在经济复苏中推进循环经济发展——基于实施家电以旧换新政策的分析

家电以旧换新政策具有经济与环保的双重效应,其政策实施方案是促进经济复苏举措中有利于中国循环经济发展的典型代表,应从推进家电产业发展循环经济的高度,在生产者环保责任、行业规划与支持政策、信息管理、环保法规宣传与执行等方面做出进一步努力。     

浅论提高现场照相中的证据意识

现场照相是一项侦查工作,也是一种诉讼活动,必须要有证据意识,并拓展现场照相在诉讼工作中的取证能力。我们提倡的是“有备而拍”;在拍摄过程中要不断地修正和充实原来的拍摄计划;现场照片是一个完整的系统,拍摄要循序渐进;要重视现场照相的编排、制卷工作,采取多样的表现手法。     

新安全视角下美国政府的气候政策

"人类安全"逐渐成为一种新的安全理念,环境气候问题等各种影响人类安全和福祉的非传统安全问题日益引起广泛关注。全球性安全威胁的严重程度则取决于治理框架的反应能力。包括气候政策、法律和机构在内的气候环境治理框架能够最大限度地削弱全球化冲突的根源,避免影响的发生或减缓其进程。奥巴马上任以来美国新政府能源、环境和应对气候变化政策出现较大调整,大力推动新能源法案来减缓气候变化。这一政策转向具有深刻的历史动因和政治基础,并将给美国经济复苏和美国企业的国际竞争力带来压力,加剧美国对外贸易摩擦和削弱其在国际气候环境合作中的领导地位。     

实践中的证据法——中国证据法实施情况调查研究

证据制度是本次中国司法文明指数体系的一个重要一级指标,我们选取了四项二级指标进行了评估,通过问卷调查和数据分析,并结合中国证据法治指数问卷调查的数据,可以得出以下结论:当事人证据权利缺乏有效保障,侦查人员的证据意识有所增强,非法证据排除规则有待落实,以及司法证明过程缺乏合理规范。     

现实已经发生——论我国地方性刑事证据规则

地方性刑事证据规则与全国性刑事证据立法相对应,我国各地广泛开展了制定和实施刑事证据规则的试点,具有一定的进步性,但又存在广泛的问题,其产生的动因主要是防止冤假错案,保持司法公正和增强法律的可操作性,今后我国应该走全国统一刑事证据规则的道路。     

试论我国的行政追偿制度及其完善

我国《国家赔偿法》规定了行政追偿制度,但由于规定过于原则,缺乏具体的操作措施,致使这一制度在实践中很难得到实施。为此,本文拟就行政追偿的适用条件、主体、追偿标准、追偿时效等问题进行探讨,以期有益于我国行政追偿制度的完善。     

庭前会议中非法证据排除处理方法研究

2013年1月施行的《刑事诉讼法》中增加了庭前会议程序,其中对于非法证据排除的相关内容引起了法学理论界和司法实务部门的广泛关注,对庭前会议司法实践的实证研究表明庭前会议程序本身还存在法规模糊、制度欠缺等问题,其中对于非法证据的处理更是争议的焦点.在系统分析我国现行法律法规体系中有关庭前会议中非法证据排除的相关条款的基础之上,通过对司法实践以及法学理论界的不同观点的考察,本文从我国当前刑事司法体系发展阶段及特点出发,提出除控辩双方争议较大的情况以外,非法证据排除问题原则上应当在庭前会议中解决,同时法律法规应明确庭前会议中非法证据排除决定的效力.     

对一起美容非法行医案件的思考

生活美容机构开展医学美容业务存在着监管难题,如在执法调查及行政处罚过程中,违法主体认定、证据收集、法律适用等关键环节都存在着诸多问题。作者通过对一起未经批准在生活美容店开展医学美容的行政处罚案例的讨论,探讨非法行医案件调查取证的难点,剖析案件查处过程中违法主体、违法事实认定及法律适用等问题,提出对此类执法工作的相关建议。     

The importance of dark adaptation for forensic examinations; an evaluation of the Crime-lite Eye™

Forensic practitioners are recommended to dark adapt their eyes prior to conducting evidential searches in the dark. The dark adaptation process remains poorly standardised across the discipline, with little quantified regarding the benefits of such preparative steps. Herein, we report the findings of a study that recruited 50 participants to assess the effectiveness of the Crime-lite Eye?, a darkness adaptation device developed to assist forensic practitioners both in the laboratory and in field. Participants were tasked with searching for the fluorescent signatures left by reaction of 1,8-diazafluoren-9-one (DFO) with amino acids, in a manner akin to the fluorogenic fingerprint treatment of porous evidence. Using an Epson Stylus Photo R265 inkjet printer, ink cartridges were filled with alanine solutions of various concentrations, allowing different motifs to be printed onto copy paper and subsequently developed using DFO. Participants searched for this ‘evidence’ both with and without dark adapted vision. On average, participants were able to locate and correctly recognise 16% more evidence once dark adapted using the Crime-lite Eye?.The increase in evidence located by participants once dark adapted suggests that crime scene officers should be dark adapting in order to visualise as much as possible. The time taken to dark adapt, 10?min on average during this study, is not excessively long, and should not significantly slow the investigation.     

A novel file carving algorithm for National Marine Electronics Association (NMEA) logs in GPS forensics

Globe positioning system (GPS) devices are an increasing importance source of evidence, as more of our devices have built-in GPS capabilities. In this paper, we propose a novel framework to efficiently recover National Marine Electronics Association (NMEA) logs and reconstruct GPS trajectories. Unlike existing approaches that require file system metadata, our proposed algorithm is designed based on the file carving technique without relying on system metadata. By understanding the characteristics and intrinsic structure of trajectory data in NMEA logs, we demonstrate how to pinpoint all data blocks belonging to the NMEA logs from the acquired forensic image of GPS device. Then, a discriminator is presented to determine whether two data blocks can be merged. And based on the discriminator, we design a reassembly algorithm to re-order and merge the obtained data blocks into new logs. In this context, deleted trajectories can be reconstructed by analyzing the recovered logs. Empirical experiments demonstrate that our proposed algorithm performs well when the system metadata is available/unavailable, log files are heavily fragmented, one or more parts of the log files are overwritten, and for different file systems of variable cluster sizes.