EU Funding Success For Pioneering Water Quality Software ProjectJanuary 16, 2003A project funded in part by the European Union's Information Society Technologies (IST) programme (part of the EU's 5th Framework Programme FP5) is developing software which will revolutionise information services used in marine management along UK coasts and estuaries. Partners in the I-MARQ (Information System for Marine Aquatic Resource Quality) are receiving support to the value of EUR2.25million over three years. Co-ordinated by Southampton marine specialists, Marinetech South, I-MARQ is a three-year European collaborative research and technological development project with the objective of creating a system for monitoring and displaying coastal and estuarine water quality in a user-friendly format. Less than a year after the project started, the I-MARQ team, consisting of leading technology providers and user organisations from 5 EU Member States, including Marine Tech South, the University of Southampton and BMT Marine Information Systems from the UK, has already made significant progress, achieving an extensive user needs analysis and definition of the optimal system configuration. Commenting on the benefits of working within a European consortium, Marinetech's Managing Director Dr Jonathan Williams says: "The project is already benefiting from constructive cross-border collaboration between technical partners, as well as valuable knowledge of distinct user needs across a diverse European market." A critical feature of I-MARQ is its ability to integrate water quality data from a variety of different data sources, using a technique called 'data fusion'. This allows different types of data, ranging from that sensed by buoys or hand-held instruments to data obtained from satellite images, to contribute towards best estimate values of water quality parameters. The goals of the project are: 1. To specify a system for monitoring and displaying coastal & estuarine water quality. This will be based on the needs of significant user categories, defined through a combination of survey and analysis. 2. To develop a system which meets the above specification, using novel techniques in data processing, management & GIS. This will offer significant improvement in timeliness of information, compared with existing on-line systems which present information based on historic, regulatory measurements. 3. To pilot the system and evaluate its performance against user requirements. This will generate pilot operating experience in two different EU coastal and estuarine regions: one coastal region in the Mediterranean; and an estuary system on the South coast of England. 4. To plan for enhancement & commercial application of the validated system. This will aim to define a feasible action plan for future development of a commercial-scale system. Peter Walters, UK National Contact Point for the IST programme, comments on behalf of the DTI's EU funding support service 'UKISHELP': "The I-MARQ project is a fine example of what is being achieved by UK organisations who receive financial assistance from the EU's Information Society Technologies programme. I-MARQ will generate information on water quality in a map-based format to be distributed via the internet. Access to water quality information at the touch of a button will have infinite benefits for the end user whether it's a member of the public checking out a tourist resort or a large water authority regularly monitoring their waterways. "The EU's 6th Framework Programme (FP6) is now up and running and the IST element of FP6 has a EUR3.6 billion budget which will be allocated to successful project applicants over the next four years. I urge any UK organisations developing innovative IST ideas to log on to our website www.ukishelp.co.uk or telephone 0870 606 1515 to see whether this funding opportunity could be for them." | |||||||||||||||||||||
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Related Water Quality Current Events and Water Quality News Articles Nutrients in water may be a bonus for agriculture Agriculture producers may find they don't have to bottle their water from the Seymour Aquifer in the Rolling Plains to make it more valuable, according to Texas AgriLife Research scientists. Urban Trees Enhance Water Infiltration Global land use patterns and increasing pressures on water resources demand creative urban stormwater management. Shifts in soil bacterial populations linked to wetland restoration success A new study led by Duke University researchers finds that restoring degraded wetlands -- especially those that had been converted into farm fields -- actually decreases their soil bacterial diversity. 'Arid aquaculture' among livelihoods promoted to relieve worsening pressure on world's drylands "Arid aquaculture" using ponds filled with salty, undrinkable water for fish production is one of several options experts have proven to be an effective potential alternative livelihood for people living in desertified parts of the world's expanding drylands. Fertilizers - a growing threat to sea life New study on landscape around Chesapeake Bay says imbalance in nitrogen cycle is damaging water quality and fish populations. Pesticide Concentrations Decreasing The widespread use of pesticides across the United States has been in practice for decades, with little knowledge of the long-term effects on the nation's groundwater. Brown Scientist Finds Coastal Dead Zones May Benefit Some Species Coastal dead zones, an increasing concern to ecologists, the fishing industry and the public, may not be as devoid of life after all. A Brown scientist has found that dead zones do indeed support marine life, and that at least one commercially valuable clam actually benefits from oxygen-depleted waters. Waterborne disease risk upped in Great Lakes An anticipated increased incidence of climate-related extreme rainfall events in the Great Lakes region may raise the public health risk for the 40 million people who depend on the lakes for their drinking water, according to a new study. RAND study: Alternative fossil fuels have economic potential Alternative sources of fossil fuels such as oil sands and coal-to-liquids have significant economic promise, but the environmental consequences must also be considered, according to a RAND Corporation study issued today. More research needed to make good on biofuel promise, experts say While cellulosic biofuels derived from grasses, crop residues and inedible plant parts have real potential to be more efficient and environmentally friendly than grain-based biofuels like corn ethanol, more research and science-based policies are needed to reap these benefits, says an international group of experts. More Water Quality Current Events and Water Quality News Articles |
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