bluuebunny/crossref_metadata_2025_split huggingface dataset:
“These Things Took Place as Examples for Us”: On the Theological and Ecumenical Significance of the Lutheran Sola Scriptura
Authors: Alfsvåg Knut 
Published: September 2016

AbstractThe principle of sola Scriptura does not suggest a reading of the Bible in a room void of context, but points to the fact that the unity of church, canon, and confession defines the identity of the Christian church. The Lutheran Reformation was an attempt to retrieve this perspective at a time when it had become obscure. This retrieval corresponds to certain tendencies on the contemporary scene; it remains to be seen, however, how far convincing answers in this way can be provided for today's burning issues.
Prima Scriptura: Saving Sola Scriptura from Itself
Authors: Hinlicky Paul R. 
Published: September 2016

AbstractTaking bearings from Walter Altmann's attempt to retrieve a proper understanding of sola Scriptura, this essay argues that the Latin ablative, “by way of the Scripture alone,” presupposes a nominative solus Christus whom the Spirit proclaims in turn “by way of the Scripture alone”—a dialectic of Word and Spirit, a virtuous circle. It clarifies this proper understanding of sola Scriptura over against modern biblicism, crude and sophisticated, by teasing out its implications for dogmatics as a critical discipline.
The “Enemies of God” in Luther's Final Sermons: Jews, Papists, and the Problem of Blindness to Scripture
Authors: Evener Vincent 
Published: September 2016

AbstractMartin Luther's attack on the supposed “enemies of God” in his final sermons was part of the reformer's concerted effort to announce his last will and testament for evangelical Christianity. Chiefly, the article defines what made Jews and “papists” distinct from other enemies in Luther's view. Jews and papists both had possessed Scripture since ancient times; yet they remained unreceptive—for reasons Luther struggled to explain—to the Word therein.
The Emotional Christ: Bonaventure and Deep Incarnation1
Authors: Gregersen Niels Henrik 
Published: September 2016

AbstractThis article has the twofold aim of bringing the Christology of St. Bonaventure into dialogue with contemporary attempts to formulate an informational worldview, and with the recent theological proposal of deep incarnation. It is argued that even though Bonaventure is a pre‐modern theologian, he anticipates central aspects of a contemporary informational worldview based on differential information, structural information, and semantic information. Moreover, the article explores Bonaventure's unique combination of a “high” exemplarist Christology with a “low” Franciscan view of the humility of Christ. While Bonaventure shares seminal concerns of deep incarnation, his strong view of divine perfection prohibits him from assuming that the divinity of Christ embraces the full gamut of human emotions and anxieties related to the future.
Crossing Streams in the Dark: Religious Pluralism and Theological Education
Authors: Payne Richard K. 
Published: September 2016

AbstractExamining a presentation made to the Pacific Coast Theological Society in 1939, this essay identifies some of the enduring issues for theological and religious education created by the reality of religious pluralism. Addressing religious pluralism is a dialectic process moving between the two poles of disorienting otherness and analogies based on the already familiar. Both moments are necessary, and neither is final. Education in a religiously plural world requires enabling students to live in a state of uncertainty.
Saved by Trauma: A Psychoanalytical Reading of the Atonement
Authors: Alwyn Lau W. W. 
Published: September 2016

AbstractThis work offers a Lacanian account of the work of Christ on the cross. It proffers a Holy Saturday theology in which God has to embrace suffering and death in its entirety in order to end the stranglehold of the world's system of sacrifice; the divine took on death as a constitutive factor. A reading of the atonement is constructed in which a diabolical system is shattered from within by the actions of a unique victim; it also relates the vicarious element of the atonement to the psychoanalytical concept of transference. Ultimately, this article hopes to contribute to the ongoing interaction between psychoanalysis and theology. Naturally it also hopes to influence the debate over which discursive “model” of the atonement is most helpful.
A new comprehensive 12‐segment approach to right ventricular systolic and diastolic functions by 2D speckle tracking echocardiography in healthy individuals
Authors: Rimbaş Roxana C. , Mihăilă Sorina , Enescu Oana A. , Vinereanu Dragoş 
Published: September 2016

