Significant advances in regional groundwater flow modeling have been driven by the
demand to predict regional impacts of human inferences on groundwater systems and …

Abstract The Great Artesian Basin (GAB) in Australia underlies semi-arid and arid regions
across 1.7 million km 2 or one-fifth of Australia. The basin's groundwater resources were …

The Great Artesian Basin, underlying 1.7 million km2 of semi-arid regions of Australia, is one
of the larger artesian basins in the world. It is Australia's largest and most important …

Abstract The Great Artesian Basin is an aquifer system that underlies a large area of north-
eastern Australia. The spring wetlands in the Great Artesian Basin are of conservation …

The decline in aquifer water tables resulting from groundwater extraction and the impacts on
spring ecosystems is a recurring management issue throughout the world. This study from …

本研究的目的是建立华北平原三维地下水流模型, 并用于评价模拟区地下水资源量.
首先在对华北平原水文地质条件进行了概化, 垂向上分为3 个含水层组. 运用地下水模型软件 …

The purpose of this study is to establish a 3D groundwater flow modelling for evaluating
groundwater resources of the North China Plain. First, the North China Plain was divided …

We tested two methods for dating groundwaters that cannot be reliably measured by 36Cl
dating alone, one based on groundwater flow velocity plus distance along a flow path and …

In order to better define the characteristics of a karst conduit, an integrated hydrogeological
study including numerical modeling using CFPv2 is conducted at a karst aquifer in the …

Large, confined aquifer systems play a vital role in sustaining human settlements and
industries in many regions. Understanding the sustainability of these water resources …