bluuebunny/crossref_metadata_2025_split huggingface dataset:
A basic review of fuzzy logic applications in hydrology and water resources
Authors: Kambalimath Shruti , Deka Paresh Chandra 
Published: July 2020

AbstractIn recent years, fuzzy logic has emerged as a powerful technique in the analysis of hydrologic components and decision making in water resources. Problems related to hydrology often deal with imprecision and vagueness, which can be very well handled by fuzzy logic-based models. This paper reviews a variety of applications of fuzzy logic in the domain of hydrology and water resources in brief. So far in the literature, fuzzy logic-based hybrid models have been significantly applied in hydrologic studies. Furthermore, in this paper, the literature is reviewed on the basis of applications using pure fuzzy logic models and applications using hybrid-fuzzy modeling approach. This review suggests that hybrid-fuzzy modeling approach works well in many applications of hydrology when compared with pure fuzzy logic modeling.
Effects of inhibitor KCl on hydration swelling and softening of a smectite-poor mudstone
Authors: Chen Xiuping , Yi Hao , Gao Leiyu , Shi Xiangchao , Liu Yuehao 
Published: July 2020

AbstractThe swelling and softening of mudstones caused by water often lead to serious geological disasters. In petroleum exploration and development, the hydration expansion of mudstone can also lead to serious wellbore instability hazards. The swelling of smectite clays is the main reason for this hydration expansion in mudstones. It is generally recognized that illite and illite–smectite mixed layer clays are both poor swellable and has a low effect on rock strength of smectite-poor mudstone. Furthermore, weakening law and degree of smectite-poor mudstone in water is not clear. This study conducted swelling tests and rock mechanics experiments on a smectite-poor mudstone from the Sichuan basin. The results show that both water content and swelling capacity tend to remain steady after soaking the samples for 24 h. The mudstone water content reached 5.36%, and the swelling rate was 2% after soaking in water for 72 h, and the rock had a lower unconfined compressive strength (UCS) value of 1.41 MPa. Adding KCl inhibited these processes, and elevated KCl concentrations drastically reduced the mudstone water content and swelling rate. Compared to water, the water content and swelling rate of mudstone soaked in a 6% KCl solution both decreased by 50%. The UCS and the elastic modulus also increased for a half-dry mudstone, although the inhibitor was important. At elevated KCl inhibitor concentrations, the UCS and elastic modulus of the hydrated mudstone were lower than those of the dry mudstone. The findings of this study can help for better understanding of the application of KCl inhibitor in water-based fluid for drilling engineering.
Sexual Dysfunction in Parkinson Disease: A Multicenter Italian Cross-sectional Study on a Still Overlooked Problem
Authors: Raciti Loredana , De Cola Maria Cristina , Ortelli Paola , Corallo Francesco , Lo Buono Viviana , Morini Elisabetta , Quattrini Fabrizio , Filoni Serena , Calabrò Rocco Salvatore 
Published: July 2020

Abstract

Background
Prevalence rates of sexual dysfunction (SD) in Parkinson's disease (PD) are likely to be underestimated and their etiology is still unknown. More understanding of this issue is needed.

Aim
To investigate prevalence of SD and its variables, including gender differences, in a sample of PD patients.

Methods
This multicenter observational study included 203 patients (113 males and 90 females) affected by PD (diagnosed according to UK Parkinson's Disease Society Brain Bank clinical diagnostic criteria 28), and living in 3 different Italian regions. Patients were evaluated using a semi-structured interview (a 40-item ad hoc questionnaire, developed by the authors to investigate patient's 3 main life areas: sociodemographic information, illness perception, and sexuality) and specific standardized scales to investigate SD, as well as by means of tools to assess their motor impairment, daily life activities, and disease-related caregiver burden (CBI).

Main Outcome Measures
The International Index of Erectile Function and the Female Sexual Function Index.

Results
Sexual dysfunction was observed in about 68% of men, and in around 53% of women loss of libido being the main sexual concern in both sexes. Men were significantly more affected by SD than women (χ2 (1) = 4.34, P-value = .037), but no difference in the severity of the dysfunction emerged between genders. Around 85% of PD patients had a stable couple relationship, and about 40% were satisfied with such a relationship. However, about 57% of the patients stated that the disease affected their sexual life, especially due to reduced sexual desire, and the frequency of sexual intercourses. Moreover, significant differences between subjects with SD and subjects without SD were found in UPDRS (I-II-III domains), in Hamilton Depression Rating Scale and CBI scores.

