Strong hilly topographies, in general, were associated with wide visual scale and high complexity while flat topographies favor water related recreational services.
Individual snapshots highlight the different phases characterised by a onset of hot mantle plumes, b local lithospheric thinning, c-d development of strong LAB-topography through shallow horizontal mantle flow and an additional plume pulse, e-f plate failure, and finally g-h buoyancy-driven subduction.
The analytical model can be applied to determine the protection zone of well fields located in places without strong heterogeneous in topography and initial water table.
The deep and complex topography, strong currents and occurrence of specific oceanographic patterns affect the habitat heterogeneity potentially making canyons a hotspot for biological activity, with high faunal diversity.
— The United States Open is returning this week to a golf course that was made for it, a spectacular site where seaside topography, strong strategic design and a dry summerlike climate have meshed in a way that has never failed to produce a national champion worthy of the title.
The high sensitivity of body-wave energies to high-scattering structures becomes an obstacle when we try to apply attenuation tomography to small-scale volcanic media, where we must take into account the complexities induced by strong heterogeneous scattering, topography, and uncertain source modeling in the recorded wave-fields.
There is evidence that each small cluster of nuclear cells projects to the same cluster of olivary cells that send climbing fibers to it; there is strong and matching topography in both directions.
Fluvial flooding increases in the wetter climate scenarios, but there are few cells which change class between scenarios due to the strong influence of topography, i.e. the flood prone zones.
Climate regulation by silicate weathering is thus strongest when global topography is elevated, similar to the situation today, and lowest when global topography is more subdued, allowing planetary temperatures to vary depending on the global distribution of topography and mountain belts, even in the absence of appreciable changes in CO2 degassing rates.
This results in purer nanotube topography, stronger diameter dependence of cell activity, and thus higher biocompatibility for the 15-nm-diameter ScCO2-treated TiO2 nanotubes than the as-grown sample.
