良好环境权视角下的环境标准制度

环境标准是环境科学中经常出现的一个概念，它对环境法的制定和实施都发挥着十分重要的作用。选取了良好环境权这一视角，对环境标准制度展开论述。在分别介绍了环境标准和良好环境权的基本内容之后，对两者的互动关系进行了分析；在此基础上，文章对有关环境标准的两个难题作了深入的探讨，希望对这方面的研究有所助益。     

Gathering “wild” food in the city: rethinking the role of foraging in urban ecosystem planning and management

Recent “green” planning initiatives envision food production, including urban agriculture and livestock production, as desirable elements of sustainable cities. We use an integrated urban political ecology and human–plant geographies framework to explore how foraging for “wild” foods in cities, a subversive practice that challenges prevailing views about the roles of humans in urban green spaces, has potential to also support sustainability goals. Drawing on research from Baltimore, New York City, Philadelphia, and Seattle, we show that foraging is a vibrant and ongoing practice among diverse urban residents in the USA. At the same time, as reflected in regulations, planning practices, and attitudes of conservation practitioners, it is conceptualised as out of place in urban landscapes and an activity to be discouraged. We discuss how paying attention to urban foraging spaces and practices can strengthen green space planning and summarise opportunities for and challenges associated with including foragers and their concerns.     

中-韩自贸区建立对辽宁环保产业的影响及对策研究

建立中-韩自由贸易试验区是党中央、国务院做出的重大决策,是深入贯彻党的十八大精神,在新形势下全面深化改革、扩大开放战略的重大举措。辽宁省环保产业发展起步较早,尽管近年来在全国的位次有所下滑,但在产品门类、技术、人才、关联产业以及园区化、集群化的发展模式上仍具有一定优势。面对中-韩自由贸易试验区对环境服务业战略转型的机遇和挑战,辽宁省应明确提出环保产业发展战略和目标定位,要强化政府的主导作用,加强不同环境服务分类影响研究,实施国内环境服务企业的\"走出去\"战略,加快环境服务业发展和战略转型的法规和政策体系建设,制定针对国内环境服务企业的扶持战略,解决战略转型的保障问题。本文以自贸区贸易效应为理论依据,根据辽宁省环保产业发展现状,探索在新时期如何利用辽宁省的区位优势不断创造市场空间,加快政府职能转变,积极推进环保产业贸易和投资便利化,强化资本、技术、人才等要素构建,加强园区建设,培育领军企业。     

油气田开发对湿地的影响及保护措施

湿地环境和生态系统的保护及合理利用,在当今国际已普遍受到重视。我国石油勘探开发活动对湿地的影响,大体可分为直接和间接两类。直接影响主要由污染物排放;机械和人类活动对野生动植物的影响;油田设施占用地面;围湖或围海等构成。间接影响主要指影响湿地的水文条件及油气田开发带动其它资源的开发和当地经济的发展。为了减少油气田开发对湿地不利的影响,编制了《中国石油天然气总公司湿地保护行动计划》,建立了湿地保护的专门管理机构,并进而采取了一系列保护措施。     

论环境标准的创新

文章针对我国环境标准工作的现状，以与时俱进思想，提出改革创新的八个重点。     

Environmental Exposure of Aquatic and Terrestrial Biota to Triclosan and Triclocarban1

Abstract: The synthetic biocides triclosan (5‐chloro‐2‐(2,4‐dichlorophenoxy)phenol) and triclocarban (3,4,4′‐trichlorocarbanilide) are routinely added to a wide array of antimicrobial personal care products and consumer articles. Both compounds can persist in the environment and exhibit toxicity toward a number of biological receptors. Recent reports of toxicological effects in wildlife, human cell cultures, and laboratory animals have heightened the interest in the occurrence of these biocide and related toxic effects. The present study aimed to summarize published environmental concentrations of biocides and contrast them with toxicity threshold values of susceptible organisms. Environmental occurrences and toxicity threshold values span more than six orders of magnitude in concentration. The highest biocide levels, measured in the mid parts‐per‐million range, were determined to occur in aquatic sediments and in municipal biosolids destined for land application. Crustacea and algae were identified as the most sensitive species, susceptible to adverse effects from biocide exposures in the parts‐per‐trillion range. An overlap of environmental concentrations and toxicity threshold values was noted for these more sensitive organisms, suggesting potential adverse ecological effects in aquatic environments. Affirmative evidence for this is lacking, however, since studies examining environmental occurrences of biocides vis‐à‐vis the health and diversity of aquatic species have not yet been conducted.