Instrumentation for continuous monitoring in marine environments
Continuous monitoring data are a useful source of information for the understanding of seasonal chemical and biological changes in marine environments. They are useful to estimate nutrient dynamics,primary and secondary production as well as to assess C,N,P fluxes associated with biogcochemical cycling.More and better water quality data is needed to calculate Maximum Permissible Loading of coastal waters and we need better data to assess trends,to determine current status and impairments,and to test water quality models.For a long time these requirements were not met satisfactorily due to the absence of suitable instrumentation in the market. SYSTEA has tried to bridge this gap since ten years with the development of several field analyzers (NPA, NPA Pins and Pro,DPA series and latest is the WIZ-probe) and by participating in several R&D European projects (EXOCET/D,WARMER) we have proven our ability to build reliable and efficient in-sitn probes which are now commercially available. The choice to work in collaboration with scientific institutions specialized in marine ecosystem study has been made very early by SYSTEA and is actually the only company able to offer a complete range of in-situ probes for continuous nutrient analysis,using its exclusive p.-LFA technology fully developed by sYSTEA,in collaboration with Sysmedia S.r.I with remote management capabilities. These innovative technical solutions allow deploying their DPA probe down to-1500 m depth,maintaining a high level of accuracy and robustness as proved during the Euronean nroiect EXOCET/D in 2006.
Pompeo Moscetta Luca Sanfilippo Enrico Savino Pietro Moscetta R.Allabashi Arnara Gunatilaka
SYSTEA-S.p.A.,Via Paduni 2A-03012,Anagni,Italy Sysmedia S.r.l.,Via Anoia,81-00128,Roma,Italy Inst.of San.Eng.and Water Poll.Cont.,BOKU-Univ.of Nat.Res.and App.Life Sci.,Muthgasse 18,A-1190,Vien Centre for Public Health,Dept.Ecotoxicology,Medical Univ.of Vienna,W(a)hringer Strasse 10,A-1090 Vie
国际会议
International Conference on Environment Simulation and Pollution Control(第六届环境模拟与污染控制学术研讨会)
北京
英文
173-181
2009-11-01（万方平台首次上网日期，不代表论文的发表时间）