政务舆情回应策略对政府形象修复的影响 ——情绪认知视角的有调节中介模型

【问题】当前舆情危机事件频发,网络舆情既可以提升政府形象也可以对政府形象造成负面影响,关键在于政府如何应对舆情。舆情事件中政府采取什么样的回应策略才能有效维护和修复政府形象?【方法】本研究从情绪认知视角出发,以公众情绪为中介和以回应策略为调节变量构建了有调节的中介模型,并通过2(事件责任:大、小)×3(回应策略:否认、借口、道歉修正)的组间实验设计进行证实。【发现】研究发现,当公众认为责任大的条件下,采用道歉修正策略(与否认策略、借口策略相比)更能缓解公众情绪,进而修复政府形象;当公众认为责任小时,采用道歉修正策略和否认策略(与借口策略相比)更能疏导公众情绪,进而修复政府形象。【贡献】研究突破了传统SCCT理论基于认知视角探讨形象修复的框架,从情感视角提出即使不改变大众对舆情事件起因的归因认知,通过有效回应来疏导公众情绪,也能达到修复政府形象的目的。     

The Unconscious Conscience: Implicit Processes and Deception in Negotiation

Deception is pervasive in negotiations, and proponents of bounded ethicality propose that the decision to use deception reflects the influence of (unconscious) implicit processes. In this article, we empirically explore the bounded ethicality perspective. In the first experiment, we found that an implicit association between business and morality interacted with the competitive and cooperative characteristics of a negotiation to influence both negotiators' attitudes toward deception and their intentions to use deception. But in a second and third experiment, we found that these did not interact to influence negotiators' actual deception decisions. The results of our studies provide important insights into the deception decision process and complicate our understanding of bounded ethicality.     

Stability studies of ALD-52 and its homologue 1P-LSD

With the emergence of new psychoactive substances (NPSs) over the years, the substances detected on stamps (also known as blotter papers) have also evolved from the traditional drug—lysergic acid diethylamide (LSD) to the multiple variants of lysergamides such as ALD-52 and 1P-LSD. The analysis of such blotter papers is usually done by solvent extraction followed by identification using gas chromatography–mass spectrometry (GC-MS). This study has shown that hydrolysis to form LSD was observed in GC-MS analysis when ALD-52 was extracted with methanol. The extraction of ALD-52 using other solvents such as acetonitrile, ethanol, isopropyl alcohol, ethyl acetate, and acetone, followed by GC-MS analysis, was investigated. It is shown that alcoholic solvents such as methanol and ethanol will result in the conversion of ALD-52 to LSD during GC-MS analysis, whereas the sterically hindered isopropyl alcohol will prevent this conversion. Investigation also shows that the hydrolysis of ALD-52 to LSD occurs at the GC injector port. It was also observed that the degree of hydrolysis was more pronounced at a lower concentration (0.1 mg/mL). The study was extended to a close analog—1P-LSD, and the results showed that 1P-LSD similarly hydrolyzes to LSD. However, 1P-LSD was observed to be more stable than ALD-52 due to steric hindrance because of the propanoyl group.     

Evaluation of portable gas chromatography–mass spectrometry (GC–MS) for the analysis of fentanyl,fentanyl analogs,and other synthetic opioids

Potent synthetic opioids including fentanyl and its analogs are frequently encountered in the field and require detection and identification by first responders to maintain the safety of drug abusers, first responders, health-care providers, and the public at large. Due to the low concentration at which these substances may be encountered and the complicating matrices within which they may be dispersed, the use of portable gas chromatography–mass spectrometry (GC–MS) for their identification in the field offers great potential value. This research established that portable GC–MS is a useful method for the detection and identification of a large number of synthetic opioids, especially fentanyl and its analogs. In this study, 250 synthetic opioids and related substances including 210 fentanyl analogs were analyzed using portable GC–MS. It was concluded that 225 of the 250 (90.0%) opioids analyzed were successfully detected onboard at the time of analysis and identified as either the substance (55.2%) or an analog (34.8%). These outcomes have equivalent benefit for the field analysis of illicit drugs due to both initiating the same subsequent actions by first responders.     