Clinical Implications
Clinicians dealing with PD should pay more attention to sexual issues, as discussing and treating sexual problems enters the framework of a holistic approach, which is mandatory in chronic illness.

Strengths & Limitations
The major strengths of this study include the multicenter nature of the study, to overcome single-center methodological bias. The main limitation is the relatively small sample size, and the absence of a control group, even if there are growing literature data on sexuality and aging supporting our findings.

Conclusion
SD is a highly prevalent and devastating problem in patients affected by PD, negatively affecting their quality of life.
Mara’abe v. Prime Minister of Israel
Authors: Bodansky Daniel , Watson Geoffrey R. 
Published: July 2020

Mara'Abe v. Prime Minister of Israel. Case No. HCJ 7957/04. At <http://elyonl.court.gov.il/eng/home/index.html> (English translation).Supreme Court of Israel, sitting as the High Court of Justice, September 15, 2005.In Mara ‘abe v. Prime Minister of Israel, the Israeli Supreme Court held that the routing of a portion of Israel's “security fence” in the northern West Bank violated international humanitarian law. The Supreme Court, sitting as the High Court of Justice, ordered the Israeli government to consider alternative paths for the barrier. The Mara'abe decision expanded on the Court's earlier ruling in Beit Sourik Village Council v. Israel, in which the Court ordered the rerouting of another segment of the obstacle. Mara ’abe also revealed some of the Israeli Court's views on Legal Consequences of the Construction of a Wall in Occupied Palestinian Territory— the 2004 advisory opinion of the International Court of Justice (ICJ) holding that construction of the barrier anywhere in occupied territory violates international law.
Case No. 1231 [2003]
Authors: Bodansky Daniel , Jones Colin P. A. 
Published: July 2020

Case No. 1231 [2003]. 1416 Saibansho JIHŌ 6. At <http://www.courts.go.jp>.Saikō Saibansho (Supreme Court of Japan), July 21, 2006.In a decision issued on July 21, 2006, a five-justice panel of the Supreme Court of Japan effectively overturned seventy-eight years of Japanese jurisprudence on foreign sovereign immunity. The holding in Case No. 1231 [2003] serves to limit the ability of foreign governmenrs to claim immunity from the civil jurisdiction of Japanese courts in cases involving commercial and other activities not of a sovereign character.The case came before the Supreme Court as an appeal from a decision of the Tokyo High Court. The two companies bringing the appeal had sued Pakistan for the nonpayment of amounts owing under a contract entered into between appellants and another company for the purchase of computer equipment.3 Appellants argued that the company purchasing the computers was connected to the Pakistani defense ministry and was therefore an agent of the Pakstani government. Pakistan claimed that it was immune from suit under the doctrine of foreign sovereign immunity. It also denied that the contracting company was its agent.
Germany v. N.
Authors: Bodansky Daniel , Baudisch Ilja 
Published: July 2020

Germany v. N. Decision No. 2 WD 12.04. At <http://www.bverwg.de>.Bundesverwaltungsgericht (German Federal Administrative Court), June 21, 2005.On June 21, 2005, in Germany v. N, the Federal Administrative Court of Germany (Bundesverwaltungsgericht) acquitted a soldier charged with disobeying an order in violation of his military duty of obedience and loyal service. The soldier, a major in the Federal Armed Forces (Bundeswehr), had refused to participate in a military software project that he feared could support Operation Iraqi Freedom. The major based his refusal on his belief that the Iraqi war was illegal and that, as a result, he was permitted to refuse the order under his constitutional right of freedom of conscience.2 The court held that in view of the serious reservations that exist about the legality of Operation Iraqi Freedom and also about Germany's position in that conflict, the soldier's right to freedom of conscience required that he be offered alternative tasks unrelated to a war that he reasonably believed to be illegal.
Callous-unemotional traits and reduced default mode network connectivity within a community sample of children
Authors: Umbach Rebecca H. , Tottenham Nim 
Published: July 2020

