A coupled modeling approach to assess the effect of forest policies in water provision: A biophysical evaluation of a drought-prone rural catchment in south-central Chile

Keyphrases

• Native Forest 100%
• Forest Policy 100%
• Drought-prone 100%
• Water Provision 100%
• South-central Chile 100%
• Coupled Modelling Approach 100%
• Rural Catchment 100%
• Scenario Approach 50%
• Forest Conservation Policy 33%
• Forest Restoration 33%
• Dry Period 33%
• Chile 16%
• Methodological Framework 16%
• Land Cover Mapping 16%
• Drinking Water 16%
• Policy Scenarios 16%
• Rural Communities 16%
• Tree Farms 16%
• Land Use Policy 16%
• Forest Trees 16%
• Forest Protection 16%
• Forest Area 16%
• Historical Land Cover 16%
• Dyna-CLUE Model 16%
• Fiscal Expenditure 16%
• Forestry Development 16%
• Early Implementation 16%
• Vegetation Belts 16%
• Land Use Model 16%
• Dry Season 16%
• Relative Difference 16%
• Rural Inhabitants 16%
• Native Trees 16%
• Potential Vegetation 16%
• Dry Year 16%

INIS

• chile 100%
• water 100%
• evaluation 100%
• forests 100%
• policy 100%
• modeling 100%
• droughts 100%
• recovery 66%
• protection 55%
• land use 22%
• trucks 22%
• communities 11%
• values 11%
• simulation 11%
• people 11%
• maps 11%
• implementation 11%
• vegetation 11%
• cost 11%
• seasons 11%
• forestry 11%
• drinking water 11%
• spending 11%
• farms 11%

Earth and Planetary Sciences

• Dry Season 50%