Sentence examples for heterogeneous topography from inspiring English sources
The heterogeneous topography in the Adirondacks has generated diverse landscape features and patterns of connectivity that are especially important in regulating the temporal and spatial patterns of NO3− concentrations in surface waters.
The recent urban growth pattern is caused by a combination of rapid population growth, the heterogeneous topography, and unorganized land administration, which results in ribbon growth along arterial roads, vertical development, and clustered-fragmented built-up areas adjacent to pre-existing rural settlements in the periphery of the city.
The patch-like distribution of various states of slip could be caused by the heterogeneous topography of the subducted plate.
The heterogeneous topography of the country as well as the mountainous domination of its landscapes, Ethiopia dominantly experienced a temperate type climatic zone though located within the tropics.
Prevailing climate of this landform is generally continental, with a complex bimodal precipitation regime shaped by heterogeneous topography and multiple moisture delivery pathways (Mock 1996).
Furthermore, the rear edges are relatively stable due to heterogeneous topography, which allowed the species to find suitable climatic conditions with local elevation shifts [ 10].
The surfaces with lower crystallinity facilitated more rapid cell attachment and increased proliferation rate, despite having a less heterogeneous surface topography.
Indeed, because of heterogeneous floodplain topography this study illustrates the importance of including field based geomorphic analysis so that the complexity of distinct floodplain environments are considered.
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 regression of LvELAS against aggregated LvE from the EC stations has a slope of 0.94, close to ideal, and demonstrates that this is an accurate method for the landscape-scale estimation of evaporation over heterogeneous complex topography.
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.