Background2D speckle tracking echocardiography (2DSTE) was proved to be accurate for the assessment of the RV function. However, normal values for RV strain refer mostly to 3‐ or 6‐segment models, excluding the contribution of other RV walls to RV function. We analyze RV function by 2DSTE in a normal population, using parasternal two‐(2C) and apical four‐chamber (4C) RV views, and creating a new 12‐segment model for a potential better definition of RV function.MethodsWe prospectively evaluated 100 normals using 2DE and STE. We assessed the RV systolic function from regional strain (basal, mid, and apical), and at the level of each wall: lateral (LS), septal (SS), inferior (IS), and anterior (AS), and also global strain for 4C (4CGS), and 2C (2CGS). Global systolic strain rate (SRs) was measured from 2C and 4C views. Diastolic function was assessed from early (SRe) and late global strain rate (SRl), for both views.ResultsA total of 70 healthy individuals (48±15 years, 34 men) were suitable for concomitant 4C and 2CRV analysis. Feasibility of the STE analysis was 87.8%. We found significantly lower SS by comparison with LS, AS, and IS (P<.001). All S/SR parameters (GS, SRs, and SRe) were higher in 2C view than in 4C view (P<.001). All systolic S/SR parameters did not change with age. The early diastolic SR decreased, while the late diastolic SR increased with age.ConclusionOur 12‐segment RV strain model is feasible. Moreover, 2DSTE analysis using 2C and 4C views of the RV does not provide similar information. Rather, they offer complementary data. This might be of particularly clinical interest in diseases with regional RV dysfunction.
Recent climate hiatus revealed dual control by temperature and drought on the stem growth of Mediterranean Quercus ilex
Authors: Lempereur Morine , Limousin Jean‐Marc , Guibal Frédéric , Ourcival Jean‐Marc , Rambal Serge , Ruffault Julien , Mouillot Florent 
Published: September 2016

AbstractA better understanding of stem growth phenology and its climate drivers would improve projections of the impact of climate change on forest productivity. Under a Mediterranean climate, tree growth is primarily limited by soil water availability during summer, but cold temperatures in winter also prevent tree growth in evergreen forests. In the widespread Mediterranean evergreen tree species Quercus ilex, the duration of stem growth has been shown to predict annual stem increment, and to be limited by winter temperatures on the one hand, and by the summer drought onset on the other hand. We tested how these climatic controls of Q. ilex growth varied with recent climate change by correlating a 40‐year tree ring record and a 30‐year annual diameter inventory against winter temperature, spring precipitation, and simulated growth duration. Our results showed that growth duration was the best predictor of annual tree growth. We predicted that recent climate changes have resulted in earlier growth onset (−10 days) due to winter warming and earlier growth cessation (−26 days) due to earlier drought onset. These climatic trends partly offset one another, as we observed no significant trend of change in tree growth between 1968 and 2008. A moving‐window correlation analysis revealed that in the past, Q. ilex growth was only correlated with water availability, but that since the 2000s, growth suddenly became correlated with winter temperature in addition to spring drought. This change in the climate–growth correlations matches the start of the recent atmospheric warming pause also known as the ‘climate hiatus’. The duration of growth of Q. ilex is thus shortened because winter warming has stopped compensating for increasing drought in the last decade. Decoupled trends in precipitation and temperature, a neglected aspect of climate change, might reduce forest productivity through phenological constraints and have more consequences than climate warming alone.
Do the energy fluxes and surface conductance of boreal coniferous forests in Europe scale with leaf area?
Authors: Launiainen Samuli , Katul Gabriel G. , Kolari Pasi , Lindroth Anders , Lohila Annalea , Aurela Mika , Varlagin Andrej , Grelle Achim , Vesala Timo 
Published: September 2016

AbstractEarth observing systems are now routinely used to infer leaf area index (LAI) given its significance in spatial aggregation of land surface fluxes. Whether LAI is an appropriate scaling parameter for daytime growing season energy budget, surface conductance (Gs), water‐ and light‐use efficiency and surface–atmosphere coupling of European boreal coniferous forests was explored using eddy‐covariance (EC) energy and CO2 fluxes. The observed scaling relations were then explained using a biophysical multilayer soil–vegetation–atmosphere transfer model as well as by a bulk Gs representation. The LAI variations significantly alter radiation regime, within‐canopy microclimate, sink/source distributions of CO2, H2O and heat, and forest floor fluxes. The contribution of forest floor to ecosystem‐scale energy exchange is shown to decrease asymptotically with increased LAI, as expected. Compared with other energy budget components, dry‐canopy evapotranspiration (ET) was reasonably ‘conservative’ over the studied LAI range 0.5–7.0 m2 m−2. Both ET and Gs experienced a minimum in the LAI range 1–2 m2 m−2 caused by opposing nonproportional response of stomatally controlled transpiration and ‘free’ forest floor evaporation to changes in canopy density. The young forests had strongest coupling with the atmosphere while stomatal control of energy partitioning was strongest in relatively sparse (LAI ~2 m2 m−2) pine stands growing on mineral soils. The data analysis and model results suggest that LAI may be an effective scaling parameter for net radiation and its partitioning but only in sparse stands (LAI <3 m2 m−2). This finding emphasizes the significance of stand‐replacing disturbances on the controls of surface energy exchange. In denser forests, any LAI dependency varies with physiological traits such as light‐saturated water‐use efficiency. The results suggest that incorporating species traits and site conditions are necessary when LAI is used in upscaling energy exchanges of boreal coniferous forests.
Unexpected release of phosphate and organic carbon to streams linked to declining nitrogen depositions
Authors: Musolff Andreas , Selle Benny , Büttner Olaf , Opitz Michael , Tittel Jörg 
Published: September 2016

