Suppr超能文献

[人类生态学与跨学科合作以对公共卫生环境风险因素进行一级预防]

[Human ecology and interdisciplinary cooperation for primary prevention of environmental risk factors for public health].

作者信息

Dobrowolski Jan W

机构信息

Katedra Biotechnologii Srodowiskowej i Ekologii, Wydzial GGiIS AGH, Kraków.

出版信息

Przegl Lek. 2007;64 Suppl 4:35-41.

Abstract

Human ecology makes a scientific base for more effective prevention against contamination of the air, water and food, and other environmental factors making common risk factors for human health. It integrates interdisciplinary cooperation of experts from natural, technological, socio-economical and other sciences. Complex study is necessary for better estimation of real risk factors for an individual person. This risk is connected with the exposure of people to pollutants in working places, housing environment, areas for recreation and by food (including synergistic effects). Such study implicates real tasks for representatives of different sciences (technological and agricultural in particular) as well as for teachers and journalists. Especially dangerous are environmental risk factors when principles of human ecology are not taking into consideration at the intensification of food production, processing and conservation, as well as at designing of housing environment (where the exposure to harmful physical, chemical and biological factors is the longest) and also while selecting of the main directions of development of technical infrastructure for motorization (e.g. designing of cars, roads and their surrounding). EU recognize study of the human ecology as basis for sustainable development (sponsoring e.g. diploma and doctoral studies in this field at the Free University of Brussels). Author's experiences connected with the participation as a visiting professor taking part in related training activity at this University as well as during study visits in several countries were useful for the introduction of human ecology in linkage with ecotoxicology and environmental biotechnology as the subject of study at environmental engineering at the Faculty of Mining Surveying and Environmental Engineering at AGH-UST. Methodological experience of 40 years of interdisciplinary case studies and problem-oriented education in this field may be useful for modernization of training activity in ecologically-based primary prevention. Training in this important field is not adequate in medical, technological, and also natural subjects of studies. There is not enough opportunity for education of the students and graduates toward the application of integrated system approach of new achievements in different sciences and technologies. Interesting are experiences connected with long-term case studies in highly polluted regions in Poland, Japan, India, as well as exchange of methodological experiences during the series of International Summer Schools on the Human Environment from 1972, as well as during series of 11 International Conferences on Sustainable Development organized at AGH-UST from 1989 to 2006 and Polish Conferences in 2004 and 2007. It seems necessary not only to develop a training of experts that would be adequate to present needs, but also education of the whole society (including formal activities at all levels of education) as well as informal education (e.g. at Open Universities and Distance Education, based on the Internet) to achieve the integration of activity of scientists, practitioners and the whole society. It would be useful to focus this activity on crucial problems and selected regions. Let me propose as the top priority for inhabitants of Tarnow region as well as pilot projects for Poland; utilization of all possible achievements of science and technology for primary prevention of health hazard for inhabitants of Gmina Szczucin that is very polluted by asbestos, and also model management reducing risk factors for the natural environment and health of inhabitants in the regions of new motor-ways, as well as better primary prevention against flood accidents and connected with their effects (higher humidity of housing environment and its contamination by toxinogenic moulds) risk factors for health of communities living in rivers regions. For the purpose of optimisation of preventive action, it is necessary not only to apply the results of studies on human ecology and exchange experiences with specialists (e. g. within European projects), but also to perform better integration of the activities of experts, local society and regional administration.

摘要

人类生态学为更有效地预防空气、水和食物污染以及其他构成人类健康常见风险因素的环境因素奠定了科学基础。它整合了来自自然科学、技术科学、社会经济学及其他学科专家的跨学科合作。为了更好地评估个体面临的实际风险因素,进行综合研究是必要的。这种风险与人们在工作场所、居住环境、娱乐区域以及通过食物接触污染物(包括协同效应)有关。这样的研究给不同学科的代表(尤其是技术和农业领域)以及教师和记者带来了实际任务。当在强化食品生产、加工和保存过程中,以及在设计居住环境(人们在其中接触有害物理、化学和生物因素的时间最长)时,还有在选择机动化技术基础设施的主要发展方向(例如汽车、道路及其周边设施的设计)时,若不考虑人类生态学原理,环境风险因素尤其危险。欧盟将人类生态学研究视为可持续发展的基础(例如赞助布鲁塞尔自由大学该领域的文凭和博士研究)。作者作为客座教授参与该校相关培训活动以及在几个国家进行考察访问期间的经历,有助于将人类生态学与生态毒理学和环境生物技术联系起来,作为AGH - UST矿业测量与环境工程学院环境工程专业的研究课题引入。该领域40年跨学科案例研究和问题导向教育的方法学经验,可能有助于以生态为基础的初级预防培训活动的现代化。在医学、技术以及自然学科的研究中,这一重要领域的培训并不充分。没有足够的机会让学生和毕业生接受教育,以应用不同科学技术新成果的综合系统方法。与波兰、日本、印度高污染地区的长期案例研究相关的经验,以及1972年以来一系列国际人类环境暑期学校期间,还有1989年至2006年在AGH - UST举办的11次可持续发展国际会议以及2004年和2007年波兰会议期间的方法学经验交流都很有意思。似乎不仅有必要开展符合当前需求的专家培训,还需要对整个社会进行教育(包括各级教育中的正规活动)以及非正规教育(例如基于互联网的开放大学和远程教育),以实现科学家、从业者和整个社会活动的整合。将这项活动聚焦于关键问题和特定地区会很有用。我提议将为塔尔诺夫地区居民以及波兰的试点项目列为首要任务;利用所有可能的科技成果,对受石棉严重污染的什丘钦 gmina 居民进行健康危害的初级预防,以及对新高速公路沿线地区的自然环境和居民健康降低风险因素进行示范管理,还有更好地对洪水事故及其相关影响(居住环境湿度增加及其被产毒素霉菌污染)对河流地区社区居民健康的风险因素进行初级预防。为了优化预防行动,不仅有必要应用人类生态学研究成果并与专家交流经验(例如在欧洲项目范围内),还需要更好地整合专家、当地社会和地区行政部门的活动。

文献AI研究员

20分钟写一篇综述,助力文献阅读效率提升50倍。

立即体验

用中文搜PubMed

大模型驱动的PubMed中文搜索引擎

马上搜索

文档翻译

学术文献翻译模型,支持多种主流文档格式。

立即体验