Surface albedo plays a controlling role in the surface energy budget, and albedo-induced
radiative forcing has a significant impact on climate and environmental change (eg, global …

Remote sensing is now in a strong position to provide meaningful spatial data for use in soil
science investigations. In the last 10 years, advancements in remote sensing techniques …

Tillage-induced changes in soil properties are difficult to predict, yet can influence
evaporation, infiltration and how water is redistributed within the profile after precipitation …

Land surface albedo measures the degree to which the sun's radiation is absorbed or
reflected, and thus can be highly influential in global climate trends, local weather …

Tillage is commonly implemented worldwide to improve crop productivity by optimizing soil
temperature and moisture, reducing penetration resistance of the seedbed, and suppressing …

Topography complicates the modeling and retrieval of land surface albedo due to shadow
effects and the redistribution of incident radiation. Neglecting topographic effects may lead to …

This paper quantitatively explores, in terms of roughness indices, the effect of soil surface
irregularities on the diurnal variation of the broadband blue-sky albedo of a large range of …

In surface irrigation, uniformity of longitudinal slope and depth of tillage are very important
factors in advance duration time. Inappropriate tillage and land preparation can cause …

Para investigar alterações no albedo, no Índice de Vegetação por Diferença Normalizada
(NDVI), no saldo de radiação e no fluxo de calor no solo, em decorrência do regime …

The mid-Holocene period (MH) has long been an ideal target for the validation of general
circulation model (GCM) results against reconstructions gathered in global datasets. These …