In case of vaginal mesh exposure (small erosions under 1 cm without infection), the defect could be closed by a suture.
A mobile wind tunnel was constructed at the IBS of the University of Hohenheim to measure wind erosion susceptibilities under different conditions and sediment emission on dominant surfaces formed under semi-arid conditions on a transect in the Republic of Niger/West Africa.
The backbone of the approach is a differential superposition law, which allows modelling erosion progress under polyfractional cavitation load by keeping continuous control over erosive process inputs contributed by individual fractions of cavitation pulses distribution.
It was further explained that such a cycle of erosion occurs under conditions of a rain-and-rivers environment (what present-day investigators would call a humid climate), which were assumed to reflect the normal climate for the Earth.
However, the simulated erosion rates under both farming systems exceeded by far any tolerable soil loss.
