Urbanization-led land cover change impacts terrestrial carbon storage capacity: A high-resolution remote sensing-based nation-wide assessment in Pakistan (1990–2020)

Keyphrases

• Urbanization 100%
• Land Cover Change 100%
• Pakistan 100%
• Change Impact 100%
• Carbon Storage 100%
• High-resolution Remote Sensing 100%
• Terrestrial Carbon Storage 100%
• Carbon Storage Capacity 100%
• Storage Dynamics 60%
• Urban Sprawl 40%
• Carbon Sequestration 40%
• Carbon Stock 40%
• High-resolution 20%
• Spatial Heterogeneity 20%
• Urban Areas 20%
• Rapid Urbanization 20%
• Shift Pattern 20%
• Management Approach 20%
• Policy Approaches 20%
• Remote Sensing Data 20%
• Agriculture 20%
• Northern Region 20%
• Major Cities 20%
• Carbon Pools 20%
• Informed Decision-making 20%
• Sustainable Urban Development 20%
• Afforestation Project 20%
• Reduced Carbon 20%
• Climate Change Mitigation 20%
• Rangeland 20%
• Lahore 20%
• Trade-off Model 20%
• Terrestrial Ecosystems 20%
• Grid Level 20%
• Google Earth Engine 20%
• Karachi 20%
• Faisalabad 20%
• Integrated Valuation 20%
• Earth Observation Data 20%
• Rawalpindi 20%
• Spatial-temporal Interaction 20%
• Net Zero 20%
• High-resolution Mapping 20%
• Multi-sensor 20%
• Ecosystem Service Value 20%
• Forest Carbon Stocks 20%
• Peshawar 20%
• Storage Losses 20%
• Ecosystem Services Framework 20%

Earth and Planetary Sciences

• Remote Sensing 100%
• Carbon Sequestration 100%
• Land Cover Change 100%
• Pakistan 100%
• Urban Sprawl 25%
• Land Use 25%
• Afforestation 12%
• Spatial Heterogeneity 12%
• Climate Change Mitigation 12%
• Rangeland 12%
• Terrestrial Ecosystem 12%
• Google Earth Engine 12%
• Integrated Valuation of Ecosystem Services 12%
• Net Zero 12%