The Lake Diagnostic System (LDS) is designed in collaboration with Precision Measurement Engineering (PME) and Australian partner, Centre for Water Research (CWR). PME manufactures and provides the LDS hardware, while CWR offers additional services and software.

The Centre for Water Research provides a range of services and software for the management of aquatic environments. Their team of professional engineers and scientists can deliver environmental solutions to customers, such as water authorities, environmental agencies, reservoir operators and research institutions. CWR offers a variety of research techniques such as field experiments, numerical modeling and laboratory investigations. Depending on the situation, CWR can create a custom solution and data analysis.

The software and services provided by CWR are optional and available world-wide by special contract. For more information contact CWR.

Click the Image below to see CWR World Wide.

CWR Services (http://www.cwr.uwa.edu.au/services)

	On-site Installation: CWR can provide a professional technician to facilitate on-site installation of the LDS as well as provide training on system features and interact with the customer to assist with any maintenance.
	Project Control: Specialists are also available on a contract basis to undertake project work and provide custom designed model configurations.
	Training: A range of training for commercial users is available upon request.
	Real Time Management: RTM combines services, products and knowledge expertise in order to create a complete reservoir decision support system.
	Other: CWR offers a wide range of services. Contact for more information.

CWR Software (http://melchior.cwr.uwa.edu.au/~ttfadmin/)

	Online Lake and Reservoir System (OLARIS): a web-based interface that provides visualization of real-time data, numerical simulation results, and sustainability indices for the lakes, estuaries and coastal waters.
	Aquatic Real-time Management System (ARMS): a software decision support system designed to aid in the optimal management of aquatic systems such as lakes and reservoirs. The availability of real-time datasets, scenario modelling, broad database integration and advanced visualization allows managers of water resources to make decisions proactively rather than reactively.
	Estuary and Lake Computer Model (ELCOM): a three-dimensional model used for predicting the velocity, temperature and salinity distribution in natural water bodies subjected to external environmental forcing such as wind stress and surface heating or cooling.
	Computational Aquatic Ecosystem Dynamics Model (CAEDYM): a simulation of the biological and chemical processes. It represents the major biogeochemical processes, such as the circulation of carbon and nitrogen between the environment and the cells of living organisms, which can influence water quality.
	Dynamic Reservoir Simulation Model (DYRESM): a one-dimensional hydrodynamics model for predicting vertical distribution of temperature, salinity and density in lakes and reservoirs. The model can be used to predict seasonal and inter-annual variation in lakes and reservoirs.

PME and CWR have a unique collaboration that provides the customer with a complete product solution. The solution begins with the measurement of the physical parameters and if the customer desires, can continue through complete analysis of the data and numerical modeling.