Maya Land Desktop 2018 Keygen
Eufrasia Radich
Lidar has been revolutionary to the understanding of ancient Maya anthropogenic landscapes. This is no more apparent than in western Belize, where the scale and resolution of these images have identified vast networks of agricultural terrace systems, revealing their true extent and density. This paper moves beyond the initial identification of terrace distribution to use lidar imagery in combination with digital elevation models (DEM) and hydrological mapping programs (Arc Hydro) to explore the drainage catchments associated with agricultural terraces at the ancient Maya site Waybil, a minor center within the Minanha polity in the North Vaca Plateau. We specifically address how the builders of these relic agricultural features worked with the natural topography to manipulate and create more effective catchments and drainage routes. Results from hydrological modeling describe how terraces created smaller drainage catchments by increasing lower levels of flow accumulation and redirecting routes laterally across the topography. Over a decade of research within this sub-region provides the necessary survey, excavations, and chronological datasets to accurately assess the efficacy of the combined methods for relic terrace drainage analysis.
Lidar ha sido revolucionario para la comprensin de los paisajes antropognicos de la Antigua Maya. Esto ha sido evidente en el oeste de Belice, donde la escala y la resolucin de estas imgenes han identificado enormes redes de sistemas de terrazas agrcolas, revelando su verdadero alcance y densidad. Este estudio va ms all de la identificacin inicial de la distribucin de terrazas utilizando imgenes lidar en combinacin con los modelos digitales de elevacin (DEM) y programas de mapas hidrolgicos (Arco Hydro) para explorar las cuencas de drenaje asociadas con terrazas agrcolas en el antiguo sitio maya Waybil, un centro menor dentro del sistema Minaha en la Meseta Vaca Norte. Especficamente explicamos cmo los constructores de estas reliquias agrcolas trabajaron con la topografa natural para manipular y crear ms eficaces, rutas de captacin y el drenaje. Resultados de modelacin hidrolgica describen cmo terrazas crearon pequeas cuencas de drenaje por aumento de niveles de acumulacin de flujo y redirigir rutas lateralmente a travs de la topografa. Ms de una dcada de investigacin dentro de esta sub-regin nos provee los estudios, las excavaciones y los conjuntos de datos cronolgicos para evaluar con precisin la eficacia de esta combinacin de mtodos al analizar el drenaje de terrazas de reliquia.
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