Karst landscapes and karst aquifers, which are composed of a variety of soluble rocks such
as salt, gypsum, anhydrite, limestone, dolomite and quartzite, are fascinating areas of study …

Understanding past climatic changes allows us to better understand how our planet will
evolve in the future. One important source of information on paleoclimate is the analysis of …

Karst systems, comprising interconnected voids and caves, are ubiquitous in carbonate
formations and play a pivotal role in the global water supply. Accumulating evidence …

One of the critical aspects when modeling groundwater flow in karstic aquifers is to estimate
the statistics of the size of the conduits, in conjunction with the connectivity of the karst …

Colloids and particles act as vectors for contaminant transport. In karst aquifers, particle
transport is particularly efficient and plays critical roles in soil erosion and in the process of …

We review the current understanding of the physics of caves and karst. Our review focuses
on research that has used simple physically based models to improve understanding of …

We propose that cycling hydrocarbon rains on Saturn's moon Titan are likely to create
subsurface conduits through dissolution geology of the extensive organic and largely …

Fissures and conduits are main void of karstic aquifer. Karst aquifers are highly vulnerable to
contamination as water exchange between fissure system and conduit system greatly …

In this paper, we present a hydrochemical model that can be used to generate plausible
karstic conduit networks that honor what is known about geology, hydrology, and …

The formation of dissolution conduits by focused reactive flow (ie, wormholing) in anisotropic
media is studied using a pore network model. Simulations reveal a significant effect of …