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Standardizing remote sensing and GIS data for optimizing water

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					Standardizing remote sensing and GIS data for optimizing
water resources management
Mohamad Khawlie & Chadi Abdallah
Remote Sensing Center – National Council for Scientific Research
Beirut – Lebanon, mkhawlie@cnrs.edu.lb
15th International Symposium on Remote Sensing & Co-Systems,
Damascus, September 18 – 21, 2006


                                                Abstract
Very often, new modeling approaches increasingly depend on multidisciplinary
sources of data for their treatment. The modeling could serve different
optimization purposes, but the concern in this research is on water resource
management. As remote sensing and GIS in themselves would be multi-sourced,
especially    when       dealing     with     7     Mediterranean     countries
(Lebanon/Cyprus/Jordan/Tunisia/Palestine/Turkey/Morocco), like this paper
does, there has to be a certain data standardization. The main focus is on land
use changes helping in forecasting change in water demand. So the purpose is
how best to serve the “water ware” modeling software in a standardized format
which helps build-up a common database for optimizing water management.
Each data supplier (the 7 partners) must secure relevant data as follows:
Identify, Compile, Analyze, Document and Publish (or Register) that data. The
standardization follows three basic lines: 1st defining all geodata and its
representation, 2nd are the metadata classes, and 3rd is the land use change based
on CORINE classification. Obviously, the discrepancies are many among the
different partners be it in available digital thematic layers, in providing proper
metadata, and in land use change requirements.
The crucial issue is that the databases are meant to serve the scenarios build-up
for implementing the water ware. Incomplete data, or improper data imply that a
partner can not apply it in his future water-demand models. The standardization
is securing uniformity and homogenization to a complex data input, and
facilitating common linkages between highly varied geographic areas. More
important, it is providing a baseline for water users in the different countries to
optimize in water resources and understand better land-water interaction. The
quality of standardized data is its strength in comparing and evaluating how
integrated and thorough is a partner’s data input and, therefore, capacity to
optimize in water resource management.


    This is an EC-supported project of the 6th Framework, INCO-CT-2004-509091 “OPTIMA”

				
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