AbstractCallous-unemotional (CU) traits characterize a subset of youth at risk for persistent and serious antisocial behavior. Differences in resting state connectivity in the default mode network (DMN) have been associated with CU traits in forensic and clinical samples of adolescents and with deficient interpersonal/affective traits (often operationalized as Factor 1 psychopathy traits) in adults. It is unclear whether these brain-behavior associations extend to community-based children. Using mixed model analyses, we tested the associations between CU traits and within-network resting-state connectivity of seven task-activated networks and the DMN using data from 9,636 9–11-year-olds in the Adolescent Brain Cognitive Development (ABCD) study. Even after accounting for comorbid externalizing problems, higher levels of CU traits were associated with reduced connectivity within the DMN. This finding is consistent with prior literature surrounding psychopathy and CU traits in clinically and forensically based populations, suggesting the correlation likely exists on a spectrum, can be detected in childhood, and is not restricted to children with significant antisocial behavior.
Lateral Circulation and Associated Sediment Transport in a Convergent Estuary
Authors: Chen Lianghong , Gong Wenping , Zhang Heng , Zhu Lei , Cheng Weicong 
Published: July 2020

AbstractThe Coupled Ocean–Atmosphere–Wave–Sediment Transport (COAWST) modeling system was used to explore lateral circulation and associated sediment transport in a convergent estuary with existence of channel and shoals. The lateral momentum balance was found to be largely geostrophic with a barotropic pressure gradient balanced by a baroclinic pressure gradient and Coriolis forcing during most time of a tidal cycle, except at the maximum ebb/flood. At the east side (right side looking landward), due to estuarine convergence, barotropic forcing strongly modulates lateral momentum balance and generates eastward residual sediment transport during spring tides. But during neap tides, the enhanced lateral density gradient induces strong lateral baroclinic forcing to cause westward residual sediment flux. At the west side, baroclinic forcing strongly influences the lateral momentum balance and generates westward sediment transport. Together, lateral circulation tends to distribute sediment from the channel to both the side shoals during spring tides but generates westward sediment flux during neap tides. The diagnostic analysis of the lateral gradient of suspended sediment concentration (SSC) demonstrates that lateral sediment trapping is strongly influenced by the lateral circulation and the lateral asymmetry in bed erosion during spring tides, whereas lateral advection becomes the controlling factor during neap tides. Mechanisms for the lateral circulation and sediment transport can be extended to other convergent estuaries.
Magnetospheric Conditions for STEVE and SAID: Particle Injection, Substorm Surge, and Field‐Aligned Currents
Authors: Nishimura Y. , Yang J. , Weygand J. M. , Wang W. , Kosar B. , Donovan E. F. , Angelopoulos V. , Paxton L. J. , Nishitani N. 
Published: July 2020

AbstractTo understand magnetosphere‐ionosphere conditions that result in thermal emission velocity enhancement (STEVE) and subauroral ion drifts (SAID) during the substorm recovery phase, we present substorm aurora, particle injection, and current systems during two STEVE events. Those events are compared to substorm events with similar strength but without STEVE. We found that the substorm surge and intense upward currents for the events with STEVE reach the dusk, while those for the non‐STEVE substorms are localized around midnight. The Time History of Events and Macroscale Interactions during Substorms (THEMIS) satellite observations show that location of particle injection and fast plasma sheet flows for the STEVE events also shifts duskward. Electron injection is stronger and ion injection is weaker for the STEVE events compared to the non‐STEVE events. SAID are measured by Super Dual Auroral Radar Network during the STEVE events, but the non‐STEVE events only showed latitudinally wide subauroral polarization streams without SAID. To interpret the observations, Rice Convection Model (RCM) simulations with injection at premidnight and midnight have been conducted. The simulations successfully explain the stronger electron injection, weaker ion injection, and formation of SAID for injection at premidnight, because injected electrons reach the premidnight inner magnetosphere and form a narrower separation between the ion and electron inner boundaries. We suggest that substorms and particle injections extending far duskward away from midnight offer a condition for creating STEVE and SAID due to stronger electron injection to premidnight. The THEMIS all‐sky imager network identified the east‐west length of the STEVE arc to be ~1900 km (~2.5 h magnetic local time) and the duration to be 1–1.5 h.
Hough Mode Decomposition of the SE2 Tide Extracted From TIMED Observations
Authors: Li Xing , Wan Weixing , Cao Jinbin , Chen Tingdi , Ren Zhipeng 
Published: July 2020