AbstractReductions in emissions have successfully led to a regional decline in atmospheric nitrogen depositions over the past 20 years. By analyzing long‐term data from 110 mountainous streams draining into German drinking water reservoirs, nitrate concentrations indeed declined in the majority of catchments. Furthermore, our meta‐analysis indicates that the declining nitrate levels are linked to the release of dissolved iron to streams likely due to a reductive dissolution of iron(III) minerals in riparian wetland soils. This dissolution process mobilized adsorbed compounds, such as phosphate, dissolved organic carbon and arsenic, resulting in concentration increases in the streams and higher inputs to receiving drinking water reservoirs. Reductive mobilization was most significant in catchments with stream nitrate concentrations <6 mg L−1. Here, nitrate, as a competing electron acceptor, was too low in concentration to inhibit microbial iron(III) reduction. Consequently, observed trends were strongest in forested catchments, where nitrate concentrations were unaffected by agricultural and urban sources and which were therefore sensitive to reductions of atmospheric nitrogen depositions. We conclude that there is strong evidence that the decline in nitrogen deposition toward pre‐industrial conditions lowers the redox buffer in riparian soils, destabilizing formerly fixed problematic compounds, and results in serious implications for water quality.
Increasing nest predation will be insufficient to maintain polar bear body condition in the face of sea ice loss
Authors: Dey Cody J. , Richardson Evan , McGeachy David , Iverson Samuel A. , Gilchrist Hugh G. , Semeniuk Christina A. D. 
Published: September 2016

AbstractClimate change can influence interspecific interactions by differentially affecting species‐specific phenology. In seasonal ice environments, there is evidence that polar bear predation of Arctic bird eggs is increasing because of earlier sea ice breakup, which forces polar bears into nearshore terrestrial environments where Arctic birds are nesting. Because polar bears can consume a large number of nests before becoming satiated, and because they can swim between island colonies, they could have dramatic influences on seabird and sea duck reproductive success. However, it is unclear whether nest foraging can provide an energetic benefit to polar bear populations, especially given the capacity of bird populations to redistribute in response to increasing predation pressure. In this study, we develop a spatially explicit agent‐based model of the predator–prey relationship between polar bears and common eiders, a common and culturally important bird species for northern peoples. Our model is composed of two types of agents (polar bear agents and common eider hen agents) whose movements and decision heuristics are based on species‐specific bioenergetic and behavioral ecological principles, and are influenced by historical and extrapolated sea ice conditions. Our model reproduces empirical findings that polar bear predation of bird nests is increasing and predicts an accelerating relationship between advancing ice breakup dates and the number of nests depredated. Despite increases in nest predation, our model predicts that polar bear body condition during the ice‐free period will continue to decline. Finally, our model predicts that common eider nests will become more dispersed and will move closer to the mainland in response to increasing predation, possibly increasing their exposure to land‐based predators and influencing the livelihood of local people that collect eider eggs and down. These results show that predator–prey interactions can have nonlinear responses to changes in climate and provides important predictions of ecological change in Arctic ecosystems.
Biochar stimulates the decomposition of simple organic matter and suppresses the decomposition of complex organic matter in a sandy loam soil
Authors: Cheng Hongguang , Hill Paul W. , Bastami Mohd Saufi , Jones Davey L. 
Published: September 2016

