46,99 €
inkl. MwSt.
Versandkostenfrei*
Versandfertig in 6-10 Tagen
  • Broschiertes Buch

Different rangelands have different characteristics as indicated by soil features and vegetation patterns. These differences can be identified using remote sensing methods. The process based on using these differences as a base for remote sensing identification at different sites. Differentiation considered both spatial and temporal variations and hence data for different sites and times were used to achieve this. Since remote sensing can be used to distinguish between different characteristics of range sites, then could be used to assess and monitor rangeland in semi arid areas. Successful…mehr

Produktbeschreibung
Different rangelands have different characteristics as indicated by soil features and vegetation patterns. These differences can be identified using remote sensing methods. The process based on using these differences as a base for remote sensing identification at different sites. Differentiation considered both spatial and temporal variations and hence data for different sites and times were used to achieve this. Since remote sensing can be used to distinguish between different characteristics of range sites, then could be used to assess and monitor rangeland in semi arid areas. Successful identification will help for assessment and monitoring large rangelands based on this principle. Justification is that terrestrial measurements and assessment for vast rangelands areas always require extensive efforts and high cost. Quantitative factors like biomass alone are not enough, therefore, more than one indicator were used like soil features and topographic features.
Autorenporträt
Nancy Ibrahim Abdalla(PhD in Range Science in 2013),Sudan University of Science and Technology.During PhD studies,she awarded internal DAAD scholarship.Had spent short stay research in Germany at the Department of Resource Management,University of Gottingen. Since 2013, she promoted to the position of Assistant professor at the Sudan University.