The phrase "a simple gis" is not correct in standard written English as it lacks clarity and context.
It could be used when referring to a straightforward or uncomplicated geographic information system (GIS), but it needs more context to be fully understood.
Example: "For our project, we decided to use a simple GIS to map the data effectively."
Alternatives: "a basic GIS" or "an easy GIS".
The objective of this paper is to propose a simple GIS-based method to delineate potential areas for groundwater development considering groundwater availability (A), groundwater release potential of soil matrix (R), and cost for groundwater extraction (C).
The new approach integrates spatially and temporally disaggregated surface runoff generation, routing and build-up/wash-off concepts using a simple structure in a GIS environment to build a metaldehyde concentration prediction model.
This paper describes the development of UGIf, a simple model written within a GIS, designed to provide estimates of spatially distributed recharge and recharge water quality in unconfined but covered aquifers.
The OpenDragon turnkey application provides core remote sensing image processing functionality, as well as some raster GIS operations, in a simple, easy-to-use desktop package.
The GIS model and raster database provide a simple and low cost estimation of the BVOC isoprene in Hong Kong at detailed level.
The empirical equations are implemented in a GIS-based simulation program and combined with a simple flow routing algorithm, to determine the potential run-out area covered by debris flow deposits.
As all three approaches experience limitations, we describe in further detail geographic information system (GIS -based modelinGIS -basedternative approach allowing a simodelingt spasianly explicit description of chemicalternative
However, a simple system still does not exist for the easy and consistent integration of evolutions into GIS.
This software uses a GIS-based approach that couples an automatic detection of the source areas and a simple assessment of the debris flow spreading (Kappes et al. 2011).
