Assessing Contribution of Climate Change on Wetlands by Using Multi-temporal Satellite Data

Keyphrases

• Agricultural Area 33%
• Anthropogenic Activities 33%
• Arable Land 33%
• Climate Change 100%
• Climate Change Impacts 33%
• Decision Maker 33%
• Domestic Needs 33%
• Ecological Value 33%
• Economic Value 33%
• ETM+ 33%
• Ground Truth Measurement 33%
• Human Needs 33%
• Human-induced Activities 33%
• Inner Anatolia 33%
• Irrigation Application 33%
• Irrigation Needs 33%
• Konya Closed Basin 33%
• Lake Tuz 33%
• Landsat 5 TM 33%
• Lentic Systems 33%
• Maar 66%
• Mean Annual Precipitation 33%
• Meteorological Data 33%
• Multi-temporal Satellite Data 100%
• Multitemporal Analysis 33%
• Natural Activity 33%
• Natural Occurrence 33%
• Ramsar Site 33%
• Salt Lake 33%
• Salt Production 33%
• Satellite Data 33%
• Satellite Images 33%
• Sustainable Water Management 33%
• Technological Tools 33%
• Temporal Change 33%
• Turkey 66%
• Tuz Lake 33%
• Water Bodies 66%
• Water Loss 33%
• Water Resources 33%
• Water Scarcity 33%
• Water Surface 66%
• Water System 33%
• Wet Agriculture 33%
• Wetlands 100%

Earth and Planetary Sciences

• Climate Change 100%
• Landsat 5 33%
• Multitemporal Analysis 33%
• Satellite Data 100%
• Satellite Image 33%
• Surface Water 66%
• Water Body 66%
• Water Loss 33%
• Water Scarcity 33%