitting Ensemble Simulations of Coastal Nocturnal Rainfall Over South China During the Early‐Summer Rainy Season
Authors: Huang Ling , Luo Yali , Bai Lanqiang 
Published: January 2022

AbstractConvection‐permitting ensemble Weather Research and Forecasting simulations were successively conducted on each day during the early‐summer rainy season (April‒June) in 2018 over South China. These simulations were configured by eight sets of parameterization schemes associated with the planetary boundary layer and surface layer. The performance of the ensemble products in reproducing the nocturnal rainfall in the coastal region of South China was evaluated using observations from densely distributed rain gauges and wind profiling radars. The simulations at a lead time of 12 hr present a relatively better performance than those at 36 hr lead time, but still exhibit a low skill especially after midnight. The degradation of forecast skill after midnight is closely associated with the worse underestimation of the low‐level onshore flow and land surface air temperature. The large‐scale onshore flow at low levels from the South China Sea (SCS) interacted with land/mountain breezes, enhancing the lower‐troposphere moisture pooling and convergence for the rainfall production over the coastal mountains/cities. In the longer lead‐time simulations, the low‐level onshore flow presented a deceleration tendency and thus indirectly amplified the effects of land/mountain breezes in nighttime, leading to more serious underestimation in rainfall amount and larger southward displacement error than the shorter lead‐time simulation. The findings highlight the dependence of the nocturnal rainfall forecast on accurately predicting the upstream low‐level onshore flow over the SCS and the thermal conditions in the urban region surrounded by mountains.
Rivers and Lakes in Western Arabia Terra: The Fluvial Catchment of the ExoMars 2022 Rover Landing Site
Authors: Fawdon Peter , Balme Matthew , Davis Joel , Bridges John , Gupta Sanjeev , Quantin‐Nataf Cathey 
Published: January 2022

AbstractOxia Planum, the landing site for the ExoMars rover mission, is a shallow basin on the southern margin of Chryse Planitia that hosts remnants of fan‐shaped sedimentary deposits associated with the ancient channel system Coogoon Vallis. This indicates runoff from a catchment in Arabia Terra has transported sediment into the landing site. To explore this fluvial system we created a model catchment for Oxia Planum and, using 6 m/pixel ConTeXt camera orbital remote sensing image data, we digitized the fluvial and lacustrine landforms in Western Arabia Terra in and around this catchment. We find: (a) The catchment has a minimum area of ∼2.1 × 105 km2 and has been episodically deformed by tectonic activity; (b) There were at least two phases of fluvial activity. The first created a mature landscape associated with Coogoon Vallis, which may have deposited alluvial or deltaic deposits in the Oxia Basin. After a substantial hiatus, a second phase of activity incised U‐section channels into the pre‐existing landscape and channel systems; and (c) Evidence for numerous possible paleolake deposits within the catchment. These are not well connected to the fluvial system and were probably sustained by groundwater activity contemporaneous with both phases of fluvial activity. This groundwater might have modified the mineralogy of Oxia Planum. Oxia Planum probably experienced an alluvial or distal deltaic/lacustrine depositional environment during the mid Noachian, which was later overprinted by a younger phase of fluvial activity.