The estimated volume, if analyzed together with other hydrogeologic characteristics, may help delineate potential areas for groundwater development.
For the implementation of the indicator 'patch-connectivity' a new GIS-based method has been developed to delineate 'Potential Habitat Networks'.
In the loess area with complex soil-landscape interactions pH, ECa and elevation can be considered as key properties to delineate potential management classes.
This study proposes a GIS-based ARC model to delineate potential areas for groundwater development; where 'A' stands for groundwater availability, 'R' for groundwater release potential of soil matrix, and 'C' for cost for groundwater development.
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).
Finally we reflect on the ways decentralized and P2P approaches might influence the design of very-large-scale distributed systems in the future, and try to delineate potential research paths that might realize the vision of inherently scalable computing (Section 4).
In the context of increasing depletion in groundwater resources, mainly because of excessive extraction without adequately knowing groundwater resource availability and distribution, this paper discusses a GIS-based approach to estimate spatial distribution in groundwater storage volume and proposes a GIS-based ARC model to delineate potential areas for groundwater development.
We used an existing bison habitat suitability map and data on dispersal barriers to derive cost surfaces, representing the ability of bison to move across the landscape, and to delineate potential connections (as least-cost paths) between currently occupied and potential habitat patches.
The objectives of this study are to delineate potential current and future oak decline areas using species composition and age structure data in combination with ecological land types, and to investigate how relatively frequent simulated fires and fire suppression affect the dynamics of oak decline.
The standard animal barcode marker (COI) was sequenced for 327 specimens, and a 3% divergence threshold was used to delineate potential species.
