136 resultados para LiDAR elevation maps
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View of timber batten screen to north-east elevation with verandah behind.
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View of vertical sunshade to south-west elevation with glazing behind.
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View to north-east corner elevation, with entrance stair and timber batten screen to verandah.
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View to south-east elevation with corrugated steel cladding, plywood, concrete block and colonnade, as seen from exterior.
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View to south-east elevation; entrance stair, plywood and sheet steel cladding and colonnade, as seen from exterior.
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View of timber batten screen to verandah behind and entrance stair, as seen from exterior.
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View of timber batten screen to north-east elevation with verandah behind.
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View to south-east elevation as seen from exterior.
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North-west elevation as seen from Building K.
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View to entrance verandah on north-east elevation and sunshades to north-west elevation.
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Street elevation.
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Street elevation.
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A Geographic Information System (GIS) was used to model datasets of Leyte Island, the Philippines, to identify land which was suitable for a forest extension program on the island. The datasets were modelled to provide maps of the distance of land from cities and towns, land which was a suitable elevation and slope for smallholder forestry and land of various soil types. An expert group was used to assign numeric site suitabilities to the soil types and maps of site suitability were used to assist the selection of municipalities for the provision of extension assistance to smallholders. Modelling of the datasets was facilitated by recent developments of the ArcGIS® suite of computer programs and derivation of elevation and slope was assisted by the availability of digital elevation models (DEM) produced by the Shuttle Radar Topography (SRTM) mission. The usefulness of GIS software as a decision support tool for small-scale forestry extension programs is discussed.
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Tissue susceptibility and resistance to infection with the yeast Candida albicans is genetically regulated. Analysis of the strain distribution pattern of the C. albicans resistance gene (Carg1) and additional gene and DNA segment markers in the AKXL recombinant inbred (RI) set showed that 13/15 RI strains were concordant for Carg1, Tcra and Rib1. Therefore, Carg1 is probably located within a 17 cM segment of chromosome 14, within approximately 4 cM of the other two genes. (C) 1998 Academic Press.