AbstractBased on the daily SE2 temperature tide at MLT altitudes (70–108 km altitudes) from Li et al. (2017; https://doi.org/10.1002/2016JA023435), which is picked up from TIMED/SABER observations at 45°S–45°N latitudes during a solar cycle (2002–2012), we decompose the high resolution (1 day) SE2 tide into a set of orthogonal Hough functions, which are orthogonal, and analyze the characteristics (i.e., annual, interannual, and day‐to‐day variations) of their coefficients. Our results show that the first antisymmetric and second symmetric Hough functions ((2, 3) and (2, 4)) are stronger than other Hough functions. The properties of the climatological variation are that: the (2, 3) function manifests an obvious semiannual variation that the monthly mean values are larger during equinoxes than solstices; the (2, 4) function presents two peak values are, respectively, in June and November with June maxima. Actually, the higher resolution SE2 tide was utilized to reveal the meteorological (day‐to‐day variabilities) of the Hough functions. It is worth to point out that the major two ranks ((2, 3) and (2, 4)) both dominate in high altitudes and all manifest remarkable semiannual variations and weak annual variations that they are larger during solstices than equinoxes with June solstice maxima. The further discussion reveals the contributions from the dominant two ranks of Hough functions absolute amplitudes play more significant role in the day‐to‐day variability of their Hough coefficients, than their phases.
Teleseismic Tomography of the Laguna del Maule Volcanic Field in Chile
Authors: Bai Tong , Thurber Clifford , Lanza Federica , Singer Brad S. , Bennington Ninfa , Keranen Katie , Cardona Carlos 
Published: July 2020

AbstractWith substantial postglacial rhyolite eruptions and ongoing rapid uplift, the Laguna del Maule volcanic field in the southern Andes provides an exceptional opportunity to study the dynamics of an active silicic magmatic system. Using 4,093 P arrivals from 137 distant earthquakes recorded by 44 local stations over ∼2.25 years, we conduct teleseismic tomography to image the crustal structure down to 40 km below the volcanic field. A prominent low‐velocity body at depths between ∼0 and 12 km below sea level (b.s.l.), characterized by a volume of ∼500 km3 and a peak anomaly of −400 m/s (∼9%), overlaps the location of the upper‐crustal magma reservoir detected in recent gravity and surface wave tomography studies. Its estimated average P wave velocity of ∼4.6 km/s corresponds to an average melt fraction of about 14% and a melt volume of ∼70 km3. Petrologic observations are also consistent with generation and storage of rhyolitic melts at depths corresponding to the anomalous zone. Moreover, the tomographic results support a lower crust zone of MASH (melting, assimilation, storage, and homogenization) from a depth of ∼25 km to the base of the model, which likely reflects a deep crustal source of magma that contributes to and incubates the shallow silicic reservoir.
Remagnetization of Red Beds on the Tibetan Plateau: Mechanism and Diagnosis
Authors: Huang Wentao , Jackson Michael J. , Dekkers Mark J. , Solheid Peat , Zhang Yang , Li Shihu , Guo Zhaojie , Ding Lin 
Published: July 2020

