Lim, S., Suh, S., Kim, J., Park, H.S., 2010:
Urban Water Infrastructure Optimization to Reduce Environmental Impacts and Costs, Journal of Environmental Management, 91, 630 — 637.
Richard Luthy Director, Engineering Research Center for Reinventing the Nation's
Urban Water Infrastructure at Stanford University
She currently is a principal investigator and co-lead of the Engineering Thrust of the National Science Foundation Engineering Research Center for Re-Inventing the Nation's
Urban Water Infrastructure (ReNUWIt).
Not exact matches
It is true that cities in the «West» offer, let's say, child - friendly environment (clean air,
water etc), and physical
infrastructure (playground, sports oval, bike tracks) than
urban centres in South East Asia.
However, rapidly aging
infrastructure, population growth, and increasing urbanization call into question current
urban water management strategies, especially in the fast - growing
urban areas in Asia and Africa.
This so - called
urban health advantage is usually attributed to better access to health care and improved overall
infrastructure, such as clean
water, safety and education.But many of the globe's cities are already bursting and actually offer a far worse quality of life to those on the lower end of the income spectrum, whose plights can get overshadowed in large - scale statistics.
The researchers found that investment in new
water - efficiency technologies, and retrofitting existing
water infrastructure, are big reasons for the improvement in
urban areas.
The
water crisis in Flint, Michigan highlights a number of serious problems: a public health outbreak, inadequate
urban infrastructure, environmental injustice and political failures.
The most familiar
infrastructure is an
urban infrastructure, which describes the utilities and facilities such as roads, bridges, sewers, and sewer plants,
water lines, power lines, fire stations, and other sites and facilities necessary to the functioning of an
urban area.
The exhibition addresses the push back that is occurring in communities nationwide around issues such as
water access and safety, marginalization of the poor, the murder and incarceration of African American youth, and decay of
urban infrastructure.
And as the post points out, some are pure policy questions where the engineering has already been done (
urban infrastructure, clean
water) but the funding and political support are simply lacking.
Asia's
urban population is set to soar from 1.9 billion in 2011 to 3.3 billion by 2050, a shift that is expected to place considerable strain on the continent's physical
infrastructure — roads, energy, food and
water resources, waste management capabilities — as well as the ability of leaders to manage this urbanisation effectively.
It's a global compact signed on a voluntary basis by Local and Regional Authorities willing to adapt their
water infrastructure and services to the emerging challenges they are increasingly facing such as climate change, rapid
urban growth, depletion and pollution of
water resources or ageing
infrastructure.
This technical document aims to present the impacts of climate change upon
urban water, particularly upon the performance of the
urban water supply, wastewater and storm
water infrastructure, through compiling existing studies on climate change and
water resources.
The Netherlands offers inspiration for designers looking to create environments that harvest
water, energy and nutrients by William McDonough Published April 23, 2014 in the Guardian
Urban farms are transforming inner city spaces — rooftops,
infrastructure, streetscapes, building skin — into generative ecologies that support the lives of people, and pollinators too.
There was some resistance to the ideas of John Snow, who correctly realised that the disease was
water - borne and that the solution to the epidemic was an expensive refit of
urban sanitation
infrastructure.
Many thanks to the City of Portland, Ecotrust, the Willamette Partnership and the
Urban Greenspaces Institute for helping to pull it together and even more so, for their ongoing work pioneering natural
infrastructure innovations that are saving money, beautifying communities, improving air and
water quality, and capturing carbon.
In contrast, while many African countries experience a similar trend in rapid
urban coastal growth, the level of economic development is generally lower and consequently the capacity to adapt is smaller Coastal industries, their supporting
infrastructure including transport (ports, roads, rail and airports), power and
water supply, storm
water and sewerage are highly sensitive to a range of extreme weather and climate events including temporary and permanent flooding arising from extreme precipitation, high winds, storm surges and sea level rise.
This downtown development is part of the city's green
infrastructure program created to manage Nashville's
urban storm
water challenges.
It would be far better to spend some of the trillions being spent on the climate crusade to ensure that our
infrastructure can cope with whatever weather extremes do occur; or tackling some real world problems such as terrorism, displaced people,
water supply,
urban air and
water pollution, garbage and landfill.
* Make solar energy economical * Provide energy from fusion * Develop carbon sequestration methods * Manage the nitrogen cycle * Provide access to clean
water * Restore and improve
urban infrastructure * Advance health informatics * Engineer better medicines * Reverse - engineer the brain * Prevent nuclear terror * Secure cyberspace * Enhance virtual reality * Advance personalized learning * Engineer the tools of scientific discovery
The Challenge City sets up local climate change challenge reflecting their local
urban challenges in areas including: Urban Planning, Infrastructure, Housing, Water Use, Waste Removal, City Satellite Data and more Participants come with their ideas & develop them during... Read
urban challenges in areas including:
Urban Planning, Infrastructure, Housing, Water Use, Waste Removal, City Satellite Data and more Participants come with their ideas & develop them during... Read
Urban Planning,
Infrastructure, Housing,
Water Use, Waste Removal, City Satellite Data and more Participants come with their ideas & develop them during... Read More
We do go on about the
urban infrastructure that is being wasted in rustbelt cities on the Great Lakes or the Erie Canal, that have
water, highways and wonderful buildings that can be repurposed.
- Prioritization of pedestrian and bike traffic - Embedded mass transit
infrastructure - Clean energy generation - Rainwater harvesting and biofiltered
water flowing throughout the city -
Urban agriculture and food production - A cell - like, self - organizing structure of neighborhoods (although exactly what this means is a little unclear to me right now)- A focus on ethnic and cultural diversity