Integrated Urban Water Resources Management - Nato Security through Science Series C: 2006 edition

Marc Notes: Includes bibliographical references and index. Table of Contents: 1. Challenges in Management of Urban Water Resources.- Protection of Water Resources in the Slovak Republic.- J. Kris, M. Fasko.- The Human Dimensions of IWRM: interfaces between knowledges and ambitions; P. Jeffrey.- Supporting the siting of new urban developments for integrated urban water ressource management; D. Butler et al.- GSI for integrated water resources management; O. Udovyk.- Urban infrastructure modelling; K. Pryl, Z. Svitak.- Integrated urban water cycle modeling; T. Metelka.- Water Resources Policy and Management in Jordan; N. K. Al-Halasah, B. Y. Ammary.- Urban Water Resources Management in Ukradne; V. Kuznyetsov.-Water Supply, Urban Drainage and waste water treatment in the Orava region; R. Haloun .- 2. Challenges in Urban Water Supply .- Robust design and management of water systems: how to cope with risk and uncertainty?; D. Savic .- Ageing and renewal of urban water infrastructure; R. Baur .- Benchmarking of Water Supply Systems - Water Losses Assessment; K. Tothova et al..- Water Supply of Bucharest Past, Prezent, Future: a study case; E. Chiru.- Water supply in cities of Belarus: Water quality and risk management; T. Kukharchyk, V. Khomich .- Risk Assessment of potable water used from river intakes near radiation dangerous objects (Obninsk for illustration); O. Momot et al.- 3. Urban drainage and water bodies.- Wastewater network challenges and solutions; S. Saegrov et al. - Application of decision support system for sewer network rehabilitation; P. Hlavinek et al.- Implementation of fiber optic data cables in sewage system; S. Stanko, I. Mahrikova.- Overview of urban drainage impacts on aquatic habitat; J. Marsalek .- Urban Runoff Contamination, Problems of Treatment and Impact on Receiving Water; A. Aucharova, V. Khomich .- Impact of anthropogenic loads on water quality of rivers of the upper areas of Oka and Desna basins; I. Semanova et al.- Biosorbents in surfare waters in situ treatment against radionuclides; L. Spasonovaet al.- Wastewater Treatment and Security.- Economic and Technical Efficiency of Wastewater Plants: a basic requisite to the feasibility of water reuse projects; F. Hernandez-Sancho, R. Sala-Garrido .- Joint optimisation of sewer and treatment plant kontrol; H. Kroiss.- Wastewater treatment in Belarus: purification efficiency and surface water pollution risk; O. Kadatskaya.- 4. Wastewater Treatment and Reuse.- Water reuse in Canada: opportunities and challenges; K. Exall et al.- Integrated concepts for reuse of upgraded wastewater role of membranes in water recycling; T. Wintgens et al.- Water reuse feasibility study in the czech republic; B. Janosova et al. Alternative formulations for the reuse of treated wastewater in menemen plain irrigation scheme; O. Gunduz et al.- Assessment of Rainwater Roof Harvesting Systems for Household Water Supply in Jordan; F. A. Abdulla, A. W. Al-Shareef .- Wastewater Reuse for Irrigation on the Desert Sandy Soil of Egypt: long-term effect; H. I. Abdel-Shafy, M. F. Abdel-Sabour.- Membranes for Unrestricted Reuse; R. Messalem.-"Publisher Marketing: Growing populations and rising standards of living exert stress on water supply and the quality of drinking water. Some of these pressures can be reduced by demand management and water and wastewater reuse. In wastewater management, new challenges are caused by new chemicals of concern, including endocrine disrupters, pharmaceuticals, hormones, and personal care products, which often pass through wastewater treatment plants unabated, but may cause serious impacts on receiving aquatic ecosystems. Thus, there is a need to address the sources, fate and transport of these new chemicals. Advanced wastewater treatment leads to production of biosolids, which are processed in various ways, including on-land applications in agriculture. Again, there are some human health concerns regarding these practices. Municipal effluents, combined with increasing withdrawals of water, lead to the worsening of receiving water quality.

Contributor Bio:  Marsalek, Jiri National Water Research Institute