Improved hydrological understanding of a semi-arid subtropical transboundary basin using multiple techniques – the Incomati River Basin

Earth and Planetary Sciences

• Runoff 100%
• River Basin 100%
• Streamflow 75%
• Catchment 75%
• Region 50%
• Investigation 50%
• Revision 50%
• Water Management 50%
• Regime 50%
• Water Quality 25%
• Dams 25%
• Rainfall 25%
• Agriculture 25%
• Land Use 25%
• Forest 25%
• Flow Regulation 25%
• Tools 25%
• Expansion 25%
• Hydrograph 25%
• Trend Analysis 25%
• Land Cover Change 25%
• Model 25%
• Base Flow 25%
• Digital Filter 25%
• Remote Sensing 25%
• Cartography 25%
• Approach 25%
• Statistical Analysis 25%
• Vegetation 25%

INIS

• rivers 100%
• data 100%
• runoff 60%
• zones 40%
• management 40%
• water 40%
• remote sensing 20%
• operation 20%
• indicators 20%
• conversion 20%
• drainage 20%
• mapping 20%
• regulations 20%
• expansion 20%
• height 20%
• streams 20%
• water quality 20%
• dams 20%
• agriculture 20%
• tools 20%
• vegetation 20%
• digital filters 20%
• land use 20%
• forests 20%
• isotopes 20%

Keyphrases

• Trends over Time 50%
• Height above Nearest Drainage 50%
• Zone Mapping 50%