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Monitoring of pavement state as a basis for economic regulation of greenhouse gases emissions

100%
Radkevich M., Salokhiddinov A.
Annals of Warsaw University of Life Sciences - SGGW. Land Reclamation
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2014
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tom 46
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nr 2
Road complex which includes a road network with traffic, road services, car repair businesses, and enterprises for the production of fuels and materials for the repair of roads, is an important source of environmental pollution, and the degree of contamination depends on the quality of the road pavement. The present research is aimed to find the interaction between the amount of emissions into the environment from whole road complex and condition of road cover, on creation of a simplified method of determining economic damage from environmental pollution at the road operation and to develop basic mechanism of the economic impact on road services at excess emissions. According to the results of computer experiments mathematical relations of complex road emissions from the evenness of road pavement were obtained. Worked out method of greenhouse (and other) emission inventory permits to determine the total amount of emissions and to identify excess emissions relative to some acceptable level. Definition of economic damage of environmental pollution during road operation can be the basis for determining the amount of ban impositions on road service.
2

Microprocesor model to control Zl motors

84%
Walusiak S., Podlesny M., Pietrzyk W.
Teka Komisji Motoryzacji i Energetyki Rolnictwa
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2006
|
tom 06A
3

The initial risk assessment and emission control from contaminated sediments

84%
Malina G., Smit M. P. J., Grotenhuis T. J. C.
International Journal of Ecohydrology and Hydrobiology
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2006
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tom 06
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nr 1-4
213-222
4

Challenges to freshwater management

67%
Somlyody L., Yates D., Varis O.
International Journal of Ecohydrology and Hydrobiology
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2001
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tom 01
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nr 1-2
Water (including increasing use relative to availability, and deteriorating quality) may be one of the most severe stresses on the exponentially growing human population in the next century. Problems are becoming increasingly complex and diverse and require more and more specific knowledge from both a technical and non-technical perspective. These complexities create the need to understand and comprehend the more detailed technical components as well as broader managerial and societal issues. These non-complementary elements will increasingly demand the efficient integration of various disciplines, sectors, countries, and societies. The major challenges addressed are whether we are capable of and prepared to realize the needed integration and whether we can resolve the large amounts of existing gaps and barriers. The paper analyzes major past and desired future trends in fresh water management. There is an attempt to draw from the three main socio-economic regions: the developed world, Central and Eastern Europe (including countries of the former USSR) and the developing world. A number of issues are selected with regards to integrated freshwater management: • Identification, occurrence, and perception of various problems (e.g. eutrophication, acidification, global warming, salinization, groundwater contamination, eco-system degradation, land cover changes, vulnerability); • Current integration of methodologies; their strengths and weaknesses; • Large scale projects; dams, irrigation schemes and water transfers; • Global urbanization; • Wastewater treatment and pollution control types (considering also consumption emissions); • Modeling and monitoring; • Planning and environmental impact assessment; • Legislation and institutions; • Education and public awareness; • Sustainable development and time preference; • The role of science and engineering. The past two decades showed tremendous developments in the management of water as seen from many different perspectives. In spite of these advancements there is still room for improvement. The focus of the present discussion lays mostly on the dissemination of lessons and questions which are crucial to likely future problems and desired improvements.
5

Zmniejszenie emisji przy obrobce i uszlachetnianiu drewna i tworzyw drzewnych

59%
W K.
Biuletyn Informacyjny Ośrodka Badawczo-Rozwojowego Przemysłu Płyt Drewnopochodnych w Czarnej Wodzie
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1998
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tom 39
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nr 2
138-139
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