Some examples of policies and practices that should be considered include (i) policies that consider whole-of-life journeys, incorporating accessible employment, community participation, mobility/migration and social transition, to break generational poverty cycles; (ii) policies addressing urban environmental issues, such as planned urban space and taxes on the use of vehicles to reduce use or to encourage vehicles that use less fuel as well as encourage bicycle use, walking, and other forms of human transportation; (iii) greater cooperative planning between rural and urban regions to improve food security (e.g., subsidies for farmers providing locally produced, unprocessed and low cost food to urban centers); (iv) social protection and universal health coverage to reduce wealth disparity among urban dwellers; including introduction of programs and services for health, for example by establishing primary healthcare clinics accessible and affordable for all including those living in urban slums [23].
Indonesian Journal of Social and Environmental Issues (IJSEI) with registered number ISSN: 2722-1369 (Online) is an International Journal, Peer-Reviewed, and Open Access focusing on the scientific works devoted to the study of social and environmental issues. This journal covers all perspectives related to social and environmental issues, including Environmental Sociology, Environmental Anthropology, Environmental Law, Political Ecology, Human Ecology, Environmental Management, Environmental Engineering, Sustainable Development, Forestry, and other related topics on social and environmental issues. The topic of the article is not only about Indonesia's social and environmental issues but also other regions of the world.
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The journal will promote the work based on latest technologies and inter-disciplinary approaches for achieving the targets of environmental sustainability. Research from micro or even nano-level involving microbiomes, metagenomes, at molecular and biochemical levels to nanotechnology and nanoparticles, to those interfacing physico-chemical and biological systems and to the ones involving satellite imaging, geo-mapping, etc. can be integrated for achieving the sustainability of the environment.
The Journal of Environmental Management is a journal for the publication of peer reviewed, original research for all aspects of management and the managed use of the environment, both natural and man-made. Critical review articles are also welcome; submission of these is strongly encouraged. As governments and the general public become more keenly aware of the critical issues arising from man's use of his environment, this journal provides a forum for the discussion of environmental problems around the world and for the presentation of management results. It is aimed not only at the environmental manager, but at anyone concerned with the sustainable use of environmental resources.
Papers submitted should address environmental management issues using a range of techniques e.g. case studies, observational and theoretical analyses, the application of science, engineering and technology to questions of environmental concern or mathematical and computer modeling techniques with the aim of informing both the researcher and practitioner.
Environmental protection departments receive a lot of data every day. For example, quality information of atmospheric, water, soil, ocean, and other environmental factors obtained by environmental monitoring departments, the discharge data of pollution sources obtained by environmental supervision departments, the data of social, economic, and environmental protection work obtained by environmental statistics, and the scientific research information obtained by environmental research and research. In addition, the environmental protection department has also exchanged a lot of information with many departments (such as meteorology, water conservancy, ocean, agriculture, forestry, fishery, energy, health, transportation, etc.), which provides environmental researchers with opportunities to understand, analyze, and study environmental issues. It also provides a basis for analyzing and understanding problems for environmental management and environmental decision-making.
Faced with the huge amount of information and the complex relationship between different data types, effective data analysis technologies that explore the relationship and mutual influence between data classes are highly expected. To present, although data analysis technologies such as data acquisition, statistical calculation, system simulation and parameter identification, stochastic process analysis, neural network analysis, intelligent self-learning and semi-self-learning, etc., achieve great success in the field of environmental monitoring, there are also many existing issues to be further addressed. For example, how to explore complementary information from multi-modality environmental monitoring data? How to extract both stable and discriminant features from environmental monitoring data? How to design fast classifiers to classify large-scale environmental monitoring data? 2ff7e9595c
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