AbstractIncorporating crop residues and biochar has received increasing attention as tools to mitigate atmospheric carbon dioxide (CO2) emissions and promote soil carbon (C) sequestration. However, direct comparisons between biochar, torrefied biomass, and straw on both labile and recalcitrant soil organic matter (SOM) remain poorly understood. In this study, we explored the impact of biochars produced at different temperatures and torrefied biomass on the simple C substrates (glucose, amino acids), plant residues (Lolium perenne L.), and native SOM breakdown in soil using a 14C labeling approach. Torrefied biomass and biochars produced from wheat straw at four contrasting pyrolysis temperatures (250, 350, 450, and 550 °C) were incorporated into a sandy loam soil and their impact on C turnover compared to an unamended soil or one amended with unprocessed straw. Biochar, torrefied biomass, and straw application induced a shift in the soil microbial community size, activity, and structure with the greatest effects in the straw‐amended soil. In addition, they also resulted in changes in microbial carbon use efficiency (CUE) leading to more substrate C being partitioned into catabolic processes. While overall the biochar, torrefied biomass, and straw addition increased soil respiration, it reduced the turnover rate of the simple C substrates, plant residues, and native SOM and had no appreciable effect on the turnover rate of the microbial biomass. The negative SOM priming was positively correlated with biochar production temperature. We therefore ascribe the increase in soil CO2 efflux to biochar‐derived C rather than that originating from SOM. In conclusion, the SOM priming magnitude is strongly influenced by both the soil organic C quality and the biochar properties. In comparison with straw, biochar has the greatest potential to promote soil C storage. However, straw and torrefied biomass may have other cobenefits which may make them more suitable as a CO2 abatement strategy.
A realistic meteorological assessment of perennial biofuel crop deployment: a Southern Great Plains perspective
Authors: Wagner Melissa , Wang Meng , Miguez‐Macho Gonzalo , Miller Jesse , VanLoocke Andy , Bagley Justin E. , Bernacchi Carl J. , Georgescu Matei 
Published: September 2016

AbstractUtility of perennial bioenergy crops (e.g., switchgrass and miscanthus) offers unique opportunities to transition toward a more sustainable energy pathway due to their reduced carbon footprint, averted competition with food crops, and ability to grow on abandoned and degraded farmlands. Studies that have examined biogeophysical impacts of these crops noted a positive feedback between near‐surface cooling and enhanced evapotranspiration (ET), but also potential unintended consequences of soil moisture and groundwater depletion. To better understand hydrometeorological effects of perennial bioenergy crop expansion, this study conducted high‐resolution (2‐km grid spacing) simulations with a state‐of‐the‐art atmospheric model (Weather Research and Forecasting system) dynamically coupled to a land surface model. We applied the modeling system over the Southern Plains of the United States during a normal precipitation year (2007) and a drought year (2011). By focusing the deployment of bioenergy cropping systems on marginal and abandoned farmland areas (to reduce the potential conflict with food systems), the research presented here is the first realistic examination of hydrometeorological impacts associated with perennial bioenergy crop expansion. Our results illustrate that the deployment of perennial bioenergy crops leads to widespread cooling (1–2 °C) that is largely driven by an enhanced reflection of shortwave radiation and, secondarily, due to an enhancedET. Bioenergy crop deployment was shown to reduce the impacts of drought through simultaneous moistening and cooling of the near‐surface environment. However, simulated impacts on near‐surface cooling andETwere reduced during the drought relative to a normal precipitation year, revealing differential effects based on background environmental conditions. This study serves as a key step toward the assessment of hydroclimatic sustainability associated with perennial bioenergy crop expansion under diverse hydrometeorological conditions by highlighting the driving mechanisms and processes associated with this energy pathway.
Redox proteomic evaluation of oxidative modification and recovery in a 3D reconstituted human skin tissue model exposed to UVB
Authors: Dyer J. M. , Haines S. R. , Thomas A. , Wang W. , Walls R. J. , Clerens S. , Harland D. P. 
Published: September 2016

AbstractObjectiveExposure to UV in humans resulting in sunburn triggers a complex series of events that are a mix of immediate and delayed damage mediation and healing. While studies on the effects of UV exposure on DNA damage and repair have been reported, changes in the oxidative modification of skin proteins are poorly understood at the molecular level, despite the important role played by structural proteins in skin tissue, and the effect of the integrity of these proteins on skin appearance and health. Proteomic molecular mapping of oxidation was here applied to try to enhance understanding of skin damage and recovery from oxidative damage and UVB exposure.MethodsA redox proteomic‐based approach was applied to evaluating skin protein modification when exposed to varying doses of UVB after initial oxidative stress, via tracking changes in protein oxidation during the healing process in vitro using a full‐thickness reconstituted human skin tissue model. Bioassays and structural evaluation confirmed that our cultured skin tissues underwent a normal physiological response to UVB exposure.ResultsA set of potential skin marker peptides was generated, for use in tracking skin protein oxidative modification. Exposure to UVB after thermal oxidative stress was found to result in higher levels of skin protein oxidation than a non‐irradiated control for up to seven days after exposure. Recovery of the skin proteins from oxidative stress, as assessed by the overall protein oxidation levels, was found to be impaired by UVB exposure. Oxidative modification was largely observed in skin structural proteins.ConclusionExposure of skin proteins to UVB exacerbates oxidative damage to structural skin proteins, with higher exposure levels leading to increasingly impaired recovery from this damage. This has potential implications for the functional performance of the proteins and inter‐related skin health and cosmetic appearance.