AbstractRed beds are important targets for paleomagnetic studies, yet discriminating secondary chemical remanent magnetization (CRM) from primary depositional remanent magnetization (DRM) in them remains challenging. Here we reanalyze the thermal demagnetization data of and conduct comprehensive rock magnetic, Mössbauer spectroscopic and petrographic studies on red beds from four Cenozoic basins on the eastern Tibetan Plateau (China): the Gongjue, Nangqian, Shanglaxiu, and Jinggu basins. The red beds in the latter two basins are remagnetized, as are most Nangqian red beds. The Gongjue red beds and some Nangqian red beds retain a DRM. Our results reveal that detrital (titano)magnetite and hematite are well preserved in red beds retaining the DRM, whereas remagnetized red beds contain large amounts of authigenic hematite and goethite with detrital Fe‐bearing minerals strongly altered. Postdepositional diagenetic alteration induced by heating and/or fluid circulation related to magmatism and/or crustal deformation is probably the main reason for the remagnetization. Hematite carrying the CRM in remagnetized red beds has wide distribution of grain size and unblocking temperature spectra, while hematite carrying the DRM is usually coarse and has confined unblocking temperature spectrum. This can be used as a criterion for diagnosing remagnetization. Nanoscale goethite appears to occur only in remagnetized red beds: another sensitive criterion for discriminating CRM from DRM. These property‐based criteria constrain the origin of the NRM in red beds better than the classic paleomagnetic field tests. Our research emphasizes that integrated rock magnetic, Mössbauer spectroscopic and petrographic studies provide robust tools to diagnose remagnetization in red beds.
Aerosol Mass and Optical Properties, Smoke Influence on O3, and High NO3 Production Rates in a Western U.S. City Impacted by Wildfires
Authors: Selimovic Vanessa , Yokelson Robert J. , McMeeking Gavin R. , Coefield Sarah 
Published: July 2020

AbstractEvaluating our understanding of smoke from wild and prescribed fires can benefit from downwind measurements that include inert tracers to test production and transport and reactive species to test chemical mechanisms. We characterized smoke from fires in coniferous forest fuels for >1,000 hr over two summers (2017 and 2018) at our Missoula, Montana, surface station and found a narrow range for key properties. ΔPM2.5/ΔCO was 0.1070 ± 0.0278 (g/g) or about half the age‐independent ratios obtained at free troposphere elevations (0.2348 ± 0.0326). The average absorption Ångström exponent across both years was 1.84 ± 0.18, or about half the values available for very fresh smoke. Brown carbon (BrC) was persistent (~50% of absorption at 401 nm) in both years, despite differences in smoke age. ΔBC/ΔCO doubled from 2017 to 2018, but the average across 2 years was within 33% of recent airborne measurements, suggesting low sampling bias among platforms. Switching from a 1.0 to a 2.5 micron cutoff increased the mass scattering and mass absorption coefficients, suggesting often overlooked supermicron particles impact the optical properties of moderately aged smoke. O3 was elevated ~6 ppb on average over a full diurnal period when wildfire smoke was present, and smoke‐associated O3 increases were highest (~9 pbb) at night, suggesting substantial upwind production. NOx was mostly local in origin. NOx spurred high rates of NO3 production, including in the presence of wildfire smoke (up to 2.44 ppb hr−1) and at least one nighttime BrC secondary formation event that could have impacted next‐day photochemistry.
Reconstructing the Seasonality and Trend in Global Leaf Area Index During 2001–2017 for Prognostic Modeling
Authors: Wang Miaomiao , Chen Jing M. , Wang Shaoqiang 
Published: July 2020

AbstractLeaf area index (LAI) is a vegetation structural parameter that modulates the interaction between the land surface and the atmosphere and therefore is used in many terrestrial biosphere models. However, there are still large uncertainties in simulating the global LAI in Earth system models. In this study, we used climate and soil variables and the Farquhar's biochemical model to reconstruct global LAI, explore the mechanisms controlling global LAI seasonality, and analyze the feasibility of Farquhar's biochemical model in estimating the effect of CO2 fertilization on global LAI. The results show that the reconstructed LAI (RLAI) based on climate and soil variables can explain 93% of the seasonal dynamics of global LAI. However, RLAI only explained 27.3% of the global LAI trend and captured 29.8% of the land area with a significant trend. RLAI after incorporating the CO2 fertilization effect, which is estimated by Farquhar's biochemical model, can explain 68.8% (41.5% improvement from RLAI) of the global LAI trend and capture 63.3% (33.5% improvement from RLAI) of the area with a significant LAI trend. These results suggest that it is feasible to use Farquhar's biochemical model to estimate the effect of CO2 fertilization on the global trend in LAI. The statistical model for reconstructing the seasonal dynamics of LAI and the Farquhar model‐based method for estimating the LAI temporal trend developed in this study would be useful for improving or evaluating the performance of prognostic models for future global carbon cycle research. Furthermore, this study may provide a new way to simulate global LAI for prognostic modeling.