Enterprise AI Analysis
Value calculation and comparative analysis of ecological products in typical areas of Chongqing based on GIS
Authors: Kangwen Zhu, Yixin Gao, Wei Huang, Suqiong Li, and Kunpeng Pan
Publication Date: 2026
Unlocking Chongqing's Ecological Value: A GIS-Driven Approach
This study pioneers a precise methodology for calculating and comparing ecological product values in Chongqing's diverse mountainous and hilly ecosystems using GIS. By focusing on two typical areas—Tianxian Cave (mountainous forest) and Goujiawan (shallow hilly agricultural-forestry)—it reveals significant value differentiation across ecosystem types. The research highlights the critical role of supply services in both regions while identifying distinct regulation service strengths (carbon sequestration/oxygen release in forests, water conservation in agroforestry). This provides a scientific foundation for differentiated ecological protection and market-oriented value transformation strategies, crucial for Chongqing's role as a Yangtze River ecological barrier.
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Total Value (Tianxian Cave)
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Total Value (Goujiawan)
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Supply Services (Tianxian Cave)
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Water Conservation (Goujiawan)
Deep Analysis & Enterprise Applications
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Explore how advanced methodologies in Ecological Economics are applied to quantify and compare the value of diverse ecosystems.
11.91M Yuan
Total Ecological Product Value in Goujiawan (2023)
Ecological Product Value Accounting Process
Data Collection (Precipitation, DEM)
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GIS Spatial Analysis
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Construct Accounting System (Supply, Regulation, Cultural Services)
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Value Accounting (Market/Functional Methods)
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Comparative Analysis
| Function | Tianxian Cave (Forest) | Goujiawan (Agro-forestry) |
|---|---|---|
| Dominant Service Type |
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| Key Regulation Services |
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| Cultural Service Value |
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| Ecosystem Type |
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Targeted Development Strategies for Chongqing's Ecosystems
Deep Mountain Forest Areas (e.g., Tianxian Cave)
Focus on developing carbon sink trading and premium ecological tourism. Integrate accounting results into regional ecological compensation standards, such as applying for trans-regional carbon sink compensation from downstream areas.
Shallow Hilly Agroforestry Areas (e.g., Goujiawan)
Prioritize ecological agriculture (organic planting, sightseeing) and water resource protection compensation. Build a 'agricultural production + ecological regulation' dual value output model, applying for agricultural ecological subsidies based on high water conservation value.
Discover how GIS technologies enable precise spatial analysis and data processing for ecological product valuation.
11.91M Yuan
Total Ecological Product Value in Goujiawan (2023)
Ecological Product Value Accounting Process
Data Collection (Precipitation, DEM)
→
GIS Spatial Analysis
→
Construct Accounting System (Supply, Regulation, Cultural Services)
→
Value Accounting (Market/Functional Methods)
→
Comparative Analysis
| Function | Tianxian Cave (Forest) | Goujiawan (Agro-forestry) |
|---|---|---|
| Dominant Service Type |
|
|
| Key Regulation Services |
|
|
| Cultural Service Value |
|
|
| Ecosystem Type |
|
|
Targeted Development Strategies for Chongqing's Ecosystems
Deep Mountain Forest Areas (e.g., Tianxian Cave)
Focus on developing carbon sink trading and premium ecological tourism. Integrate accounting results into regional ecological compensation standards, such as applying for trans-regional carbon sink compensation from downstream areas.
Shallow Hilly Agroforestry Areas (e.g., Goujiawan)
Prioritize ecological agriculture (organic planting, sightseeing) and water resource protection compensation. Build a 'agricultural production + ecological regulation' dual value output model, applying for agricultural ecological subsidies based on high water conservation value.
Understand the strategic implications for environmental management, focusing on differentiated development strategies.
11.91M Yuan
Total Ecological Product Value in Goujiawan (2023)
Ecological Product Value Accounting Process
Data Collection (Precipitation, DEM)
→
GIS Spatial Analysis
→
Construct Accounting System (Supply, Regulation, Cultural Services)
→
Value Accounting (Market/Functional Methods)
→
Comparative Analysis
| Function | Tianxian Cave (Forest) | Goujiawan (Agro-forestry) |
|---|---|---|
| Dominant Service Type |
|
|
| Key Regulation Services |
|
|
| Cultural Service Value |
|
|
| Ecosystem Type |
|
|
Targeted Development Strategies for Chongqing's Ecosystems
Deep Mountain Forest Areas (e.g., Tianxian Cave)
Focus on developing carbon sink trading and premium ecological tourism. Integrate accounting results into regional ecological compensation standards, such as applying for trans-regional carbon sink compensation from downstream areas.
Shallow Hilly Agroforestry Areas (e.g., Goujiawan)
Prioritize ecological agriculture (organic planting, sightseeing) and water resource protection compensation. Build a 'agricultural production + ecological regulation' dual value output model, applying for agricultural ecological subsidies based on high water conservation value.
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Your AI-Driven Ecological Value Journey
A phased approach to integrate advanced ecological product valuation and management into your operations.
Phase 1: Discovery & Assessment
Understand your current ecological assets, data sources, and business objectives. We'll identify key areas for value optimization.
Phase 2: Data Integration & GIS Modeling
Implement GIS for spatial data analysis (precipitation, DEM) and integrate all relevant ecological data into a unified platform for accurate valuation.
Phase 3: System Customization & Deployment
Tailor the ecological product value accounting system (supply, regulation, cultural services) to your specific ecosystem types and regional characteristics.
Phase 4: Impact Measurement & Optimization
Regularly monitor ecological product values, report on impact, and continuously refine strategies for sustainable value enhancement and compensation.
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