环境民事诉讼制度适用的法律论证维度

环境法律机制通过救济环境权利的路径来解决现实中的环境问题,司法途径是救济环境权利的最后一道防线。而现实中从理论阐述和机制设计上都认为环境民事诉讼不能很好地解决环境纠纷、救济环境权利,就司法实践来看效果也不是很理想,环境侵权相对于传统侵权行为的特殊性是导致这种现象的非常重要的原因。阿列克西的法律论证理论为我们解决这一理论和现实中的困境提供了重要的理论支撑。     

在福建省纪念中共中央发布“五一口号”60周年大会上的讲话

今天,我们在这里隆重纪念中共中央发布“五一口号”60周年,深刻认识这一重大事件的历史作用,回顾总结多党合作的实践经验,继承发扬老一辈的优良传统,对于进一步坚持和完善中国共产党领导的多党合作和政治协商制度,巩固和壮大爱国统一战线,坚定不移地走中国特色社会主义政治发展道路,继续推进福建改革开放和现代化建设事业,努力把海峡西岸经济区建设成为科学发展的先行区、两岸人民交流合作的先行区,具有特殊的重要意义。     

“风险政务”:国际状况与我国的建设方略

"风险政务"的提出源自于风险社会的国际背景和我国转型期综合风险膨胀的国情。在国际上,英国、加拿大等西方国家已将"风险政务"纳入公共管理的日常工作并发挥了实际作用。我国政府在重点防范危机风险的同时,应加大重视政务活动中的常态风险,从战略、体制、机制、标准、手段、文化等方面着手,全面构建"风险政务"体系,推动实现政府善治。     

羁押必要性审查实证分析简

羁押是剥夺犯罪嫌疑人人身自由最严厉的强制措施,使用羁押手段必须慎之又慎。《刑事诉讼法》明确规定了人民检察院逮捕犯罪嫌疑人后需继续对羁押必要性进行审查的制度。文章从捕后羁押的实际情况出发,对现实中存在的问题进行了多层次的分析,提出完善羁押必要性审查制度的具体措施。     

KCNE、KCNQ1与心性猝死的相关性研究进展

部分心性猝死由于缺乏明确的病理学改变,其鉴定工作一直是法医工作者的一大难题。近年来,与长QT综合征、心房颤动等致死性心律失常疾病相关基因（KCNE基因家族与KCNQl）等研究逐渐增多。国内外研究发现KCNE和KCNQ1基因编码心肌钾离子通道,其基因异常可引起严重的心律失常,甚至导致心性猝死。因此,死后KCNE和KCNQl的基因检测对于心性猝死鉴定具有重要意义。本文对KCNE、KCNQl与心性猝死的相关性研究进展进行综述,希望能为法医学研究和实践提供参考。     

慢性乙醇中毒小鼠脑神经细胞IP3R1表达的变化

目的研究慢性乙醇中毒引起小鼠脑神经细胞Ⅰ型1,4,5-三磷酸肌醇受体（IP3R1）表达的变化。方法 40只小鼠随机分为90d、180d组,各组再分为正常对照组、10%、20%、30%乙醇组,每组5只,乙醇组给予相应浓度乙醇饮用至相应时间;取各组小鼠脑组织,分别采用免疫组化和Western blot方法检测脑皮质神经细胞IP3R1表达的变化;SPSS 13.0软件对实验数据进行单因素方差分析。结果正常IP3R1免疫组化染色物分布于神经细胞胞浆内。90d组随乙醇浓度的增加,IP3R1免疫组化阳性细胞数和阳性细胞率逐步增加,组间比较,差异显著（P〈0.05）;180d组中10%、20%乙醇组阳性细胞数和阳性细胞率逐步增加,组间比较,差异显著（P〈0.05）,而30%乙醇组阳性细胞数和阳性细胞率反而减少,且低于90d组的相同浓度组（P〈0.05）。Western blot与免疫组化检测结果基本一致。结论慢性乙醇中毒可引起小鼠大脑皮质神经细胞IP3R1表达增加,而高浓度（30%）、长时间（180d）乙醇使IP3R1表达降低,可能与神经细胞变性、坏死、数目减少有关。