In the present study, attempts were made to develop a suitable GIS-based integration model for delineating groundwater quality zones.
Examination of the suitable-forest GIS map and current protected areas indicated only Cambodia, with 11% suitable forest protected, has placed sufficient dry dipterocarp forest under protected status.
Use the suitable-forest GIS model to survey a province in southern Lao People's Democratic Republic, located a single, previously unreported population from 9 patches surveyed.
The suitable-forest GIS model was created using four readily available datasets for elevation, forest type, canopy closure, and human density.
Through GIS visualization, suitable areas for bioenergy production could be found.
It is also an advanced lumped or semi-distributed model dividing the catchment into discrete area units for analysis which makes it suitable for integration with a GIS.
ASSESS provides an interface in the ArcInfo Grid GIS environment that accesses GIS functionality and enables simple linear addition and combination of data layers, quantised into rankings from 1 to 5 corresponding to suitable/good to unsuitable/bad, for the development of output scenarios that may be constructed from different user viewpoints.
Thus, according to the capabilities of expert systems for modeling the knowledge and deduction methods of experts, generating an expert interface system between photogrammetric and GIS systems, offers a suitable solution for this integration.
The main objective of this study is to develop an approach to reveal suitable areas using geographical information systems (GIS) via spatial analysis based on screening criteria in Edirne, Turkey.
Using mean annual rainfall to rank suitable-forest patches identified in the GIS model indicated dry dipterocarp forests in Northeastern Cambodia and Northern Myanmar have the highest potential to conserve eld's deer.
